1991_Lite On_Optoelectronics_Data_Book 1991 Lite On Optoelectronics Data Book
User Manual: 1991_Lite-On_Optoelectronics_Data_Book
Open the PDF directly: View PDF 
.
Page Count: 986
| Download | |
| Open PDF In Browser | View PDF |
LITE[']~I
Optoelectronics
Data Book 1991- 1992
....
~
....
....
I
~
LITE-ON LIGHTING THE WAY
IN OPTOELECTRONICS
As one of the world's largest independent manufacturers of optoelectronic
products, LITE-ON INC. offers a wide range of reliable and economical optoelectronic
design solutions.
We produce high quality LEDs, single, dual and mUlti-digit displays, visible and
ipfrared discrete components, customer display modules and over 40% of the world's
clock displays.
Our fully automated production facilities in Taiwan include approximately
300,000 sq, ft. of space and are capable of producing monthly orders of up to "50
million lamps, 7 million displays, 2.5 million clock displays, 5 million infrared
discrete components and big capacity for customer OEM models."
It also features the very latest in production equipment - much of which was
designed by Lite-On engineers - and provides the most comprehensive reliability test
facilities in the industry.
Finally, the Lite-On product line is backed by a team of experienced support
specialists. So you can be assured that your problems and questions will be met with
professionalism and expediency.
For more information about Lite-On or Lite-On products, call (408) 946-4873.
Or write to LITE-ON, INC. Semiconductor Division, 720 S. Hillview Drive, Milpitas,
CA 95035.
You may also wish to contact one of our national representatives. (See inside
back cover).
TABLE OF CONTENTS
A. PHOTOCOUPLERS
A) PHOTOCOUPLERS CLASSIF ICATION CHART . . . . . . . . . . . . . . . . . . . . . . . . . . .
B) PHOTOCOUPLERS COMPARISON TABLE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C) QUICK REFERENCE GUIDE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
D) (LTV4N SERIES) ... GENERAL PURPOSE 4N SER IES . . . . . . . . . . . . . . . . . . . . . .
E) (LTK6N SERIES) ... GENERAL PURPOSE 6N SERIES . . . . . . . . . . . . . . . . . . . . . .
F) (LTV700 SERIES) .. 6-PIN DIP VISO:5KVRMS TyPE . . . . . . . . . . . . . . . . . . . . . . .
G) (LTV800 SER IES) ..4-PIN OR MULTI-CHANNEL TYPE . . . . . . . . . . . . . . . . . . . . .
A-1
A-2
A-3
A-5
A-23
A-56
A-82
B. LCD BACK LIGHT
A)
LCD BACK LIGHT QUICK REFERENCE GUIDE . . . . . . . . . . . . . . . . . . . . . . . . . B-1
C. LIGHT SOURCE
A)
LIGHT SOURCE QUICK REFERENCE GUIDE . . . . . . . . . . . . . . . . . . . . . . . . . . . C-1
D. MUL TICOLOR LED BLOCK MODULES FOR GRAPHIC DISPLAYS & SIGN
BOARD DISPLAYS
A)
B)
LTM-8711-1 DISPLAY MOUDLE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . D-1
LTM-8843-1 LONG MOVING SIGN MODULE . . . . . . . . . . . . . . . . . . . . . . . . . . " D-8
1. INFRARED PRODUCTS
A)
B)
C)
D)
E)
F)
SELECTION GUIDE ................................................
INFRARED EMITTING DIODES ., . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . "
PHOTOTRANSISTORS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
PHOTODIODES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
TRANSMISSIVE SWITCH . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
OPTIC RECEIVER MODULES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
1-1
1-5
1-32
1-44
1-60
1-66
2. LED LAMPS
2
A) SELECTION GUIDE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
B) HOW TO USE L1TON LED LAMPS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C) CROSS REFERENCE GUIDE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
D) RESISTOR LAMPS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
E) FLASH LAMPS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
F) AXIAL LAMPS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
G) SURFACE MOUNT ASSEMBLY LED LAMPS . . . . . . . . . . . . . . . . . . . . . . . . . . . .
H) BIG LED LAMPS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
I) ULTRA BRIGHT LED LAMPS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . " ..
J) LOW CURRENT LED LAMPS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
K) STANDARD LED LAMPS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
L) SPECIAL LED LAMPS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
M) DUAL COLOR LED LAMPS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
N) TAPE AND REEL
• RADIAL TAPE AND REEL . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
• SURFACE MOUNT TAPE AND REEL . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
0) PANEL MOUNTING GROMMENTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
P) LED CIRCUIT BOARD AND SNAP-IN INDICATORS .......................
2-1
2-22
2-27
2-35
2-52
2-57
2-62
2-72
2-82
2-100
2-106
2-159
2-278
2-302
2-306
2-309
2-312
3. LED LIGHT BARS & BAR GRAPH ARRAYS
A) SELECTION GUIDE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-1
B) LED LIGHT BARS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-3
C) LED BAR GRAPH ARRAYS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-15
4. PROGRAMMABLE DISPLAY & LED DISPLAYS WITH DRIVER IC
BUILT-IN
A)
B)
C)
SELECTION GUIDE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-1
PROGRAMMABLE DISPLAY (DISCONTINUED) . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-2
LED DISPLAY WITH DRIVER IC BUILT-IN ... '" ............. , ., .. " .. 4-6
5. SEVEN-SEGMENT LED DISPLAYS & ALPHANUMERIC DISPLAYS
A)
B)
C)
D)
E)
F)
G)
H)
I)
J)
K)
SELECTION GUIDE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ,
CROSS REFERENCE GUIDE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
SINGLE COLOR ULTRALARGE SEVEN-SEGMENT LED DISPLAYS ....... " ..
MULTICOLOR ULTRALARGE SEVEN-SEGMENT LED DISPLAYS ... , ....... ,
SINGLE COLOR SINGLE DIGIT NUMERIC DISPLAYS . . . . . . . . . . . . . . . . . . . ,
MULTICOLOR SINGLE DIGIT NUMERIC DISPLAYS . . . . . . . . . . . . . . . . . . . . . .
DUAL DIGIT NUMERIC DISPLAYS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
THREE-DIGIT NUMERIC DISPLAYS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
FOUR-DIGIT NUMERIC DISPLAYS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
ALPHANUMERIC DISPLAYS SELECTION GUIDE . . . . . . . . . . . . . . . . . . . . . . . .
MULTIDIGIT LED DISPLAYS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ,
5-1
5-10
5-20
5-20
5-34
5-86
5-92
5-137
5-146
5-155
5-165
6. DOT MATRIX DISPLAYS
A)
B)
C)
D)
E)
F)
G)
H)
I)
J)
SELECTION GUIDE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
HOW TO USE LlTON LED DISPLAYS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
4X4 SINGLE COLOR DOT MATRIX DiSPLAyS . . . . . . . . . . . . . . . . . . . . . . . . .
4X4 MULTICOLOR DOT MATRIX DiSPLAyS .......... , ......... , ......
5X7 SINGLE COLOR DOT MATRIX DISPLAYS . . . . . . . . . . . . . . . . . . . . . . . . .
5X7 MULTICOLOR DOT MATRIX DISPLAYS . . . . . . . . . . . . . . . . . . . . . . . . . . .
5X8 SINGLE COLOR DOT MATRIX DISPLAYS ........ , ........... , .. , .
5X8 MULTICOLOR DOT MATRIX DiSPLAyS . . . . . . . . . . . . . . . . . . . . . . . . . . .
8X8 SINGLE COLOR DOT MATRIX DISPLAYS . . . . . . . . . . . . . . . . . . . . . . . . ,
8X8 MULTICOLOR DOT MATRIX DiSPLAyS . . . . . . . . . . . . . . . . . . . . . . . . . . .
6-1
6-5
6-11
6-11
6-17
6-31
6-55
6-55
6-63
6-63
7. LED CLOCK & FREQUENCY DISPLAYS
A)
B)
SELECTION GUIDE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-1
CLOCK & FREQUENCY DISPLAYS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-2
8. APPENDIX
A) LlTON'S PRODUCTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8-1
B) THE LlTON GROUP . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8-2
C) REPRESENTATIVES OR AGENT, DISTR IBUTORS & BRANCH OFFICE ......... 8-3
3
ALPHANUMERIC INDEX
LTA-1000E ..
LTA-1000G . . .
L T A- 1OOOH R . .
L TA-1 OOOP .
L TA-1 OOOR .
LTA-1000Y.
LTB-0022 .
L TB-0028 .
LTB-0038 .
L TB-0047 .
3-15
3-15
3-15
3-15
3-15
3-15
5-165
5-165
5-165
5-165
LTC-3718P
LTC-3718R.
LTC-3718Y
LTC-3730GL Y-1 ..
LTC-3730PMA-1 ..
LTC-3808SG . . . .
LTC-3808SP
L TC-4401 PAA2 ..
LTC-5336E
LTC-5336G
L TB-1466 .
LTB-1478 ..
LTB-1488 ..
LTB-1498 ...
L TB-402.
LTC-14401A1G-2
L TC-14401 A1 P-2
L TC-14403A 1G-2
L TC-14403A 1P-2
L TC-14501 A1 G-2
5-165
5-165
5-165
5-165
5-165
7-26
7-26
7-26
7-26
7-48
LTC-5336HR
LTC-5336P
LTC-5336R
LTC-5336Y
LTC-5337E
LTC-5337G
LTC-5337HR
LTC-5337P
L TC-5337R
LTC-5337Y .
7-48
7-52
7-52
7-52
7-52
7-52
7-52
7-52
7-52
7-57
LTC-5502A 1G-12S.
LTC-5502A 1P-12S .
LTC-5612ELM.
LTC-5836E . . .
LTC-5836G ...
LTC-5836HR ..
LTC-5836P . . .
LTC-5836R . . .
LTC-5836Y .
LTC-5837E
L TC-25601 PAK
LTC-3137A1G-12
LTC-3137A1G-24
L TC-3137 A 1P-12
L TC-3137 A 1P-24
LTC-3137A3P
L TC-3614MSJ
LTC-3702SG
L TC-3702SP
L TC-3708SG
7-57
7-18
7-18
7-18
7-18
7-18
7-18
7-18
7-18
7-18
LTC-5837G
LTC-5837HR
LTC-5837P .
LTC-5837R
L TC-5837Y .
LTC-612D1G ..
LTC-612D1P.
L TC-617D1G .
LTC-617D1P .
LTC-627D1G
5-146
5-146
5-146
5-146
5-146
7-36
7-36
7-36
7-36
7-36
LTC-3708SP
LTC-3710E
LTC-3710G.
LTC-3710HR
LTC-3710P
L TC-371 OR .
LTC-3710Y.
L TC-3718E .
LTC-3718G.
LTC-3718HR.
7-18
7-2
7-2
7-2
7-2
7-2
7-2
7-2
7-2
7-2
LTC-627D 1P ..
LTC-637C1G
LTC-637C1 G-12
L TC-637C1 P
LTC-637C1P-12
LTC-637D1G
LTC-637D 1G-12
LTC-637D1G-12S
LTC-637D1G-S.
LTC-637D1P .
7-36
7-36
7-36
7-36
7-36
7-36
7-36
7-36
7-36
7-36
L TC-14501 A 1P-2
LTC-18501A1G
L TC-18501 A1G-2
L TC-18501 A 1G-4
LTC-18501 AlP ..
LTC-18501A1P-2
L TC-18501 A 1P-4
L TC-1867TA1G-2
L TC-1867TA1 P-2
L TC-25501 PAK
4
...
... ... , .
,
.
,
,
.
..
,
,
.
,
.. , ..
,
,
,
,
,
.
...
.
,
,
. . . . . . . .
..........
........
,
......
.......
...
...
., .
.....
. .........
......
,
......
7-2
7-2
7-2
7-18
7-18
7-18
7-18
7-26
5-137
5-137
5-137
5-137
5-137
5-137
5-146
5-146
5-146
5-146
5-146
5-146
7-31
7-31
7-31
5-137
5-137
5-137
5-137
5-137
5-137
5-146
7-36
7-36
7-36
7-36
7-36
7-36
7-36
7-36
7·44
7-44
LTD-585R
LTD-585Y
LTD-6410G
LTD-6430G.
LTD-6440G ...
LTD-6450G.
LTD-6610E
LTD-6630E .
LTD-6640E
LTD-6650E . . . . .
5-110
5-110
5-128
5-128
5-128
5-128
5-128
5-128
5'·128
5-128
L TC-937S1 P . . . . . . . . . . . . . . . . . .
LTC-937S1P-12 . . . . . . . . . . . . . . . . . . .
L TD-322G . . . . . . . . .
. . . . ..
LTD-322P ..
LTD-322R .
LTD-323G
LTD-323P . . . . . . . . . . . . . . . . . . . .
LTD-323R.
. . . . . . .. . . . . . . .
LTD-432EC.
. ..... .
LTD-432GC.
7-44
7-44
5-92
5-92
5-92
5-92
5-92
5-92
5-98
5-98
LTD-6710P ..
LTD-6710R ..
LTD-6730P ..
LTD-6730R ..
LTD-6740P .
LTD-6740R
LTD-6750P
LTD-6750R
LTD-6810Y.
LTD-6830Y
5-128
5-128
5-128
5-128
5-128
5-128
5-128
5-128
5-128
5-128
LTD-432PC.
LTD-432RC.
LTD-482EC.
LTD-482GC.
LTD-482PC.
LTD-482RC.
LTD-524G .
L TD-524P ..
LTD-5250E .
LTD-5250G.
5-98
5-98
5-98
5-98
5-98
5-98
5-105
5-105
5-119
5-119
LTD-6840Y.
LTD-6850Y . . . . .
LTD-6910HR
LTD-6930H R . .
LTD-6940HR . . . . . . . . . .
LTD-6950H R .
LTE-209. . . . . . . .. . . . . . . .
LTE-209C ..
L TE-239 . . . . . . . . . . . . . . . . . . . . .
LTE-239C . . . . . . . . . . . . . . . . . . . . . . .
5-128
5-128
5-128
5-128
5-128
5-128
1-5
1-5
1-8
1-8
L TD-5250H R . . . . . . . .. . . . . . . .
.... . . . . . . . . . . .
L TD-5250P .
.... . . . . . . . . . . . .
L TD-5250R .
. . . . . . . . . . .
L TD-5250Y .
L TD-5260E .
'" . . . . . . . . . . . . . . . .
LTD-5260G . . . . . . . . . . . . . . . . . . . . . .
LTD-5260HR . . . . . _ . . . . . . . . . . .
. . . . . . . . . . . . . .
L TD-5260P .
LTD-5260R .
LTD-5260Y.
5-11 9
5-119
5-119
5-119
5-119
1-119
5-119
5-119
5-119
5-119
LTE-2871 . . . . . . . . . . . . . . . . . . . . . .
LTE-2871C . . . . . . . . . . . . . . . . . . . . .
LTE-302 . . . . . . . . . . . . . . . . . . . . . . .
LTE-4206 . . . . . . . .
. .......
LTE-4206C .
. ............ .
LTE-4208. .
. ...... .
LTE-4208C .
. .... .
LTE-4238 ..
LTE-4238C .
LTE-5208A .
1-26
1-26
1-29
1-23
1-23
1-11
1-11
1-14
1-14
1-17
LTD-535E.
. ........... .
LTD-535G.
. . . . .. . . . . . . . . .
L TD-535HR ..
. ...........
LTD-535P. . . . . . . . . . . . .. . . . . . . .
LTD-535R .
. .......
LTD-535Y .
LTD-585E. .
. ..........
LTD-585G.
. ......... .
LTD-585HR . . . . . . . . . . . . . . . . . . .
LTD-585P . . . . . . . . . . . . . . . . . .
5-110
5-110
5-110
5-110
5-110
5-110
5-110
5-110
5-110
5-110
LTE-5208AC . . . . . . . .
LTE-5238A . .. . . . . . . .
L TE-5238AC . . . . . . . . . .
LTF-216141A1 . . . . . . .
LTF-216141A1P . . . . .
LTF-804-08. . . . . . . .
LT F -804-08P
L TF-804-12 . . . . . . . .
LTF-804-12P . . . . . . . .
LTH-301-07 . . . . . . . . . .
LTC-637D1P-12 . . . , . . . . . . .
LTC-637D1P-12S . . . . . . . . .
L TC-637D1 P-S .
L TC-637D1 poW .
LTC-674D1G.
LTC-674D1G-12
L TC-674D1 P ..
L TC-674D 1P-12
L TC-937S 1G . . . . . . . . . . . . .
L TC-937S1 G-1 2 . . . . . . . . . . .
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
1-17
1-20
1-20
5-170
5-170
5-170
5-170
5-170
5-170
1-63
5
1-60
2-77
2-77
2-77
A-23
A-30
A-37
A-44
A-49
A-90
LTL-213 .. , . . . . . . . . . , . . . , . , . , , .. 2-128
L T L-219 . . . , , , , .. , . , , .. , . , ,
2-123
2-183
LTL-2201AL .. , , .. .
2-189
LTL-2203A ... , . . . .
2-106
LTL-221 ... , ... , .. .
2-183
LTL-2211AL .. , .. , . ,
2-189
LTL-2213A ...
2-194
LTL-2214RT , . , ,
2-194
LT L-2214WC . . . .
2-183
L TL-2221 AL
A-90
2-309
2-309
2-311
2-144
2-144
2-144
2-144
2-144
2-144
L TL-2223A
L TL-2224RT
LTL-223 . . . . . . .
LTL-2231AL . , . , . . . . . . . . . , . . . , ..
LTL-2233A. . .
, .............. ,
LTL-2234GT . . . . , , . , .. , , , . . . . , ..
........ , .
LTL-2234WC .. , ,
LTL-224 . . . . , . , . , . . . , ... , . . . . , .
LTL-2251AL ., . . . . , ... , .. ,'
L TL-2253A . . . . , . . . . , , , .. , ..
LTL-l0233W .
LTL-l0253 ...
LTL-l0253W .
L TL-l0263W ..
LTL-l0293W . . . .
LTL-1204A . . . . . . .
LTL-1214A . . . . : ..
LTL-1224A .. .
LTL-1234A . . . . . . .
LTL-1254A ..
2-144
2-144
2-144
2-94
2-144
2-159
2-159
2-159
2-159
2-159
LTL-2254WC , . , , . . . . . . . . . . . .
.. , . , . , . . . . , . . . . .
L TL-2254YT
LTL-2271AL
LTL-229 ...
LTL-2291AL
... , . , , . . .
L TL-2293A . . . . . . . . . . . , . . . . .
........ , . . .
LTL-2294WC
L TL-2300HR .. , . . . . . . . . . . , . . . , , . ,
LT L -231 , . . . . . . , , , , . . . , , , . . . . . . .
LTL-23201AL . , . . . . . . . . . . . . . . . .
2-194
2-194
2-183
2-123
2-183
2-189
2-194
3-8
2- 106
2-245
LTL-1274A.. . . . . . . . . . .
LTL-1294A . . . . .
LTL-13215A
LTL-13218A
L TL-13219B
L TL-13225A
LTL-13235A
LTL-13238A
LTL-13239B
LTL-13255A
2-159
2-159
2-235
2-230
2-240
2-235
2-235
2-230
2-240
2-235
LTL-23203A
LTL-23211AL
LTL-23213A
LTL-23214A . . . . . . . . . . . . . . . . . ,
LTL-23216A . . . . . ,
L TL-23221 AL . , , ,
LTL-23223A , . . . . .
LTL-23231AL .. , . ,
LTL-23233A
L TL-23234A .
2-209
2-245
2-209
2-250
2-260
2-245
2-209
2-245
2-209
2-250
LTL-13258A
LTL-13259B
LTL-13278A
L TL-13279B
LTL-13295A
L TL-201 . . .
L TL-203 ..
LTL-204 . . . . ,
... , .... , ,
LTL-209"
.. ,""
LTL-211 . . . . . . . . . . . . . . . .
2-230
2-240
2-230
2-240
2-235
2-106
2-128
2-128
2-123
2-106
L TL-23236A
LTL-23251AL
L TL-23253A
LTL-23254A
LTL-23256A
LTL-23273A
L TL-23274A
l_TL-23276A
LTL-23291AL
L TL-23293A
2-260
2-245
2-209
2-250
2-260
2-209
2-250
2-260
2-245
2-209
LTH-301A . . . . . .
L TJ-811G . . . . . . .
L T J-811 HR . . . . . .
LTJ-811Y . . . . . . .
LTK-6N135.
LTK-6N136.
LTK-6N137.
LTK-6N138.
L TK-6N139.
L TK-829
.
.
.
.
L TK-849
LTL-001B . . . . . . . . . .
LTL-001C.
L.TL-004B . . . . . . . . . . . . . . . . .
L TL-l0203 .. .
LTL-l0203W . . . . . . . . . . . . . . .
LTL-l0213 . . . . . . . . . . . . . . . .
LTL-l0223 . . . . . . . . . . . . . . . .
L TL-l 0223W .
LTL-l0233 . . . . . . . . . . . . . . .
6
.
.
.
.
.
,
.
,
,
2-189
2-194
2-128
2-183
2-189
2-194
2-194
2-128
2-183
2-189
LTL-23296A ..
LTL-233 . . . . .
L TL-234 . . . . .
L TL-2350HR . . . .
L TL-239 . . . . . . . . .
L TL-2400Y .
L TL-2450Y .
LTL-2500G .
L TL-251 .
LTL-253.
2-260
2-128
2-128
3-8
2-123
3-8
3-8
3-8
2-106
2-128
LTL-3217A.
LTL-3218A
LTL-3221 A .
LTL-3223A .
LTL-3231A
L TL-3233A .
LTL-3235S
LTL-3237A
L TL-3238A .
LTL-3251A.
L TL-254.
LTL-2550G . . . . . . .
L TL-259 . . . .
LTL-2600HR . . . . . .
LTL-2620HR . . . . . . . .
LTL-2655HR . . . . . . . . . .
L T L-2685H R . . . . . . . . . .
L TL-2700Y . . . . . . . . . . .
LTL-2720Y.
LTL-2755Y.
2-128
3-8
2-123
3-8
3-8
3-8
3-8
3-8
3-8
3-8
LTL-3253A
LTL-3255S
LTl_-3257A
LTL-3258A
LTL-3271A.
LTL-3277A .
L TL-3278A .
LTL-327A.
L TL-327EA .
LTL-327G
L TL-2785Y .
L TL-2800G .
LTL-2820G .
LTL-2855G.
L TL-2885G .
LTL-291 .. .
LTL-293 .. .
L.TL-293SJ .
L.TL.-294 .. .
l_TL.-298E . . . .
3-8
3-8
. . . . 3-8
3-8
3-8
2-106
2-128
2-287
2-128
2-278
2-281
LTL-298VJ .
2-284
LTL-298WJ.
2-123
LTL-299 . . .
LTL-307C . . . . . . . . . . . . . . . . . . . . . . . 2-85
2-85
L TL-307CE . . . . . . .
2-85
L TL-307CK . . . . . . . . . . . . . . . .
2-134
LTL-307E .. .
LTL-307EA . . . . . . . . . . . . . . . . . . . . . . 2-134
2-134
LTL-307EE
2-103
LTL'307ELC
LTL-307G . . . .
L TL-307GE .. .
LTL-307P ..
LTL-307PE
LTL-307Y ..
L T L-313SJ . . . . . . . . . . . . . . . . . . . . .
LTL-3201A . . . . . . . . . . . . . . . . . . . . .
LTL-3211 A . . . . . . . . . . . . . . . . . . . . .
LTL-3213A . . . . . . . . . . . . .
LT L-3215S . . . . . . . . . . . . . . . . . . . . .
.
,
.
.
2-134
2-134
2-134
2-134
2-134
2-290
2-209
2-209
2-255
2-220
2-225
2-225
2-209
2-255
2-209
2-255
2-220
2-225
.2-225
2-209
·.
·.
..
.
·.
LTL-327HR . . . . . . . .
LTL-327Y . . . . . . . . .
LTL-3291A . . . . . .
LTL-3293A
LTL-3295S
l_TL-3297A.
LTL-33221 AA
LTL-33231AA . . . . .
LTL-33251 AA . . . . .
L TL-353CK . . . . . . .
.
2-255
2-220
2-225
2-225
2-209
2-225
2-225
2-72
2-72
2-72
2-72
2-72
2-209
2-255
2-220
2-225
2-274
2-274
2-274
2-82
2-204
LTLA03A.
2-204
LTL-403G . . . . . . . . . . . .
2-204
LT~403P . . . . . . . . . . . .
2-204
LTLA03Y . . . . . . . . . . . .
2-112
L TL-4201 . . . . . . . . . . . . . .
LTLA201-R1 . .
. . . . . . . . . . . . . . . 2-35
LTLA201-R2. . . . . .. . . . . . . . . . . . . . 2-35
LTL-4201N . . . . . . . . . . . . . . . . . . . . . . 2-112
2-112
LTL-4202 . . . . . . . . . . . . . . . . . .
2-112
LTL-4202N .
LTL-4203 . . . . . . .
L T L-4203-R 1 .
L TL-4203-R2 ..
L TL-4204 . . . . . .
LTL-4206 . . . .
LTL-4208 . . . . . . . . . .
L TL-4211 . . . . . . . . . .
LTL-4211-R1 . . . . . . . . .
LTL-4211-R2 ..
LTL-4211N . . .
2-134
2A3
2-43
2-134
2-112
2-134
2-112
2-35
2-35
2-112
7
2-134
2-52
2-43
2-43
2-134
2-112
2-112
2-100
2-112
2-112
LTL-4268L1
LTL-4268L2
LTL-4291 ..
LTL-4291.R1 . . . . . . . . . . . .
LTL-4291-R2 . . . . . . . . . . . .
LTL·4291N . . . . . .
LTL-4292 . . . . . .
LTL-4292N . . . . . . .
LTL-4293-R1 . . . . .
L TL·4293·R2 . . . . .
2·88
2-88
2-112
2·35
2-35
2-112
2·112
2-112
2-43
2-43
LTL-4223 ...
LTL-4223-R1 .
LTL-4223-R2.
LTL-4224 .. .
L TL-4231 .. .
LTL-4231-R1 . . . . . . . . . .
L TL-4231-R2 . . . . . . . . . .
L TL-4231 N . . . . . .
L TL-4232 . . . . . .
L TL-4232N·· . . . . . . . . . . . . . . . . .
2-134
2-43
2-43
2-134
2-112
2-35
2-35
2-112
2-112
2·112
LTL-4294 . . . . . . . .
LTL-4296 . . . . . . . .
LTL-4296N . . . . . . . . . . .
LTL-433A. . . . . . .
. .... .
LTL-433EA . . . . . . . . . . . . . . . . .
LTL-433G . . . . . . . . . . . . . . . . . .
LTL-433HR . . . . . . ,. ,
LTL.-433P . . . . . . . . . . . . . . . . . . • . . . .
L. TL.-433R . . . . . . . .
LTL.-433Y . . . . . . . .
2-134
2-112
2·112
2-215
2-215
2-215
2-215
2-215
2-215
2·215
LTL-4233 . . . .
L T L-4233-F L .
LTL-4233-R1 ..
L TL-4233-R2 ..
L TL-4234 ... .
L TL-4236N .. .
L T L-4238-R 1 .
L TL-4238-R2 . . . . .
LTL-4251 . . . . .
LTL-4251-R1 ..
2-134
2·52
2-43
2·43
2·134
2·112
2·43
2-43
2-112
2-35
LTL-472G . . . .
LTL-472P ..
LTL-472Y . . . .
LTL-503-11 .. .
LTL-503-14 . . . . . . . . .
LTL-5203 . . . . . . . . . .
LTL·5223 ..
LTL-5233 ..
LTL·5253 . . . . , .. .
..... .
LTL-52DG
2-265
2-265
2-265
2-316
2-316
2-150
2-150
2-150
2·150
2·299
LTL-4251-R2.
L TL-4251 N .. .
LTL-4252 ... .
LTL-4252N . . . . .
L TL-4253 .. .
L TL-4253-R1 .
L TL-4253-R2 .
L TL-4254 .. .
LTL-4256N ... , , . ,
LTL-4261N . . . . , '
2-35
2-112
2·112
2·112
2·134
2-43
2-43
2·134
2·112
2·91
LTL-52EG . . . . . . . . .
LTL-52RG . . . . . . . . .
LTL-53173Y . . . . . . . .
LTL-533-11 . . . . . . . . . . . . . . . . . . . . .
LTL-533-14 . . . . . . . . . . . . . . . . . . .
LTL-54173G . . . . . . . . . . . . . . . . . . . .
LTL-553-11 . . . . . . . . . . . . . . . . . . . . .
L TL-553-14 . . . . . . . . . . . . . . . . . . . . .
LTL·57173HR . . . .
. ...... .
LTL-603-1 . . . . . . . . . . . . . . . . . . . .
2·293
2-296
3-3
2-316
2-316
3-3
2-316
2·316
3·3
2-312
L TL-4262N ..
LTL-4263 .
L TL-4263-FL ,
LTL-4264H3 . , . . . . . .
LTL-4264H4
LTL-4264L 1
LTL-4264L2
LTL-4266N
LTL-4268H3
L TL-4268H4
2-91
2-88
2·52
2·88
2-88
2-88
2-88
2-91
2·88
2-88
LTL-6203LN
LTL-6213LN
L TL·6223LN
L TL·6233LN
LTL-6253LN
L TL-6293LN
LTL·633·1 . . . . . . . . . . . . . . . . . .
LTL-653-1 . . . . . .
. .... .
L TL-709E.
L TL-709EA. .. . . . . . . . . .
LTL-4213. ..
. ............... .
LTL-4213-FL.
. ................ .
LTL-4213-R1 .
. ............ .
L TL-4213-R2 . . . . . . . . . . . . . . . . . . . .
LTL-4214 . . . . . . . . . . . . . . . . . . . . . .
LTL-4221 . . . . . . . . . . . . . . . . . . . .
LTL-4221N . . . . . . . . . . . . . . . . . . . . .
LTL-4221NLC . . . . . . . . . . . . . . . . . . .
LTL-4222 . . . . . . . . . . . . . . .. . . . . .
LTL-4222N . . . . . . . . . . . . . . . . . . . . .
8
.
.
.
.
.
.
.
.
.
.
2-199
2-199
2-199
2·199
2-199
2-199
2-312
2·312
2-154
2·154
2-57
2-57
2-57
2-57
2-57
4-2
4-6
4-6
4-24
4-24
2-154
LTL-709L . . . . . . .
2-154
LTL-709R . . . .
2-154
LTL-709Y . . . . . . . . . .
2-159
LTL-717A.. .. .. .. ..
.. .. ..
2-159
LTL-717G . . . . . . . . . . . . . . . . . . . . . .
2-159
LTL-717HR . . . . . . . . . . . . . . . . . .
LTL-717P . . . . . . . . . . . . . . . . . . . . . . . 2-159
LTL-717R.
. . . . . . . . . . . . . . . . . . . 2-159
2-159
LTL-717Y.
. . . . . . . . . . . . ..
2-165
LTL-723A.
LTL-93BGA1 . . . . . . . . .
LTL-93BG K 1 ... .
LTL-93BHRA1.
LTL-93BYA1 ... .
LTL-93BYK1 ... .
LTM-2416 (DISCONTINUED)
LTM-8328GKR-04 .. .
LTM-8328PK R -04 . . . . . . .
L TM-8522E .
LTM-8522G . . . . . . . . . . .
LTL-723G . . . . . . . . . . . . . . . . . . . . . . .
LTL-723HR . . . . . . . . . . . . . . . . . . . . . .
LTL-723P.
LTL-723R.
LTL-723Y.
L TL-757E .
LTL-757G.
LTL-757P.
LTL-757Y.
LTL-767E.
2-165
2-165
2-165
2-165
2-165
2-170
2-170
2-170
2-170
2-174
4-24
LTM-8522HR ..
L TM-8522P . . . . . . . . . ..
. . . . . . . . . 4-24
4-24
LTM-8522R. . . . . . . . . ..
. .... .
LTM-8522Y . . . . . . . . . . . . . . . . . . . . . . 4-24
LTM-8529E . . .
. . . . . . . . . . . . . . . 4-24
4-24
LTM-8529G . . . . . . . . . . . . . . . .
4-24
LTM-8529H R . . . . . . . . . . .
4-24
LTM-8529P . . . . . . . . . . . . . . .
4-24
L TM-8529R . . . . . . . . . . . . . . .
4-24
LTM-8529Y . . . . . . . . . . . . . . .
L TL-767G .
LTL-767P.
LTL-767Y . . . . . . . . . .
LTL-8212A . . . . . . . . .
LTL-8222A.
LTL-8232A.
L TL-8252A .
LTL-8292A.
LTL-907CK.
L TL-907EK .
2-174
2-174
2-174
2-178
2-178
2-178
2-178
2-178
2-97
2-62
LTM-8530E . . . . . . . . . . . . .
LTM-8530G . . . . .
LTM-8530HR . .
. ...... .
LTM-8530P . . . . . . . . . . . . . . .
LTM-8530R . . . . . . . . . .
LTM-8530Y . . . . . . . . . . . . .
L TM-8631 GMH . . . . . . . . . .
........ .
LTM-8631 RMH
LTM-8647AE .
LTM-8647 AG ..
LTL-907HK.
L TL-907JK .
LTL-907LK.
LTL-907NK
L TL-907PK .
LTL-907TA.
LTL-907TB .
L TL-9212A .
LTL-9213A.
LTL-9222A.
2-67
2-67
2-62
2-67
2-62
2-306
2-306
2-269
2-269
2-269
4-17
LTM-8647AHR. . .
. .... .
4-17
LTM-8647 AP . . . . . . . . . . . . . . . .
4-17
LTM-8647 AR . . . . . . . . . . . . . . . .
1-66
LTM-8705A . . . . . . . . . . . . . . . . .
1-67
LTM-8705B . . . . . . . . . . . . . . . . .
1-68
LTM-8705C . . . . . . . . . . . . . . . . .
1-69
LTM-87050 . . . . . . . . . . . . . . . . .
LTM-8711-1 . . . . . . . . . . . . . . . . . . . . . 0-1
1-73
LTM-8834 . . . . . . . . .
1-73
LTM-8834-1
LTL-9223A . . . . . . . . . . . . . . . . . . . . . .
LTL-9232A . . . . . . . . . . . . . . . . . . . . . .
LTL-9233A . . . . . . . . . . . . . . . . . . . . . ,
LT L-9252A . . . . . . . . . . . . . . . . . . . . . .
LTL-9253A . . . . . . . . . . . . . . . . . . . . .
L TL-9272A . . . . . . . . . . . . . . . . . . . . . .
LTL-9273A . . . . . . . . . . . . . . . . . . . . . .
LTL-9292A. . . . . . . . . . . . . . . . . . .
LTL-9293A. . . . . . . . . . . . . . . . . . .
LTL-93BEK1 . . . . . . . . . . . . . . . . . . . . .
2-269
2-269
2-269
2-269
2-269
2-269
2-269
2-269
2-269
2-57
1-73
LTM-8834-2
1-73
L TM-8834-3
1-73
LTM-8834-4
1-73
LTM-8834-5
1-77
LTM-8835 . . . . . . . . . . . . . . .
LTM-8836 . . . . . . . . . . . . . . . . . . . . . . . 1-78
LTM-8837 . . . . . . . . . . . . . . . . . . . . . . . 1-82
0-8
LTM-8843-1 . . . . . . . . . . . . . . . .
1-86
LTM-8848 . . . . . . . . . . . . . . . . . .
1-87
LTM-8848A . . . . . . . . . . . . . . . . .
4-24
4-24
4-24
4-24
4-24
4-24
4-12
4-12
4-17
4-17
9
.
w_
10
,~
••
.
_.,~~
o. ,..
~_~H
L TM-88X 18. . . . . . . . . . . . . . . . . . . . . .
L TM-88X20. .. . . . . . . . . . . . . . . . . . .
L TM-88X21 . . . . . . . . . . . . . . . . , .. , . .
L TM-88X27 , , , .. , . . . . . , , . . . . . . . . .
L TM-88X28. . . . . . . . . . . . . . . . . . . . . .
L TM-88X29. . . . . . . . . . . . . . . . . . . . . .
LTM-88X30. . . . . . . . . . . . . . . . . . . . . .
LTM-88X32. . . . . . . . . . . . . . . . . . . . . .
L TM-88X38. . . . . . . . . . . . . . . . . . . . . .
L TM-88X55. . . . . . .. . . . . . . . . . . . . .
B-2
B-5
B-8
C-2
C-6
C-l0
B-ll
B-14
B-1 7
C-14
L TP-2188A . . . . . . . . . . . . . . . . . . . . . .
L TP-2344E
LTP-2344G . . . . . . . . . . . . . . . . . . . . . .
LTP-2344Y . . . . . . . . . . . . . . . . . . . . . .
L TP-2458AA . . . . . . . . . . . . . . . . . . . . .
L TP-2558AA . . . . . . . . . . . . . . . . . . . . .
L TP-2657AA . . . . . . . . . . . . . . . . . . . . .
L TP-275 7 AA . . . . . . . . . . . . .. . . . . .
L TP-305G . . . . . . . . . . . . . . . . . . . . . . .
LTP-305HR . . . . . . . . . . . . . . . . . . . . . .
6-68
6-11
6-11
6-11
6-55
6-55
6-39
6-39
6-17
6-17
L TM-89X03. . . . . . . . . . . . . . . . . . . . . .
L TM-89X04. . . . . . . . . . . . . . . . . . . . . .
L TM-89X06. . . . . . . . . . . . . . . . . . . . . .
L TM-89X 10. . . . . . . . . . . . . . . . . . . . . .
LTM-89X12 . . . . . . . . . . . . . . . . , . . . . .
LTM-89X18 . . . . . . . . , . . . . . . . . . . . . .
L TP-1257AA . . . . . . . . . . . . . . . . . . . . .
LTP-1357AA . . . . . . . . . . . . . . . . . . . . .
LTP-1457AE . . . . . . . . . . . . . . . . . . . . .
LTP-1457AG . . . . . . . . . . . . . . . . . . . . .
B-20
B-23
B-26
B-29
C-18
B-32
6-31
6-31
6-31
6-31
L TP-305R . . . . . . . . . . . . . . . . . . . . . . .
.....................
L TP-3784E
L TP-3784G
LTP-3784R
.....................
L TP-3785E
L TP-3785G
.....................
.....................
L TP-3785R
L TP-4057AE . . . . . . . . . . . . . . . . . . . . .
L TP-4057 AG . . . . . . . . . . . . . . . . . . . . .
L TP-4057AHR . . . . . . . . . . . . . . . . . . . ,
6-17
5-156
5-156
5-156
5-156
5-156
5-156
6-47
6-47
6-47
LTP-1457AHR . . . . . . . . . . . . . . . . . . . .
LTP-1457AY . . . . . . . . . . . . . . . . . . . . .
LTP-1557AE . . . . . . . . . . . . . . . . . . . . .
LTP-1557AG . . . . . . . . . . . . . . . . . . . . .
L TP-1557AHR . . . . . . . . . . . . . . . . . . . .
LTP-1557AY . . . . . . . . . . . . . . . . . . . . .
L TP-18088E . . . . . . . . . . . . . . . . . . . . .
L TP-18088G . . . . . . . . . . . . . . . . . . . . .
LTP-18188A
L TP-2044A3
6-31
6-31
6-31
6-31
6-31
6-31
6-63
6-63
6-63
6-11
L TP-4057 A Y . . . . . . . . . . . . . . . . . . . . .
LTP-4157AE . . . . . . . . . . . . . . . . . . . . .
LTP-4157AG . . . . . . . . . . . . . . . . . . . . .
LTP-4157AHR . . . . . . . . . . . . . . . . . . . .
L TP-4157A Y . . . . . . . . . . . . . . . . . . . . .
L TP-4257 AA . . . . . . . . . . . . . . . . . . . . .
L TP-4357 AA . . . . . . . . . . . . . . . . . . . . .
L TP-537E . . . . . . . . . . . . . . . . . . . . . . .
LTP-537G . . . . . . . . . . . . . . . . . . . . . .
LTP-537HR . . . . . . . . . . . . . . . . . . . . . .
6-47
6-47
6-47
6-47
6-47
6-47
6-47
5-156
5-156
5-156
LTP-2057AE . . . . . . . . . . . . . . . . . . . . .
LTP-2057AG . . . . . . . . . . . . . . . . . . . . .
LTP-2057AHR . . . . . . . . . . . . . . . . . . . .
LTP-2057AY . . . . . . . . . . . . . . . . . . . . .
L TP-2058AE . . . . . . . . . . . . .. . . . . . .
L TP-2058AG . . . . . . . . . . . . . . . . . . . . .
L TP-2058AHR . . . . . . . . . . . . . . . . . . . .
L TP-2058A Y . . . . . . . . . . . . . . . . . . . . .
L TP-2088AE . . . . . . . . . . . . . . . . . . . . .
L TP-2088AG .
6-39
6-39
6-39
6-39
6-55
6-55
6-55
6-55
6-68
6-68
L TP-537P . . . . . . . . . . . . . . . . . . . . . .
LTP-537R . . . . . . . . . . . . . . . . . . . . . .
L TP-537Y . . . . . . . . . . . . . . . . . . . . . .
L TP-587E . . . . . . . . . . . . . . . . . . . . . .
L TP-587G . . . . . . . . . . . . . . . . . . . . . .
L TP-587HR . . . . . . . . . . . . . . . . . . . . .
L TP-587P . . . . . . . . . . . . . . . . . . . . . .
5-156
5-156
5-156
5-156
5-156
5-156
5-156
LTP-587R . . . . . . . . . . . . . . . . . . . . . . . 5-156
L TP-587Y . . . . . . . . . . . . . . . . . . . . . . . 5-156
L TP-747E . . . . . . . . . . . . . . . . . . . . . . . 6-23
L TP-2088AHR . . . . . . . . . . . . . . . . . . . .
L TP-2088A Y . . . . . . . . . . .. . . . . . . . .
LTP-2157AE .. ... . . . . . . . . . . . .
..................
L TP-2157 AG "
LTP-2157AHR ..
LTP-2157AY . . . . . . . . . . . . . . . . . . . . .
LTP-2158AE . . . . . . . . . . . . . . . . . . . . .
L TP-2158AG .
. . . . . . . . . . .
L TP-2158AH R
. . . . . . . .
L TP-2158A Y . . . . .
6-68
6-68
6-39
6-39
6-39
6-39
6-55
6-55
6-55
6-55
L TP-747G . . . . . . . . . . . . . . . . . . . . . . .
LTP-7474HR . . . . . . . . . . . . . . . . . . . . .
L TP-7474R . . . . . . . . . . . . . . . . . . . . . .
L TP-747Y . . . . . . . . . .
L TP-757E . . . . . . . . . . . . . . . . . . . . . . .
L TP-757G . . . . . . . . . . . . . . . . . . . . . . ,
L TP-757HR . . . . . . . . . . . . . . . . . . . . . .
L TP-757R . . . . . . . . . . . . . .. . . . . . . .
L TP-757Y ..
LTR-209 . . . . . . . . .
.
.
.
.
.
.
.
6-23
6-23
6-23
6-23
6-23
6-23
6-23
6-23
6-23
1-32
LTR-301 ..
LTR-3208 ..
L TR-3208E . . . . . . . . . . . . .
L TR-4206 . . . . . . . . . . . . . . . . . .
L TR-4206E .
LTR-516AD
LTR-526AD
LTR-536AD
LTR-546AD
L TS-10304E
1-38
1-35
1-35
1-41
1-41
1-44
1-48
1-52
1-56
5-86
LTS-316AP
LTS-316AR.
LTS-316AY.
L TS-3401 LE
LTS-3401 LG
LTS-3401 LP
LTS-3401 LR
LTS-3401 LY
LTS-3401 U:
L TS-3403LG
LTS-30304G
L TS-10304Y
LTS-10305A
LTS-10804E
LTS-10804G
LTS-10804Y
LTS-10805A
LTS-30301G
L TS-30301 HRB . . . . . . . . . . . . . . . . . . .
L TS-30302A . . . . . . . . . . . . . . . . . .
5-86
5-86
5-86
5-86
5-86
5-86
5-86
5-20
5-20
5-20
LTS-3403LP
LTS-3403LR
L TS-3403L Y
LTS-3406LE
LTS-3406LG
LTS-3406LP
LTS-3406LR
LTS-3406LY
LTS-360E · .
LTS-360G ..
L TS-30801 G . . . . . . . . . . . . . . . . . .
L TS-30801 HRB . . . . . . . . . . . . . . . . . . .
L TS-30802A . . . . . . . . . . . . . . . . . . . . .
L TS-311 AE . . . . . . . . . . . . . . . . . . . . . .
L TS-311 AG . . . . . . . . . . . . . . . . . . . . . .
L TS-311 AH R . . . . . . . . . . . . . . . . . . . . .
L TS-311 AP . . . . . . . . . . . . . . . . . . . . . .
...................
L TS-311 AR "
L TS-311AY . . . . . . . . . . .
. ........
L TS-312AE . . . . . . . . .
. . . . . . .
5-20
5-20
5-20
5-34
5-34
5-34
5-34
5-34
5-34
5-34
L TS-360HR
LTS-360P · .
L TS-360R ..
L TS-367E
LTS-367G.
LTS-367HR
L TS-367P
L TS-367R .
LTS-368E · .
LTS-368G ..
L TS-312AG . . . . . . . . . . . . . . . . . . . . . .
L TS-312AHR . . . . . . . . . . . . . . . . . . . . .
LTS-312AP .
LTS-312AR.
LTS-312AY.
LTS-313AE.
LTS-313AG.
LTS-313AH R ..
LTS-313AP .. .
LTS-313AR .. .
5-34
5-34
5-34
5-34
5-34
5-34
5-34
5-34
5-34
5-34
LTS-368HR.
LTS-368P · .
L TS-368R ..
LTS-4505AG
LTS-4510AG
LTS-4530AG
LTS-4540AG
LTS-4580AG
LTS-4605AE
L TS-4610AE
LTS-313AY .. .
LTS-315AE .. .
LTS-315AG .. .
L TS-315AH R ..
LTS-315AP .. .
LTS-315AR .. .
LTS-315AY .. .
LTS-316AE . . . . . . .
LTS-316AG .. .
L TS-31 6AH R . . . . . . . . . .
5-34
5-34
5-34
5-34
5-34
5-34
5-34
5-34
5-34
5-34
LTS-4630AE
L TS-4640AE
LTS-4680AE
L TS-4705AP
LTS-4705AR
LTS-4710AP
L TS-471 OAR
L TS-4730AP
LTS-4730AR
LTS-4740AP
5-34
5-34
5-34
5-78
5-78
5-78
5-78
5-78
5-78
5-78
·.
..
..
·.
·. .
·. ·. ·.
·.
·.
·
.
·.
·.
.
..
·. ·.
·.
·.
·
·.
.
·.
·.
..
·.
·.
·.
·.
..
·.
.
·
.
·.
.
·.
·.
...
.. ·.
·
.
·.
·.
·.
·.
5-78
5-78
5-78
5-78
5-78
5-78
5-78
5-78
5-43
5-43
5-43
5-43
5-43
5-43
5-43
5-43
5-43
5-43
5-43
5-43
5-43
5-43
5-43
5-51
5-51
5-51
5-51
5-51
5-51
5-51
5-51
5-51
5-51
5-51
5-51
5-51
5-51
5-51
5-51
5-51
11
12
L TS-4740AR
L TS-4780AP
L TS-4780AR
LTS-4805AY
LTS-4810AY
L TS-4830A Y . . . . . . . . . . ..
L TS-4840A Y . . . . . . . . .
L TS-4880A Y . . . . . . . . .
L TS-4905AHR
L TS-4940AHR
5-51
5-51
5-51
5-51
5-51
5-51
5-51
5-51
5-51
5-51
LTS-6695E
LTS-6760P
L TS-6760R
L TS-6775P
L TS-6775R
L TS-6780P
LTS-6780R
L TS-6795P
LTS-6795R
L TS-6860Y
5-69
5-69
5-69
5-69
5-69
5-69
5-69
L TS-4930AHR
L TS-4980A H R
L TS-4980AHR
L TS-50301 G . . . . . . . . . . . . . . . . . . . .
L TS-50301 HRB . . . . . . . . . . . . . . . . . .
L TS-50302A . . . . . . . . . . . . . . . . . . . .
L TS-50801 G .. . . . . . . . . . . . . . . . . .
L TS-50801 HRB . . . . . . . . . . . . . . . .
L TS-50802A
L TS-546AE . . . . .
5-51
5-51
5-51
5-27
5-27
5-27
5-27
5-27
5-27
5-60
LTS-6875Y
LTS-6880Y
LTS-6895Y
LTS-6960HR
L TS-6975HR
L TS-6980HR
LTS-6995HR
LTV-4N25
LTV-4N26
LTV-4N27
5-69
5-69
5-69
5-69
5-69
5-69
5-69
A-5
A-5
A-5
LTS-546AG ..
L TS-546AH R .
L TS-546AP .
LTS-546AR.
LTS-546AY.
L TS-547AE .
LTS-547AG.
L TS-547AHR .
L TS-547AP .
LTS-547AR.
5-60
5-60
5-60
5-60
5-60
5-60
5-60
5-60
5-60
5-60
LTV-4N28
LTV-4N32
LTV-4N33
LTV-4N35
LTV-4N37
LTV-702V
LTV-703V
LTV-713V
LTV-814
LTV-817
A-5
A-ll
A-ll
A-17
A-17
A-56
A-62
A-69
A-76
A-82
LTS-547AY.
LTS-548AE.
L TS-548AG .
L TS-548AHR . . . .
L TS-548AP .
L TS-548AR ..
LTS-548AY .
L TS-549AE ..
LTS-549AG . . . . . . . . . . .
L TS-549AHR . . . . . .
5-60
5-60
5-60
5-60
5-60
5-60
5-60
5-60
5-60
5-60
LTV-827
LTV-847.
OPTION CODE.Qll
OPTION CODE.Q21
OPTION CODE.Q02
OPTION CODE.Q12
OPTION CODE 022
A-82
A-82
2-302
2-302
2-302
2-302
2-302
LTS-549AP
LTS-549AR ...
LTS-549AY
LTS-6460G
LTS-6475G
LTS-6480G
LTS-6495G
LTS-6660E
L TS-6675E
L TS-6680E
5-60
5-60
5-60
5-69
5-69
5-69
5-69
5-69
5-69
5-69
.
.
.
.
5-69
5-69
5-69
.. .
........ .
.
.
.
13
A. Photocouplers
•
•
•
•
PHOTOCOUPLERS CLASSIFICATION CHART
PHOTOCOUPLERS COMPARISON TABLE
QUICK REFERENCE GUIDE
(LTV4N SERIES) ... GENERAL PURPOSE
4N SERIES
• (LTK6N SERIES) ... GENERAL PURPOSE
6N SERIES
.• (L TV700 SERIES) ... 6-PIN DIP VISO:
5KVRMS TYPE
• (LTV800 SERIES) ... 4 -PIN OR
MULTI-CHANNEL TYPE
Photocouplers Classification Chart
High speed
LTV 4N25
LTV 4N26
eTR 20% Min
CTR 20% Min
LTV 4N27
LTV 4N28
CTR 10% Min
CTR 10% Min
LTV 4N Senes
LTV 4N35
LTV 4N37
6 PIN DIP
CTR 100% Min
CTR 100% Min
High sensitivity
LTV 4N32
LTV 4N33
CTR 500% Min
CTR 500% Min
LTK 6N135
LTK 6N136
eTR 7% Mm
eTR 19% Min
Computers
High Speed signal transmiSSion
High speed
LTK 6N137
CTR 700% TYP
LTK 6N Series
8 PIN DIP
Isolation Voltage
High sensitivity
(Visa 2 5K Vrmsl
LTV 700 Series
High speed
6 PIN DIP
LTK 6N138
LTK 6N139'
CTR 300% Min
CTR 500% Min
LTV 702 V
LTV 703 V
LTV 713 V
CTR 40% Min
CTR 40% Min
CTR 50% Min
LTV 817
LTV 827
LTV 847
General
computer terminal Interfaces
2~channel
4-channel
LTK 829
LTK 849
symmetrical terminal
configuration 2-channel
4-channel
HIOh Isolation
voltage
(Visa 50KVrms)
LTV 800 Series
Compact
Multichannel
High speed
4 PIN DIP
High Isolation
voltage
(Visa 50KVrmsi
LTV 814
AC Input
A-1
16
response
programmable controllers
Input Interface
Telephone EqUipment
crosspoint sWitch
Photocouplers Comp211risOll1l falbfte
LlTEON
MODEL NO
GE
MODEL NO
LTV702V
HllA2
HllA3
HllA520
-
CNY17-l
CNY17-l
CNY17-2
LTV702VA
LTV702VB
LTV702VC
LTV702VD
LTV703V
OPTRON
MODEL NO
TELEFUNKEN
MODEL NO
SIEMENS
MODEL NO
TOSHIBA
MODEL NO
MATSUSHITA
MODEL NO
NEC
MODEL NO
-
-
-
-
-
-
CNY17-l
CNY17/l
OP12253
-
-
-
-
CNY17-2
CNY17-2
CNY17/2
CNY75A
CNY17-2
-
-
-
CNY173
CNY17-3
CNY17-3
CNY17/3
CNY75B
CNY17-3
-
-
-
CNY17-4
CNY17-4
-
CNY17/4
OP12l00
CNY75C
CNY17-4
-
-
-
CNY47A
GEPS2001
HllA5
GFH60l-l
GI
MODEL NO
MOTOROLA
MODEL NO
HllA2
HllA3
-
-
LTV703VB
GFH600-l
GFH601-2
MCT2202
MCT2202
LTV703VC
GFHBOO-2
GFH601-3
MCT275
MCT275
MCT2l0
LTV703VD
GFH600-3
GFH601-4
MCT2l0
LTV7l3V
HllAl
HllA550
HllAl
MCT270
LTV703VA
HllAl
-
-
-
-
SFH600·0
SFH601·1
-
-
SFH600-l
SFH601-2
-
-
-
-
-
SFHBOO-2
SFH601·3
-
-
-
-
-
SFH600-3
SFH601-4
-
-
-
COY80N
ILl
IL74
-
ON3l00
-
TLP52l-l
LTP621
ON3l6l
PS240l-l
-
TLP521-2
TLP621-2
ON3112
ON3162
PS2401-2
-
-
UN3164
PS2401-4
-
-
-
-
LTV827
-
-
-
-
LTK829
-
MCT6
MCT66
-
-
LTV847
-
-
-
-
LTK849
-
-
-
-
4N25
4N25
4N25
4N26
4N26
4N28
LTV4N26
LTV4N2B
LTV4N32
LTV4N33
LTV4N35
LTV4N37
LTK6N135
CNY17-l
K827P
CNY74-2
K847P
-
IL-CT6
ILD-1
ILD·74
-
-
-
-
-
-
-
TLP521-4
TLP621-4
TLP504A·2
4N25
4N25
4N25
4N25
4N26
4N26
4N26
4N26
4N26
4N28
4N28
4N2B
4N28
4N28
4N28
4N32
4N32
4N32
4N32
4N32
4N32
4N32
4N33
4N33
4N33
4N33
4N33
4N33
4N33
4N35
4N35
4N35
4N35
4N35
4N35
4N35
4N37
4N37
4N37
4N37
4N37
4N37
4N37
-
-
LTK6N136
-
LTK6N139
-
6N136
6N139
-
-
NJL5l21DB
-
-
-
NJL5l21DA
-
6N135
6N136
-
6N139
-
6N139
NJL5l21DC
NJL5l21DB
-
-
-
-
NJL5l21D
-
-
PC-17T1
PC-17T2
TLP504A
ILO·1
ILO-74
6N135
NJL5l21DC
NJL5l21DA
CNY74-4
-
-
NJL5l21D
LTVB17
LTV4N25
KODENSHI
MODEL NO
NJL5l21D
HllA5
-
JRC
MODEL NO
6N135
6N136
6N139
-
-
PC-17T4
-
-
-
-
4N25
PS2010
NJL5l02D
-
-
-
-
-
-
-
-
-
PS2012
PS2022
-
-
-
-
-
-
PS2021
NJL5104D
-
-
-
-
-
-
-
-
-
-
-
-
4N25
PS2021
6N136
-
-
A-2
17
Quick Reference Guide
• (LTV 4N Series) ... General Purpose 4N Series
Model No.
LTV4N25
General purpose
type
LTV4N26
General purpose
type
LTV4N27
General purpose
type
LTV4N28
General purpose
type
LTV4N32
effiCiency type
S·pin
DIP
SPT
0
0
0
0
0
0
0
0
0
0
0
0
High transfer
High transfer
LTV4N33
efflClencv type
LTV4N35
General purpose
type
LTV4N37
General purpose
type
With Isolation Collector.
Base Voltage emitter
Viso
Voltage
Tenmi·
(Vrms) VCEO (V)
nal
• 1 Output
Package
Features
DPT
0
0
0
0
0
0
0
0
0
0
0
0
Current Transfer
Response Time tr Turn·on Time ton
Ratio CTR
,.-TYP. ~ MAX. ~ Page
MIN.
IF
rnA)
(JLs)
(JLs) (rnA)
(0)
(%)
2,500
30
20
10
3
100
-
-
1,500
30
20
10
3
100
-
-
A·5
1,500
30
10
10
3
100
-
-
A-5
A·5
500
30
10
10
3
100
-
-
A-5
2,500
30
500
10
-
-
5
50
A-11
1,500
30
500
10
-
-
5
50
A-11
3,550
30
100
10
-
-
3
2
A-17
1,500
30
100
10
-
-
3
2
A-17
• (L TV6N Series) ... General Purpose 6N Series
Package
Model No.
LTK6N135
Features
DP
0
0
0
0
0
High speed, high
LTK6N137
nOise reduction type
High speed, high
nOise reduction type
Ultra High speed,
Low Input current
LTK6N138
~:g~ ~~~:~rtyeg!clencY'1
LTK6N139
High transfer effiCiency,
high speed type
LTK6N136
8.~in
Output
Pho1cdlode
+
TranSistor
Phot~dlode
Photodlode
Darlington
tch'PP~oto Ie
tranSistor
With Isolation Current Transfer
Propagation Time
Ratio CTR
Base Voltage
,--, - - - Page
tpHL
tpLH
Visa
MIN.
Termi·
IF (mA) TYP.(~s) TYP. (~s) RL(kO)
(Vrms)
(%)
nal
0
0
0
0
0
0
0
0
0
2,500
7
16
0.4
07
41
A-23
2,500
19
16
03
05
1.9
A-30
A-37
700
2,500
(TYP)
5
45ns
45ns
350n
2,500
300
16
2
7
2.2
A-44
2,500
500
1.6
5
5
4.7
A-49
Response Time t,
,--IF
TYP.
RL
(rnA) (I's)
(n)
Page
• (L TV700 Series) ... 6-pin DIP Viso: 5kVrms Type
Package
Model No.
Features
LTV702V
Hlgtl collccloremlltf'r VOlTage 1ype
LTV703V
High collocloromlTt(>r volT.:.lge lypc
LTV713V
G(>n(>r.ll purpo<;(' IYf"l('
• 1 Output
6·pin
DIP
SPT
0
0
0
0
0
0
DPT
With Isolation
Base Voltage
VISO
Termi·
nal
(Vrms)
0
0
0
Collector·emitter
voRage
urrent Transfer RatIO eTR
(V)
MIN.
(%)
5,000
70
40
10
2
75
A-56
5,000
70
40
10
4
100
A-62
5,000
35
50
5
4
100
A-69
VCEO
• (LTV800 Series) ... 4-pin DIP or Multi-channel Type
Model No.
LTV814
AC Input type
(1·channel)
18
4-pin
DIP
LTV817
LTV827
General purpose type
(2 channel)
LTV847
General purpose type
(4·channel)
LTK829
Symmetncal terminal
configuratIOn type (2.channel)
Symmetrical terminal coniLguratlon
Iype (4 channel)
• 1 SPT SIngle transistor output
Package
"1 Ouput
B-pin 16·pin
SPT OPT
DIP
DIP
0
0
General purpose
type (1 channel)
LTK849
A-3
Features
0
0
0
0
OPT Darlington transistor output
0
0
0
0
0
0
Isolalion
Vollage
Vise
(Vrms)
Current Transfer RatiO CTR
-
Response time t,
r - - Page
R()
L {J
(%)
IF
(rnA)
TYP.
20
±1
4
100
5,000
50
5
4
100
A-82
5,000
50
5
4
100
A-82
5,000
50
5
4
100
A-82
5,000
50
5
4
100
A-90
5,000
50
5
4
100
A-90
5,000
MIN.
(JLs)
A-76
Table of Models with UL Approval
• PHOTOCOUPLERS
Model No.
UL
LTV4N25
0
LTV4N26
0
LTV4N27
0
LTV4N28
0
LTV4N32
0
LTV4N33
0
LTV4N35
0
LTV4N37
0
LTK6N136
0
LTK6N137
0
LTK6N138
0
LTK6N139
0
LTV702V
0
LTV703V
0
LTV713V
0
LTV814
0
LTV817
0
LTV827
0
LTV847
0
LTK829
0
LTK849
0
Remark
UL file No. E113898 (8)
A-4
19
ILlTE['] ~ II
General Purpose Type Photo coupler
LTV4N25/LTV4N26/LTV4N27/LTV4N28 .
• FEATURES
1. Response time
tr: TYP. 3/-1s at VCE= 10V, Ic=2mA, RL= 1000
2. UL approved (No. E113898(s))
• APPLICATIONS
1 . I/o interfaces for computers
2. System appliances, measuring instruments
3. Signal transmission between circuits of different
potentials and impedances
• OUTLINE DIMENSIONS (UNIT:
mm)
*3 Model No.
Pin No. and Internal
connection dIagram
6
Anode mark
2
Lot No. *1
3
1 Anode
2 Cathode
4 Emitter
5. Collector
3. NC
6. Base
Factory Identification mark *2
7.62 ±O.3
(.3)
9
0.5±0.1
2.54±O.251--~-t-~_i<"54±0.25
1.1 1
A-5
20
9= 0-13°
(.1)
*1 2-dlglt number m~rked according to DIN standard
*2 Factory Identification mark shall be or shall not be marked.
* Model No.
LTV4N25
LTV4N26
LTV4N27
LTV4N28
• RATINGS AND CHARACTERISTICS
• Absolute maximum ratings
Parameter
Symbol
Rating
Unit
Forward current
IF
80
mA
* 1 Peak forward current
IFM
3
A
Reverse voltage
VR
6
V
P
150
mW
Collector-emitter voltage
VCEO
30
V
Collector-base voltage
VCBO
70
V
Emitter-collector voltage
VECO
7
V
Collector current
IC
100
mA
Collector power dissipation
Pc
150
mW
Ptot
250
mW
Input
Power dissipation
Output
Total power dissipation
LTV4N25
2,500
1,500
LTV4N26
*2 Isolation voltage
LTV4N27
Viso
LTV4N28
V rms
1,500
500
Operating temperature
Topr
-55 -
+100
°c
Storage temperature
Tstg
-55 -
+ 150
°c
*3 Soldering temperature
Tsol
260
°c
* 1 Pulse width :$ I/ls, Duty ratio 0 001
*2 AC for 1 minute,40 - 60% R.H.
*3 For 10 seconds
A-6
21
'.-
","'" -,;:.
,
• Electro-optical characteristics
Parameter
'S
0-
Min.
Typ.
Max.
Unit
Conditions
Forward voltage
VF
-
1.2
1.5
V
Reverse current
IR
-
-
10
p,A
VR=4V
Terminal capacitance
Ct
-
50
-
pF
V=O, F=1kHz
-
-
50
-'=
Collector
dark
current
'S
0'S
0
Symbol
LTV4N25/26
nA
ICEO
LTV4N28
-
-
IF= 10mA
VCE= 10V
IF=O
100
Collector-emitter
breakdown voltage
BVCEO
30
-
-
V
IC=0.1mA, IF=O
Emitter-collector
breakdown voltage
BVECO
7
-
-
V
IE=10p,A,IF=0
-Collector-base
breakdown voltage
BVCBO
70
-
-
V
IC=0.1mA, IF=O
2
-
-
*1
Collector
current
LTV4N25/26
IF= 10mA
mA
IC
LTV4N27/28
VCE=10V
' 1
-
-
-
0.1
0.5
V
IF = SOmA, IC = 2mA
-
n
DC500V,40-60%R.H.
V=O, f=1MHz
C/)
()
~
~
13
Collector -emitter
saturation voltage
VCE (sat)
ell
m
s::.
()
Isolation resistance
RISO
5 x 10 10 1 x 10 11
CD
1ii
c
ell
~
Floating capacitance
Cf
-
1.0
-
pF
Response time (Rise)
tr
-
3
-
p,s
Response time (Fall)
tf
-
3
-
p,S
*1 Pulse test: input pulse width = 300p,s, Duty ratio =:;0.02 , eTR =
A-7
22
:~
x 100%
VCF=10V, 'RBE=oo
RL =100n, IC=2mA
• SUPPLEMENT
• Isolation voltage shall be measured in the following method.
(1) short between anode and cathode on the primary side and between collector. emitter and base
on the secondary side.
(2) The isolation voltage tester with a zero-cross circuit shall be used.
(3) The waveform of applied voltage shall be a sine wave.
• Inspection standard
Outgoing inspection standard for LlTON products are shown below.
(1) A single sampling plan. normal inspection level II based on MIL-STD-105D is applied. The AQL
according to the inspection items are shown below.
Defect
Inspection item
Major defect
• Electrical characteristics
o Unreadable marking
AQL(DAI)
0.25
Depend on the
specification
• Open, short
Minor defect
• Appearance
• Dimension
Judgement
0.4
A-8
23
Fig. 1
Forward Current vs.
Ambient Temperature
Fig. 2
Collector Power Dissipation vs.
Ambient Temperature
200
100
~
.§.
80
~
\
.§.
..!:
60
E
~
~
u
40
"E
III
~
0
u.
20
,
U
D.
c
150
1\
0
iiiD.
1\
1\
iii
en
'6
1'1.
100
\
Q;
;;:
0
D.
(;
'\\
50
.t5
~
0
()
o
-55 -25
0
25
50
75
o
JOO 125
-55
Ambient temperature Ta (0C)
Fig. 3
Fig. 4
500
200 I-- Ta = 75;C
50'C"
100
I
r/~~
r----25'C
'I
~
2...
o·c~
,
50
50
75
100 125
Current Transfer Ratio vs. Forward Current
a:
I-
25'C=
'-
()
0
30
10
Q;
'lii
c
20
5
E
~
20
25
50r--r-rTnTmr--r-rrnnrr--r-----,
VeE =10V
Ta=25'C
40
I
II
0
Ambient temperature Ta (0C)
Forward Current vs. Forward Voltage
I
25
fl
~
E!
10
:;
()
0.5
1.0
1.5
2.0
2.5
3.0
0.1 0.2
Forward voltage VF (V)
Fig. 5
Collector Current vs.
Collector-emitter Voltage
13
Ta=25'C
r
-
30mA
_u
10
E
~
:::l
Fig. 6
\Pc(MAX.)
IF =40mA p-,
1---""';';;';;'
",
"~
~
24
20
0
~
Q;
'lii
c
200
.......
""~
E!
.........
~
:;
5
u
(I)
10
Collector-emitter voltage VeE (V)
100
>
lOrnA
5
10
h--10mA
V ch =10V
~
E
.........
...... r--.,
iii
Qi
0:
5mA
A-9
300
~
20mA
o()
5
Relative Current Transfer Ratio vs.
Ambient Temperature
2...
U
(;
2
0.5
Forward current IF (mA)
15
o
-55
-25
o
25
50
75
Ambient temperature Ta (0C)
100
50 100
Collector-emitter Saturation Voltage vs.
Ambient Temperature
Fig. 7
~
0.3
I F =50mA
Ic=2mA
0.2
.~
---
::l
m
en
~
E
OJ
0.1
£
l.--
V
V
c
o
i-"'""
/
/
Collector Dark Current vs.
Ambient Temperature
Fig. 8
10- 7
/
5 VeE
/
5
5
L
0
o
(5
/
5
o
25
50
75
10- 1 3
-55
100
Ambient temperature Ta (0C)
Fig. 9
/
Response Time vs. Load Resistance
Fig. 10
~~
~
~
2
V CE - 5 V
Ic= 2mA
Ta=25°C
~
>
0.5
1 kQ
R L -10kQ\
0,5 1
2
5
10
20
50
Load resistance RL(kO)
~
7
~w
6
'"
o
OJ
5
.....
~
4
U
>
~
..:.:
E
..:.: ..:.: ..:.:
E E E
.-<
""
..:.:
~
. E
"'-t-
0,5
2
5 10 20
50 100 200 500
Frequency· f (kHz)
Collector-emitter Saturation Voltage vs.
Forward Current
Fig. 11
1\
-20
0.1 0.2
VOOQ
\
-15
0.2
0.1
I
l\
1\ 1\
~
01
t,
OJ
100 125
fii'
'"OJ
UJ
75
Frequency Response
0
t,
10
0
50
tf
E
Q.
UJ
25
5
VeE lOV
50 Ie 2mA,
Ta 25°C
20
c
o
25
Ambient temperature Ta (0C)
100
OJ
/
1
-25
-55
()
.5
L
5
5
.!!!
en
10V
I Ta=25°C
"?-
II
Test Circuit for Response Time
. Input
Output
c
o
§
::l
m
UJ
Q;
3
2
Test circuit for ,Frequency Response
~OJ
~
(5
()
5
10
15
20
Forward current IF (mA)
25
30
A-10
25
High Transfer Efficiency,
General Purpose Type Photocoupler
LTV4N32/LTV4N33
ILlTE[') ~ II
• FEATURES
1. High current transfer ratio
LTV4N32, LTV4N33
(CTR:MIN. 500% at IF=10mA, VCE=10V)
2. Response time ton:MAX. 5p.s at IF = 200mA
Vcc= 10V, Ic=50mA
3. UL approved (No E113898 (S))
• APPLICATIONS
1. 110 interfaces for computers
2. System appliances, measuring instruments
3. Signal transmission between circuits of different
potentials and impedances
• OUTLINE DIMENSIONS (UNIT: mm)
*3 Model No
0.9±o.2 t
Pm No and mternal
connection diagram
6
LTV4Ne][]
Anode mark
I
4
6.5±0.5
I-;.....---...t,-;""'--l,-l--=r
3
Lot No. *1
1. Anode
2. Cathode
3. NC
4. Emitter
5 Collector
6. Base
Factory Identification mark .. 2
7.62 :!:0.3
(.3)
e
0.5±0.1
2.54±O.251---_-1-----j2.54±0.25
~l
~)
6= 0-13"
*3 Model No.
A-11
26
*1 2-dlglt number marked accordmg to DIN standard
*2 Factory Identification mark shall be or shall not be marked
LTV4N32
LTV4N33
• RATINGS AND CHARACTERISTICS
• Absolute maximum ratings
Symbol
Rating
Unit
IF
80
mA
IFM
3
A
VR
6
V
P
150
mW
Collector-emitter voltage
VCEO
30
V
Collector-base voltage
VCBO
30
V
Emitter-collector voltage
VECO
5
V
Collector current
IC
100
mA
Collector power dissipation
Pc
150
mW
Ptot
250
mW
Parameter
Forward current
* 1 Peak forward current
Input
Reverse voltage
Power dissipation
Output
Total power dissipation
* 2 Isolation voltage
I
1
LTV4N32
LTV4N33
2500
VISO
1500
Vrms
Operqtmg temperature
Topr
-55- + 100
°c
Storage temperature
Tstg
-55- + 150
°c
Tsol
260
°c
* 3 Soldering temperature
* 1 Pulse width,;; 1 1'-8 Duty radio 0 001
*2 AC for 1 minute 48 -60% R_H:
* 3 For 10 seconds
A-12
27
• Electro-optical characteristics
"'5
0.
E
"'5
0.
"'5
0
en
u
Conditions
Symbol
Min.
Typ.
Max.
Unit
Forward voltage
VF
-
1.2
1.5
V
IF=10mA
Reverse current
IR
-
-
10
p,A
VR=4V
Terminal capacitance
Ct
-
50'
-
pF
V=O, f=1 kHz
Collector dark current
ICEO
-
-
100
nA
VCE=10V,IF=0
Collector-emitter
breakdown voltage
BVCEO
30
-
-
V
Emitter-collector
breakdown voltaqe
BVECO
5
-
-
V
Collector-base
breakdown voltage
BVCBO
30
-
-
V
* 1 Collector current
IC
50
-
-
mA
-
-
1.0
V
Parameter
Collector-emitter
saturation voltage
VCE(sat)
IC=0.1mA
IF=O
IE= 10p,A
IF=O
IC=0.1mA
IF=O
IF=10mA
VCE=10V
IF=8mA
Ic=2mA
:m
.;::
~
Riso
5 x 1010
1 X 1011
-
n
Floating capacitance
Cf
-
1.0
-
pF
Response time
(Turn-on time)
ton
-
-
5
p,s
Isolation resistance
C\l
DC500V
40-60% R.H.
.c
u
~
'*
c:
V=O, f=1MHz
~
I-
Response time
(Turn-off time)
IF=200mA (tw"" 1.0mS)
VCC= 10V IC=50mA
toff
-
-
* 1 Pulse test: Input pulse width = 300p,s Duty ratios 0.02 , CTR =
A-13
28
100
:~
x 100%
p,s
• SUPPLEMENT
• Isolation voltage shall be measured in the following method.
.
(1) Short between anode and cathode on the primary side and between collector, emitter and base on the
secondary side.
(2) The isolation voltage tester with a zero-cross circuit shall be used.
(3) The waveform of applied voltage shall be a sine wave.
• Inspection standard
Outgoing inspection standard for LlTON products are shown below.
(1) A single sampling plan, normal inspection level II based on MIL-STD-105D is applied. The AQL according
to the inspection items are shown below.
Defect
Inspection item
AQL(%)
Major defect
• Electrical characteristics
• Unreadable marking
• Open,short
0.25
Minor defect
o Appearance
• Dimension
Judgement criterion
Depend on the
specification
0.4
A-14
29
Fig. 1 Forward Current vs. Ambient Temperature
Fig. 2 Collector Power Dissipation vs.
Ambient Temperature
200
100
~
:;(
.s.
80
c
60
.s.
~
a:'
c
\
..!!-
0
"'~
\
-al0.
.\
::;
"E
150
o
40
ili
iJ
20
\
~
1\
0
ll..
100
[\
0.
o
50
\
~
"0
()
o
-55
o
-25
25
50
75
o
-55
100 125
Fig. 3 Forward Current vs. Forward Voltage
50
::;
20
~
f--Ta
75°C
50°C .......
........
-
10
0
5
"'~
I , ....
§
~/¥t::.25°C
O°C=
~
a:
I-
25°C~
()
1200
V
1000
~
800
ff
c
600
C
400 I-RSE=OO
~
::;
ll..
()
10
0.5
/
11111
"*~
1.0
1.5
2.0
2.5
/
200
./
o0.1
3.0
\ Pc I(
.s.
50
0.5
c
~
::;
0
~
.!!1
"0
40
30
20
()
10
A-15
30
)()
20
IF=lOmA
VCE=lOV
Ta=25°C
~
~
\
1'-00..
0
~
100
\
\
-- ......
c
"*~
\
Ii0mA ~,
/'
~
~
::;
0
'"
5mA
2mA
4
"""'- -.........
C
'" .........
2
5
2
150
MA~c) /'
20mA ~
rr
:tI
./
Ambient Temperature
70
.9
IIiII
Fig. 6 Relative Current Transfer Ratio vs
Voltage
h=
"'-...
Forward current IF (mA)
Fig. 5 Collector Current vs. Collector-emitter
60
I'\..
V
,
0.2
I
500kQhOOkQ
Forward voltage VF (V)
:;(
Vl"F=l OV
Ta=25°C
/
0
0
"E
100 125
1400
:;( 100
..!!C
75
50
Fig. 4 Current Transfer Ratio vs. Forward Current
500
.s.
25
Ambient temperature Ta (0C)
Ambient temperature Ta (0C)
200
o
-25
6
8
--- -10
12
Collector-emitter voltage VeE (V)
50
Q)
>
-al
Qi
a:
14
o
-55
-25
o
25
50
75
Ambient temperature Ta (0C)
100
50
100
Fig. 7 Collector-emitter Saturation Voltage vs.
Ambient Temperature
2::
~
LTI-
10-(;
1.2
IF=8mA
Ic=2mA
1.1
u
>
OJ
~
~
Fig. 8 Collector Dark Current vs.
Ambient Temperature
1.0
0.9
0
r--..
--- --- ----
0.7
0.6
0.4
-55
C
~
:;
8
1O-!J
0
~
til 10- 10
"0
~
10- 11
2
"0
0.5
U
o
-25
25
50
75
10- 12
10- 13
-55
100
Ambient temperature Ta (0C)
c
VCE=2V
Ic=lOmA
Ta=25'C
~i\
r\
-5
(ij
OJ
~ -10
$
"0
RL=lkQ
..... r-.
\
5 10 20
Fig.11 Test Circuit for Response Time
Rn
.,-t---+,
100
6
~ I.~ ~ ~ ~-+_-I----+_t-T_a_=r-2_5'C--I
Ii',,",::;~g
5
~'H-r-~r--+--~--+---r-~r--;
4~++-+~-4--4---t---r--+--i
o
3r1r+-rH\~~---~~-~-+--4
~:::J
m
"'
~
\
50 100 200 500
Frequency f (kHz)
In put <>-'I"N_--'-,
75
~
c
\
IF=200mA Vec
(tw== 1ms)
50
$
100Q 1\ 1OQ;\
1\
w
OJ
OJ
-15
2
25
7~rT-r~~--'---.--r-----'
{;?
>
-20
0.5
0
Fig. 10 Collector-emitter Saturation Voltage vs.
Forward Current
'.
o
-25
Ambient temperature Ta (0C)
Fig. 9 Frequency Response
~
lOV
~ 10- 7
.9 10-
0.8
ill
:E?.
VeE
2~~~~H---+---+---+---+--i
\,
\
E
OJ
~
o
u
Forward current IF (mA)
Fig. 12 Test Circuit for Frequency Response
Vcc
Output
A-16
31
ILlTE[']~11
General Purpose Type Photocoupler
LTV4N3S/LTV4N37
• FEATURES
1. High current transfer ratio
(CTR:MIN. 100% at IF=10mA, VCE=10V)
2. Response time
ton:TYP. 3,.s at Vcc= 10V, Ic=2mA, RL = 100n
3. Input-output isolation voltage: LTV4N35 (Viso:3,550Vrms)
LTV4N37 (Viso 1,500Vrms)
4. UL approved (No. E113898 (S))
• APPLICATIONS
1. 1/0 interfaces for computers
2. System appliances, measuring instruments
3. Signal transmission between circuits of different
potentials and impedances
• OUTLINE DIMENSIONS (UNIT: mm)
0.9±0.2
-3 Model No.
1
Pin No. and mternal
connection diagram
Anode mark
2
lot No. *1
Factory Identification mark *2
1 Anode
2 Cathode
3 NC
7.62:!:0.3
0.5±0.1
2.54±o.25'1--~-J---t~±0.25
~)
~J
*1 2·d'git number marked according to DIN standard
A-17
32
*2 Factory Identification mark shall be or shall not be marked.
3
4. Emitter
5. Collector
6. Base
9=0-13'
*3 Model No,
lTV4N35
LTV4N37
• RATINGS AND CHARACTERISTICS
• Absolute maximum ratings
Parameter
Symbol
Rating
Unit
IF
60
mA
IFM
3
A
VR
6
V
P
100
mW
Collector-emitter voltage
VCEO
30
V
Collector-base voltage
VCBO
70
Forward current
* 1 Peak forward current
Input
Reverse voltage
Power dissipation
V
--Output
Emitter-collector voltage
VECa
I
.. _-
V
--_. -------
Collector current
IC
100
mA
Collector power dissipation
Pc
300
mW
Ptot
350
mW
Total power dissipation
3,550
LTV4N35
* 2 Isolation voltage
Vrms
VISO
1,500
LTV4N37
Operating temperature
Topr
-55- +100
°c
Storage temperature
Tstg
-55- +150
°c
Tsol
260
°c
* 3 Soldering temperature
*1 Pulse width :5 1 /ls, Duty radio 0,001
*2 AC for 1 minute 40-60%R.H.
* 3 For 10 seconds
A-18
33
• Electro-optical characteristics
S
0.
Conditions
Symbol
Min.
Typ.
Max.
Unit
Forward voltage
VF
-
1.2
1.S
V
Reverse current
IR
-
-
10
p.A
VR=4V
Termin.al capacitance
Ct
-
so
-
pF
V=O,f=1 MHz
-
-
SO
nA
VCE=10V,
-
-
SOO
p.A
VCE=30V
30
-
-
V
Parameter
IF=10mA
.5
Collector
dark
current
S
0.
S
0
Ta=2SoC
ICEO
Ta= 100°C
Collector-emitter
breakdown voltage
BVCEO
Emitter-collector
breakdown voltage
BVECO
Collector-base
breakdown voltage
BVCBO
Ic=0.1mA
IF=O
-
7
-
V
IE=10p.A
IF=O
-
70
-
V
Ic=0.1mA
IF=O "
..
Ta=2SoC
10
-
-
4
-
-
*1
Collector
Current
Ta= -SsoC
IC
mA
VCE=10V
..
en
IF=10mA
Ta=100°C
0t5u
4
-
-
-
-
0.3
V
IF = SOmA
Ic=2mA
-
n,
DCSOOV, 40 - 60% R.H.
.;:;
~
til
Collector-emitter
satura~ion voltage
VCE(sat)
.c
u
~
'*
Isolation resistance
Riso
S X 1010
1 x 1011
c
~
I-
...
Floating capacitance
Response time
(Turn-on time)
Cf
-
1.0
ton
-
3
2.S
pF
V=O, f=1MHz
10, ..
P.s
VCC=10V
RBE=oo "
RL = 1000
.lc=2mA
..
Response time
(Turn-off time)
toff
-
*1 Pulse test: Input pulse width = 300p.s Duty ratio:5 0.02
A-l~
34
.
3
,
CTR =
10
J£..
x
IF
100%
p's
."
• SUPPLEMENT
• Isolation voltage shall be measured in the following method.
(1) Short between anode and cathode on the primary side and between collector, emitter and base on the
secondary side.
(2) The isolation voltage tester with zero-cross circuit shall be used.
(3) The waveform of applied voltage shall be a sine wave.
• Inspection standard
Incoming inspection standard for LlTON products are shown below.
(1) A single sampling plan, normal inspection level II based on MIL-STO-10S0 is applied. The AQL according
to the inspection items are shown below.
Defect
Inspection item
AQL(%)
Major defect
• Electrical characteristics
• Unreadable marking
e Open short
0.25
Minor defect
• Appearance
• Dimension
0.4
Judgement criterion
Depend on the
specification
A-20
35
Fig. 1 Forward Current vs. Ambient Temperature
Fig. 2 Collector Power Dissipation vs.
Ambient Temperature
400
80
§"
~
.s
.s
60
\
.!!-
c
~
:;
u
tP
40
0
u...
a.
\
o
25
200
!
i
100
"
a.
\
-55 -25
~
i5
20
o
1\
~
~
~
~
300
c
o
75
50
""15
U
\
o
Ambient temperature Ta (0C)
r- '-Ta
200
~
.s
75"C
50t
100
l
50
.
:;
u
20
In u
~
10
~
0
''-25·b- ra:
25t ~
t;
100 125
o
~
W
140~'-rT~~-+~H+~~~++~
/~
120 1--+-t-H+++H-+-Hfi'fifu'~~tttHi
~
100 1--+-t-HH-I+H----HH+++J~_+_++¥tHi
RSE=oo
80 1---If--H=fi-tttt-V-+t-c,tl-tttHtt-+-H-Htttl
60r-~r+~~-+~~~~-+++~
401--lf--H*Hf+-+/-I-+-l-+ttttt--t-++ttftH
~
20, """
5~~f~
I-"""
0.5
1.0
1.5
2.0
2.5
0.1 0.2
/
20
if
/100kQ
2
5 10 20
50 100
Fig. 6 -Relative Current Transfer Ratio
Ambient Temperature
Voltage
~
0.5
Forward current IF (mA)
Fig. 5 Collector Current vs. Collector·emitter
30
11
O~~~~~~~~~~~~
3.0
Forward voltage VF (V)
.s.y
75
Fig. 4 Current Transfer Ratio vs. Forward Current
5
u...
50
180 r------mrr--r-rr-rrrrrr--,-TTT1TIm
160 V CE = 10V f+H.-H-H-++tH--+-H1-tt1tH
Ta=25·C
l 'I~
':' , No·c
.!!C
~
I,
25
1\\
Ambient temperature Ta (0C)
Fig. 3 Forward Current vs. Forward Voltage
500
o
-55 -25
100 125
~
~
~
(Ta=25·C)
\PdMAX.)
,,
,
~
-
~,
0
p,
-w;;;r-
150
~
~c
100
~
IF-lOrnA
VCE=lOV
-- --
..............
.............
C
~
~
:;
u
50
CD
f
>
5rnf'
-ai
a;
a:
A-21
36
o
2rnA
5
10
Collector-emitter voltage VCE (V)
15
-55
-25
o
25
50
75
Ambient temperature Ta (0C)
100
Fig. 7 Collector-emmitter Saturation Voltage vs.
Fig. 8 Collector Dark Current vs.
Ambient Temperature
!w
u
>
OJ
0.14
Dl
0.10
0.08
§
:::J
m
0.06
....- V
iE
OJ
f--- ~
0.04
10- 8
10- 9
I-"""
10- 10
10- 1 1
0.02
c5
U
.!!1
"0
10- 12
o
-55
U
o
-25
25
50
75
10- 13
-55
100
Ambient temperature Ta (0C)
E
10
tl
t,v
C
t,
0.5
~
iii
V
-15
2
5 10 20
100
I'l"
f"-,I'\
«> -5
c
td
5
c
J1l
Ambient Temperature
50
-20
0.5
Load resistance RL (kll)
2
5
ik (I
1\,
~
10 20
1\
VOOQ
ll~
50 100 200 SOO
Frequency f (KHz)
Fig. 11 Collector-emitter Saturation Voltage vs.
Test Circuit for Response Time
Forward current
7
w
~
Ie 0.5mA ITa-25°C
ImA
2mA
6
3inA
OJ
~
5
c
4
~
Vee
Input
RD
f--5mA
--7mA
Input
Output
o
'§
:::J
m
3
Test Circuit for Frequency Response
c
:B
E
w
Q)
-0
*3 Peak transient forward current
Reverse voltage
Emitter-base' reverse withstand
voltage (5 - 7 pin)
iii
0>
c
tlQ)
Q5
0
*5 Output power dissipation
Operating temperature
. Storage temperature
i
*1 Decreases at the rate of 0:8mAJoe If the atmospheric temprature IS higher than 70 0 e
* 2 Duty cycle = 50%, pulse width = 1ms. Decreases at the rate of 1.6mA/oe if the atmospheric temperature is higher
than 70 0 e
*3 Pulse width :51,.S, 300pps.
*4 Decreases at the rate of 0.9mW/oe if the atmospheric temperature is higher than lOoe.
'-*5 Decreases at the rate of 2.0mW/oe if the atmospheric temperature is higher than 70 o e.
*6 Ae or 1 minute. 40-60%R.H.
* 7 For 10 seconds.
A-24
39
• Electro-optical characteristics
Parameter
(Unless otherwise specified Ta = 0 - 70°C)
Min.
Typ.
Max.
Unit
7
18
-
%
5
13
-
%
-
0.1
0.4
V
Ta=25°C
IF=OmA, VCC=VO=5.5V
-
3.0
500
nA
IOH(2)
Ta=25°C
IF=OmA, VCC=VO=15V
-
0.01
1.0
/LA
IOH(3)
IF=OmA, VCC=VO= 15V
-
-
50
/LA
-
70
-
/LA
Symbol
CTR (1)
* 1 Current transfer ratio
CTR (2)
Condition
Ta=25°C, IF= 16mA
VO=O.4V, VCC=4.5V
i"F= 16mA
VO=0.5V, VCC=4.5V
IF=16mA
logic (0) output voltage
VOL
IOH(1)
logic (1) output current
logic (0) supply current
IF 16mA
ICCl
Input forward voltage
temperature coefficient
Vo open, VCC= 15V
ICCH(1)
Ta=25°C,IF=OmA
Vo=open, VCC= 15V
-
0.02
1.0
/LA
ICCH(2)
IF=OmA
Vo=open, VCC=15V
-
-
2.0
/LA
VF
Ta=25°C,IF=16mA
-
1.7
1.95
V
IF=16mA
-
-1.9
logic (1) supply current
Input forward voltage
VCC=4.5V,IO=1.1mA
t:,. VF
t:,. Ta
BVR
Ta=25°C,IR=10/LA
5.0
-
-
V
Input capacitance
CIN
VF=O, f=1 MHz
-
60
-
pF
*2 leak current (input-output)
11-0
Ta=25°C, 45%R.H. t=5s
VI_0=3kV, dc
-
-
1.0
p.A
*2 Isolation. resistance (input-output)
RI-O
*2 Capacitance (input-output)
CI-O
hFE
-
1012
-
!}
f= 1MHz
-
0.6
-
pF
VO=5V,10=3mA
-
100
-
-
VI_0=500V, dc
Note: Typical value Ta=25°C
* 1. Current transfer ratio is defined as the ratio of input current to output current expressed in %
* 2. measured as a 2-pin element (Short 1.2.3 and 4 Short 5.6.7 ,and 8)
A-25
mV/oC
Input reverse voltage
Transistor current amplification factor
40
-
• Switching characteristics
Parameter
* 2
(Ta=25°C, VCC=5V, IF=16mA)
Symbol
Conditions
Min.
Typ.
Max. Unit
Propagation delay time
Output (1) -l>(0)
tpHL
RL =4.1kO
-
0.4
1.5
p'S
Propagation delay time
Output (0) ~(1)
tpLH
RL =4.1kO
-
0.7
1.5
P.s
immunity at logic (1) output
CMH
IF=OmA, VCM=10Vp_p
RL =4.1kO
-
1000
-
V/p.s
• 1,2 Common mode transient
immunity at logic (0) output
CML
VCM=10Vp_p,IF=16mA
RL =4.1kO
-
-1000
-
V/p.s
RL = 1000
-
2.0
-
MHz
* 2
* 1,2 Common mode transient
• 3
Bandwidth
BW
* 1 Common mode transient immunity in logic (1) is defined as a common mode voltage variation that can hold the output
at level (1) (VO>2.0V).
Common mode transient immunity in logic (0) is defined as a common mode voltage variation that can hold the output
at level (0) (VO<0.8)
* 2 RL = 4.1 kO is equivalent to one TTL and 5.6kO pull- up resistor
* 3 Bandwidth denotes a point 3 dB down with AC input
• SUPPLEMENT
• Isolation voltage shall be measured in the following method.
(1) Short between pin 1 and 4 on the primary side and between pin 5 and 8 on the secondary side.
(2) The isolation voltage tester with a zero-cross circuit shall be used.
(3) The waveform of applied voltage shall be a sine wave.
• Inspection standard
Outgoing inspection standard for LlTON products are shown below.
(1) A single sampling plan, normal inspection level II based on MIL-STD-1050 is applied. The AQL according to the
inspection items are shown below.
Defect
Inspection item
Major defect
• Electrical characteristics
• Unreadable marking
• Open, short
Minor defect
• Appearance
• Dimension
AQL(%)
Judgement criterion
0.25
Depend on the
specification
0.4
A-26
41
• 1 Test Circuit for propagation delay time
I
Pulse
mput
Pulse
width
~-~
5V
I
VCC
= 101'8
I
Duty
rallo
VO --""'"
= 1/10
Vo
VOL
IF
tpLH
tpHL
• 2 Test circuit for CMH and CML
tr, tf = Bns
VCC = 5V
10V
- - - r90%
10%-
>- 90%
OV 10%..jL
tf
tr
CM H V
,?
0
IF = OmA
o 8V
CM L Vo
IF = 16mA
A-27
42
2V
A
5V
V FF
1----'---0 Vo
~
-=-
~VOL
":'
Fig. 2 Power Dissipation vs.
Ambient Temperature
Fig. 1 Forward Current vs.
Ambient Temperature
30
120
,
~
g
0
0..
\
\
\
c
~
::;
u
"E
~
a
10
LL
\
1\
80
'\
0.:
c
a
'iiiQ.
60
'05
45
40
en
'6
'\
P
~
iii
3
a
0..
\
11
\1
Po
100
20
II
o
100
Ambient temperature Ta (0C)
25
Ir
125
75
50
o
7S
25
50
100
Ambient temperature Ta (0C)
Fig. 4 Relative Current Transfer Ratio vs.
Forward Current
150
Fig. 3 Forward Current vs. Forward Voltage
100
"...
Ta 70"C-50"C-,( Vn-~5"C
O"C
10
a
.~
g
Ta~25°C
I
Vcc~5V
I
I
~
100
./
I
~
l
"
III
C
!
Vo~O.4\"
;:{
...!!-
125
I,
:;
()
D
50
til
1:0
JIll I
0.1
LL
0.011.0
1.2
If I
o
1.4
1.6
1.8
2.0
Forward voltage VF (V)
2.2
0.1
11111'
I 11111111
Broken line shows
pulse charact~ristics.
Vl l =5V
Ta=25"C
ii
I I II
10
Forward current IF (mA)
Fig. 6 Logic (1) Output Current vs.
Ambient Temperature
Fig. 5 Output current vs. Output Voltage
12
I,
Current transfer ratio
at IF ~ 16rnA defines 100°0.
II I
Vo 5V
Vee
10
7
I
;:{
g
8
..9
C
~
6
:;()
'5
a.
'5
-- -- -- --
-- --- ,,-- -- --
/
I~·-40mA
--r57n-A
--raffiA
--t-- 1--- --;r5~A
20mA
15mA
4
./
lOrnA
0
2
5mA
4
6
8
10
12
Output voltage Vo (V)
14
16
/
0
/
10- 1 1
--60 -40 -20
A-28
0
20
40
60,
Ambient temperature Ta (0C)
80
100
43
Fig. 7 Relative Current Transfer Ratio vs.
Fig. 8 Propagation Delay Time vs.
Ambient Temperature
Ambient Temperature
110
s~
0
'§
100
I
CD
Ui
c
g
90
.~
80
()
Q)
>
~
CD
a:
V
70
600
Q)
»
C\l
CD
'0
c
0
OJ
C\l
0
r
I
20
40
60
200
, V
V
V
/
~
/'"
~V'V
tpw
ct
Current transfer ratio
at T a = T50C ~efines 100%.
0
-:::::
400
cij
Q.
60
-60 -40 -20
lS
E
..."
/
II
IF= 16mA
Vcc=5V
RL=4.1Kn
(jj'
.s
""1'\
V
C
::;
800
IF=16mA
Vo=O.4V
Vcc=5V
I
o
80 100
-60 -40 -20
Ambient temperature Ta (0G)
0
20
40
60
80
100
Ambient temperature Ta (0G)
• Test Circuit for Frequency Response
Fig. 9 Frequency Response
)
10
>
o-j
Vo
c
'ro
;g
'0
>
R, =100iV
brv'
2,OV)
Common mode transient immunity in logic (0) is defined as a common mode voltage variation that can hold the output
at level (0) (VO<0.8V)~
* 2 RL = 1.9kO is equivalent to one TIL and 5.6kO pull- up resistor.
*3 Bandwidth denotes a point 3 dB down with AC input.
• SUPPLEMENT
• Isolation voltage shall be measured in the following method.
(1) Short between pin 1 and 4 on the primary side and between pin '5 and 8 on the secondary side.
(2) The 'isolation voltage tester with a zero-cross circuit shall be used.
(3~ The waveform of applied voltage shall be a sine wave.
• Inspection standard
Outgoing inspection standard for LlTON products are shown below.
(1) A single sampling plan, normal inspection level II based on MIL-STD-105D is applied. The AQL according
to the insecption items are shown below.
Defect
Inspection item
AQL(%)
Major defect
• Electrical characteristics
• Unreadable marking
• Open, short
0,25
• Appearance
• Dimension
0.4
Minor defect
A-33
48
Judgement criterion
Depend on the
specification
-1 Test circuit for propagation delay time
I
~-.=J
I
SV
I
I
Va --,.-,..
Pulse
Input
Pulse
width
; 1OI'S
Duty
ratio
J---._ _,....oV CC
; 1/10
1---'---.,....0 Va
CL ; 1SpF
-2 Test circuit for CMH and CML
tr, tf = 8ns
VCC ; SV
10V
- - ,--:r90%
100/~
OV 10%,It
CM H Va
;::
\- 90%
----'-;.::..;.,r~:::::=::_;J--- SV
IF ;
OmA
2V
CM L Va _ _ _ _ _...:0:...:8:...:V~==~
~VaL
IF ; 16mA
A-34
49
Fig. 2 Power Dissipation vs. Ambient Temperature
Fig. 1 Forward Current vs. Ambient Temperature
120
30
,
CD
a:
70
f
60
80
100
CD
D
c::
400
-
0
~
OJ
co
D.
0
c::
/'
200
o
-60 -40 -20
~ tpLII
V
0
20
40
60
80
100
Ambient temperature Ta (0G)
Fig. 10 Frequency Response
o
-5
AC input
-
/
Ambient temperature Ta (0G)
Test circuit for Frequency Response
~~
V
V
1
co
"
40
600
>.
Current transfer ratio
at ~a = 5 °C Idefiles 170%.
20
u;-
..,E
~
I
0
IF= 16mA
Vcc=5V
RL=1.9K!l
OJ
/
60
-60 -40 -20
800
.s
OJ
.~
Ambient Temperature
h'=16mA
Vo=OAV
Vcc=5V
I--
100
"§
~c::
Fig. 8 Propagation Delay Time vs.
Relative Current Transfer Ratio vs.
Ambient Temperature
~
'\
RI.=1000/
o-j
I,.
~16mA
Ta = 25°C
~~
1
1~20W' V\
5
4700.'"
V ~~
V
lkO"
~~
~
0
-2 5
-3 0 0.1
1.0
10
Frequency f (MHz)
• PRECAUTION FOR USE
The minute design makes the transistor on the bipolar structured detector vulnerable to static electricity.
To prevent damages and degradation in characteristics due to static electricity. take general measures against
static electricity.
A-36
51
GalAs IRED & PHOTO Ie
LTK6N137
.ILlTE[')~11
• FEATURES
1. LSTTLITTL Compatible: 5V Supply
2. Ultra High Speed
3. High Isolation Voltage: 2500 Vrms
4. UL approved (No. E 113898(5»
• APPLICATIONS
1. Computer interfacing.
2. Tele communication.
3. Analog data equipment control.
(
,
, f· / . :
I
• OUTLINE DIMENSIONS (UNIT: mm)
Pin No. and Internal
connection diagram
Vee
GND
B
5
I
6.5±O.5
(.256)
~...t---r-IrI~
O.B:!:O.2
9.22:!:O.5
(.363)
Factory Identification mark *2
O.5:!:O.1
A-37
52
2.54:!:O.25
(.1)
.. 1 2-dlQlt number marked according to DIN standard
'"2. Factory Identification mark shall be or shall not be marked.
4
NC
Anode
Cathode
NC
•
• RATINGS AND CHARACTERISTICS
• Absolute maximum ratings
Symbol
Rating
Unit
IF
20
mA
IF
40
mA
VR
5
V
*2 Supply voltage
Vee
7
V
*3 Enable voltage
VE
5.5
V
Output current
10
50
mA
Output voltage
Vo
7
V
DIssipation current (Output collector)
Pe
85
mW
Operating temperature
Topr
0- +70
°e
Storage temperature
Tstg
-55- + 125
°e
* 4 Isolation voltage
Viso
2500
Vrms
*5 Soldering temperature
Tsol
260
°e
Parameter
,
Forward current
Emitting
side
* 1 Peak forward current
Reverse voltage
Detecting
side
* 1. Pulse width ,;; 1 msec.
*2. For 1 minute (MAX.)
*3. It shall not exceed 500mV or more over supply voltage (Vee).
*4 Ae for 1 minute, 40-60% R.H.
*5 10 sec. or less, 2mm or more from the root of lead pins.
A·38
53
(Unless otherwise specified Ta=0-70°C)
• Electro-optical characteristics
Symbol
M·in.
Typ.
Max.
Unit
logic (1) output current
10H
-
2
250
/LA
VCC=VO= 5.5V
IF=250/LA, VE=2.0V
logic (0) output voltage
VOL
-
0.4
0.6
V
VCC=5.5V, IF=5mA
VEH=2.0V
10l (sinking) = 13mA
logic (1) enable current
IEH
-
-0.8
-
mA
VCC=5.5V, VE=2.0V
logic (0) enable current
IEl
-
-1.2
-2.0
mA
VCC = 5.5V, VE = 0.5V
Logic (1) supply current
ICCH
-
7
15
mA
VCC=5.5V,IF=OmA
VE=0.5V
Logic (0) supply current
ICCl
-
13
18
mA
VCC=5.5V,IF=10mA
VE=0.5V
* 1 leak current
11-0
-
-
1.0
p.A
Relative humidity=45%
Ta=25°C, t=5s
VI-O = 3000Vdc
* 1 Isolation resistance
(Input-Output)
RI-O
-
1012
-
0
VI_0=500V, Ta=25°C
*1 Capacitance (Input-Output)
CI-O
-
0.6
-
pF
f=1MHz, Ta=25°C
VF
-
1.6
1.75
V
IF=10mA, Ta=25°C
Parameter
*2 Input forward voltage
Conditions
Input reverse breakdown voltage
BVR
5
-
-
V
IR= 10/LA, Ta=25°C
Input capacitance
CIN
-
60
-
pF
VF=O, f=1MHz
*3 Current transfer ratio
CTR
-
700
-
%
IF=5.0mA, Rl=1000
Note: All typical value shall be at VCC=5V, Ta=25°C
*1 Device considered a 2 terminal device: pins 2 and 3 shorted together, and pins 5, 6, 7 and 8 shorted together.
*2 At lin = 10mA, VF decreases with increasing temperature at the rate of 1.6mV/oC
*3 DC current transfer ratio is defined as the ratio of the output collector current to the forward bias input current.
A-39
54
• Switching characteristics
Parameter
*1 Propagation delay time
Output
(0)~(1)
*2 Propagation delay time
Output (1)-.;0(0)
Output rise-fall time (10%-90%)
Symbol
MIN.
TYP.
MAX.
Unit
tpLH
-
45
75
ns
RL = 3500, CL = 15pF
IF=7.5mA
tpHL
-
tr, tf
-
45
75
ns
RL = 3500, CL = 15pF
IF=7.5mA
20, 30
-
ns
RL =3500, CL = 15pF
IF=7.5mA
*3 Propagation delay time
of enable (1 )-(0)
Conditions
tELH
-
40
-
ns
RL = 3500, CL = 15pF
IF=7.5mA, VEH=3.0V
VEL =0.5V
*4 Propagation delay time
of enable (0)~(1)
RL = 3500, CL = 15pF
tEHL
-
15
-
ns
IF=7.5mA, VEH=3.0V
VEL =0.5V
*5 Common mode transient
immunity at logic (1) output
CMH
-
500
-
V/p.s
VCM = 1~V, RL =3500
Vo (MIN.)=2V, IF=OmA
*5 Common mode transient
immunity at logic (0) output
CML
-
-500
-
V/p.s
VCM=10V, RL=3500
Vo (MAX.)=0.8V
IF=5mA
* 1 *2 Refer to the Fig. 1
*3 *4 Refer to the Fig. 2
*5
Common mode transient immunity in logic (1) output is the maximum tolerable (positive) dVCM/dt on the leading edge
of the common mode pulse, VCM, to assure that the output will remain in a Logic (1) state.
Common mode transient immunity in logic (0) output is the maximum tolerable (negative) dVCM/dt on the trailing edge
of the common mode pulse signal, VCM, to assure that the output will remain in a Logic (0) state.
A-40
55
• Recommended operating conditions
Symbol
Min.
Max.
Unit
Input current, Low level each channel
IFL
0
250
p.A
Input current: High level each channel
IFH
6.3'
15
mA
High level enable voltage
VEH
2.0
Vee
V
Low level enable" voltage
VEL
0
0.8
V
Supply voltage
Vee
4.5
5.5
V
N
-
8
Parameter
Fan out (TIL load)
Operating temperature
70
0
Topr
-
°e
1. No external pull-up is required in the condition of high level of enable input.
2. Ceramic capacitor (0.01 -0.1 p.A) for bypass shall be connected between Vee and GND at the position of 1cm from terminals.
3. ·6.3mA condition permits at least 20% eTR degradation guardband. Initial switching threshold is 5mA or less.
• Block diagram of circuit, Truth table
r-- --------------
::@
Vee
1
ve (enable)
21
Anode
Cathode
3
I
-
-
I
L
___________________ J 5
A-41
56
Input
Enable
Output
H
H
L
L
H
H
H
L
H
L
L
H
GND
L: Logic (0)
H: Logic (1)
• SUPPLEMENT
• Isolation voltage shall be measured in the following method.
(1) Short between pm 1 and 4 on the primary side and between pin Sand 8 on the secondary side.
(2) The isolation voltage tester with a zero-cross circuit shall be used.
(3) The waveform of applied voltage shall be a sine wave.
• Inspection standard
Outgoing inspection standard for LlTON products are shown below ...... .
(1) A single sampling plan, normal inspection level" based on MIL-STO-10S0. is applied. The AQL according to the inspection items are shown below.
Defect
Inspection item
AQL(O/O)
Major defect
• Electrical characteristics
• Unreadable marking
• Open, short
0.25
Minor defect
• Appearance
• Dimension
0.4
Judgement criterion
Depend on the
specification
A·42
57
Fig. 1 Test circuit for tpLH and tpHL
+5V
Pulse
J.-'-----~ I
\:
generator
Zo
= 50n
'Input lin
tA = 5ns
--I
I-t----~'--o V out
47n
tPHL
r-
-175mA (IF=375mAl
--l tPLH r--
I
Output
,Vout
1
MOOitoring node
I
350mA (IF = 75mAl
I
I
I
Output
monltonng node
*ClIS approximately 15pF, which ntcludes probe and sttay'wlrlng capaCitance,
Fig. 2 Test circuit for tELH and tEHL
VE
Input mOnitOring node
Pulse
.Tti______
generator
Zo = 50n
tR = 5ns
L..._ _ _ _-'7.5mA
IF
---t IEHL t---
I-t----~:_-o Vout
I
Output
-=
approximately 15pF, which Includes probe and stray
I
I
r---VOH
_ _ _ _ 1.5V
'--------- -
_Output
man Itorlng node
IS
---l tELH r--
I
" Vout
fC L
~~~~~·:VV
-
--l(tlL
Wiring capacitance
Fig. 3 'Test circuit for transiet immunity and.,typical waveforms
t, = 160n,
,v CM lbv---
If = 55n,
10%
OV
9Ol!>
+5V
011lF
BYPASS
tr
If
RL
Va
A
Va
'.pULSE GEN
Zo ~
son
+
'=
58
IF = OmA
SWITCH AT B
IF = 5mA
, 'V o
VCM
~----~------~~JL.r---~-----,
A-43
-.........::::SWITCH AT A
~
ILlTE['] ~ II
High Sensitivity High Speed OPIC
Photocoupler
LTK6N138
• FEATURES
1. High current transfer ratio
(CTR: MIN, 500% at IF = 1.6 mAl
2. High speed response
(tpHL:TYP. 0.21's at RL = 270n)
3. Instantaneous common mode rejection lIoltage
(CM H: TYP. 500V/l's)
4. Directly interfaces to TTL
5. Overseas standard model
6. UL approved (No. E113898(s))
• APPLICATIONS
1.
2.
3.
4.
Interfaces for computer peripherals
Computers measuring instruments, control equipment
Telephone sets
Signal transmission between circuits of different
potentials and impedances
• OUTLINE DIMENSIONS (UNIT: mm)
PIn No. and mternal
connection diagram
Vee
L T
K
6N 1 3 8
I
VB
Vo
8
6.5±0.5
(.256)
J
0.8 !O.2
NC
2
3
4
Anode
Cathode
NC
Factory Identification mark *2
(.3)
R--- -E
* 1 2·dlgll number marked accordmg to DIN standard.
*2 Factory Identification mark shall be or shall not be marked
A-44
59
,.;,
.
• RATINGS AND CHARACTERISTICS
• Absolute maximum ratings
Parameter
Symbol
Rating
Unit
*1 Forward current
IF
20
mA
*2 Peak forward current
IF
40
mA
IFM
1
A
VR
5
V
* 4 Input power dissipation
P
35
mW
*5 Average output current
10
60
mA
VEBO
0.5
V
Supply voltage
Vee
-0.5- + 7
V
Output voltage
Va
-0.5- + 7
V
Po
100
mW
Operating temperature
Topr
0- +70
°e
Storage temperature
Tstg
-55- + 125
°e
* 7 Isolation voltage
Visa
2500
Vrms
*8 Soldering temperature
Tsol
260
°e
Q)
"0
'(jj
OJ
c
.~
*3 Peak transient forward current
l.U
Reverse voltage
Emitter-base reverse withstand
voltage (5 - 7 Pin)
Q)
"0
'(jj
OJ
c
"i5Q)
Q5
0
*6 Output power dissipation
*1
*2
*3
*4
*5
*6
*7
*8
Decreases at the rate of 0 4mA/oe if the atmospheric temperature IS higher than 50°C
Duty cycle = 50%, pulse width = 1ms
Pulse width:51!Ls, 300pps
Decreases at the rate of 0.7mW/oe if the atmospheric temperature is higher than 50°C
Decreases at the rate of 0 7mA/oe if the atmospheric temperature IS higher than 25°C
Decreases at the rate of 2 OmW/oe If the atmospheric temperature IS higher than 25°C
Ae for 1 minute, 40-60% R.H.
For 10 seconds.
A-45
60
I.
'.
• Electro-optical characteristics
(Unless otherwise specified Ta=0-700C)
Conditions
Symbol
Min.
Typ.
Max.
Unit
CTR
300
1500
-
%
IF=1.6mA
VO=O.4V, VCC=4.5V
logic (0). output voltage
VOL
-
0.1
0.4
V
IF= 1.6mA
10 =4.BmA
VCC=4.5V
logic (1) output' current
10H
-
0.1
250
p.A
IF=OmA, VCC=VO=7V
logic (0) supply current
ICCl
-
0.2
-
mA
IF=1.6mA, VO=open
VCC=5V
logic (1) supply current
ICCH
-
10
-
nA
IF=OmA, Vo=open
VCC=5V
VF
-
1.5
1.7
V
Ta=25°C,IF=1.6mA
Input forward voltage
temperature coefficient
/:':"VF
-/:':"Ta
-
-1.9
Input reverse voltage
BVR
5.0
Input capacitance
CIN
*2 leak current (Input-Output)
Parameter
* 1 Current transfer ratio
Input forward current
IF=1.6mA
-
mV/oC
-
-
V
Ta=25°C,IR=10p.A
-
60
-
pF
VF=O, f=1MHz
11-0
-
-
1.0
p.A
Ta= 25°C, 45%R.H.
t=5s, VI_0=3kV dc
*2 Isolation resistance
(Input-Output)
RI-O
-
10'2
-
0
VI_0=500V dc
*2 Capacitance (Input-Output)
CI-O
-
0.6
-
pF
f=1MHz
Note: All typical value shall be at Ta=25°C, Vcc=5V
*1 Current transfer ratio is defined as the ratio of input current to output current expressed in %.
*2 Device considered a 2 terminal device: pins 1, 2, 3 and 4 shorted together, and pins 5, 6, 7 and 8 shorted together.
A-46
61
• Switching characteristics
Parameter
Symbol
Propagation delay time
Output (1)-+(0)
tpHL
Propagation delay time
Output (0)-+(1)
(Ta=25°C, VCC=5V)
Conditions
Min.
Typ.
Max.
Unit
IF = 1.BmA, RL = 2.2kO
-
2
10
p's
tpLH
IF = 1.BmA, RL = 2.2kO
-
7
35
p's
CMH
IF=OmA, VCM=10Vp-p
RL =2.2kO
-
500
-
V/p.s
CML
VCM= 10Vp-p
IF=1.BmA
RL =2.2kO
-
-500
-
V/p.s
* 1 Common mode transient
immunity at logic (1)
output
* 1 Common mode transient
immunity at logic (0)
output
* 1 Common mode transient immunity in logic (1) is defined as a common mode voltage fluctuation that can hold the outptJt
at level (1) (VO>2.0V).
Common mode transient immunity in logic (0) is defined as a common mode voltage fluctuation that can hold the output
at level (0) (VO<0.8V)
• SUPPLEMENT
• Isolation voltage shall be measured in the following method.
(1) Short between pin 1 and 4 on the primary side and between pin 5 and 8 on the secondary side.
(2) The isolation voltage tester with a zero-cross circuit shall be used.
(3) The waveform of applied voltage shall be a sine wave.
• Inspection Standard
Outgoing inspection standard for UTON products are shown below.
(1) A single sampling plan, normal inspection level II based on MIL-STD-105D is applied. The AQL according to
the inspection items are shown below.
Defect
Inspection item
Major defect
• Electrical characteristics
• Unreadable marking
• Open, short
Minor defect
A-47
62
• Appearance
• Dimension
AQL(%)
Judgement criterion
0.25
Depend on the
specification
0.4
-1 Test circuit for propagation delay time
Pulse
input.
5V
1---1_--0 V CC
Duty ratio
=1/10
1.5V
-2 Test circuit for CMH and CML
tro tf = 16nS
V CM
OV
10V - - -_...,..---_ 10%
90%
VCC = 5V
_'-;'';;';';'J
tr
CM H
Vo - - - - - - ....- - - - - - 5V
IF=O ~2V
rnA
A-48
63
ILITE(')~II
High Sensitivity, High .· Speed. QPIC
.PhQ.~ocoupler:
LTK6N139.····· ...
• FEATURES
1. High current transfer ratio
(CTR: MIN, 500% at IF = 1.6 mAl
2. High speed response
(tpHL:TVP. 0.2Jls at RL = 2700)
3. Instantaneous common mode rejection voltage
(CM H : TYP. 500V//lS)
4. Directly interfaces to TTL
5. Overseas standard model
6. UL approved (No. E113898(s))
• APPLICATIONS
1.
2.
3.
4.
Interfaces for computer peripherals
Computers, measuring instruments, control equipment
Telephone sets
Signal transmission between circuits of different
potentials and impedances
• OUTLINE DIMENSIONS (UNIT: mm)
Pin No. and Internal
connection diagram
Vee
8
L T K
6 N 1 3 9
I
6.5±0.5
(.256)
~-.l.--rhlJ
J \ '0.8:':0.2
9.22:':0.5
F
NC
2
3
4
Anode
Cathode
NC
(.363) \-LOI No. ·1
Factory Identification mark ·2
(.3)
9
A-49
64
.. 1 2-dlglt number marked according to DIN standard.
*2 Factory Identification mark shall be or shall not be marked
• RATINGS AND CHARACTERISTICS
• Absolute maximum ratings
Parameter
Symbol
Rating
Unit
"1 Forward current
IF
20
mA
"2 Peak forward current
IF
40
mA
IFM
1
A
VR
5
V
"4 Input power dissipation
P
35
mW
"5 Average output current
10
60
mA
VEBO
0.5
V
Supply voltage
VCC
-0.5- +18
V
Output voltage
Vo
-0.5- +18
V
Po
100
mW
Operating temperature
Topr
0- +70
°c
Storage temperature
Tstg
-55- +125
°c
* 7 Isolation voltage
Viso
2500
Vrms
"8 Soldering temperature
Tsol
260
°c
Q)
u
iii
Cl
c:
E
"3 Peak transient forward current
E
UJ
Reverse voltage
Emitter-base reverse withstand
voltage (5 - 7 pin)
Q)
u
'iii
Cl
c:
U
Q)
Qi
0
"6 Output power dissipation
"1
*2
*3
*4
*5
*6
*7
*8
Decreases at the rate of OAmA/oC if the atmospheric temperature is higher than 50°C.
Duty cycle = 50%, pulse width = 1ms.
Pulse width:S 1J.ls, 300pps
Decreases at the rate of 0.7mW/oC if the atmospheric temperature is higher than 50°C
Decreases at the rate of 0.7mAloC if the atmospheric temperature is higher than 25°C
Decreases at the rate of 2.0mW/oC if the atmospheric temperature is higher than 25°C
AC for 1 minute, 40 - 60% R.H.
For 10 seconds.
A-50
65
• Electro-optical characteristics
Parameter
(Unless otherwise specified Ta = 0 - 70°C)
Symbol
Min.
Typ.
Max.
Unit
CTR (1)
IF=0.5mA
VO=O.4V, VCC=4.5V
400
1200
-
%
CTR (2)
IF=1.6mA
VO=O.4V, VCC=4.5V
500
1500
-
%
VOL (1)
10=6.4mA
IF = 1.6mA, VCC = 4.5V
-
0.1
0.4
V
VOL (2)
10= 15mA
IF=5mA, VCC=4.5V
-
0.1
0.4
V
VOL (3)
10 = 24mA
IF= 12mA, VCC=4.5V
-
0.2
0.4
V
*1 Cu rrent transfer ratio
logic (O)·output voltage
Condition
logic (1) output current
10H
IF=OmA
VCC=VO=1BV
-
0.05
100
p.A
logic (0) supply current
ICCl
IF=1.6mA
Vo=open, VCC=5V
-
0.2
-
mA
logic (1) supply current
ICCH
IF=OmA
Vo=open, VCC=5V
-
10
-
nA
Ta=25°C,IF=1.6mA
-
1.5
1.7
V
-1.9
-
mV/oC
"
Input forward voltage
VF
Input forward voltage
temperature coefficient
6VF
6Ta
IF=1.6mA
-
Input reverse voltage
BVR
Ta=25°C, IR=10p.A
5.0
-
-
V
Input capacitance
CIN
VF=O, f=1MHz
-
60
-
pF
*2 leak current (input-output)
11-0
Ta=25°C, 45%R.H.t=5s
VI_0=3kV, dc.
-
-
1.0
p.A
*2 Isolation resistance (input-output)
RI-O
V1-0 = 500V, dc.
-
1012
-
n
*2 Capacitance (input-output)
CI-O
f=1MHz
-
0.6
-
pF
Note: Typical value: Ta=25°C, VCC=5V
*1 Current transfer ratio is defined as the ratio of input current to output current expressed in %.
*2 Measured as a 2-pin element (Short 1, 2, 3, and 4, short 5, 6, 7 and B).
A-51
66
• Switching characteristics
Parameter
Propagation delay time
Output (1) ~ (0)
(Ta=25°C, VCC=5V)
Symbol
Condition
Typ.
Max.
IF=0.5mA, RL =4.7kO
-
5
25
IF = 12mA, RL = 2700
-
0.2
1
IF=0.5mA, RL =4.7kll
-
5
60
IF = 12mA, RL = 2700
-
1
7
-
500
-
V/fLS
-
-500
-
V/fLS
fLs
tpHL
Propagation delay time
Output (0) -? (1)
tpLH
*1 Common mode transient
immunity at logic (1)
output
CMH
IF=OmA, VCM=10V p_p
RL=22kO
CML
IF=1.6mA, VCM=10V p _p
RL =2.2kO
* 1 Common mode transient
immunity at logic (0)
output
Unit
Min.
fLS
,
*1 Common mode transient immunity in logic (1) is defined as a common mode voltage fluctuation that can hold the output
at level (1) (VO>2.0V)
common mode transient immunity in logic (0) is defined as a common mode voltage fluctuation that can hold the output
at level (0) (VO<0.8V)
• SUPPLEMENT
• Isolation voltage shall be measured in the following method.
(1) Short between pin 1 and 4 on the primary side and between pin 5 and 8 on the secondary side.
(2) The isolation voltage tester with a zero -cross circuit shall be used.
(3) The waveform of applied voltage shall be a sine wave.
• Inspection standard
Outgoing inspection standard for LlTON products are shown below.
(1) A single sampling plan, normal, inspection level II based on MIL-STD-105D is applied. The AQL according
to the inspection items are shown below.
AQL(%)
Defect
Inspection item
Major defect
• Electrical characteristics
• Unreadable marking
• Open, short
0.25
Minor defect
• Appearance
• Dimension
0.4
Judgement criterion
Depend on the
specification
A-52
67
-1 Test circuit for propagation delay time
Pulse
5V
input.
Duty ratio
= 1/10
IF
monitor
-2 Test circuit for CMH and CML
i
t r • tf = 16nS
Vee = 5V
10V--
ov
10%
A
tr
B
A-53
68
Fig. 1 Forward Current vs. Ambient Temperature
Fig. 2 Power Dissipation vs. Ambient Temperature
30
120
Po
100
~
!\
g
0
0
80
c..
l\\
c
0
60
iiiD.
c;;
Ul
iJ
Q;
50
7075
!\
40
35
;;:
0
c..
25
\\
c.:
20
100
25
Ambient temperature Ta (0C)
60
Vcc=5V
Ta=25'C
Ta 70'C_ ,.",
1")1
<-
....
g
~ I..-
40
~ ~ I--
C
L
~
:;
~V
'I; ,-
30
()
:5
a.
:5
1111
0.1~~~
0
10
III
0.01 ~1.-::-0-.,.J1.1::-2--L.L1~.4:-'---:-1'"".6--c1'"".8:C----;;2'"".0---;;'2.2
t)
I '< 25'C ttt--t-t-+H-tttl
f---+-+-++HOO--I¥-l,*O'C:.+tt-H-++tttti
10
r----
l.OmA
0.5rr:A
-.l I
2
III
!IIIIII
:::CIl
::J
ilII
!IIIII/
I - Ta~7t)'C
Jl1l)J
IJ
.
()
~
t)
~
50
.Q
a:
7075
Fig. 4 Output Current vs. Output Voltage
100~~~~!~~~a~~~~
~
1000 1--+-l-HH+lfI-~-lo,I-++~ ~
50
Ambient temperature Ta (0C)
Fig. 3 Forward Current vs. Forward Voltage
Forward voltage VF
~
.~
P
400
I III
I
IIII'
'/1
:5
D.
:5
~\
O'C
1/
0.01
2000.1
10
Forward current IF (mA)
25'C
0.1
0
100
o.oo~
~
0.01
0.1
Vce 5.0V
Vo O. 4V
10
100
Forward current IF (mA)
A-54
69
Fig. 8 Propagation Delay Time vs.
Fig. 7 Propagation Delay Time vs.
Ambient Temperature (1)
2
Q)
E
'"
--
l--
tl'Ll1
V
Ambient Temperature (2)
10
I F=12mA
R L =2700
I/f= lOOps
-- --
IF-0.5mA
RL =4.7kO
l/,f=lms
V
L
./'V
tl'Llf
Q)
E
5
f-'"""
""
V
tl'IIL
...........
~
tl'HL
10
20
30
40
50
60
0
o
70
10
Ambient temperature Ta (0C)
IO- b
VOL - 2V,
*.7
25"C
(j)
.5
~
.5-
40
50
60
70
Ambient Temperature
Adjust IF to
Ta
30
Fig. 10 Logic (1) Supply Current vs.
Fig. 9 Rise Time, Fall Time vs. Load Resistance
1000
20
Ambient temperature Ta (0C)
IF OmA
Vee 15V
Vo OPEN
/ ' '"
100
Q)
E
/'
'"
/'
J§
Vo
IF monitor
• PRECAUTION FOR USE
A-55
70
The minute design makes the transistor on the bipolar structured detector vulnerable to static electricity.
To prevent damages and degradation in characteristics due to static electricity, take general measures against
static electricity.
ILlTE['J~1I
High Collector-emitter Voltage Type'
LTV702V
II FEATURES
1. High collector-emitter voltage (VCEO:70V)
2. High input-output isolation voltage
(Viso:5,OOOVrms)
3. Directly connectable to TTL
4. UL approved (No. E113898(S))
• APPLICATIONS
1. Telephone sets, telephone exchangers
2. System appliances, measuring instruments
3. Signal transmission between circuits of different
potentials and impedances
• OUTLINE DIMENSIONS (UNIT: mm)
Termmal No. and
Internal connectIOn
Pin No. and Internal
connection diagram
LTV702V
Anode mark
LlTE(']~1
2
Lot No *1
1. Anode
2. Cathode
Rank mark
Factory Identification mark *2
3 NC
3
4. emitter
5. Collector
6. Base
7.62±0.3
(.3)
7.12:!:0.5
(.280)
1
3.5±0.5
=~:t...
1
0.5TYP.,-:;:1:f:
It
3.7±o.5
i
0.5:!:0.1
2.54 :!:0.25,I--_.-J-_ _-I4"4±0.25
(~)
(~)
Note ., 2~dlglt number shall be marked according to DIN standard
*2 Two version available, one with factory Identification mark and the other without
6=0-13°
A-56
71
• RATINGS AND CHARACTERISTICS
• Absolute maximum ratings
Symbol
Rating
Unit
IF
60
mA
IFM
1.5
A
VR
6
V
P
105
mW
Collector-emitter voltage
VCEO
70
V
Emitter-collector voltage
VECO
6
V
Collector current
IC
50
mA
Collector power dissipation
Pc
160
mW
Collector-base voltage
VCBO
70
V
Emitter-base voltage
VEBO
6
V
Total power dissipation
Ptot
200
mW
Operating temperature
Topr
-55-+100
°c
Storage temperature
Tstg
-55- +150
OC
*2 Isolation voltage
Viso
5
kVrms
*3 Soldering temperature
Tsol
260
°c
Parameter
Forward current
*1 Peak forward current
Input
Reverse Voltage
Power dissipation
Output
*1 Pulse width :5 10/Ls, Duty ratio: 0.0004
*2 AC for 1 minute, R.H.=40-60%
*3 For 10 seconds
A-57
72
• Electro-optical characteristics
Parmeter
S
D.
.5
S
D.
S
0
Symbol
Min.
Typ.
Max.
Unit
Conditions
Forward voltage
VF
-
1.4
1.7
V
IF=60mA
Reverse current
IR
-
-
10
pA
VR=6V
Terminal capacitance
Ct
-
30
250
pF
V=O, f=1kHz
Collector dark current
ICEO
-
-
50
nA
VCE=10V, IF=O
Collector-emmitter
breakdown voltage
BVCEO
70
-
-
V
Ic=0.1mA, IF=O
Emitter collector
breakdown voltage
BVECO
6
-
-
V
IE=10pA, IF=O
Collector-base
breakdown voltage
BVCBO
70
-
-
V
Ic=0.1mA, IF=O
Collector current
IC
4
-
32
mA
Collector-emitter
saturation voltage
VCE (sat)
-
0.25
0.4
V
IF=10mA, IC=2.5mA
RISO
5x101O
1x1011
-
0
DC500V, 40 - 60%R.H
pF
V=O, f=1MHz
.
IF=10mA, VCE=5V
rJJ
u
:m
~
Isolation resistance
1:5
~
til
.r::.
u
.....
.gj
Floating capacitance
Cf
-
0.6
1.0
Cui-off frequency
fc
-
150
-
Response time (Rise)
tr
-
2
7
p's
Response time (Fall)
tf
-
2
8
p's
c:
~
'CTR
=~x
IF
100%
KHz
VCC=5V, IF=10mA
RL =750, -3dB
VCC=5V, IF=10mA
RL =750
A-58
73
• SUPPLEMENT
• Isolation voltage shall be measured in the following method
(1) Anode and cathode on input side, collector and emitter on output side shall be shortened individually.
(2) Isolation voltage tester with a zero-cross circuit shall be used.
(3) Waveform of applied voltage shall be a sine wave.
(It is reCQ;nmended that the isolation voltage shall be measured in insulation oil.)
• Collector current IC is classified as follows.
Model No_
Rank mark
Ie (rnA)
LTV702V A
A
4.0-8.0
LTV702V B
B
6.3-12.5
LTV702V C
C
10-20
LTV702V D
D
16-32
A or B or C or D
4.0-32
LTV702V
IF=10mA
Conditions
VCE=5V
Ta=25°C
• Inspection standard
Outgoing inspection standard for LlTON products are shown below.
(1) A single sampling plan, normal inspection level II based on MIL-STD-105D is applied. The AQL according to the inspection items are shown below.
Defect
Inspection item
AQL(O/O)
Major defect
• Electrical characteristics
• Unreadable marking
• Open,short
0.25
• Appearance
• Dimension
Minor defect
Fig. 1 Forward Current vs. Ambient Temperature
Judgement criterion
Depend on the
specification
0.4
Fig. 2 Collector Power Dissipation vs.
Ambient Temperature
«
.s
,g.
80
200
60
150
160
\
C'
~
:s
40
(.)
12
ro
~
0
u...
A-59
74
20
o
-55 -25
0
25
50
1\
75
100 125
Ambient temperature Ta (0C)
\
100
1\
\
50
o
-55 -25
0
25
50
1\
75
100 125
Ambient temperature Ta (OC)
Fig. 4 Forward Current vs. Forward Voltage
Fig. 3 Peak Forward Current vs. Duty Ratio
500
«
.s
Pu lse width~10Jis
Ta =25'C
2000
:2 1000
.!!C
:;
200
0
"E
t1l
100
2:
.E
«
-
500
~
200
.s
50
:;
20
r-----
25'C==
~I
0
~
2:
0
50
.",
r,'{Z:. ;-25'C
-O'C
50'C~
100
.!!C
~
.........
I",
_Ta-75'C
t1l
10
5
L.L
(J)
a.
20
10
3
2
5
2
10°
Duty ratio
10
0.5
1.0
1.5
2.0
2.5
3.0
Forward voltage VF (V)
Fig. 5 Current Transfer Ratio vs. Forward Current
Fig. 6 Collector Current vs.
Collector-emitter Voltage
~
~
a:
Iu
200
45
VCE=5V
180 Ta=25'C
160
40
~
140
0
~
100
"*~c:
c
~
:::>
u
/
80
,
.2
C
25
:;
0
1500kQ
(;
t3
.!!!
100kQ
0
u
/
/
20
15
10
5
10
//
1/
II
Q;
c:
100
-
.......
~
~
~
ta
~
8
10
~
............
.........
0.12
N
0.10
0.08
0.06
50
(J)
0.04
>
~
Qi
IF=10mA
Ic=2.5mA
0.14
u
>Q)
g
............
0.16
C
:::>
0
6
Fig. 8. Collector-emitter Saturation Voltage vs.
IF-lOrnA
VCE=5V
0;
"
4
Ambient Temperature
150
~
..... "':;......
5mA
2
Ambient Temperature
0
....
Collector·emltter voltage VCE (V)
Fig. 7 Relative Current Transfer Ratio vs.
e:.
'
2mA
Forward current IF (mA)
'0"
,
\
lOrnA
'/"
50
20
ITa=25'C
,
/V 20mA ~,
'-, Pc(MAX.)
~
.........
...,
5
j
2
IF=30mA/
35
30
~
/
/
60
/
/
40
20
/
RBE=OOL'
~~
/
/
120
«
.s
),
---
/
/'"
/"
V
/'
V
0.02
a:
o
-55
-25
o
25
50
75
Ambient temperature Ta (0G)
100
o
-55
25
o
25
50
75
·Amblent temperature Ta (0G)
100
A·60
75
Fig. 9 Collector Dark Current vs.
Fig. 10 Collector·emitter Saturation Voltage vs.
Ambient Temperature
10- 6
~
@
9
c
6
10V
10- 7
10- 9
~
10-10
2mA
f-- I- 3mA
4
I- 5mA
/
3
-0
.§
Ic- 0.5mA IT -25"C
1mA
a
5
10- 8
~
~
VCE
Forward Current
2
10-;-1 1
CD
;3
10- 12
10- 13
-30
'-
o
20
40
60
80
100
Fig. 12. Frequency Response
Fig. 11 Response Timevs. Load Resistance
"ii)
5
~:, t--f/tf
CD
CD
0
~
:g,
>
<{
c
OJ
Cl
CD
Cl
2
0
D-
19
>
en
(5
CD
a:
IF = lOrnA
Vcc=5V
Ta:=25"C
-,
-'
~
1D
E
.;=;
en
c
2
IF lOrnA
Vcc 5V
Ta=25"C
-5
-2
. ' 1\
-4
l\
1\
Ri.--;--200Q 150Q\ 75Q
-6
\1\\
-8
0.5
0.02
0.05
0.1
0.2
Load resistance RL (kO)
Test Circuit for Response Time
Vcc
Input
RD
A-51
75
Input
Output
12.5
Forward current IF (mA)
Ambient temperature Ta (0C)
10
10.0
7.5
5.0
2.5
0.5
-10
0.5
2
5 10 20
50 100 200 500
Frequency f (kHz)
Test Circuit for Frequency Response
Output
ILlTE['J~11
High Collector-emitter Voltage
Type Photoconpler
LTV703V
• FEATURES
1. High collector-emitter voltage (VCEO: 70V)
2. High input-output isolation voltage
(V ISO : 5,000 Vrms)
3. Directly connectable to TTL
4. UL approved (No. E113898 (s»
• APPLICATIONS
1. Telephone sets, telephone exchanges
2. System appliances, measuring instruments
3. Signal'transmission between circuits of different
potentials and impedances
• OUTLINE DIMENSIONS (UNIT:
mm)
Pin No. and Internal
connection diagram
LTV703V
Anode mark
LlTE('J~1
2
Lot No *1
Rank mark
Factory Identification mark .. 2
1 Anode
2 Cathode
3. NC
3
4 Emitter
5. Collector
6. Base
(.3)
O.5±O.1
2054±O.251---_..J----f'-~±0.25
~l
~l
*1 2-dlglt number marked accordmg to DIN standard
*2 Factory Identification mark shall be or shall not be marked
e
e=0-13'
A-62
77
• RATINGS AND CHARACTERISTICS
• Absolute maximum ratings
Symbol
Rating
Unit
IF
50
mA
IFM
1
'A
VR
6
V
P
70
mW
Collector-emitter voltage
VCEO
70
V
Emitter-collector voltage
VECO
6
V
Collector current
IC
50
mA
Collector power dissipation
Pc
160
mW
Collector-base voltage
VCBO
70
V
Emitter-base voltage
VEBO
6
V
Total power dissipallon
Ptot
200
mW
Operating temperature
Topr
-30- + 100
°c
Storage temperature
Tstg
-55- +125
°c
* 2 Isolation voltage
VISO
5
kVrms
*3 Soldering temperature
Tsol
260
°c
Parameter
Forward current
* 1 Peak forward current
Input
Reverse voltage
Power dissipation
Output
* 1 Pulse width::51 OOI-lS, Duty ratio: 0.001
*2 AC for 1 minute, 40-60% R_H.
*3 For 10 seconds
A-63
78
• Electro-optical characteristics
Conditions
Symbol
Min.
Typ.
Max.
Unit
VF
-
1.2
1.4
V
IF=20mA
VFM
-
-
3.0
V
IFM=0.5A
Reverse current
IR
-
-
10
p.A
VR=4V
Terminal capacitance
Ct
-
30
250
pF
V=O, f=1kHz
Collector dark current
ICEO
-
-
100
nA
VCE=20V,IF=0
Parameter
Forward voltage
Peak forward voltage
S
D..
E
S
D..
S
0
Collector·emitter
breakdown voltage
BVCEO
70
-
-
V
Ic=0.1mA,IF=0
Emitter·collector
breakdown voltage
BVECO
6
-
-
V
IE=10p.A,IF=0
Collector·base
breakdown voltage
BVCBO
70
-
-
V
Ic=0.1mA, IF=O
Collector current
IC
4
-
32
mA
IF= 10mA, VCE=5V
Collector·emitter
saturation voltage
VCE (sat)
-
0.1
0.2
V
IF=20mA, VC=1mA
RISO
5x 1010
1011
-
D
DC500V, 40-60% RH
Floating capacitance
Cf
-
0.6
1.0
pF
V=0,f=1 MHz
Cut·off frequency
fc
-
80
-
kHz
VCE=5V, Ic=2mA, -3dB
RL=100D
Response time (Rise)
tr
-
4
15
.
en
()
~
Isolation resistance
~
~
ctl
.r:
()
.~
'*
c
ctl
~
p's
VCE = 2V, IC = 2mA,
RL = 100D
Response time (Fall)
'CTR
=.!£..x
IF
100%
tf
-
3
15
p's
A-64
79
• SUPPLEMENT
• Isolation voltage shall be measured in the following method.
(1) Short between anode and cathode on the, primary side and between collector and emitter on the secondary side.
'
(2) The isolation voltage tester with a zero-cross circuit shall be used.
(3) The waveform of applied voltage shall be a sine wave.
(It is' recommended that the isolation voltage shall be measured in insulation oil.)
• Rank table of collector current Ic
Model No.
Rank mark
Ie (rnA)
LTV703VA
A
4.0-8,0
LTV703VB
B
6.3-12.5
LTV703VC
C
10-20
l TV703VD
D
16-32
LTV703V
A or B or Cor D
4.0-32
IF=10mA
Conditions
VCE=5V
Ta=25°C
• Inspection standard
Outgoing inspection standard for lITON products are shown below.
(1) A single sampling plan, normal inspection level II based on MIL-STD-10SD is applied. The AQL According
to the inspection items are shown below.
A-65
80
Defect
Inspection item
AQL(%)
Major defect
• Electrical characteristics
• Unreadable marking
• Open, short
0,25
Minor defect
• Appearance• Dimension
0.4
Judgement criterion
Depend on the
specification
\
Fig. 2 Collector Power Dissipation vs.
Fig. 1 Forward Current vs. Ambient Temperature
60
I
50
~
5.!!C
40
:;
30
~
u
200
tP
160
o
I"'--
c.
gj 100
1\
:
150
~
1\
I'\.
20
0
LL
~c.
50
i
.Q 30
(5
10
o
o
20
40
l'..
r--..
80
60
40
20
100
Ambient temperature Ta (0C)
,
-30
.........
"""
()
o
"- i'..
is
!\
"E
'"1:
!
c:
\
Ambient Temperature
60
80
100
Ambient temperature Ta (Oe)
Fig. 4 Forward Current vs. Forward Voltage
Fig. 3 Peak Forward Current vs. Duty Ratio
Puis e width ;;;; 1ool1s
Ta=25"C
2000
~
"
5-
1000
:2
.!!C
500
:;
200
~
r-....
1:
.!!-
100
c~
50
~Ta
I
75T---.
';7i ~25'C
50'C--, '/~'r ---Io'C
25-C=
'il,
u
I
50
.9
200
:;
I"'--.
100
(ij
~
5-
'I
U
-0
500
III1J
"E
20
'"1:o
0
IIIIIJ
LL
'"'"
(I)
20
0..
10
5
,
i
10- ~ 2
5
10
2
2
10- 1 2
2
10°
I
Duty ratio
Fig. 5 Current Transfer Ratio vs. Forward Current
o
0.5
1 0 1.5 2.0
Forward voltage VF
2.5
30
M
Fig. 6 Collector Current vs. Collector-emitter
Voltage
200
~
a:
I-
()
0
~
:;;
'li;
C
60
1/
/
100
/
/
:;
u
20
(;
t5
~
(5
()
f7
10
/ .....V
II
II
,,
RSE=oo
Ta=25"C
,,
1,
PdMAX.)
... ...
...
...... ...
lOrnA
'/
5mA
2mA
I
2
30
c
~
\
/V 2OmA
S)
I'
~
V
o1
5-
V
11/
40
20
~
~
1%0k~ ~~
1/
120
80
:;
-
- 1,/ ,
I F -30mA
"
~Q
140
c:
()
RBE=oo
160
~
~
II II
VcE =5V
Ta=25"C
180
40
5
10
Forward current IF (mA)
20
50
o
o
I
2
4
6
10
8
eolle;tor-emllter voltage VeE
M
A-66
81
Fig. 8 Collector-emmitter Saturation Voltage vs.
Fig. 7 Relative Current Transfer Ratio vs
Ambient Temperature
Ambient Temperature
~
150
~
g...
0
.~
~
'~*
0.14
~
IF = 10mA
V cE =5V
RBE=oo
h=20mA
0.12 Ic=lmA
RBE=oo
UJ
~
Q)
100
E
.............
c
~
............
j...-- ~
~
::J
u
!........
0.08
I"'-...
'E
t..,...-
0.10
0.06
50
Q)
~
V
V
l.--- ~
~
>
ia
0.04
(jj
a:
o
o
-30
50
25
75
0.02
-30
100
Ambient temperature Ta (0C)
o
20
40
60
80
100
Ambient temperature Ta (0C)
Fig. 10 Response Time vs. Load Resistance
Fig. 9 Collector Dark Current vs.
Ambient Temperature
10- 6
5
:s:
10- 7
5
, 100
VeE 20V
RBE 00
en
.5)
10-:
'E
10- 9
"'"
5
c
0
UJ
~
::J
U
-"
(;j
"0
.9
U
.!!l
0
0
.5
Q)
E
Q)
II)
0
Q.
/
10- 10
VCE 2V
Ic 2mA
20 RBE=oo
Ta=25"C
10
50
/
I
1/
5 t,
2
II)
td
tf
Q)
5
a:
10- 11
0.5
1O-1~
0.2
0.1
O.oI
5
10- 13
-30
o
20
40
60
80
100
t,
""
10
0.1
Load resistance RL(kD)
Ambient temperature Ta (0C)
Fig. 12 Collector-emitter Saturation Voltage vs.
Fig. 11 Frequency Response
Forward Current
6
iD
0
:g.
>
-8
-10
1,\
100Q
82
~ ioh l
1
5
10
20
~~
50 100 200
UJ
5
Q)
E
4
c
3
r--
o
RBE 00
Ta 25"C
5mA
~.
1ii
en
500 1000
Ic 0.5mA
ImA
2mA
3mA
~
ia
:;
111
Frequency f (KHz)
A-67
V cE =5V
Ic=2mA
RBE=oo
Ta=25"C
2
.~
E
Q)
~
8
o
o
2.5
5
7.5
10
Forward current IF (mA)
12.5
15
Test Circuit for Response Time
Test Circuit for Frequency Response
Vee
Input Ro
Vee
Input
Output
Output
A-58
83
High Isolation Voltage Type,
General Purpose Photo coupler
LTV713V
I:LlTE(I) ~ II
I
:/
• FEATURES
1. Directly connectable to TTL
2. Current transfer ratio
CTR: MIN. 50% at IF = 5mA, VCE = 5V
3. Low collector dark current
(lCEO: MAX. 10·'A at VCE = 20V)
4. High input-output isolation voltage
(V ,SO : 5,OOOVrms)
5. UL approved (No. E113898 (s»
• APPLICATIONS
1.
2.
3.
4.
5.
System appliances, measuring instruments
Registers, copiers, automatic vending machines
Electric home appliances such as fan heaters
Medial instruments, physical and chemical equipment
Signal transmission between circuits of different
potentials and impedances
• OUTLINE DIMENSIONS (UNIT: mm)
Pin No. and Internal
connection diagram
LTV713V
Anode mark
LlTE('] ~ I
I
6.5±0.5
t--+----'l--~~ ~)
Lot No. *1
2
1. Anode
2. Cathode
3. NC
Factory Identification mark ·2
7.62 ±O.3
(.3)
O.5±O.1
2.54±o.251----_-!----¥':54±O.25
l.l)
A-59
84
l·l)
*1 2·dlglt number marked according to DIN standard
*2 Factory Identification mark shall be or shall not be marked.
e~
3
4 Emitter
5. Collector
6. Base
0-13'
• RATINGS AND CHARACTERISTICS
• Absolute maximum ratings
Symbol
Rating
Unit
IF
50
mA
IFM
1
A
VR
6
V
P
70
mW
Collector-emitter voltage
VCEO
35
V
Emitter-collector voltage
VECO
6
V
Collector current
IC
50
mA
Collector power dissipation
Pc
150
mW
Collector-base voltage
VCBO
35
V
Emitter-base voltage
VEBO
6
V
Total power diSSipation
Ptot
170
mW
Operating temperature
Topr
-25- +100
°c
Storage temperature
Tstg
-40- + 125
°c
Viso
5
kVrms
260
°c
Parameter
Forward current
* 1 Peak forward current
Input
Reverse voltage
Power dissipation
Output
"
,
"
;
* 2 Isolation voltage
*3 Soldering temperature
, Tsol
'1 Pulse wldth:s 1001's. Duty ratio: 0,001
*2 AC for 1 minute. 40-60%
*3 .For ,10 secondsR.H.
A-70
85
• Electro-optical characteristics
Conditions
Symbol
Min.
Typ.
Max.
Unit
VF
-
1.2
1.4
V
IF=20mA
VFM
-
-
3.0
V
IFM=0.5A
Reverse current
IR
-
-
10
/LA
VR=4V
Terminal capacitance
Ct
-
30
250
pF
V=O, f=1kHz
Collector dark current
ICEO
-
-
100
nA
VCE=20V, IF=O
Collector-emitter
breakdown voltage
BVCEO
35
-
-
V
IC=0.1mA, IF=O
Emitter-collector
breakdown voltage
BVECO
6
-
-
V
IE= 10JLA, IF=O
Collector-base
breakdown voltage
BVCBO
35
-
-
V
Ic=0.1mA, IF=O
CTR
50
100
600
%
IF=5mA, VCE=5V, RBE=oo
Collector current
IC
2.5
-
30
mA
IF=5mA,VCE=5V
Collector-emitter
saturation voltage
VCE (sat)
-
0.1
0.2
V
IF=20mA, Ic=1mA
RISO
5x 10 10
1011
-
0
DC500V,40-60%R.H.
Floating capacitance
Cf
-
0.6
1.0
pF
V=O, f=1 MHz
Cut-off frequency
fc
-
80
-
kHz
VCE=5V,IC=2mA, -3dB
RL = 1000 RBE =00
Response time (Rise)
tr
-
4
18
Parameter
Forward voltage
Peak forward voltage
"5
a.
E
"5
a.
"5
0
Current transfer ratio
.
en
()
.~
I
co
.c
()
Isolation resistance
~
1llc
['!
,
I-
Response time (Fall)
A-71
86
'CTR =£x 100%
IF
tf
-
..
/Ls
VCE=2V, IC=2mA,
RL = 1000 RBE =00
3
18
/Ls
• SUPPLEMENT
• Isolation voltage shall be measured in the following method
(1) Short between anode and cathode on the primary side and between collector and emitter on the
secondary side.
(2) The isolation voltage tester with a zero-cross circuit shall be used.
(3) The waveform of applied voltage shall be sine wave.
(It is recommended that the isolation voltage shall be measured in insulation oiL)
• Rank Table of Collector current Ic
Model No.
Rank mark
Ie (mA)
LTV713VA
A
4.0-8.0
LTV713VB
B
6.5-13
LTV713VC
C
10-20
LTV713V
A or B or C or No mark
2.5-30
IF=5mA
Conditions
VCE=5V
Ta=25°C
• Inspection standard
Outgoing inspection standard for LlTON products are shown below.
(1) A single sampling plan, normal insection level II based on MIL-STD-105D is applied. The AQL according to
the inspection items are shown below.
Defect
Inspection item
AQL (0/0)
Major defect
• Electrical characteristics
• Unreadable marking
• Open, short
0.25
• Appearance
• Dimension
0.4
Minor defect
Judgement
crit~rion
Depend on the
specification
A-72
87
Fig. 1 Forward Current
VS.
Fig. 2 Collector Power Dissipation
Ambient Temperature
VS.
Ambient Temperature
60
200
~
50
.s
'\
40
()
0..
c
\
~
~
C.
'\
30
150
0
'in
rn
i5
\
20
100
~
"'""
(j;
3
0
c.
5
U
10
50
.!!1
(5
()
0
-25
o
25
50
75
100
~25
125
o
VS.
Fig. 4 Forward Current
Duty Ratio
1000
200
-
«
.s
500
......
.....
50
::;
20
"
10
20
lL
5
~0
5
10- 2 2
5
Forward Voltage
'Y.~~
'"
25'C=
!t.
50
5 10-32
100
2~IC50'C --, /';j.. ---O'C
100
.!!C
~
10
VS.
Ta-r)'C
200
!l!
I'-.....
100
75
500
Pulse width;;;: lOOl1s
Ta=25'C
2000
50
Ambient temperature Ta (0C)
Ambient temperature Ta (0C)
Fig. 3 Peak Forward Current
25
1/1//
111111
2
10- 1 2
1
Duty ratio
o
0.5
1.0
1.5
2.0
2.5
3.0
Forward voltage VF (V)
Fig. 5 Current Transfer Ratio
VS.
Forward Current
Fig. 6 Collector Current
VS.
Collector-emitter
Voltage
30
200
£'
g..
180
a:
f-
160
0
140
()
~
V cE =5V
Ta=25'C
«
.s
.Y
120
1ii
c
100
!o
80
co
/
!l!
60
/'
()
40
/'
C
::;
88
I---" ~~J
V
I-'"
15
10
U
Q)
'3
V
o1
100kQ
IJ
1I
2
5
10
20
Forward current IF (mA)
50
J
20
"5
::;
--~
25
!l!
()
20
A-73
c
. RBE=oo
(j;
IF=30~ I---~.,
5
.' 0
j
~
VI
RBE=oo
Ta=25'C
,
",PC
«
I"""
c
rtl
'(ij
OJ
I\R L =10kQ
-10
1\
OJ
.!!!
2
1
0.5
1/;;
1\
\
I\.
0
>
I
1\
-20
I
lkQ\~oJQL
\.
: 1""-25·C
'I'
O·C=
25·C~
I
20
10
50
5
20
10
500
10
5
,3
10 22
5
2
10- 1 2
5
5 10"
2
1
o
Duty ratio
0.5
1.0
1.5
2.0
2.5
Forward voltage VF
Fig. 5 Current Transfer Ratio vs. Forward Current
3.0
M
Fig. 6 Collector Current vs. Collector-emitter
Voltage
140
~
120
a:
[)
100
~
VCE-5V
T a =25·C
50 j
I--I F 30mA
40
Ta=25·C
J,
\
1//
1/
80
I.
30
1/
VI
/
60
1/
20
l TJ
40
]..;
20
0.1 0.2
,,
v '1IlmA "
5~A
10
V
oV
\
20mA\ PdMAX.)
2
0.5
5
10
20
50 100
...
,
l~A
o0 1 2 3 4 5 6 7 8 9 1 0
Forward current IF (mA)
Collector·emltter voltage VCE (V)
Fig. 7 Relative Current Transfer Ratio vs.
Fig. 8 Collector-emmitter Saturation Voltage vs.
Ambient Temperature
Ambient Temperature
0.1
150
IF=20mA
0.09 Ic=lmA
h=lmA
VCE=5V
-...........
0.08
1'-.
vV
0.07
..........
100
"
1'-.
0.06
.........
0.05
""'"
50
VV
vI.-I.--
0.04
0.03
0.0 2
0.0 1
o
-30
o
25
50
75
100
Ambient temperature Ta (0C)
0
-30
o
20 40 60 80 100
Ambient temperature Ta (0C)
A-80
95
Fig. 10 Response Time vs. Load Resistance
Fig. 9 Collector Dark Current vs.
Ambient Temperature
100
10-6
VCE 20V
g
SO
o
UJ
.9
'Cii'
20
(])
10
..:!.
E
VeE 2V
Ic 2mA
Ta=2S"C
t,
1/
).td
5
""
(])
(J)
c
a
2
a.
(J)
v
t,
(])
1
a:
O.S
o
0.2
0.1
ZO 40 60 80 100
0.1 0.2 O.S 1
5 10
2
Load resistance RL(k{})
.\. Ambient temperature Ta (0C)
Fig. 11 Frequency Response
Fig. 12 Collector-emitter Saturation Voltage vs.
Forward Current
VCE-5V
Ic=2mA
T,,=2S"C
0
ill
:g.
""""
'-5
«>
c
iii
Ol
-10
i>
'"
\
5
10
20
~
l
0
III J
Ta=2S"C
~~'{
4
)OQ
50 100 200
3
2
~ \\
-20
2
6
II
-15
0.5
7
S ..:i
R =1 kQ
(])
!
,\
\..
o
o
1
500
234
5
678
Forward current IF (mA)
Frequency f (KHz)
Test Circuit for Frequency Response
Test Circuit for Response Time
Vee
Vee
Input
Input
A-81
96
Ro
Output
Ro
Output
9
10
flHgh Density IVifQJ)IDlntiB1lg Type
Photocoupier
LTV817 ILTV827 ILTV847
II FEATURES
1. Cu rrent transfer ratio
CTR: MIN. 50% at IF=5mA, VcE =5V
2. High input-output isolation voltage
(Visa: 5,000 Vrms)
3. Compact dual-in-line package
LTV817: 1-channel type, LTV827: 2-channel type
LTV847: 4-channel type
4. UL. approved (No. E 113898(s))
• APPLICATIONS
1.
2.
3.
4.
5.
6.
Computer terminals
System appliances, measuring instruments
Registers, copiers, automatic vending machines
Electric home appliances such as fan heaters, etc.
Medical instruments, physical and chemical equipments.
Signal transmission between circuits of different potentials
and impedances
• OUTLINE DIMENSIONS (UNIT: mm)
Rank mark
Factory Identification mBrk *2
Pm No. and mternal
1nn4
connection diagram
2~3
1. Anode
6.5±O.5
2 Cathode
3 Emitter
4 Collector
(.256)
7.62±O.3
(.3)
e =0
- 13 0
O.26±O.1
* 1 2.dlglt number marked according to DIN standard
*2 Two versions available, one with factory Identification mark and the other without
A-82
97
Pin No and Internal
connection chagram
1 3 Anode
2 4 Cathode
7.62tO.3
5 7 Emllter
6 B Collector
966±0.5
(.380)
(.3) -
9=0-13"
Note '1 Anode mark
Pm No and Internal
"
connection diagram
2
3
14
4
13
5
12
6
11
7
10
B
'-----
9
1 3 5 7Anode
2 4 6 8 Cathode
911 1315 Emitter
10 12 14 16 Collector
1982±0.5
~780)
,
,
_
_
_
~~~
t-fi
Ilo.5±0.,
A-83
e =0-13°
98
Nole '1 Anode mark
• RATINGS AND CHARACTERISTICS
• Absolute maximum ratings
Symbol
~ating
Unit
Forward current
IF
50
mA
*1 Peak forward current
IFM
1
A
VR
6
V
P
70
mW
Collector-emitter voltage
VCEO
35
V
'Emitter-collector voltage
VECO
6
V
Collector current
IC
50
mA
Collector power dissipation
Pc
150
mW
Total power dissipation
Ptot
200
mW
Operating temperature
Topr
-30 -
Storage temperature
Tstg
-55- +125
°c
* 2 Isolation voltage
Vi so
5
kVrms
*3 Soldering temperature
Tsol
260
°c
Parameter
Input
Reverse voltage
Power dissipation
Output
+100
°c
*1 Pulse width:;;100,.s, Duty ratio: 0.001
*2 AC for 1 minute, 40-60% R.H.
*3 For 10 seconds
A-84
99
• Electro-optical characteristics
(Ta=25°C)
Symbol
Min.
Typ.
Max.
Unit
VF
-
1.2
1.4
V
IF=20mA
VFM
-
-
3.0
V
IFM=0.5A
Reverse current
IR
-
-
10
p.A
VR=4V
Terminal capacitance
Ct
-
30
250
pF
V=O, f=1kHz
Collector dark current
ICEO
-
-
100
nA
VCE = 20V, IF = 0, RBE = 00
Collector-emitter
breakdown voltage
BVCEO
35
-
-
V
IC=0.1mA, IF=O
Emitter-collector
breakdown voltage
BVECO
6
-
-
V
IE=10p.A,IF=0
Collector current
IC
2.5
-
30
mA
Collector-emitter
saturation voltage
VCE (sat)
-
0.1
0.2
V
IF=20mA, IC=1mA
RISO
5 x 10' •
10"
-
0
500V DC, 40-60%R.H.
Floating capacitance
Cf
-
0.6
1.0
pF
V=O, f=1 MHz
Cut-off frequency
fc
-
80
-
kHz
VCE =5V, Ic=2mA
RL = 1000, -3dB
Response time (Rise)
tr
-
4
Parameter
Forward voltage
Peak forward voltage
Conditions
S
Q.
E
S
Q.
S
0
.
en
0
"-t5
Isolation resistance
.~
IF=5mA, VCE=5V
t5
~
Cll
.c
0
~
JQ
en
c
~
I-
18
p's
VCE = 2V, IC = 2mA,
RL = 1000
Response time (Fall)
A-85
100
'CTR
=£x
IF
100%
tf
-
3
18
p's
1m SUPPLEMENT
o Isolation voltage shall be measured in the following method.
(1) Anode and cathode on input side, collector and emitter on output side shall be shortened individually.
(2) The isolation voltage tester with a zero-cross circuit shall be used.
(3) The waveform of applied voltage shall be a sine wave.
(It is recommended that the isolation voltage shall be measured in insulation oil.)
o
Rank table of collector current Ie (for LTV 817 only)
Model No.
Rank mark
Ie (mA)
LTV817A
A
4.0-B.O
LTV817B
B
6.5-13
LTVB17C
C
10-20
LTV817D
0
15-30
A, B, C, D or No mark
2.5-30
LTV817
IF=5mA
Conditions
VCE=5V
Ta=25°C
• Inspection standard
Outgoing inspection standard for L1TON products are shown below.
(1) A single sampling plan, normal inspection level II based on MIL-STO-1050 is applied. The AQL according to
the inspection items are shown below.
Defect
Inspection item
AQL (OAI)
Major defect
• Electrical characteristics
• Unreadable marking
• Open, short
0.25
Minor defect
• Appearance
o Dimension
0.4
Judgement criterion
Depend on the
specification
A-86
101
Fig. 2 Collector Power Dissipation vs.
Fig. 1 Forward Current vs. Ambient Temperature
Ambient Temperature
60
«
.s
.!!C
~
50
(,)
CL
\
40
c
0
\
U)
-0
\
()
2:
I~ ~
c-
Ui
1\
:; 30
Q)
0.12
V
OJ
100
.l!!
...............
"'"
jg
C
~
::>
0
~
t--....
o>
0.10
§
0.08
~
0.06
jjj
~
50
V
../'
../'
V
(J)
Q)
0.04
>
"5j
Qj
0.02
a:
o
-25
o
o
25
50
-25
100
75
o
25
75
50
100
Ambient temperature Ta (0C)
Ambient temperature Ta (0C)
Fig. 10 Response Time vs. Load Resistance
Fig. 9 Collector Dark Current vs.
Ambient Temperature
500
10-5
20'
5 VCE
g
ow 10-;
9
7
"iii
10-7
.5
5
...E
Q)
10-8
(J)
c
0
c.
en
10-9
Q)
/
5
5
Q)
/
5
10- 10
a:
/
10-11
-25
VCE 2V
IL=2mA
100 T a -25"C
50
Z~
0
25
50
75
V
20
rtf
10
5
2
1
0.5
V
1/
0.2
0.1
100
0.1 0.2 0.5 1 2
Ambient temperature Ta (0C)
5 10
Load resistance RL (kO)
Fig. 12 Collector-emitter Saturation Voltage vs.
Fig. 11 Frequency Response
Forward Current
m
0
f'...
"
~
«>
c
iii
OJ
Q)
VCF.=2V
Ic=2mA
Ta=25"C
10
.l!!
\.
0
\
1kQ
100Q
3
,
2
1\
I\,
I\,
\
1
2
5
10
20
'"
~
ll>
Ta=25"C
\
\
20
0.5
~~
4
\.
>
iJ ]
~I
I\'RL-10kQ
OJ
5
50
Frequency f (KHz)
100 200
'-\. ~
500
5
10
15
A-SS
103
Forward current IF (rnA)
Test Circuit for Response Time
Test Circuit for Frequency Response
Vee
RL
nput
A-8S
104
Rn
Input
Output Output
Vee
RL
Rn
Output
High Den§iity Mounting Type
Photoconpler
LTK829 ILTK849
IlITE(']~11
III FEATURES
1. Symmetrical terminal configuration
LTK829: 2-channel type
LTK849: 4-channel type
2. High current transfer ratio
(CTR: MIN. 50% at IF =5mA, VcE =5V)
3. High input-output isolation voltage
(VISa: 5,000 Vrms)
4. UL approved (No. E113898(s»
a
APPLICATIONS
1.
2.
3.
4.
Telephone exchanges
Computer terminal
System appliances, measuring instruments
Signal transmission between circuits of different
potentials and impedances
rill OUTLINE DIMENSIOI\IS (UNIT: mm)
.,
Pm No and internal
connection diagram
-UL
-dI
1.2±03
ur-
J,,--:I
8
2
7
3
6
4
5
!
1''1"'+
1!'==-I--6-.5-±-0.-5-~
(.256)
7.62±0.3
(.3)
e=
1 3 Anode
2 4 Cathode
I'
5 7 Emitter
6 8 Collector
9.66+0.5
(.380)
'j
0 -13"
A-90
Note "'1 Anode mark
105
Pin No and mternal
'1
connection diagram
6.5±0.5
(.256)
145BAnode
2 3 6 7 Cathode
1316 Emitter
912 1415 Collector
101}
19.82±0·5
(.780)
9=0 -13 0
Note • 1 Anode mark
A-91
106
"I
• RATINGS AND CHARACTERISTICS
• Absolute maximum ratings
Parameter
Symbol
Rating
Unit
Forward current
IF
50
mA
IFM
1
A
VR
6
V
P
70
mW
Collector-emitter voltage
VCEO
35
V
Emitter-collector voltage
VECO
6
V
Collector current
IC
50
mA
Collector power dissipation
Pc
150
mW
Total power dissipation
Ptot
170
mW
Operating temperature
Topr
-25- +100
°c
Storage temperature
Tstg
-40- +125
°c
*2 Isolation voltage
Viso
5
kVrms
*3 Soldering temperature
Tsol
260
°c
*1 Peak forward current
Input
Reverse voltage
Power dissipation
Output
*1 Pulse width:s 100",s, Duty ratio: 0.001
*2 AC for 1 minute, 40-60% R.H.
* 3 For 10 seconds
A-92
107
• Electro-optical characteristics
Parameter
Symbol
Min.
Typ.
Max.
Unit
Forward voltage
VF
-
1.2
1.4
V
IF=20mA
VFM
-
-
3.0
V
IFM=O 5A
Reverse current
IR
-
-
10
p.A
VR=4V
Terminal capacitance
Ct
-
30
250
pF
V=O, f=1 kHz
Collector dark current
ICEO
-
-
100
nA
VCE=20V,IF=0
Collector-emitter
breakdown voltage
BVCEO
35
-
-
V
Ic=0.1mA, IF=O
Emitter-collector
breakdown voltage
BVECO
6
-
-
V
IE = 10p.A, IF=O
Collector current
IC
2.5
-
20
mA
IF=5mA, VCE=5V
Collector-emitter
saturation voltage
VCE(sat)
-
0.1
0.2
V
IF = 20mA, IC = 1mA
10 11
-
n
DC500V,40-60%R.H.
Peak forward voltage
Conditions
'5
D.
E
'5
D.
'5
0
en
u
Isolation resistance
'ffi
·c
RISO
5 x 10 10
~
~
ct!
.r::
Floating capacitiance
Cf
-
0.6
1.0
pF
V=O, f=1MHz
Cut off frequency
fC
-
80
-
kHz
VCE = 5V, IC = 2mA
RL = 100n, -3dB
Response time (Rise)
tr
-
4
-
p's
Response time (Fall)
tf
-
3
-
p's
u
~
*
c
~
I-
A-93
108
'CTR
=~x
IF
100%
VCE=2V, Ic=2mA
RL = 100n
• SUPPLEMENT
o Isolation voltage shall be measured in the following method.
(1) Anode and cathode on input side, collector and emitter on output side shall be shortened individually.
(2) The isolation voltage tester with a zero-cross circuit shall be used.
(3) The waveform of applied voltage shall be a sine wave.
(It is recommended that the isolation voltage shall be measured in insulation oiL)
o
Outgoing inspection standard for LlTON products are shown below.
(1) A single sampling plan, normal inspection level II based on MIL-STD-105D is applied. The AQL
according to the inspection items are shown below.
Deiect
Inspection item
o
Major defect
o
o
o
Minor defect
o
Judgement criterion
AQL (%)
Electrical characteristics
Unreadable marking
Open, short
025
Appearance
Dimension
0.4
Depend on the
specification
Fig. 2 Collector Power Dissipation vs.
Fig. 1 Forward Current vs. Ambient Temperature
Ambient Temperature
60
200
§'
«
.s
..!:-
50
\
40
C
"
2:
20
<.)
<.)
Q.
c
'\
in
-.... f""'-.....
100
r.....
50
A-95
110
o
-25
o
25
50
"
75
Ambient temperature Ta (0G)
100
"'§
0.10
:5
0.08
::J
0.06
~
0.04
~
0.02
~
"gj
~
o
u
o
J..25
- ---
1..--""""
~
l.---""
o
25
50
Ambient temperature Ta (0G)
75
1C
Fig. 10 Response Time vs.
Fig. 9 Collector Dark Current vs.
Ambient Temperature
Load Resistance
200
100
50
"'
10-8
Q)
~
,/
10
5
E
-'"
Q)
_
t
/
20
..5
1O-1~
VCE=2V
Ic=2mA
Ta=25°C
UJ
tf
td
t,
C
0
2
0.
UJ
/
Q)
a:
0.5
1O-10_~~~
0.2 IL"
10- 11 ~-L._-L_-'-.--J~---'
-25 0 25 50 75 100
0.1
0.1 0.2 0.5 1 2
Load resistance RL
Ambient temperature Ta (0G)
Fig. 11 Frequency Response
5 10
(kO)
Fig. 12 Collector-emitter Saturation Voltage vs.
Forward Current
fiJ
~
«>
c
m
Ol
Q)
0
I"--r-.
........ :--.
RL=1Ok Q\.
-10
g
1k?\
\
-15
0.5 1
2
5 10 20
~obJ
\
\
-20
0.2
Ta=25°C
w
~
5
EiEi Ei Ei
Q)
-5
Ol
.l!!
VcE =5V
Ic=2mA
Ta=25°C
\
Ol
co
"5
>
..... M
4
In
r-
~
3d
II
\
..!:;
2
\' -
50 100 200 500 1000
Frequency f (KHz)
\...
10
5
Forward current
Test Circuit for Response Time
15
'F (mA)
Test Circuit for Frequency Response
Input
Input
Rn
Output
RL
Output
Output
A-96
111
B . LCD Back Light
• LCD BACK LIGHT QUICK REFERENCE GUIDE
·..'
,,' "
LCD BACK LIGHT
LCD BACK LIGHT QUICK REFERENCE GUIDE
DEVICE
PACKAGE
DIMENSION
PAGE
NO.
LTM-88X18
Yellow
(585 nm)
Eneap
250ed/m 2
4.3 V
FIG. 1-1
8·2
169.0mm L
19.5mm W
5.5mm H
LTM-88X20
Green
(565 nm)
Eneap
50ed/m 2
4.1 V
FIG. 1·2
8·5
109.0mm L
18.0mm W
3.0mm H
LTM·88X21
Creen
(565 nm)
Side Look
20 ed/m2
4.1 V
FIG. 1·3
8·8
169.Omm L
19.5mmW
5.5mm H
LTM·88X30
Yellow
(585 nml
Encap
50ed/m 2
4.1 V
FIG. 1·4
B·l1
165.0mm L
21.5mm W
3.2mm H
LTM·88X32
Green
(565 nm)
Coating
45ed/m 2
4.1 V
FIG. 1·5
8·14
LTM·88X38
Green
(565nml
Air
30ed/m 2
4.2 V
FIG. 1·6
8·17
80.0mm L
24.0mmW
3.2mm H
LTM·89X03
Green
(565 nml
Side look
Coating
26 ed/m 2
4.2 V
FIG.
'·7
8·20
100.0mm L
24.0mmW
3.2mm H
LTM·89X04
Green
(565nm)
Side Look
Coating
23 ed/m2
4.2V
FIG. 1·8
B·23
178.5mm l
35.5mmW
5.5mm H
LTM·89X06
Green
{5650ml
Coating
100ed/m'
4.1 V
FIG. 1·9
B·26
80.0mm L
.67.0mmW
3.0mm H
LTM·89Xl0
Orange
(635nm)
Side Look
Coating
4ed/m2
8.2 \(
FIG. 1·10
B·29
LTM·89X18
Yellow
(585 nm)
Eneap
30ed/m'
4.0 V
FIG. 1-11
8·32
!/>20.2mm L
6.8mm H
107.65mm L
22.OmmW
7.0mm H
B-1
SUPPLY
VOLTAGE
COLOR
77.5mm L
. 24.0mmW
6.0mm H
TYPE
LUMINOUS
INTENSITY
Iv TYP.
PART NO.
PACKAGE
114
DESCRIPTION
ILlTE['J~11
LCD BACK LIGHT
LTM·88X18
FEATURES
• FREE DESIGN ACCORDING TO INSTALL IN
"LCD" FIXTURE AND FURNISHED EASILY.
• MECHANICALLY AND SPECTRALLY MATCHED
TO THE "LCD" EQUIPMENT.
• EXCELLENT MECHANICALLY STRENGTH AND
ELECTRICAL STABILITY.
• CONCENTRATE CONFIGURATION DESIGNED TO
REDUCED THICKNESS.
• RELIABLE PERFORMANCE CHARACTERISTICS
AND GUARDED EQUIPMENT.
PACKAGE DIMENSIONS
L
'M'"
2r-~ - - -
L
(.9
"I
77.5
'.".'00'
!~~o
I
-~- ------~.. ~
!-_1------------------ ----
I
•
70.4
(2.7711
•
I
0.8
(.031)
9,·~~,
FIG. 1·1
NOTES:
1. All dImensions are in millimeters {inches.!
2. Tolerance IS ±0.25mm (,01O") unless otherwise
noted.
8-2
115
1. SCHEMATIC CIRCUIT DIAGRAM
I
I
...I
I
l T
.., ..,T l
1
T I
T
...............
...I
T
..,I
0
...I
A
A = ANODE
C= CATHODE
T
T
T Lf
0
c
2 x 15 = 30 (LED NUMBERS)
2. OPTICAl- CHARACTERISTICS.
(Luminous Intensity and Luminous Tolerance.)
2-1 TESTING CIRCUIT
I
I
~
I
I
T T ..............
~
I
~
I
~
I
1
(f)
~
A
~
T~~T~T~T~_________~T~T_~~
c
Current: IF = 200mA
Ambient Temperature: TA = 25°C
2~
MEASURED METHOD
"HOLE" DIAMETER 3
I
I
8i
0
1
*(Effectlve Spatial Destribution)
* 1 to 5 per-position Measured Luminous Intensity.
2-3 RATING
RATING
ITEM
TYP.
MAX.
Luminous Intensity
160
250
-
cd/m 2
luminous Tolerance
-
-
50
%
8·3
116
UNIT
MIN.
* Index(ll LumJnousToierance=
B(MAX) - B(MIN}
B(MAX}
x 100%
REFERANCE
index(1}
3. ABSOLUTE MAXIMUM RATING
PARAMETER
SYMBOL
RATING
TEST CONDITION
Peak Forward Current
IF
300 (mA)
index 2
Reverse Voltage
VR
8(V)
index 2
Power DIsSipation
Po
1.4 (W)
index 2
te)
Operating Temperature
Topr
-20 to +70
Storage Temperature
Tsto
-40 to +80 (OC)
* Index (2)ATTA
= 25°C
4. FORWARD CURRENT DERATING CURVE
300
1""-
~
.s
~
-"
c
~
5
u
"E
200
1""- ~
~
5
u.
-20
70
25
Ambient Temperature TA 1°C)
5. ELECTRICAL/OPTICAL CHARACTERISTICS
RATING
PARAMETER
SYMBOL
MIN.
TYP.
MAX.
TEST CONDITION
REF.
Forward Voltage
VF
4.1 V
43V
4.5 V
IF = 200 mA
TA = 25°C
Peak Emission Wavelength
:\p
-
585
-
IF = 200 mA
Index (3)
Reverse Current
IR
-
-
0.2mA
VR = 20 V
TA = 25°e
Spectral Line Half Width
Ll.:\
-
35
-
-
* Index (3)
Source Color (Yellow DICE)
8-4
117
ILlTErl] ~ II
LCD BACK UGHT
LTM·88X20
FEATURES
- FREE DESIGN ACCORDING TO INSTALL IN
"LCD" FIXTURE AND FURNISHED EASI L Y.
-MECHANICALLY AND SPECTRALLY MATCHED
TO THE "LCD" EQUIPMENT.
- EXCELLENT MECHANICALLY STRENGTH AND
ELECTRICAL STABILITY.
-CONCENTRATE CONFIGURATION DESIGNED TO
REDUCED THICKNESS.
- RELIABLE PERFORMANCE CHARACTERISTICS
AND GUARDED EQUIPMENT.
PACKAGE DIMENSIONS
169.0
..
(6.260)
•
"i~r='--------------------"~::;;:1":~'
FIG. 1-2
NOTES:
1. All dimensions arc in millimeters (inches.)
2. Tolerance is ±0.30mm (.012") unless otherwise
noted.
8-5
118
1. SCHEMATIC CIRCUIT DIAGRAM
I
T
T
'Y
L
I
T
I
'Y
T
T
I
T
I
T
T
liT
•
t
.................
T
T
-'Y
T
I
T
T
0
I
'Y
A
A= ANODE
C= CATHODE
T
T
TT
0
C
2 x 26 = 52 (LED NUMBERS)
2. OPTICAL CHARACTERISTICS.
(Luminous Intensity and Luminous Tolerance.)
2-' TESTING CIRCUIT
I
'Y
T
T
I
'Y
I
'Y
T
T
T
T
1 T T
I
T
$1
A
I
I
T
T J T o~ c
I
~ .................... T~, TT
~
T
Current: IF = 180mA
Ambient Temperature: TA = 25°C
2~
MEASURED METHOD
"HOLE" DIAMETER 3cp
*( Effective Spatial Destributlon)
* 1 to 5 per-position Measured Luminous Intensity_
2-3 RATING
RATING.
ITEM
UNIT
MIN.
TYP.
MAX.
Luminous Intensity
30
50
-
cd/m l
Luminous-Tolerance
-
-
50
%
_
B(MAX) - B(MIN)
* I ndex( 1) Luminous Tolerance =
B(MAX)
x 100%
.
REFERANCE
index(1}
8-6
119
3. ABSOLUTE MAXIMUM RATING
PARAMETER
SYMBOL
RATING
TEST CONDITION
Peak Forward Current
IF
520 (mA)
index 2
Reverse Voltage
VR
8 (V)
index 2
Power Dissipation
Po
2.3(W)
index 2
Operating Temperature
Topr
-20 to +70 (oe)
Storage Temperature
Tsto
-40 to +80 (OC)
* Index (2) AT TA '" 25°C
4. FORWARD CURRENT DERATING CURVE
520
1"'- ~
::t
.s
-"
1:
~
:;
u
"E
260
'"
~
(;
""
u.
-20
25
70
Ambient Temperature TA (OC)
5. ELECTRICAL/OPTICAL CHARACTERISTICS
RATING
PARAMETER
SYMBOL
120
TYP.
MAX.
TEST CONDITION
REF.
Forward Voltage
VF
3.8 V
4.1 V
4.4 V
IF "'260mA
TA= 25°C
Peak Emission Wavelength
AP
565
-
IF = 260mA
Index {3}
Reverse Current
IR
-
2.6mA
VR =8V
Spectral Une Half Width
AA
-
35
-
IF'" 260mA
* Index (3): Source Color (Yellow Green DICE)
8·7
MIN.
TA
= 25°C
LCD RACK LIGHT
LTM·88X21
FEATURES
o FREE DESIGN ACCORDING TO INSTALL IN
"LCD" FIXTURE AND FURNISHED EASI LY.
o LOW POWER REQUIREMENT.
oSOLID STATE RELIABILITY.
o EXCELLENT
CHARACTERS
APPEARANCE.
PACKAGE DIMENSIONS
b
109.0
«.,,"
J
t
18.0
(-709)
t
FIG. 1-3
NOTES:
1. All dimensions are in millimeters (inches.)
2. Tolerance is ±0.30mm ('012") unless otherwise
noted.
B-8
121
'
,~
'"
..
,
.. .
."
".
~
..
..
..
~
,
-,'
.
, .,,'
.''''-
1. SCHEMATIC CIRCUIT DIAGRAM
...I
...I
...I
I
T
TT TT
T
...
T
T
...I
...T
...I
T
... T
...
T
...I
...I
...I
...I
...I
I
TT TTT
T
T
T
...
T
T
0
A
0
C
... T
...
T
A= ANODE
C= CATHODE
2 x 12 = 24 (LED NUMBERS)
2. OPTICAL CHARACTERISTICS.
(Luminous Intensity and Luminous Tolerance.)
2-', TESTING CI RGUIT
...I
...I
...T
...I
...I
...I
...I
...I
...I
...I
I
T
...I
$1
T
I
...
,1
T T T T T T T T T T o-J
T
T
T '.T
T
T
T
T
T
T
A
c
Current: IF = 120mA
Ambient Temperature: TA = 25c C
2~
MEASURED METHOD
"HOLE'" DIAMETER 3cjJ
* (Effective Spatial
Destribution)
* 1 to 5 per-position Measured Luminous Intensity.
2-3 RATING
RATING :' ":',: ','
'\,'
I,"~\"~
',' iTEM'
','
>\,"
UNIT
REFERANCE
MIN.
Lurriinous Intensity ,
15
20
Luminous'Tolerance
8-9
122
' .
* Index(1) Luminous Tolerance =
50.
50
B(MAX) - B(MIN)
B(MAX)
x 100%
%
index(p'
3. ABSOLUTE MAXIMUM RATING
SYMBOL
RATING
TEST CONDITION
IF
180 (mA)
index 2
VR
8(V)
index 2
Po
0.8(W)
index 2
Operating Temperature
Topr
-20 to +70 (OC)
Storage T,emperature
Tsto
-40 to +80 (OC)
PARAMETER
.-
Peak Forward Current
..
Reverse Voltage
Power Dissipation
* Index (2}ATTA = 25°C
4. FORWARD CURRENT DERATING CURVE
180
""
«
E
...
E
~
5
u
f'.,
1"'- f'.,
120
"0
;;;
;:
0
LL
70
25
-20
Ambient Temperature TA (OC)
5. ELECTRICAL/OPTICAL CHARACTERISTICS
RATING
PARAMETER
'>0-
SYMBOL
MIN.
TYP.
MAX.
TEST CONDITION
REF.
Forward Voltage
VF
3.8 V
4.1 V
4.4 V
IF'" 120 mA
TA '" 25°C
Peak Emission WaveleQgth
i\p
-
565
-
IF'" 120 mA
Index (S)
Reverse Current
IR
-
-
2.6mA
VR=8V
TA'" 25°C
Spectral linE! Half Width
Ai\.
-
35
-
'.
. IF'" 120mA
"
* Index (3): Source Color (Green DICE)
8-10
123
ILlTErl] ~ II
LCD BACK LIGIIT
LTM-88X30
FEATURES
• FREE DESIGN ACCORDING TO INSTALL IN
"LCD" FIXTURE AND FURNISHED EASILY.
• MECHANICALLY AND SPECTRALLY MATCHED
TO THE "LCD" EQUIPMENT.
• EXCELLENT MECHANICALLY STRENGTH AND
ELECTRICAL STABILITY.
• CONCENTRATE CONFIGURATION DESIGNED TO
REDUCED THICKNESS.
• RELIABLE PERFORMANCE CHARACTERISTICS
AND GUARDED EQUIPMENT.
\
~
'.~
",
"'-"
"f
.t!,>
I,f ,",
<
""
,>
>
>
""'~~,"":::'-----"-
;~..-J_"'"
I
PACKAGE DIMENSIONS
169.0
"I
'M~'
[0
rnJ
'!-.5---!1ilc=:::;::tC
-;::1=::-:-:,,-=======-::-====~-======;-11
A
(.71;_B)_ _
~~=+_====-========::.....::======:..:....:=========I~IlI~9)
I.
(5.929)
•I
159.0
FIG. '-4
NOTES:
1. All dimenSions are In millimeters (inches.)
2. Tolerance IS ±O.30mm (.012") unless otherwise
noted.
B-l1
124
0
.---r---,----y-------------r---,---,-------'O
A
A = ANODE
C= CATHODE
L -__
~
__
~
____L __ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
~
_____L __ _J __ _ _ _ _ _ _ _ _ _
()
$1
L-.---'---~---1-------'----l.---'-_HO ~
c
A
c
Current: IF = 180mA
AmblCnt Temperature: TA = 25°C
2~
MEASURED METHOD
"HOI F" nlAMFTER 3cb
!8
8!
Gi
10
*(Effectlve Spatial Destribution)
* 1 to 5 per-position Measured Luminous IntenSity,
2-3 RATING
RATING
ITEM
UNIT
MIN.
TYP.
MAX.
Luminous Intensity
30
50
-
cd!m Z
Luminous Tolerance
-
-
50
%
,
B(MAX) - B(MIN)
• Index(1) Luminous Tolerance =
B(MAX)
x 100%
REFERANCE
index(1)
B-12
125
• •• "
••
••••
";
~'
-<
'7
..... -
••
.~ -.~-
3. ABSOLUTE MAXIMUM RATING
.,
PARAMETER
SYMBOl,
RAtiNG
TeST CONDITION
480 (mA)
Index 2
,8 (V)
Index 2
'.
Peak Forward Current
IF
Reverse Voltage
VR,
,
.~
.
,
..
2.3(W)
Power D.issipatlon
' Po
Operating Temperature
Topr "
index 2
-
-20 to +70 (oC)
" . . >0'
Tsto
Storage Temperature
-40
"
, ,
to +80 (0 Cl
* Index (2)ATTA =25°C
4. FORWARD CURRENT DERATING CURVE
480
i" ~
~
.s
-'"
E
~
240
:0
U
-e
;:"
:f
" "'i
70
25
-20
Ambient Temperature TA rOC)
5. ELECTRICAL/OPTICAL CHARACTERISTICS
"
,
.
<'
"
PAIiAMETER
,'"
,
;
"
"
SYMBOL
MiN.
RATfNG
"TEST CONDITION'
TYP.
MAX.
RE~.
",
"
"
Forward .Volt8ge
Peak Emission Wavelength
:
3,~ V
4,' V
4AV
IF =240 mA
1-.p'.'
-
585
-
IF = 240 mA
Index (3)
IR
..;
-
2.6mA
VR=8V
TA = 25"C
'6.1.
-
35
.:..
,
Rever~ Current
, ,Spectral Line Half Width
', .... -
,,-
VF'
* Index (3): Source Color (Yellow DICE)
8-13
126
;i
IF
=240mA
"'TA= 25°C
ILITE(')~II
LCD BACK'LIGlIT
.
,
,
LTM·88X32',
FEATURES
-THE SOLID LIGHT SOURCE BE ABLE
REDUCE MECHANICAL STRUCTURE.
- LOW POWER REQUIREMENT.
- EXCELLENT CHARACTERS APPEARANCE.
- LONG L1FE·SOLID STATE RELIABILITY.
TO
PACKAGE DIMENSIONS
_
I
,J:.
165.0
(6.4961
-I
~:::::::::::::::::=~]
__________________________________~I,-1
I
i---
~1
26
r.
u i2 1
FIG. 1-5
NOTES:
1. All dimensions are in millimeters (inches.)
2. Tolerance is ±0.30mm (.012") unless otherwise
noted.
8-14
127
1. SCHEMATIC CIRCUIT DIAGRAM
~rl~I~I--------_I~~1~I----o
A
~~~~ .............. ~~~
A =ANODE
C= CATHODE
1 .-'--1----1..1---11____-----1..1---1.1_1'-----__
0
C
2 x 17 = 34 (LED NUMBERS)
2. OPTICAL CHARACTERISTICS.
(Luminous Intensi't¥ and Luminous Tolerance.)
2-1 TESTING CIRCUIT
I
I
'f'
I
1- 1-'f'
1- T
I
I
1-
............... ~
T T"
T
T
'f'
'f'
4
128mm
12.Q V
FIG. 2·4
C-14
125mm L
LTM·89X12
Green
(565 nm)
4>4
Transparent
106mm
12.0 V
FIG. 2·5
C-18
Transparent
ILlTE[']~11
LIGHT SOURCE
LTM-88X27
-.
.
FEATURES
_ EXCELLENT CHARACTERS APPEARANCES.
LOW POWER REQUIREMENT.
_ MECHANICALLY AND SPECTRALLY MATCHED
TO THE 92 PCS OF LED.
_HIGH RELIABILITY & LONG LIFE.
_SUITABLE AS A LIGHT SOURCE OF THE
FOLLOWING APPLICATIONS FACSIMILE. IMAGE.
SCANNER.
PACKAGE DIMENSIONS
243.0
(9.5671
0000000
000000000000
110.0
110.0
(4.3311
FIG. 2·1
NOTES:
1. All dimensions are in millimeters (inches.)
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
C-2
1.51
._-_.,
1. SCHEMATIC CIRCUIT
,
,
o
A
- 0
c
T T T
............................ T T T
TTT
f··
_ _ _ _-----I-----L-T---L-T
A = ANODE
C = CATHODE
4 x 23 = 92 (LED NUMBERS)
2. ABSOLUTE MAXMUM RATING
PARAMETER
SYMBOL
RATING
Forward Voltage
VDD
13(V)
Reverse Voltage
VR
16 (V)
Power Disipation
Po
5.6 (W)
Operating Temperature
Topr
-10to+50(OC)
Storage Temperature
Tsto
-20 to +60 (oC)
3. ELECTRICALL CHARACTERISTICS (Ta = 2SoC)
RATING
PARAMETER
;'3
52
SYMBOL
TEST CONDITION
UNIT
MIN.
TYP.
MAX.
Forward Current
100
VDD = 12V
-
370
430
mA
Reverse Current
IR
VR = l6V
-
-
100
/lA
4. OPTICAL CHARACTERISTICS
RATING
SYMBOL
PARAMETER
TEST CONDITION
UNIT
MIN.
TYP.
MAX.
1000
-
-
Lx
2.05
2.1
2.37
mm
Peak Luminous
Lvp
Condensing Light Half Width
c.L
Peak Emission Wavelength
AP
IF=20mA
-
565
-
nm
Spectral Line Half Width
AA
IF = 20mA
-
25
-
nm
VDD = 12 V
NOTE 1.
TEST DIAGRAM
D- - - ) DtVDD=12V
SPEED :8±2mm/s.
------)
>
-----)
LED ARRAY
CURRENT
METER
VOLTAGE
RECORDER
1------>
DETECTOR
* NOTE 1. Peak Luminous (Lvp), Condensing Light Half Width (c.H L), Condensing Irradiation Width (c.Ll
Measurement:
(1) Condensing Light Half
Measure Position
PHOTO
DETECTOR
LENS LINE
(2) Condensing Irradiation Width
E
E
o
E
E
CO
N
Lvp
Lvp
100%
Lvp
2'"
DL
Luminous Matching
216 mm
150%
lvp MIN 100%
C-4
153
IDD-VDD
500
450
400
350
300
250
200
150
100
50
~
~
-;
o
C
~
c3
"0
Co
~
~
r = 6.0mm
TA
25°C
LVP-VDD
2000
en
/'
V
::l
0
/
8
500
'E
200
....J
07
9 10 11 12 13
VDD = 12V
r=6.0mm
TA = 25°C
.s
LV-L-L
....J
VDD = 12V
TA = 25°C
L-HL-r
..s:::.
( I,
1.0
.iii
cQ)
+-'
"0
~
::!::
+-'
C
co
I
0.5
Q)
1/
>
.;::;
\
~
co
9 10 11 12 13
E
+-'
4
.." ~
1--
~
+-'
..s:::.
Cl
~
:.:::i
Q)
c::
2
Cl
o -3
-2 -1
0
2
c
c
.iii
3
Q)
. Condensing Light Width L-L (mm)
"0
C
0
u
VDD=12V
TA = 25°C LVP-r
'a..
. ....J
> 1500
r- t-...
........
>+-'
.iii
c
r"-
u
r-....
0
~
...
::l
co
...
Q)
+-'
Q)
C 1000
Q)
0.
E
Q)
I-
o
154
8
-
V
Forward Voltage VDD (V)
I
>
....J
L
V
V
::l
Forward Voltage VDD (V)
C.!;
L
c
V
07
V
a..
1000
>
....J
/
/
L.
j 1500
L
4.0
6.0
8.0
10.0
Lens Detecte Distance r (mm)
o
4.0
6.0
8.0
10.0
Lens Detecte Distance r (mm)
55
50
45
40
35
3D
25
L
,/
.L
L
,...,.,. / '
~
100 150 200 250 300 350 400 450
Forward Current IF
ILlTE(.]~11
LIGHT SOURCE
LTM·88X28
FEATURES
• EXCELLENT CHARACTERS APPEARANCES.
• LOW POWER REQUIREMENT.
• MECHANIGALL Y AND SPECTRALLY MATCHED
TO THE 92 PCS OF LED.
• HIGH RELIABI LlTY & LONG LIFE .
• SUITABLE AS A LIGHT SOURCE OF THE
COPIER. APPLICATIONS FACSIMICE.
PACKAGE DIMENSIONS
284.0
I
FIG. 2-2
NOTES:
1. All dimensions are in millimeters (inches.)
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
C-6
155
1. SCHEMATIC CIRCUIT
...I
I
... ~~
... T...
...
T
T
T
I
I
T
...T T
...
T
...T T...
...
...I
.....................................
A
0
C
T
TI T
TI TT
0
T
...T
~
T
... ... ...
T T T
... ...
T
II.
I
A= ANODE
C = CATHODE
4 x 7 4 x 27 = 108 (LED NUMBERS)
2. ABSOLUTE MAXMUM RATING
PARAMETER
SYMBOL
RATING
Forward Voltage
VDD
13 (VI
Reverse Voltage
VR
16 (V)
Power Oisipation
Po
5.98(WI
Operating Temperature
Topr
-10 to +50 (oC)
Storage Temperature
Tsto
-20 to +60 (0 C)
-
3. ELECTRICALL CHARACTERISTICS (Ta = 25°C)
RATING
PARAMETER
C-7
156
SYMBOL
TEST CONDITION
UNIT
MIN.
TYP.
MAX.
Forward Current
100
VOl;> = 12V
-
410
460
mA
Reverse Current
IR
VR = l6V
-
-
100
p.A
4. OPTICAL CHARACTERISTICS
RATING
PARAMETER
SYMBOL
UNIT
TEST CONDITION
MIN.
TYP.
MAX.
1000
-
-
Lx
2.05
2.1
2.37
mm
Peak Luminous
Lvp
Condensing light Half Width
t>L
Peak Emission Wavelength
;\p
IF = 20 mA
-
565
-
nm
Spectral Line Half Width
t>;\
IF = 20 mA
-
25
-
nm
VDD = 12 V
NOTE 1.
TEST DIAGRAM
O- - - ) DtVDD=12V
SPEED:8±2mm/s.
------)
>
CURRENT
METER
-----)
LED ARRAY
VOLTAGE
RECORDER
1----->
DETECTOR
* NOTE 1. Peak Luminous (Lvp), Condensing Light Half Width
(t> HL) ,
Measurement:
Measure Position
(2) Condensing Irradiation Width
(1) Codensing'Light Half
Width (t>HL),
PHOTO
DETECTOR
E
E
o
cO
LENS
E
E
LlNE~~
g--=-
Lvp
Lvp
100%
Lvp
2
~L
Luminous Matching
263 mm
....-1-.::----150%
--~~=------1~----100%
Lvp MIN
C-8
157
~
~
-;;
o
1:
~
c3
"0
Co
~
&
500
450
400
350
300
250
200
150
100
50
07
r = 6.0mm
TA
25°C
LVP-VDD
IDD-VDD
2000
j
/
V
III
:::J
0
/
500
c
'E
V
8
200
:::J
07 8
9 10 11 12 13
VDD = 12V
r=6.0mm
TA = 25°C
V
E
.s
LV-6L
1.0
....I
VDD = 12V
TA = 25°C
6HL-r
..c
+"
( "'\
+"
.iii
cQ)
"0
~
:!::
co
+"
C
-- -
4
I
0.5
Q)
V
./
>
.';:;
co
a;
a:
V
9 10 11 12 13
-
/
Forward Voltage VDD (V)
I
>
• ....1
\
./
+"
..c
Cl
:.:i
2
v
Cl
o -3
-2 -1
0
2
c
cQ)
.iii
3
Condensing Light Width 6L (mm)
"0
C
0
u
VDD=12V
TA = 25°C LVP-r
><
....I
a...
1500
>
....I
r- '-
........
>-
.~
~
j'-... ~
III
C
1000
Q)
a.
E
Q)
:::J
0
I-
c
·E
:::J
....
co
....
III
....I
Q)
+"
Q)
+"
u
°
:::J
C
158
/
V
....I
Forward Voltage VDD (V)
C-9
/
a... 1000
>
....I
./
/'
V
/'
1500
o
4.0
6.0
8.0
10.0
Lens Detecte Distance r (mm)
o
4.0
6.0
8.0
10.0
Lens Detecte Distance r (mm)
55
50
/
45
40
35
30
25
/
~
-'"
V
V
/'
100 150 200 250 300 350 400 450
Forward Current IF
ILlTErl) ~ II
LIGHT SOURCE
LTM-88X29
FEATURES
• EXCELLENT CHARACTERS APPEARANCES.
• LOW POWER REQIREMENTS.
• MECHANICALLY AND SPECTRALLY MATCHED
TO THE 10 PCS OF LED.
• HIGH RELIABILITY & LONG LIFE.
• SUITABLE AS A LIGHT SOURCE OF THE FOLLOWING APPLICATIONS FACSIMILE, IMAGE
SCANNER.
PACKAGE DIMENSIONS
64.0
(2.520)
t
(.236)
FIG. 2-3
NOTES:
1. All dimensions are In millimeters (inches.)
2. Tolerance is ±0:25mm (.010") unless otherwise
noted.
C-10
159
1. SCHEMATIC CIRCUIT
,-----------r ----,------- ----,--------T----------------()
I
..
-;-
-r"
I
...
-,
"-:
I
-r.,
..T
..
I
A
I
y
T
...
--j-
T
T ___ .___.__ ••_ _ _ ()
._L...
L ______ ---'- _______ . ____ --'---______ --' __._ .. _____
A = ANObE
C = CATHODE
(:
2 x 5 = 10 (LED NUMBERS)
2. ABSOLUTE MAXMUM RATING
PARAMETER
SYMBOL
RATING
Forward Vo"ltege
VOD
5 (V)
Reverse Voitage
VR
8 (V)
Power Oisipation
Po
0,4 (WI
Operating Temperature
Topr
-10to -50 (oC)
Storage Temperature
Tsto
-20 to +60 (0 C)
3. ELECTRICALL CHARACTERISTICS (Ta
= 25°C)
RATING
PARAMETER
C-11
160
SYMBOL
Forward Current
fOO
Reverse Current
fR
TEST CONDITION
UNIT
MIN.
TYP.
VOO= 5V
-
50
80
mA
VR =8V
-
-
100
IJ.A
MAX.
4. OPTICAL CHARACTERISTICS
RATING
PARAMETER
SYMBOL
TEST CONDITION
UNIT
MIN.
TYP.
MA)('
1000
-
-
mv
-
7.5
-
mm
Peak luminous
lvp
Condensing Light Half Width
Al
VDD = 5V
NOTE 1.
Peak Emission Wavelength
Xp
IF
= 50mA
-
660
-
nm
Spectral Line Half Width
AX
IF
= 50mA
-
20
-
rim
D- - - ) DtTEST DIAGRAM
VDD =5V
SPEED:8±2mm/s.
------)
>
CURRENT
METER
------)
LED ARRAY
1----->
VOLTAGE
RECORDER
DETECTOR
" NOTE 1. Peak Luminous (Lvp), Condensing Light Half Width (AL)
Measurement:
Peak Luminous, Condensing Light Half Width
~ ~l
PHOTO DETECTOR
LENS LINE
LC')
E
E
...
c:.I:!
.-
II
g-'-
Lvp
2
Lvp
Luminous Matching
35± 10mm
150%
---..I...
1 00% _ _I----+_-+-=-+-_~
Lvp MIN
C-12
161
r = 5.0mm
TA = 25°C
LVP-Voo
loo-Voo
«
E
Cl
Cl
....c
~
::J
u
"E
co
;::
a
I.L
50
45
40
35
30
25
20
15
10
5
0
/
/
/
;;
E
c...
/
V
/
Y
>
...J
/
en
::J
0
c
'E
::J
...J
1000
900
800
700
600
500
400
300
200
100
0
3.6 4.0 4.3 '4.7 5.0
./
V
E
E
LV-6L
1.0
/
3.4
'00
/
c
....Q)
Q)
>
'';:;
0.5
co
...J
~
1\
/
V
5.0 5.4
Voo = 5V
TA = 25°C
L';L-r
B.O
-
I
.E 6.0
1\
o-12-10-8-6-4-20
:.:J
OJ
.~
"
2 4 6 8 1012
LVP-r
250
E
c... 200
>
....>- 150
'00
...J
c
....c
Q)
100
en
::J
0
c
'E
::J
...J
50
0
-2.0
-3.0
4.0
2.0
Q)
Voo = 5V
TA = 25°C
;;
4.0
c
Condensing Light Width L';L (mm)
162
3.8 4.2 4.6
OJ
m
0:
C-13
L
v "'\
....>-
..5
/
/
...J
/
Forward Voltage Voo (V)
Forward Voltage Voo (V)
Voo = 5V
r=5.0mm
TA = 25°C
V
5.0
Lens Detecte Distance r (mm)
-g
o
U
0
2.0
3.0
4.0
Lens Detecte Distance r (mm)
5.0
ILITEr.) ~ II
LIGHT SOURCE
LTM·88X55
FEATURES
o EXCELLENT CHARACTERS APPEARANCES.
LOW POWER REQUIREMENT.
o MECHANICALLY AND SPECTRALLY MATCHI::D
TO THE 56 PCS OF LED.
oHIGH RELIABILITY & LONG LIFE.
oSUITABLE AS A LIGHT SOURCE OF
I)
APPLICATIONS IMAGE SCANNER.
,~~~/',
:::::-
~~- "
.
PACKAGE DIMENSIONS
I-
I.
CI
148.0
(5.827 J
,r
.:[
0
701)
( 2.756)
"
It
"Id---l
oj P=-rf·t)
~
(0.059)
L
85.0
( 3,346)
6.0
~
0-
j=i
f
120
6.2
( .244)
1.2
f.047)
+
FIG. 2-4
NOTES:
1. All dimensions are in millimeters (Inches.)
2. Tolerance IS- ±0.25mm (.010") unless otherwise
noted.
C-14
163
1. SCHEMATIC CIRCUIT
...I I
T
l...
...I
...I
-
...I
I
..,I
T T
T
... T T T
... T
.
TI TTf
T
I
y
...I
I
y
I
y
...I
0
A
0
C
~ ..,
T T T T T T
...
...
T T ~ T T T T
...
T ~ T T
...
T T ...T ...T T
T
...I
I
y
..
T T
I TI
...T T T T T T
...
j j j Tj j
4 x 14 = 56 (LED NUMBERS)
A= ANODE
C = CATHODE
2. ABSOLUTE MAXMUM RATING
·SYMBOL
RATING
Forward Voltage
VDD
13 (V)
Reverse Voltage
VR
16 (V)
Power Disipation
Po
4.9 (W)
Operating Temperature
Topr
-10to+50 (Oe)
Storage Temperature
Tsto
-20 to +60 (oC)
PARAMETER
3. ELECTRICALL CHARACTERISTICS (Ta
=2S0C)
RATING
PARAMETER
C-15
164
SYMBOL
UNIT
TEST CONDITION
MIN.
TYP.
MAX.
= 12V
-
300
350
mA
= 16V
-
-
100
IJ,A
Forward Current
100
VDD
Reverse Current
IR
VR
4. OPTICAL CHARACTERISTICS
RATING
SYMBOL
PARAMETER
UNIT
TEST CONOITION
MIN.
TYP.
MAX.
1000
-
-
Lx
-
1.7
-
mm
Peak Luminous
Lvp
Condensing Light Half Width
':;L
Peak Emission Wavelength
Xp
IF = 20 mA
-
565
-
nm
Spectral Line Half Width
':;X
IF = 20 mA
-
25
-
nm
VDD = 12 V
NOTE 1.
TEST DIAGRAM
D- - - ) [}-fVDD=12V
SPEED:8±2mm/s.
------)
CURRENT
METER
:>
-----)
LED ARRAY
1-----:>
VOLTAGE
RECORDER
DETECTOR
* NOTE 1. Peak Luminous (Lvp),Condensmg light Half Width
(,:;L)
Measu rement:
Measure Position
,=3]
Peak Luminous, Condensing Light Half Width
EIA"
PHOTO DETECTOR
LENS LINE
E
E
":
r--.
E
~ ~
Lvp
Lvp
2
g~.
Luminous Matching
12B± 10 mm
150%
100%
Lvp MIN
C-16
165
r = 7.7mm
TA = 25°C
IDD-VDD
500
« 450
400
Cl
Cl 350
'E 300
~ 250
u:J 200
"'0 150
ro 100
~ 50
tf 0 7
~
/
.s
>E
V
/
a..
V
V
V
>
....J
/
CIl
:J
0
/
400
:J
....J
9
10
>
....J
....>
'00
o
7
11 12 13
(
c
/
c
i
I
0.5
Q)
\\
I
>
'+"
~
o -3
>
a..
>
:t=
CIl
~
,
0
2
3
LVP-r
400 I--I---iF-'-lr.--:-f--i--l--l
300r-r-+-+-+-+-~~
200 r-t--I--I---I--I-f---I
CIl
E
::l
....J
100r-+-+-~~-+-4~
OL-L-L-l-l-~~....J
5.0
6.0
7.0
8.0
Lens Detecte Distance r (mm)
C-17
166
6L-r
2.0
~
1.5
g'
1.0
~
0.5
1-I---
"'0
C
(3
0
5.0
6.0
I-- ~
7.0
8.0
Lens Detecte Distance r (mm)
Q)
5c
....
.!:
C
....c
VDD= 12V
TA=25°C
....
E 500 ,--,--,-----,,---r,---r----,----,
>
....J
9 10 11 12 13
"'0
Condensing Light Width 6L (mm)
VDD = 12V
TA = 25°C
8
.!:
Q)
-2 -1
1/
Forward Voltage VDD (V)
E
E
Q)
a:
/
E 100
VDD= 12V
r=6.0mm
TA = 25°C LV-6L
Q)
/
200
Forward Voltage VDD (V)
....
/
300
.!::
/
8
LVP-VDD
500
ILlTE[')~11
LIGHT SOURCE
LTM-89X12
FEATURES
• EXCELLENT CHARACTERS APPEARANCES.
• LOW POWER REQUIREMENT .
• MECHANICALLY AND SPECTRALLY MATCHED
TO THE 48 PCS OF LED.
• HIGH RELIABI LlTY & LONG LI FE .
• SUITABLE AS A LIGHT SOURCE OF
APPLICATIONS IMAGE SCANNER.
PACKAGE DIMENSIONS
cjF=====~~========~tT======================================~:J~~)
1.2
(.047 )
FIG. 2-5
NOTES:
1. All dimensions are in millimeters (Inches.)
2. Tolerance is ±0.25mm (.010") unless otherWise
noted.
C-18
167
1. SCHEMATIC CIRCUIT
...Tr ...TI T...I TI lI lI fI ...TI T...I T...I fI lI
... ... ... ...
... ... ...
...
...
T T T T T T T T T T f T
...
...
... ...
...
...
T T T T f T f T T T T l
...
0
A
0
C
y
y
y
y
fff
I
I
y
T If
y
y
f TI II
t
4 x 12 = 48 (LED NUMBERS)
j
A = ANODE
C= CATHODE
2. ABSOLUTE MAXMUM RATING
SYMBOL
RATING
Forward Voltage
VOO
13 (V)
Reverse Voltage
VR
16 (V)
Power Oislpation
Po
3.25(W)
Operating Temperature
Topr
-10 to +50 (OC)
Storage Temperature
Tsto
-20 to +70 (OC)
PARAMETER
3. ELECTRICALL CHARACTERISTICS (Ta = 2S0C)
RATING
PARAMETER
C-19
168
SYMBOL
TEST CONDITION
UNIT
MIN.
TYP.
MAX.
= 12V
-
230
250
mA
= 16V
-
-
100
p.A
Forward Current
100
VOO
Reverse Cu rrent
IR
VR
4. OPTICAL CHARACTERISTICS
RATING
PARAMETER
TEST CONDITION
SYMBOL
UNIT
MIN.
TYP.
MAX.
1300
-
-
Lx
-
1.6
-
mm
Peak Luminous
Lvp
Condensing Ught Half Width
"'L
Peak Emission Wavelength
AP
IF=20mA
-
565
-
nm
Spectral Line Half Width
"'A
IF = 20 mA
-
25
-
nm
D- - - ) D+-
VDD = 12 V
NOTE 1.
TEST DIAGRAM
VDD=12V
SPEED:8±2mm/s.
------)
>
------)
LED ARRAY
CURRENT
METER
1----->
VOLTAGE
RECORDER
DETECTOR
* NOTE 1 Peak Luminous (Lvpl, CondenSing Light Half Width ("'Li
Measurement.
Measure Position
PHOTO DETECTOR
LENS LINE
Peak Luminous, Condensing Light Half Width
E
E
E
E
N
N
Lvp
Lvp
2
Luminous Matching
105± 10 mm
150%
100%
Lvp MIN
C-20
169
r = 6.0mm
TA = 25°C
IDD-VDD
«
500
450
400
350
300
250
200
150
100
50
E
--;o
1:
~
<3
"E
~
o
u..
2000
~
./
en
j,-"
:::J
0
:::J
-l
./
v
8
9
10
11 12
13
TA = 25°C
1.0
>-
en
c
Ql
+-'
oS
0.5
Ql
LV-~L
,V
>
'';::;
co
-l
~
+-'
-c
~
VDD = 12V
TA = 25°C
~HL-r
4
2
I............
.,. V
Cl
:.J
Cl
c
0
'Vi
-3 -2 -1 0
2 3
Condensing Light Width ~L (mm)
ffi
-c
c
o
VDD
X
:::J
a..
~
TA =
1500
>-
+-'
C
Ql
.E
=
U
12V
25°C
6.0
10.0
8.0
4.0
Lens Detecte Distance r (mm)
LVP-r
l - t---
.......
j'-....
1"-
-
1000
u
0
~
50
45
:::J
40
co
Q;
35
-I-'
L
/
0.
en
E
30
Ql
:::J
o
c
f-
'E
:::J
-l
0
55
'Vi
170
8 9 10 11 12 13
Forward Voltage VDD (V)
'+-
iii
I
+-'
..c:
0::
C-21
o
/
L
..c:
\ ..
Ql
/
V
LV
V
./
E
.s
("
:~
200
7
Forward Voltage VDD (V)
VDD = 12V
r = 6.0mm
500
c
'E
./
07
>
-l
1500
a.. 1000
>
-l
./
LVP-VDD
4.0
6.0
8.0
10.0
Lens Detecte Distance r (mm)
25
1-
......... / '
~
L
100 150 200 250 300 350 400 450
Forward Current IF
•
C-22
171
D . Multicolor LED Block
Modules for Graphic
Displays & Sign Board
Displays
• LTM~8711 ~ 1 DISPLAY MODULE
• LTM~8843~ 1 LONG MOVING SIGN MODULE
ILlTErl] ~ II
LTM-8711-1 DISPLAY MODULE
SPECIFICATION
1. SCOPE
Tho L TM-8711-1 5q. display modulo consists of CPU
memory, driver, and dot matrix display. There are
three colors in the module, red, green, and yellow.
It IS an intelligent display module that can be expanded
to as I arge as you need.
The data is transfered by the personal computer with
a particular interface card. Whatever it is character
mode or graphic mode. It is colorful & changeable
display.
2. FEATURES
-SIZE: 16 X 32 DOTS, 24CM (WIDE) X 12CM
(HIGHT).
- COLOR: RED, GREEN, YELLOW.
-WIDE VIEWING ANGLE.
-CONTENT: CONTROLER, MEMORY, DRIVER
AND DOT MATRIX DISPLAY.
-INPUT, OUTPUT: TTL COMPATIBLE.
3. MECHANIC
±1
242
Outline dimension (F IG.1)
~I
1
±1
121
~-'------L-----,l
\ + - - - - - 242 ±1 -----~~I
4XM3
!D
DD
DI
0-1
174
4. ELECTRONIC CHARACTERISTIC
Absolute maximum rating at T = 25° C
Parameter
Supply Voltage
Input Voltage
Power Dissipation
Operating Temperature Range (At Case)
Storage Temperature Range
Symbol
Min,
VDD
VI
PO
TOP
TSTG
-0.3
9
5.5
30
W
0
-20
45
+60
°c
°c
Max,
Units
V
V
Operation condition at T = 25°C
Parameter
Symbol
Min.
Tpy.
Max.
VDD
7
7.2
8
Supply Voltage
Supply Current
Transmission Speed (Per Module)
I/O Connector
Input Voltage
Output Voltage
Output Current
V
A
mS
3
3
100
VIH
Vil
VOH
VOL
10H
10l
Units
V
V
V
V
mA
mA
2.0
0,8
2.0
0.8
0.5
2.0
Optical characteristic at T = 25° C
Parameter
Symbol
Tpy.
I
3000
565
630
Average luminous Intensity
Peak Emission Wave length (Green)
Peak Emission Wave length (Red)
luminous Intensity Matching Ratio
AP
AP
Max.
Test
Condition
units
At Vctd
'" 7.2V
}.Lcd
mm
mm
2:1
5. CONNECTOR PIN ASSIGNMENT
Input connector (Type: 3M 3428-6302 or equivalent)
Pin No,
Connection
Pin No.
Connection
1
DATA 80
11
ADDR.80
2
DATA 81
12
ADDR 81
3
DATA 82
13
ADDR,82
4
DATA 83
14
ADDR 83
5
DATA 84
15
ADDR 84
6
DATA B5
16
ADDR,85
7
DATA B6
17
ADDR,86
8
DATA 87
18
ADDR,87
9
INPUT
19
GND
OUTPUT
20
GND
10
D-2
175
Output Connector (Type: 3M 3428-6302 or equivalent)
PinNa.
Connection
PinNa.
Connection
1
DATA 80
11
ADDR BO
2
DATA 81
12
ADDR. 81
3
DATA 82
13
ADDR.82
4
DATA 83
14
ADDR.83
5
DATA 84
15
ADDR.84
6
DATA 85
16
ADDR. B5
ADDR.86
7
DATA B6
17
8
DATA 87
18
ADDR.87
9
OUTPUT
19
GND
INPUT
20
GND
10
Power connector (Type: mates with molex 70156 lOP or 8981-4p connector)
Pin No.
Connection
Pin No.
Connection
1
VDD
3
GND
2
GND
4
VDD
6. SETTING OF ADDRESS SWITCH
"ADDR SW1" Setting
ADDR SW,
VALUE (OFF = ",")
OFF
ON
~~~~~~~~
12345678
D-3
176
ON
0
0
0
0
0
2
2
3
4
4
5
6
7
8
16
32
64
a
a
8
128
0
Example. If we want to set address no.
->
100
ON
~~~~~~~~
12345678
zz!±:zz!±:!±:z
00000000
OO~OOC\J~O
C1J(()
0
0
+ "
.. ADDR SW2" Setting (brightness)
ON
~~~~~~~~
12345678
Red
Green
SW2·5
SW2·6
SW2·7
SW2·8
SW2·2
SW2·3
0
ON
ON
ON
X
ON
ON
ON
X
1
OFF
ON
ON
X
OFF
ON
ON
X
SW2·1
SW2·4
2
ON
OFF
ON
X
ON
OFF
ON
X
3
OFF
OFF
ON
X
OFF
OFF
ON
X
4
ON
ON
OFF
X
ON
ON
OFF
X
5
OFF
ON
OFF
X
OFF
ON
OFF
X
6
ON
OFF
OFF
X
ON
OFF
OFF
X
7
OFF
OFF
OFF
X
OFF
OFF
OFF
X
X Don't -care
D·4
177
7. ENVIRONMENTAL CONDITION
Min.
Max.
Units
0
+45
-20
+60
°c
°c
0
0
90
95
%
%
2400
9100
m
m
7-1 Operation temperature range (at case)
7-2 Storage temperature range
7-3 Humidity
Operation
Non-operation
7-4 Altitude
Operation
Non-operation
8. APPLICATION
The big display system allow more efficient use of
A.
The plate of adverising, for example
-
B.
Theater
I ntroduce productions
Information service
-
Securities
Exchange rate
Other money market
C.
To display the Information of hospital.
D.
To display trains destination.
E.
Information system of raJiroad.
FROM
IBM AT DR
LAST MODULE
I DATA.
r-----------------------------------------,
I
I
BUS>
I ADDR.
BUS>
INPUT
PORT
--
CONTROLLER -
-~
I
I
I
I
I
I
I
I
I
I
I
I
TO
NEXT
MODULE
DATA. BUS
<
ADDR. BUS
:
I
-1
DISPLAY
L TP-2188AA-NB
DRIVER
178
I
I
I
I
OUTPUT
PORT
I- ~
ADDRESS
SETTING
I
REGULATOR
I
I
IL __________________________________
D-5
xsl
FIG.2 MODULE BLOCK DIAGRAM
~
FROM
PO'w'ER SUPPLY
PO'w'ER LINE
I
I
I
I
I
______ I
~
l
FRO M INTERF ACE
CAR D
I
INPUT
" .1.
I
MODULE 1
I OUTPUT
l-
H
INPUT
I
, - T O NEXT MODULE
MODULE 2
IOUTPUTt--
--
~~
L"
r
FR~OM
LAST MODULE
INPUT
I
1--1
INPUT
I
MODULE N·1
MODULE N
I OUTPUTI-
IOUTPUT I
"
.1.
DISPLAY
MODULE
ARRAY
FIG. 3 DISPLAY MODULE ARRAY
CRT
~__~
IBM PC/AT
or COMPATIBLE
DISPLAY MODULE
ARRAY
FIG. 4 SYSTEM BLOCK DIAGRAM
D-6
179
r-----------------------,
I
I
IL
_______________________
I
I
I
I
I
I
I
I
I
I
I
I
I
I
~
CONTROL CENTER
TRAIN
CONTROL
SYSTEM
STATION
I
TRAIN
DISPLAY
ARRAY
+
LAST
CARRIAGE
FIG. 5 APPLICATION BLOCK DIAGRAM
D-7
180
I
t
I
DISPLAY
ARRAY
I
ILlTE(']~11
LTM-8843-1 LONG MOVING SIGN
MODULE
SPECIFICATIONS
1. SCOPE
r - --;---.------------------
I.
LTM-8843-1 consists of CPU. memory, driver circuit
and Dotmatrlx display. There are three colors In the
dotmatrlx display. The display module IS an intelligent
module that can expand as large as you need (It
connects module by module. Pis refer to FlG 1)
The data IS transfered by personal computer with a
particular Interface card, and there are two forms of
data, character or graphic, that you can choose.
I,
I
2. FEATURES
• Size: 16*32 dots, 12cm (hlght) i24cm (wide) 5.5cm
(deep).
• Color: Red, Green, Yellow.
• Content: Control unit, memory, driver cirCUit,
dotmatrlx display.
o Speed: High speed - 200 column/sec.
Middle speed - 100 column/sec
Low speed - 50 column/sec.
3.
MECHANIC
±1
242
I~
OCX)llCXXXl
~~8B ~
~8888§§
888888
oj
___
1
±1
121
j
242 ± 1 - - - - 4
"'oeo...
+I~~~L.\~----------------_+~-----
Tolerance: ±0.3mm
Unit: mm
FIG.1
Weight: 1.0Kg
D-8
181
4. CONNECTOR PIN ASSIGNMENT
Input Connector (Type: 3M 3428-6302 or equivalent)
Pin No.
-Pin No.
Connection
1
2
NOT USE
NOT USE
NOT USE
NOT USE
NOT USE
NOT USE
NOTUSE
NOT USE
ROW SCANNING IN
FUNCTION IN
3
4
5
6
7
8
9
10
Connection
DATA
DATA
DATA
DATA
DATA
DATA
DATA
DATA
GND
GND
11
12
13
14
15
16
17
18
19
20
BO
B1
82
B3
84
85
B6
B7
Output Comector (Type: 3M 3428-6302 or eqUivalent)
Pin No.
Connection
Pin No.
1
2
NOT USE
NOT USE
NOT USE
NOT USE
NOT USE
NOT USE
NOT USE
NOT USE
ROW SCANNING OUT
FUNCTION OUT
11
12
13
14
15
16
17
18
3
4
5
6
7
8
9
10
Connection
DATA
DATA
DATA
DATA
DATA
DATA
DATA
DATA
GND
GND
19
20
BO
B1
82
B3
B4
B5
B6
87
POWER CONNECTOR (Type: mates with molex 70156 lOP or 898l-4P Connector)
Pin No.
Connection
Pin No.
Connection
1
2
VDD
GND
3
4
GND
VDD
\
5. ABSOLUTE MAXIMUM RATING AT T = 25°C
Parameter
0-9
182
Supply Voltage
Input Voltage {Singa!l
Power DiSliipation
Operating Temperature Range (At' Case)
Storage Temperature Range
Symbol
Min.
Max.
Units
VDD
VI
PD
TOP
TSTG
-0.3
9
5.5
30
V
V
W
0
:-20
45
+60
°c
QC
6. OPERATION CONDITION AT T
Parameter
= 2SoC
Symbol
Supply Voltage
Supply Cu rrent
Transmission Speed (Fast Speed)
Transmission Speed (Middle Speed)
Transmission Speed (Slow Speed)
1;0 Connector
Input Voltage
Output Voltage
Min.
VDD
100
7
VIH
VIL
VOH
2
Typ.
Max.
7.2
8
3
200
100
50
0.8
2
VOL
0.8
0.5
10H
10L
Output Current
2
7. ELECTRICAL/OPTICAL CHARACTERISTICS AT T
Parameter
Average Luminous Intensity
Peak Emission Wave Lengh (Green)
Peak Emission Wave Lengh (Red)
Luminous Intensity Matching Ratio
Symbol
I
"p
"p
Min.
Typ.
Units
V
A
COLUMN/SEC
COLUMN/SEC
COLUMN/SEC
V
V
V
V
V
mA
mA
= 2SoC
Max.
units
3000
!lcd
565
630
mm
mm
Test
Condition
atVDD
'" 7.2V
2:1
8. APPLICATION
L TM·8843·1 moving sign system allow more efficient
use of
A.
The plate of advertising, for example
-
B.
Theater
I ntroduce productions
Information service
Secu rlties
Exchange rate
Other money market
C.
To display the Information of hospital.
E.
To display trains destination.
F.
Information system of railroad.
D·l0
183
FROM
INTERFACE CARn 0 R
LAST MODULE
~---------------------------------------------~
I
ADOR. BUS
INPUT
DATA. BUS
PORT
CONTROLLER
I---
I
DISPLAY
LTP-2188A-NB
I
I
I
I
I
I
I
I
I
TO
NEXT
MODULE
XB
I
DRIVER
LTE·239
880nm
Water Clear 0.6 mw/cml
16"
1.3V
1-8
;
LTE-239C
880nm
Smoke
0.6 mw/cm2
16"
1.3 V
LTE-4208
940nm
Water Clear
1.4 mw!cm2
'2SJ0
1.2 V
1-11
T·l*
Standard
1" Lead
51/>
LTE·4208C
940nm
Smoke
1.4 mw!cm 2
'2SJ0
1.2 V
LTE·4238
880nm
Water Clear
1.4 mw/cm 2
20°
1.3 V
r--.
1·14
~ r= )
LTE·4238C
880nm
Smoke
1.4 mw/cm 2
20°
1.3 V
LTE·5208A
940nm
Water Clear
1.0 mw/cm 2
40°
1.2 V
1-17
T·1*
Wide
Viewing
Angle
51/>
L TE·5208 AC
940nm
Smoke
1.0 mw/cm 2
40°
1.2 V
LTE·5238A
880nm
Water Clear
1.0 mw/cm 2
40°
1.3 V
1-20
LTE·5238AC
880nm
Smoke
1.0 mw/cm 2
1-1
188
Note: ... 211% is the off-axis angle at which the radiant intensity is half the aXial radiant intensity.
40°
1.3V
• INFRARED EMITTING DIODES
DEVICE
DESCR IPTION
DUTLINE
PACKAGE
~
T-l
Standard
1" Lead
3<{J
APERTURE
RADIANT
INCIDANCE
EeTYP.
@20mA
TYPICAL
VIEWING
ANGLE
28%*
Vf TYP. PAGE
@20mA
No.
PART NO.
WAVELENGTH
i\P
LENS
L TE-4206
940 nm
Wator Clear
07mw/cm'
20 0
12V
LTE-4206C
940 nm
Smoke
0701w!cm'
20°
12V
LTE-2871
940n01
Water Clear
16mw/c01'
16°
1.2V
1-23
n
~
ij
T-1%
Narrow
Viewing
Angle
1" Lead
5<1>
Side
Look
1-26
LTE-2871C
940nm
Smoke
1.6 mw!r.m'
160
12V
LTE-302
940 nrn
Water Clear
015mw!Grn'
40°
12V
1-29
• PHOTOTRANSISTORS
DEVICE
OUTLINE
PACKAGE
i
Q
0
ij
R
T-1
Modified
0_05:: Pitch
0.5" Lead
PART NO.
LIGHT
CURRENT
TYP.
@Ee= 1
mw/em'
DARK
CURRENT
MAX.
@VCE = 10V
VCE (SAT)
MAX.
@Ic '" 0.5 mA
VCEoMIN.
@Ic '" 1 rnA
LTR-209
2mA
100 nA
0.4 V
30 V
T-1%
Standard
0.5" Lead
LTR-3208
401A
100 nA
0.4 V
30 V
5<{J
LTR-3208E
2mA
100nA
0.4 V
30V
Side
Look
LTR-301
lO1A
100 nA
04V
30 V
LTR-4206
4mA
100nA
0.4 V
30V
LTR4206E
2 rnA
100nA
04V
30 V
PAGE
No.
1-32
3<{J
T-l
Standard
1" Lead
31/>
1-35
1-38
141
Note. * 28% is the off-aXIS angle at which the radiant intensity is half the axial radiant intensity
1-2
189
SELECTION GUIDE
• PHOTODIODES
DEVICE
OUTLINE
PACKAGE
0
r
PART NO.
Is TYP.
@Ee=O.08
mw/cm 2
@VR =5V
PEAK
10 tRI MAX.
@VR =10V
VrBRIR
MIN.
@IR .. 100},A
SENSITIVITY
WAVELENGTH
PAGE
No.
XPTYP.
LTR·515AD
2~A
30 nA
30 V
950nm
1·44
LTR·526AD
2j.1A
30 nA
30V
950nm
1·48
LTR·536AD
2j.1A
30 nA
30V
950 nm
1·52
LTR·546AD
2j.1A
30nA
30V
950nm
1·56
SENSOR
VECO
MIN.
@ Ie "100~A
@IF"20mAl
VCE =5V
n:::J
ij
Black
Plastic
I:I::J
9
• TRANSMISSIVE SWITCH
DEVICE
OUTLINE
PACKAGE
1·3
190
~
Housing
Package
PART NO.
IRED VF
SENSORVCEO
TYP.
MIN.
@IF"20mA @lc=1mA
Ie MIN.
LTH·301A
1.2 V
30V
5V
500UA
lTH·301·07
1.2 V
30V
5V
400j.lA
PAGE
No.
'·60
1·63
• OPTIC RECEIVER MODULES
DEVICE
OUTLINE
PACKAGE
M
Q
PART NO.
CARRIER
WAVE
FREQUENCY
Fo (KHz)
ARRIVAL
DISTANCE
TYP.
L (m)
SUPPLY
VOLTAGE
TYP.
Vcc (V)
CURRENT
CONSUMPTION
MAX.
Icc (rnA)
PAGE
NO.
LTM-8705A
1-66
LTM-8705B
1-67
, ~.'
22.6x14.6
x12.7
Q
~
CUBIC
TYPE
MODULE
~
~
~
~
38
LTM-8705C
1-68
LTM-8705D
1-69
LTM-8834
56.8
LTM-8834-1
38
LTM-8834-2
327
10
5
14.75x14.75
x13
l6x l4Ax9.5
2.5
1-73
lTM-8834-3
36
LTM~88.34-4
50
LTM-8834-5
64
1-77
LTM-8835
7.8
1-78
16x 14Ax 11. 7 LTM-8836
14Ax 14Ax 9
lTM-8837
1-82
36
~
~
~
1-86
LTM-8848
24x14x13.4
10
LTM·8848A
1-87
1-4
191
ILITEr.] ~ II
GaAs T-l MODIFIED 3cf>
INFRARED EMITTING DIODE
LTE-209/209C
FEATURES
_SELECTED TO SPECIFIC ON-LINE INTENSITY
AND RADIANT INTENSITY RANGES.
_ LOW COST, PLASTIC END LOOKING. PACKAGE.
- MECHANICALLY AND SPECTRALLY MATCHED
TO THE L TR-209 SERIES OF PHOTOTRANSISTOR.
,
_THE
LTE-209
SERIES ARE MADE WITH
GALLIUM
ALUMINUM
ARSENIDE
WINDOW
LAYER ON GALLIUM ARSENIDE INFRARED
EMITTING DIODES.
,P
...
....
\,
1
II
~
I(j
.
i
:,
DESCRIPTION
The L TE-209 series are high intensity Gallium Arsenide
infrared emitting diodes mounted in clear plastic end
looking packages. The L TE-209 series provides a broad
range of intensity selection.
All electrical parameters are 100% tested by manufacturing. The specifications are guaranteed to a cumulative .65% AQL
C-smoke color lens.
PACKAGE DIMENSION
3.0
O~
76
,,~,,~ I
NOTES:
1. All Dimensions are in millimeters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059")
max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
1-5
192
]"
II
12_7
MIN
J"
1.0 MIN
(_04)
1.27 NOM
c- 05)
FLAT DENOTES CATHODE
ABSOLUTE MAXIMUM RATINGS AT TA = 25°C
PARAMETER
MAXIMUM RATING
UNIT
100
mW
Peak Forward Current (300pps. lJ.1s pulse)
3
A
Continuous Forward Current
50
rnA
5
V
Power Dissipation
Reverse Voltage
Operating Temperature Range
_55°C to +1000 C
Storage Temperature Range
_55°C to +100°C
Lead Soldering Temperature
260° C for 5 Seconds
[1.6mm (0.063 in) From Body]
1.0
.~
c:
'"
~
c:
...
c:
.!!?
"0
CD
0.5
a::
'"
.~
CD
CD
a::
0
800
840
880
920
960
1000
1040
Wavelength A (nm)
FIG.l SPECTRAL DISTRIBUTION
1·6
193
= 2SoC
ELECTRICAL OPTICAL CHARACTERISTICS AT TA
PARAMETER
SYMBOL
Aperture Radiant Incidence
Ee
PART NO.
LTE-
MIN.
TYP.
209
0.2
0.4
0.2
0.4
209C
Peak Emission Wavelength
TEST
CONDITION
mW/cm 3
IF'" 20 rnA
A Peak
940
nm
IF'" 20 rnA
Spectral Line Half.Width
AX
50
nm
IF =20mA
Forward Voltage
VF
1.2
1.6
V
IF "'20 rnA
Reverse Current
IR
0
100
p.A
20Y:.
16
Viewing Angle (See fig. 5)
¥
UNIT
MAX.
VR =5V
deg.
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
«
~ 3.0
I
I
40
E.
E 30
~
5
u
o
25
N
II
I
-;; 20
II
>
:J
'iii
o 15
'E 20
I-
0
~" 1.0
~
LL
10
j
I
1.6
20
2.4
o
2.8
40
-40
3.0
II
1/
'"
:J "
10'
20'
30'
in
c:
1;"
1/
/
E
-g'"
/
20
194
60
<=-
/
~!!, 20
1-7
40
,/
Il..~
0>
20
FIG. 3 RELATIVE RADIANT
INTENSITY VS AMBIENT
TEMPERATURE
~N
10
-20
TA ~Amblent Temperature-250C
/
0:0
;~
r-....
//
>
~
........
0'
50
"
........
0
Forward Voltage (VI
FIG 2 FORWARD CURRENT VS.
FORWARD VOLTAGE
"
"«
-il E
........ ........
~ 05
;;
1.2
~
r-.... r-....
40'
10
0.9
50'
08
60'
70'
0::
40
60
80
100
Forward Current (mAl
FIG. 4 RELATIVE RADIANT INTENSITY VS
FORWARD CURRENT
">
"0::'"
a;
07
80'
90'
05
03
01
02
04
FIG 5 RADIATION DIAGRAM
06
IUTE[']~~I
GaARAs T. .l MODllJFIED 3et>
INFRARED EMITTING Il)lIODlE
LTE-239/239C
FEATURES
oSELECTED TO SPECIFIC ON-LINE INTENSITY
AND RADIANT INTENSITY RANGES.
• HIGH POWER OUT PUT .
• MECHANICALLY AND SPECTRALLY MATCHED
TO THE LTR-209 SERIES OF PHOTOTRANSISTOR.
'ut
j
I
DESCRIPTION
~---
The LTE-239 series are high intensity Gallium
Aluminum Arsenide infrared emitting diodes mounted
in clear plastic end looking packages, Gallium
Aluminum Arsenide features a significant Increase in
the radiated output of Gallium Arsenide at the same
forward current.
Also with a wavelength centered
at 880 nanometers it more closely of silcon phototransistor.
All electrical parameters are 100% tested by manufacturing. The specifications are guaranteed to a cumulative .65% AQL
C-smoke color lens
=-=--:--:- :- -: -:-
_II ...
PACKAGE DIMENSIONS
0.76
(.03)
lt1"""__--+'SEE
12.7 MIN
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
(.5)
NOTE 3
II
~ ~I
D O • 5TV
(.02
1 .0
C. 04)M1N
t
FLAT DENOTES CATHODE
1.27
1-8
195
ABSOLUTE MAXIMUM RATINGS AT TA
PARAMETER
=
2SoC
MAXIMUM RATING
UNIT
100
mW
Peak Forward Current (300pps. 1j.1S pulse)
3
A
Continuous Forward Current
50
mA
5
V
Power Dissipation
Reverse Voltage
Operating Temperature Range
_55°C to +1 00° C
Storage Temperature Range
_55°C to +100°C
Lead Soldering Temperature
- ..
260° C for 5 Seconds
[1.6mm (0.063 in) From Body]
1.0
~
L:
ec:
..,
c:
co
-tico 0.5
a:
Ql
>
;::;
co
a;
a:
0
800
880
960
Wavelength A (nm)
FIG 1 SPECTRAL DISTRIBUTION
1-9
196
1040
~
ELECTRICAL OPTICAL CHARACTERISTICS AT TA = 2SoC
PARAMETER
SYMBOL
Aperture Radiant Incidence
Ee
PART NO.
MIN.
TYP.
239
0.4
0.6
239C
0.4
0.6
LTE-
UNIT
MAX.
TEST
CONDITION
mW/cm'
IF = 20 mA
XPeak
880
nm
IF = 20 mA
AX
50
nm
IF = 20 mA
Forward Voltage
VF
1.3
1.8
V
IF = 20 rnA
Reverse Current
IR
0
100
p.A
28%
16
Peak Emission Wavelength
'Spectral Line Half-Width
Viewing Angle (See fig. 5)
VR =5V
deg.
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
5a
«
E 30
I
I
I
0
N
25
II
'""
20
0
15
"
>
'iii
I
I
II
f-
.......
.........
r--.. .........
:;;
l: 10
.........
.........
0
0..
'5 05
.........
0..
.L
12
2a
16
o"
24
a
2.6
-40
Forward Voltagb. (V)
FIG. 2 FORWARD CURRENT VS
VS. FORWARD VOLTAGE
50
~
//
~~
o..~
~
30
20
0>
10
10'
20'
30'
/
'"
""
5~
60
/
~N
~~
40
/
~
a:o
O·
./
40
20
-20
TA ·Amblent Temperature-25°C
FIG 3 RELATIVE RADIANT
INTENSITY VS AMBIENT
TEMPERATURE
/
/
/
~
in
V
10
.f
09
50'
il
'" a B
60'
E
a:'"
g"
>
20
40'
r::
2l
40
60
80
100
Forward Current (rnA)
FIG 4 RELATIVE RADIANT INTENSITY VS.
FORWARD CURRENT
70'
07
60'
90'
Q;
a:
05
03
01
02
04
FIG 5 RADIATION DIAGRAM
06
1-10
197
ILITE(']~II
GaAs T-l~ STANDARD Sci>
INFRARED EMITTING DIODE
LTE-4208/4208C
FEATURES
- SELECTED TO SPECI FIC ON-LINE INTENSITY
AND RADIANT INTENSITY RANGES.
- LOW COST PLASTIC END LOOKING PACKAGE.
- MECHANICALLY AND SPECTARALLY MATCHED
TO THE LTR-3208 SERIES OF PHOTOTRANSISTOR.
-THE
LTE-4208
SERIES ARE MADE WITH
GALLIUM
ALUMINUM
ARSENIDE
WINDOW
LAYER ON GALLIUM ARSENIDE INFRARED
EMITTING DIODES.
I
<
((
DESCRIPTION
The L TE-4208 series are high intensity Gallium Arsenide
infrared emitting diodes mounted in clear plastic end
looking packages. LTE-4208 series provides a broad
range of intensity selection.
All electrical parameters are 100% tested by manufacturning.
The specifications are guaranteed to a
cumulative .65% AQL
C-smoke color lens.
PACKAGE DIMENSIONS
~
Or
r :)
I
\'0
(. 04)
SEE NTOE 3
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
8.
(.3
I
I
I
I
o
( ?O~)TYP--
25.
(1.
'-"
1-11
~
1.0
(004
2.54
(.1)
198
l
NOM
t
FLAT DENOTES CATHODE
ABSOLUTE MAXIMUM RATINGS AT TA
=
25°C
MAXIMUM RATING
UNIT
100
mW
Peak Forward Current (300pps, 1/Ls Pulse)
3
A
Continuous Forward Current
50
mA
5
V
PARAMETER
Power Dissipation
-
Reverse Voltage
Operating Temperature Range
_55°C to +100°C
Storage Temperature Range
_55°C to +100°C
Lead Soldering Temperature
260° C for 5 Seconds
[1.6mm (0.063in) From Body]
1.0
.~
on
c:
~
c:
...c:
.~
"C
co
0.5
cc
Ql
'"
;:;
co
Qj
cc
0
800
840
880
920
960
1000
1040
Wavelength A (nm)
FIG.l SPECTRAL DISTRIBUTION
1·12
199
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 2SoC
PARAMETER
UNIT
TEST
CONOITION
1.4
1.4
mW/cm2
IF =20mA
SYMBOL
PART NO.
LTE-
MIN
TYP
Ee
4208
4208C
0.6
0.5
Aperture Radiant
Incidence
MAX
,Peak Emission
Wavelength
i\. Peak
940
nm
IF =20mA
Spectral Une
Half-Width
Ai\.
50
nm
IF =20mA
Forward Voltage
VF
1.2
1.6
V
IF =20mA
Reverse Current
IR
0
100
p.A
VR =5V
28~
20
Viewing Angle
(See fig. 5)
deg.
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
~
I
I
U
'0
lii
;:
.f
20
....... .......
r--- .......
:;;
;: 10
10
j
J!
I
16
2.0
2.4
2.8
-40
Forward Voltage IVI
FIG, 2 FORWARD CURRENT VS,
FORWARD VOLTAGE
-20
20
./
Q.~
5~
0>
10
0
1-13
E
E
10
'"
0:
09
50'
.,
08
60'
-c'"
V
~
/
'"
40'
a;
1/
0:
V
70'
07
80'
1-+-+-t-+-+'1c--'tL-.f'-t-H-t--H 90'
20
40
60
80
100
Forward Current (rnA)
FIG 4 RELATIVE RADIANT INTENSITY VS
FORWARD CURRENT
200
30'
;:c:
/
20
20'
e
/
~N
~~
~ '"
~ "
10'
;;
/
30
60
FIG. 3 RELATIVE RADIANT
INTENSITY VS, AMBIENT
TEMPERATURE
//
40
40
TA-Amblent Temperature-25°C
O'
5,0
">
~0:0~
r--.. .......
0,5
;;
o 0
1.2
~
.......
,£
05
03
01
02
04
FIG, 5 RADIATION DIAGRAM
06
ILlTErl) ~ II
GaAIAs T-l% MODIFIED Scp
INFRARED EMITTING DIODE
LTE·4238/4238C
·FEATURES
-SELECTED TO SPECIFIC ON-LINE INTENSITY
RADIANT INTENSITY RANGES.
- HIGH POWER OUT PUT.
-MECHANICALLY AND SPECTRALLY MATCHED
TO THE LTR-3208 SERIES OF PHOTOTRANSISTOR.
:_vJ·
',~f
!~ I~
I, ii
.1
:I
!
DESCRIPTION
The L TE-4238 series are high intenSity Gallium
Aluminum Arsenide infrared emitting diodes mounted in
clear plastic end looking packages. Gallium Aluminum
Arsenide features a significant increase in the radiated
output of Gallium Arsenide at the same forward current.
Also with a wavelength centered at 880 nanometers
it more closely of silcon phototransistor.
The specifications are gualanteed to a cumulative
.65% AQL
C-smoke color lens
PACKAGE DIMENSION
rrn
r
.~
1.0
.04)
see
NOTES:
1. All dimensions are in millimeters (inches!'
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
NTOE 3
B. 6
(.3 4l
I
I
_I
I
~
25.
(I
o
( ?o~) TYp-..
I-
~
FLAT DENOTES ANODE
1.0
(004
2.54
(.1)
NOM
t
1-14
201
ABSOLUTE MAXIMUM RATINGS AT TA = 25°C
PARAMETER
MAXIMUM RATING
UNIT
100
mW
3
A
50
mA
5
V
Power Dissipation
Peak Forward Current (300pps, 11's pulse)
Continuous Forward Current
Reverse Voltage
Operating Temperature Range
_55°C to +l00°C
Storage Temperature Range
-55" C to +100° C
Lead Soldering Temperature
[1.6mm (0.063 in) From Body]
260° C for 5' Seconds
1.0
~
'Vi
c:
....c:
....c:
Q)
.!!!
"tl
0.5
a::'"
Q)
>
.;:;
'"
Gi
a::
0
800
880
960
Wavelength A (nm)
FIG.l SPECTRAL DISTRIBUTION
1-15
202
1040
= 2SoC
ELECTRICAL OPTICAL CHARACTERISTICS AT TA
PARAMETER
SYMBOL
Aperture Radiant Incidence
Ee
Peak Emission Wavelength
?-.,
PART NO.
LTE-
MIN.
TYP.
4238
0.8
1.4
4238C
0.8
1.4
Peak
MAX.
mW/cm 2
IF = 20 mA
880
nm
IF = 20 mA
nm
IF=20mA
Spectral Line Half·Width
b.?-.,
50
Forward Voltage
VF
1.3
1.8
V
Reverse Current
fR
0
100
J.lA
28%
20
Viewing Angle (See fig. 5)
TEST
CONDITION
UNIT
IF
= 20 mA
VR =5V
deg.
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
«
40
~:;
30
«
E 30
I
I
0
N
I
E.
."
:J
~
0 10
u..
'5
0
16202428
~~
~
:J
0
-40
20
40
60
FIG. 3 RELATIVE RADIANT
INTENSITY VS. AMBIENT
TEMPERATURE
100
20 0
30
::in
c:
Q)
0
-c'"
V
V
Iv
20
40'
E 10
/
20
0
.£
/
30
Q)
fr.2
-20
........
TA -Ambient Temperature-25°C
/
'"
:J '"
0>
........
On
~N
o..~
........ r--.,
//
40
">
~0:0~
........
~ 05
50
o
........
0
0..
Forward Voltagbe IV)
FIG 2 FORWARD CURRENT VS
VS. FDRWARD VOLTAGE
I-
........
;: 10
.J
1.2
2.0
> 15
0
I:;;
I
I
II
u
20
'E
25
~
'"
09
>
08
0:
V
Q)
50'
60'
15
Qi
0:
40
60
80
07
70'
80'
H---HH-+'t--''I'-Ft--+--t--t-H 90'
100
Forward Current (rnA)
FIG 4 RELATIVE RADIANT INTENSITY VS
FORWARD CURRENT
05
03
01
02
04
FIG 5 RADIATION DIAGRAM
06
1-16
203
ILlTE(.J~11
GaAs T-l% STANDARD Sf/J
INFRARED EMITTING DIODE
L TE-5208A/5208AC
FEATURES
-SELECTED TO SPECIFIC ON-LINE INTENSITY
AND RADIANT INTENSITY RANGES.
_ LOW COST PLASTIC END LOOKING PAC~AGE.
-MECHANICALLY AND SPECTRALLY MATCHED
TO THE LTR-320B SERIES OF PHOTOTRAN·
SISTOR.
_THE LTE·520BA SERIES ARE MADE WITH
GALLIUM
ALUMINUM
ARSENIDE WINDOW
LAYER ON GALLIUM ARSENIDE INFRARED
EMITTING DIODES.
:
:.::-."
I
- -I
rT
DESCRIPTION
The LTE-520BA series are high intensity Gallium
Arsenide Infrared emitting diodes mounted in clear
pastic end looking packages. The LTE-520BA series
provides a broad range of intensity selection.
All electrical parameters are 100% tested by manufacturing. The specifications are guaranteed to a cumulative .65% AQL
C-smoke color lens.
PACKAGE DIMENSION
T
1.0
(.04)
SEE NOTE
8."
RO .... 015
!
(.34)
3~ ~---1
__
I
I
22.0 MIN
(.666)
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ± 0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
1-17
204
"
QQ__LI1!=-'~.Q!E~~.! T_HODE \.
°0.5 TYP-(.02)
.I
ABSOLUTE MAXIMUM RATINGS AT TA
= 2SoC
PARAMETER
MAXIMUM RATING
UNIT
100
mW
Peak Forward Current (300pps. l/LS pulse)
3
A
Continuous Forward Current
50
mA
Reverse Voltage
5
V
Power Dissipation
Operating Temperature Range
_55°C to +100°C
Storage Temperature Range
_55° C to +100° C
Lead Soldenng Temperature
260° C for 5 Seconds
[1.6mm (0.063 in) From Body]
1.0
>
.!::
~
!'c:2
...c:
'"
ii
a:'"
0.5
OJ
>
.;::
'"
Qj
a:
0
800
840
880
920
960
1000
1040
Wavelength A. (nm)
FIG.l SPECTRAL DISTRIBUTION
1-18
205
ELECTRICAL OPTICAL CHARACTERISTICS AT TA
PARAMETER
PART NO.
lTE-
SYMBOL
MIN.
TYP.
5208A
0.5
1.0
5208AC
0.5
1.0
= 25°C
UNIT
MAX.
-
Ee
Aperture Radiant Incidence
mW/cm'
IF
= 20 mA
= 20 mA
Peak Emission Wavelength
A. Peak
940
nm
IF
Spectral Line Half·Width
AA.
50
nm
IF"" 20 mA
Forward Voltage
VF
1.2
1.6
V
IF "'-20 mA
Reverse Current
IR
0
100
p,A
20 Yo
40
Viewing Angle (See fig. 51
deg.
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(250 C Ambient Temperature Unless Otherwise Noted)
~ 30
50
<:
E
N
~
u
"E 20
;:
'"
25
II
I
II
II
:;
5
u.
o
I
40
E 30
'"
:J 2 0
\
~
o 15
r--. ........
I"-- I"--
f-
a;
;: 10
........
~
10
~ 05
I
IJ
:J
o
1.2
16
20
24
2.B
0
-40
-20
20
r--. ........
40
60
TA -Ambient Temperature-25°C
Forward Voltage (V)
FIG. 2 FORWARO CURRENT VS.
FORWARO VOLTAGE
FIG 3 RELATIVE RADIANT
INTENSITY VS AMBIENT
TEMPERATURE
O·
50
10'
20'
//
30'
/
~
/
e'"
.EO
/
l,{
/
/
0
206
40'
c:
10
09
~
50'
08
60'
'"
'"
07
-0
a:
>
/
,.,9
TEST
CONOHINI
70'
BO'
90'
li:
a;
a:
20
40
60
80
100
Forward Current (rnA)
FIG 4 RELATIVE RADIANT INTENSITY VS.
FORWARD CURRENT
05
03
01
02
04
FIG 5 RADIATION DIAGRAM
06
VR =5V
ILlTE[']~I]
GAAIAS T-l% STANDARD
Sci> INFRARED EMITTING DIODlE
L TE-5238A/5238AC
FEATURES
- SE LECTED TO SPECI FIC ON-LINE INTENSITY
AND RADIANT INTENSITY RANGES.
-HIGH POWER OUT PUT.
- MECHANICALLY AND SPECTRALLY MATCHED
TO THE LTR-3208 SERIES OF PHOTOTRANSISTOR.
DESCRIPTION
The L TE-5238A series are high intensity Gallium
Aluminum Arsenide Infrared emitting diodes mounted
In clear plastic end looking packages.
Gallium
Aluminum Arsenide features a significant Increase in
the radiated output of Gallium Arsenide at the same
forward current. Also with a wavelength centered at
880 nanometers it more closely of sllcon phototransistor.
All electrical parameters are 100% tested by manufacturing.
The specifications are guaranteed to a
cumulative .65% AQL
C-smoke color lens.
PACKAGE DIMENSION
...
(:o~)
(.34)
t-~~ ----lI
seE NOTE 31==
I
NOTE:
1. All dimenSions are in millimeters (Inches).
2. Tolerance IS ±0.25mm (,010") unless otherWise
noted.
3. Protruded resin under flange is 1.5mm (,059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specification are subject to change without notice.
22.0 MIN
(.866)
DOT DENOTES ANODE'
0 0 • 5 TYP
(.02)
2.54 NOM
(-,
1-20
207
ABSOLUTE MAXIMUM RATINGS AT TA = 2SoC
PARAMETER
Power Dissipation
Peak Forward CUrrent (300pps. 1J.1s Pulse)
Continuous Forward Current
Reverse Voltage
MAXIMUM RATING
UNIT
100
mW
3
A
50
mA
5
V
Operating Temperature Range
_55°C to +100°C
Storage Temperature Range
-55"C to +100°C
lead Soldering Temperature
{1.6mm (0.063 in) From Body]
260°C for 5 Seconds
1.0
~
'"c:
...c:
Q)
...c:
~
"0
0.5
a::'"
Q)
>
;::;
.!!!
Q)
a::
0
800
880
960
Wavelength?. (nm)
FIG.l SPECTRAL DISTRIBUTION
1-21
208
1040
ELECTRICAL OPTICAL CHARACTERISTICS AT TA
PARAMETER
SYMBOL
Aperture Radiant Incidence
Ee
PART NO.
LTE-
MIN.
TYP.
5238A
0.5
1.0
5238AC
0.5
1.0
=
2SoC
MAX.
UNIT
TEST
CONDITION
mW/cm 2
IF; 20mA
"A Peak
880
nm
IF; 20mA
Spectral Line Half-Width
A"A
50
nm
IF
= 20mA
Forward Voltage
VF
1.3
1.8
V
IF
= 20mA
Reverse Current
IR
0
100
Jl.A
VR
26;;'
40
Peak Emission Wavelength
Vewing Angle (See Fig. 5)
= 5V
deg.
TYPICAL ELECTRICAL/OPTICAL/CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
/
10
10'
20'
30'
/
~N
"-~
60
//
">
a::
40
·Amblent Temperature·25°C
FIG 3 RELATIVE RADIANT
INTENSITY VS AMBIENT
TEMPERATURE
0'
50
~
I'-
,
/
/
/
1/
/
~
;;;
e"
.E
40'
10
09
50'
E 08
60'
a::
70'
-g'"
">
07
BO'
iii
90'
'iii
a::
20
40
60
BO
100
Forward Current {mAl
FIG 4 RELATIVE RADIANT INTENSITY VS
FORWARD CURRENT
05
03
01
02
04
FIG 5 RADIATION DIAGRAM
06
1-22
209
ILlTErl] ~ II
GaAs T-l STANDARD 3
.;::;
cc
a;
a:
0
800
840
880
920
960
1000
1040
Wavelength A. (nm)
FIG.l SPECTRAL DISTRIBUTION
1·2.4
211
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 25.o C
PARAMETER
SYMBOL
PART NO.
LTE·
MIN
TVP
Ee
4206
4206C
0.3
Aperture Radiant
Incidence
UNIT
TEST
CONOITION
0.7
mW/cm2
IF =20mA
MAX
Peak Emission
Wavelength
lI. Peak
940
nm
IF =20mA
Spectral Line
Half-Width
All.
50
nm
IF =20mA
Forward Voltage
VF
1.2
1.6
V
IF =20mA
Reverse Current
fR
0
100
p..A
VR =5V
"
Viewing Angle
(See fig. 5)
20 Yo
deg.
20
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
~ 3. 0
o
50
~
I
I
II
II
0
..s'
c
30
~
u
"E 20
"
N
2. 5
II
~
~ 2. 0
~
o 15
I'- I"r--.. I"-
f-
~
~
;: 10
J"..
If
~ 10
. . 1'
~ 05
I
J
I"- b".
o" 0
1.2
1.6
2.0
24
28
-40
Forward Voltage (VI
FIG. 2 FORWARD CURRENT VS.
FORWARD VOLTAGE
-20
20
40
60
TA -Ambient Temperature-250C
FIG 3 RELATIVE RADIANT
INTENSITY VS AMBIENT
TEMPERATURE
00
100
20 0
50
//
~
40
~/
">
"'«
-i!l E
30'
40'
/
30
/
"'0
~N
~~
a.~
~
0>
10
c
ro
/
ro
""
~.g
50'
V
20
1/
/
40
60
80
100
Forward Current (rnA)
FIG 4 RELATIVE RADIANT INTENSITY VS
FORWARD CURRENT
1-25
60'
a;
H-+-f-+-t-=lHL.....f-t-H--r-T1 90'
iii
20
212
i.i
'">
"
'"
70'
80'
05
03
01
02
04
FIG 5 RADIATION OIAGRAM
06
ILlTE('J~11
GaAs T-l% MODIFIED I" LEA
5¢ INFRARED EMITTING DIODE
LTE·2871/2871C
FEATURES
- SELECTED TO SPECIFIC ON·lINE INTENSITY
AND RADIANT INTENSITY.
-LOW COST.
- NARROW BEAM.
-T·1% MODIFIED PACKAGE.
_THE
LTE·2871
SERIES ARE MADE WITH
GALLIUM
ALUMINUM
ARSENIDE
WINDOW
LAYER ON GALLIUM ARSENIDE INFRARED
EMITTING DIODES.
DESCRI PTION
The L TE·2871 series are high intensity Gallium Arsenide
infrared emitting diodes mounted In clear pastlc end
looking packages.
The L TE·2871 series proVides a
broad range of intenSity selection.
All electrical parameters are 100% tested by manufac·
turing. The specifications are guaranteed to a cumula·
tive .65% AQL
C·smoke color lens
PACKAGE DIMENSIONS
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change Without notice.
r-
B ••
~SEE
'f+=
NOTE 3
2.54 NOM
toll
1·26
213
ABSOLUTE MAXIMUM RATINGS AT TA = 2SoC
PARAMETER
MAXIMUM RATING
UNIT
100
mW
Peak Forward Current (300pps, 1j.1S Pulse)
3
A
Continuous Forward Current
50
mA
Reverse Voltage
5
V
Power Dissipation
Operating Temperature Range
-55"C to +100"C
_55°C to +100°C
Storage Temperature Range
"
Lead Soldering Temperature
260" C for 5 Seconds
[1.6mm (0.063 in) From Body]
1.0
>-
.~
U>
C
~
C
...c
.!!!
-a
c:'"
0.5
.,
>
.;:;
'"
iii
c:
0
800
840
880
920
960
Wavelength '" (nm)
FIG.l SPECTRAL DISTRIBUTION
1-27
214
1000
1040
ELECTRICAL OPTICAL CHARACTERISTICS AT TA = 2SoC
PARAMETER
SYMBOL
Aperture Radiant Incidence
Ee
Peak Emission Wavelength
PART NO.
LTE-
MIN.
TYP.
2871
0.7
1.6
2871C
0.7
1.6
UNIT
TEST
CONDITION
mW/cm 2
IF = 20 mA
MAX.
APeak
940
nm
IF=20mA
AA
50
nm
IF =20mA
Forward Voltage
VF
1.2
1.6
V
IF = 20mA
Reverse Current
IR
0
100
IJ.A
20%
16
Sp~ctral
Line Half-Width
Viewing Angle (See fig. 5)
VR = 5V
deg.
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
~
e
50
...o
15
........
r--. r--
iii
;: 10
~
........
r-... r-..
~ 05
:;
I
lJ
o
1.6'
12
20
24
0
-40
2B
Forward Voltage IV)
-20
20
FIG. 2 FORWARD CURRENT VS.
FORWARD VOLTAGE
60
FIG. 3 RELATIVE RADIANT
INTENSITY VS AMBIENl
TEMPERATURE
0'
50
40
TA-Amblent Temperature-250C
10'
20'
//
30'
~
40
">
~I r e~
/
~
in
/
30
""
E
/
~N
~~
o..~
~
20
'"
a~
'5 ro 1.0
0>
1/
V
/
V
40'
10
09
50'
08
-0
60'
"C
'"
'"
">
Ir
70'
07
80'
90'
~
"iii
Ir
20
40
60
80
100
Forward Current ImA)
FIG 4 RELATIVE RADIANT INTENSITY VS
, FORWARD CURRENT
05
03
01
0.2
04
FIG 5 RADIATION PIAGRAM
0.6
1-28
215
ILITE[.) ~ II
GaAs PLASTIC SIDE LOOK
INFRARED EMITTING DIODE
LTE·302
FEATURES
,--- .... ..,
-SELECTED TO SPECIFIC ON-LINE INTENSITY
AND RADIANT INTENSITY RANGES.
_ LOW COST, PLASTIC SIDE LOOKING PACKAGE.
,
"
',' "
-MECHANICALLY AND SPECTRALLY MATCHED
TO THE LTR-301 SERIES OF PHOTOTRANSISTOR.
_THE
LTE-302
SERIES ARE MADE WITH
GALLIUM
ALUMINUM
ARSENIDE WINDOW
LAYER ON GALLIUM ARSENIDE INFRARED
EMITTING DIODES.
,
,',
DESCRIPTION
The L TE-302 series are high intensity Gallium Arsentde
infrared emitting diodes mounted In .clear plastic side
looking packages. The L TE-302 series provides a broad
range of intensity selection.
NI electrical parameters are 100% tested by manufac{tr'ing. The specifications are guaranteed to a cumulati\;e .65%.
PACKAGE DIMENSION
I
1.22.:tO.07
+--+__+(o04B±.003)
~~0'7.
S.72±O.12
r-
(.22S:t.005)
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.25 mm L01O") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change Without notice.
1-29
216
12.7
(.5) MIN
(.03)
CJ
w
a
,.0L~~
(o04)MIN
2.54
(.1
NOM
0
1.5S±O.12
.06l±.OOB)
ABSOLUTE MAXIMUM RATINGS AT TA
=
25°C
MAXIMUM RATING
UNIT
100
mW
Peak Forward Current (300pps. llJs Pulse)
3
A
Continuous Forward Current
50
mA
Reverse Voltage
5
V
PARAMETER
Power Dissipation
Operating Temperature Range
_55°C to +100°C
Storage Temperature Range
-5~ C to +100° C
.
Lead Soldering Temperature
260°C for 5 Seconds
[1.6mm (0.063 in) From Body}
1.0
.~
'"c:
ec:
...c:
.!!1
'tl
III
0.5
rc
Q)
...
.2:
III
Cii
rc
0
800
840
880
920
960
1000
1040
Wavelength A (nm)
FIG.1 SPECTRAL DISTRIBUTION
1·30
217
ELECTRICAL OPTICAL CHARACTERISTICS AT TA
=
2SoC
PARAMETER
SYMBOL
PART NO.
LTE-
MIN.
TYP.
Aperture Radiant Incidence
Ee
302
0.07
0.15
mW/cm 2
IF =20mA
X PEAK
940
nm
IF'" 20mA
Spectral Line Half·Width
AX
50
nm
IF '" 20mA
Forward Voltage
VF
1.2
1.6
V
IF'" 20mA
Reverse Current
IR
0
100
p.A
20Y<
40
Peak Emission Wavelength
Vewing Angle (See Fig. 5)
MAX.
UNIT
VR =5V
deg.
I
TYPICAL ELECTRICAL/OPTICAL/CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
~ 3.0
50
« 40
5
u
"0
iii
;:
~
N
~
I
I
30
!
2.5
1\
I
.s
<::
~
o
I
-;; 20
~"
o 15
i '~
r---..
f-
20
:;;
;: 10
~
I
10
j
i '~
.......
~ 0.5
J
1.2
1.6
2.0
2.4
r-..
o" 0
28
-40
Forward Voltage (VI
FIG. 2 FORWARD CURRENT VS
FORWARD VOLTAGE
-20
20
40
60
TA-Amblent Temperature-250C
FIG. 3 RELATIVE RADIANT
INTENSITY VS. AMBIENT
TEMPERATURE
O'
10'
20'
50
//
o
">
~~
"'0
/
i!"
.
o..~
~
""
5~
0>
in
/
30
20
10
/
1/
/
<::
10
.E
09
lii
08
!'!
//
~N
~~
30'
/
4a
f-
V
i5
a:
'"
">
40'
50'
60'
70'
07
80'
90'
'"'"
0;
a:
20
40
60
80
100
Forward Current (mAl
FIG. 4 RELATIVE RADIANT INTENSITY VS
FORWARD CURRENT
1-31
218
05
03
01
02
04
FIG 5 RADIATION DIAGRAM
06
TEST
CONDITION
ILlTErl] ~ II
NPN T-I MODIFIED
PHOTODETECTOR
3~
LTR-209
FEATURES
.WIDE RANGE OF COLLECTOR
• LENSED FOR HIGH SENSITIVITY
• LOW COST PLASTIC PACKAGE.
CURRENTS .
DESCRIPTION
The LTR·209 consist of an NPN silicon phototransistor
mounted in a lensed, clear plastic, end looking package.
The lensing effect of the package allows an acceptance
half angle of SO measured from the optical axis to the
half power point.
This series is mechanically and
spectrally matched to the LTE-209 series of infrared
emitting diodes.
All electrical parameters are 100% tested by manufacturing. Specificiltions are guaranteed to a cumulative
.65%AQL.
PACKAGE DIMENSIONS
(.03)
ffi-t.
II I
I
see
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.25mm 1.010") unless otherwise
noted.
3. Protruded resin Ulider flange is 1.5mm 1.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
NOTE 3
I I
~rp-
(~;
2)
1
12.
(.
~~
'.0
MIN
(.04)
1.27 NO
(.os)
t
FLAT DENOTES COllECTOR
1·32
219
ABSOLUTE MAXIMUM RATINGS AT TA = 2SoC
PARAMETER
MAXIMUM RATING
UNIT
Power Dissipation
100
mW
Collector-Emitter Voltage
30
V
Emitter-Collector Voltage
5
V
Operating Temperature Range
_55°C to +100°C
Storage Temperature Range
-55" C to +100
0
Lead Soldering Temperature
[1.6mm (0.063 in) From Body]
C
260°C for 5 Seconds
ELECTRICAL CHARACTERISTICS AT TA = 2SoC
PARAMETER
SYMBOL
MIN
UNIT'
TEST
CONDITION
VIBR) CEO
30
V
Ic'" 1mA
Ee=OmW/cm2
Emitter-Collector Breakdown Voltage
VIBR) ECO
5
V
IE = 100",A
Ee= OmW/cm 2
Collector Emitter Saturation Voltage
VCEISAT)
Rise Time
Tr
Fall Time
Tf
On State Collector Current
0.4
"
liON)
V
REMARK
Ic=0.5mA
Ee == O.5mW/cm 2
5
pS
Vcc= 30V
Ic=800J.lA
5
pS
RL'" 1kO
nA
VeE == 10V
Ee=OmW/cm2
100,
I CEO
1
2
mA
VCE '" 5V
BINC
2
4
mA
Ee= 1mW/cm2
BIND
4
8
mA
A = 940nm
BINE
8
220
MAX
Collector-Emitter Breakdown Voltage
Collector Dark Current
1-33
TYP
mA
BINF
TYPICAL ELECTRICAL/OPTICAL/CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
20
t
~
10
~
o
:s
V
u
2
"0
u
J
E
/
~
U
VeE = 5V
Ee= lmW/em'
@~ = 940nm
/'
100
<:
1
17
~
~ 15
:s
u
/
2
"0
u 10
I
~
ro
E
:s
z
V
80
-50
120
200
C/l
"-
~16o
Vee = 5V
V RL = 1V
F = 100 Hz
PW = lmS
8 30
~
'6"
1/
'"
V
80
u
V
40
I
1/
20
125
/'
1/
/
.,">
£'" 1 0
V
I
;::
100
/
~
<:
75
./
<:
~ 120
50
V eE =5V
40
ro
t=
25
FIG 2 NORMALIZED COLLECTOR CURRENT
VS AMBIENT TEMPERATURE
COLLECTOR DARK CURRENT
VS AMBIENT TEMPERATURE
~
,'f"
-25
V
1/
TA - Ambient Temperature _ °C
TA- Ambient Temperature _DC
FIG
V
V
05
!2
40
V
"0
/
000 1
V
u
17
/
V
V
10
Ee-lrradlance-mw/cm2
RL.-Load Resistance-K {)
FIG 4 RELATIVE COLLECTOR CURRENT
VS IRRADIANCE
FIG 3 RISE AND FALL TIME
VS LOAD RESISTANCE
3D·
40·
50·
" 0.8
E
60·
'"
a;
a:
70·
07
80·
H--+-+--+--+-+4Y=+---l---l-+-l-I 90·
0.5
0.3
01
0.2
0.4
06
FIG 5 SENSITIVITY DIAGRAM
1-34
221
ILITEr.) ~ II
NPN T-1 3h STANDARD
PHOTODETECTOR
5cp
L TR·3208/3208E
FEATURES
-WIDE RANGE OF COLLECTOR
• LENSED FOR HIGH SENSITIVITY
- LOW COST PLASTIC PACKAGE.
CURRENTS .
DESCR IPTION
The LTR-3208 series consist of an NPN silicon
phototransistor mounted in a lensed, clear plastic, end
looking package. The lensing effect of the package
allows an acceptance half angle of 10° measured from
the optical axis to the half power point. This series is
mechanically and spectrally matched to the LTE-4208
series of infrared emitting diodes.
The LTR-3208E is a special dark plastic package that
cut the visible light and suitable for the detectors of
infrared applications.
All electrical parameters are 100% tested by manufacturing. Specifications are guaranteed to a cumulative
.65% AQl.
,
1.,---11
b'l--ll
,II
II.
"
"
.
-----
PACKAGE DIMENSIONS
~
Un
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±cJ.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
FLAT DENOTES COLLECTOR
2.54
(.,
1-35
222
NOM
ABSOLUTE MAXIMUM RATINGS AT TA
=
25°C
MAXIMUM RATING
UNIT
Power Dissipation
100
mW
Collector-Emitter Voltage
30
V
Emitter-Collector Voltage
5
V
-_.
PARAMETER
Operating Temperature Range
_55° C to +100° C
Storage Temperature Range
-55°C to +100°C
Lead Soldenng Temperature
[1.6mm (0.063 in) From Body]
260° C for 5 Seconds
ELECTRICAL CHARACTERISTICS AT T
PARAMETER
SYMBOL
PART NO.
LTR-
=
MIN
25°C
TYP
MAX
UNIT
TEST
CONDITION
Collector-Emitter Breakdown
Voltage
VIBRl
CEO
30
V
Ic ~ lmA
Ee= OmW/cm'
EmItter-Collector Breakdown
Voltage
V IBRl
ECO
5
V
IE '" 100llA
Ee '" OmW/em'
Collector Emitter Saturation
Voltage
V CE ISATI
V
Ie = O.5mA
Ee "'0.5mW/cm'
0.4
Rise Time
Tr
~
IlS
Fall Time
TI
5
IlS
Collector Dark Current
100
I CEO
3208
On State Collector Current
1
4
nA
mA
REMARK
30V
le= 800IlA
RL '" 1kn
Vcc~
VeE" lOV
Ee~
OmW/em'
VCE "5V
Ee'" lmW/cm'
I (ON)
3208E
1
2
mA
A=940nm
1-36
223
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
'1
.. 100
20
/'
t:
~
j"
;;
';; 10
ro
Cl
6
t5
IV
2
"0
'f
01
j
0001
V
u
B
tJ
/
'C
~
<0
E
6 05
z
BO
120
-50
TA- Ambient Temperature - °C
FIG
200
COLLECTOR DARK CURRENT
VS AMBIENT TEMPERATURE
VRL = 1V
~ 16 0
~ 120
'6"
"",'/
Q)
BO
u
i=
>
"'"
~
/"
40
20
Q)
V
I
30
6
t5
/"
iii
10
,/
I
V
o
100 125
I
V
1
V
1
il
J
Ee-lrradlance-rnw/cm 2
FIG. 4 RELATIVE COLLECTOR CURRENT
VS IRRADIANCE
O'
10'
20'
30'
?:
;;
"iiiiii
'">
40'
10
09
50'
g DB
0;
60'
Q)
a::
70'
07
BO'
f-+++-H===f---'jJ'---l''''f--t-H--+--i
05
03
01
02
04
FIG. 5 SENSITIVITY DIAGRAM
1-37
75
10
RL-Load Resistance-K!l
FIG 3 RISE AND FALL TIME
VS LOAD RESISTANCE
224
50
./
t:
<0
o
25
Q)
8
f"
.=
-25
VCE = 5V
40
F = 100 Hz
PW = lmS
'"
V
/
V'.
V
TA- Ambient Temperature- °C
FIG 2 NORMALIZED COLLECTOR CURRENT
VS AMBIENT TEMPERATURE
Vee = 5V
"-
.i.
V
.!!
40
/
2
"0
u 10
V
I
VeE = 5V
Ee= lmW/cm'
@>- = 940nm
E
~
;; 15
06
90'
ILlTErl] ~ II
NPN PLASTIC SIDE LOOK
PHOTODETECTOR
LTR-301
FEATURES
.WIDE RANGE OF COLLECTOR
• LENSED FOR HIGH SENSITIVITY .
• LOW COST PLASTIC PACKAGE.
CURRENTS .
'\oJ' '
DESCRIPTION
,
'\
The LTR-301 consist of an NPN silicon phototransistor
mounted in a lensed, clear plastic, side looking package.
The lensing effect of the package allows an acceptance
half angle of 20° measured from the optical axis to the
half power point. This series is mechanically and
spectrally matched to the LTE-302 series of Infrared
emitting diodes.
All electrical parameters are 100% tested by manufacturing. Specifications are guaranteed to a cumulative
.65% AQl.
"
PACKAGE mMENSION
4.4S!.O.12
.11S±.OOS
1.22:!:O.07
+----II---l-(,o04B±o003}
o '
~
S.72!O.12
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange IS 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
1
O'76
(.03)
(.22S±.005)
CJ
_
1.5S'!.O.12
.061±.008)
COoS
(0.02) TYP
1-38
225
ABSOLUTE MAXIMUM RATINGS AT TA = 25°C
PARAMETER
MAXIMUM RATING
UNIT
Power Dissipation
100
mW
Coliector·Emitter Voltage
30
V
Emitter·Collec.tor Voltage
5
V
Operating Temperature Range
-55Q C to +100°C
Storage Temperature Range
_55°C to +100°C
Lead Soldering Temperature
(1.6mm (0.063 in) From Body]
260°C for 5 Seconds
ELECTRICAL CHARACTERISTICS AT TA
=
25°C
,,,,
TYP
MAX . UNIT
TEST'
. 'CONDITION.
PARAMETeR
'SYMBOL
MIN
Coliector·Emitter Breakdown Voltage
V(BRI CEO
30
V
Ic= lmA
Ee=OmW/cm2
Emitter·Coliector Breakdown Voltage
V(BRI ECO
5
V
. IE '" 100llA
Ee=OmW/cm"
Collector Emitter Saturation Voltage
VCE (SATI
0.4
V
Rise Time
Tr
5
",S
Fall Time
Tf
5
IlS
Collector Dark Current
Iceo
100
nA
Ic=O.5mA
Ee '" 0.5mW fcm 2
Vcc= 30V
Ic=800pA
RL=lkO'
VCE'" 10V
Ee=OmW/cm 2
VCt =5V
Ee" lmW/cm1.
On State Collector Current
I(ONI
0.2
1
mA
A = 940nm
1·39
226
REMARK.
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(250 C Ambient Temperature Unless Otherwise Noted)
20
..:
tc: 100
IV
~
~"
~
tl
..!!
~
~
01
J!
0001
/
I
V
/
V
FIG
"-
~160
[7
tl
..!!
;3
10
"C
~
-a;
c:
§ 0,5
BO
-50
120
V
-25
25
50
40
F ~ 100 Hz
PW ~ lmS
c:
7
~
.3
"
"
/'
I
30
tl
" 20
'§
u
/'
/'
BO
75
100
125
.v-
Ve,=5V
Vee ~ 5V
VRL = lV
'""'"
~ 10
/'
V
V
lL
1/
TA- Ambient Temperature- °C
FIG, 2 NORMALIZED COLLECTOR CURRENT
VS AMBIENT TEMPERATURE
COLLECTOR DARK CURRENT
VS AMBIENT TEMPERATURE
40
V
.!1
c:
;::
to:
940nm
"
/
f"
-a;
~ 120
'"
if."
~
z
40
CJl
lmW/cm'
':; 15
TA- Ambient Temperature _DC
200
Ee~
'@A
u
(;
o
c:
10
o
u
VeE = 5V
./
1/
V
/
/
I
V
I
/
10
Ee-lrradlance-mw/cm 2
RL -Load Resistance-K!l
FIG 4 RELATIVE COLLECTOR CURRENT
VS IRRADIANCE
FIG 3 RISE AND FALL TIME
VS LOAD RESISTANCE
30"
>-
40"
'5
10
Jl
OB
~
""
09
50"
60"
.~
70"
W 07
a:
H-+i-R==l-4Lf=+=+-l-l--J.-.j
05
03
01
02
04
BO"
90"
06
FIG 5 SENSITIVITY DIAGRAM
1-40
227
IliTErl ] ~ II
NPN T-l STANDARD
PHOTODETECTOR
LTR·4206/4206E
FEATURES
-WIDE RANGE OF COLLECTOR
- LENSED FOR HIGH SENSITIVITY
- LOW COST PLASTIC PACKAGE.
CURRENTS.
",
1\
DESCRIPTION
The LTR-4206 series consist of an NPN silicon
phototransistor mounted in a lensed, clear plastic
end looking package. The lensing effect of the package
allows an acceptance half angle of 100 measured from
the optical axis to the half power point. This series
is mechanically and spectrally matched to the LTE-4206
series of infrared emitting diodes.
The LTR4206E is a special dark plastic package that
cut the visible light and suitable for the detectors of
infrared application.
All electrical parameters are 100% tested by manufac·
turing. Specifications are guaranteed to a cumulative
.65% AQL.
PACKAGE DIMENSIONS
,
1.0
(004)
O.8:!:O.5
(.031 ±.02)
t _I
t-
r-
11
L
' SEE tOTE 3
5.2 5
(.2 07)
I
12.7
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
1-41
228
(.
o
0.5TVP~
(.02)
I-
I.
2.54 NOM
(.11
(.0
"
'.!
ABSOLUTE MAXIMUM RATINGS AT TA
25°C
=
PARAMETER
MAXIMUM RATING
UNIT
100
mW
Collector-Emitter Voltage
30
V
Emitter-Collc'Ctor Voltage
b
V
,
Power Dissipation
Operating Temperature Range
-55°C to +1 OO°C
Storage Temperature Range
-55°C to +lOO°C
Lead Soldering Temperature
[1.6mm (0.063 in) From Body}
260°C for 5 Seconds
ELECTRICAL CHARACTERISTICS AT T
PARAMETER
SYMBOL
Collector-Emitter Breakdown
Voltage
V{BR~ CEO
Emitter-Collector Breakdown
Voltage
V (BR) Eeo
Collector Emitter Saturation
Voltage
VeE ISAT~
PART NO.
LTR·
= 25°C
UNIT
TEST,
CONDITION
30
V
Ic '" lmA
Ee",OmW/crn'
5
V
Ie '" 100ttA
Ee'" OmW/crn'
V
Ie "'0.5mA
Ee=0.5mW/cm 2
MIN
TYP
MAX
0.4
RiseTime
Tr
5
J.l.S
Fall Time
Tf
5
J.l.S
Collector Dark Current
I CEO
100
4206
On State Collector Current
1
4
Vee = 30V
Ie = 800J.l.A
Rl = 1kn
nA
VCE '" 10V
Ee '" OmW/cm'
rnA
VCE '" 5V
I{ON~
REMARK
Ee= lmW/cm 2
4206E
1
2
rnA
A "'940nm
1-42
229
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temoerature Unless Otherwise Noted)
'1
.. 100
20
.L
t:
~
/
"
': 10
:0
~
"/c , = 5V
Ee= 1mW/cm 2
@' = 940nm
/
u" 15
/
Cl
B
u
.!!!
"0
Y 01
j
0001
V
/
V
/
V
/
/
/
/
-
80
40
120
-50
TA - Ambient Ternperature _DC
..
200
~'60
Vcc = 5V
VRL = 1V
F = 100 Hz
PW = lmS
Vc,=5V
~
t:
~
.3
'iij
t:
...... V
BO
1:)
k"
'5"
U
'/
"'" 1 0
£
./
40
20
~
V
I
~
~
30
(;
~120
.¥!"
50
40
~
'"
25
75
100
125
TA- Ambient Temperature-OC
FIG 2 NORMALIZED COLLECTOR CURRENT
VS Arv'BIENT TEMPERATURE
FIG. 1 COLLECTOR DARK CURRENT
VS AMBIENT TEMPERATURE
«
-l5
......-
/
/
V
/
V
/
.-
./
--- --
--
'/
./
10
RL -Load Resistance-K Il
Ee-lrradlance-rnw/cm 2
FIG 3 RISE AND FALL TIME
VS LOAD RESISTANCE
FIG 4 RELATIVE COLLECTOR CURRENT
VS IRRADIANCE
~
""in
1.0
en
"
0.9
"
iii"
OB
t:
50'
60
;:;
102
.9c
'in
~
c
~
~
:;
'"
~
"0
B
1)
c. 40
~
'"
E
'"
II
Q;
0:
20
..c:
\
\
I
~
101
0..
10°
\
/
/
o
700
800
900
1000
1100
10- 1
1200
Irradlance Ee
Wavelength
FIG 5 RELATIVE SPECTRAL SENSITIVITY
VS WAVELENGTH
FIG 6 PHOTOCURRENT VS
IRRADIANCE
= 950 nm
175
"'"-
S
E
c 125
0
g
1.0
c.
~
6
0.9
"-
r\
:;;
~
0
0..
0.8
~
75
'\
~
0.7
I-
"-1\
25
20
FIG 7 SENSITIVITY DIAGRAM
40
60
80
Ambient Temperature
FIG 8 TOTAL POWER DISSIPATION VS
AMBIENT TEMPERATURE
1-47
234
100 DC
ILlTE[I] ~ II
BLACK PLASTIC PHOTODIODE
LTR·526AD
FEATURES
• HIGH PHOTO SENSITIVITY.
• SUITABLE FOR INFRARED RADIATION.
• LOW JUNCTION CAPACITANCE.
• HIGH CUT-OFF FREQUENCY.
• FAST SWITCHING TIME.
II~
r
DESCR IPTION
-.
The L TR-526AD is a special dark plastic package that
cut the visible light and sUitable for the detectors of
infrared applications.
All electrical parameters are 100% tested by manufac·
turing specification are guaranteed to cumulative .65%
AQL.
PACKAGE DIMENSION
NOTE:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange IS 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specification are subject to change without notice.
22
r?
. 'f-
1--+
...--
(. 89Y YP
(.~~)MI N
1
•.
.6:!:O.12
( 26~ .005)
I
w-
c
~
2.54
-----JOTE 3
SEE
~
,
~~~ ~)TYP
NOM
(.1)
1-48
235
ABSOLUTE MAXIMUM RATINGS AT TA = 2SoC
PARAMETER
MAXIMUM RATING
UNIT
150
mW
30
V
Power Dissipation
Reverse Break Down Voltage
.
Operating Temperature Range
_55°C to +1 00° C
Storage Temperature Range
_55°C to +100°C
Lead Soldering Temperature
[1.6mm (0.063 in) From Body]
260° C for 5 Seconds
ELECTRICAL OPTICAL CHARACTERISTICS AT TA
PARAMETER
Reverse Break Down Voltage
SYMBOL
MIN
V'SR)R
30
TYP
= 2SoC
MAX
TEST
CONDITION
V
IR '" 100j.lA
Ee '" OmW/cm 2
nA
VR '" 10V
Ee '" OmW/cm 2
X=940nm
Ee = 0.5mW/cm2
Reverse Dark Current
101R)
Open CircUIt Voltage
Voc
350
mV
Rise Time
Tr
50
nsec
Fall Time
Tf
50
nsec
Light Current
Is
2
j.lA
VR "'5V X = 940nm
Ee'" 0.08mW/cm2
Total Capacitance
Cr
25
pF
VR"'3Vf= 1MHZ
Ee '" OmW/cm2
i\SMAX
950
nm
50
j.lAcm 2
mw
Wavelength of the Max
Sensitvitv
Spectral Sensitivity
Noise Equivalent Power
Detection Umit
S
30
UNIT
1.7
30
NEP
4.4x10·1~
*D
6.3x1012
W
v'HZ
VR "10V
X'" 940nm
R L =1KO
VR"5V
VR "10V
cm,jHZ
w
*The lum ir>ance indicated refers to unfiltered radiation of a tungsten filament LAMP at a color temperature of 2856° K.
1-49
236
TYPICAL ELECTRICAL/OPTICAL/CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
pF
pA
1/
4000
V
V
3000
80
.......
V
c
~ 2000
u 60
"c<.>
l'l
V
:J
U
'":;;
B
'"g-
u
V
o
1000
J
100
V
40
1\
20
~
V
10
15
10- 2
20
Reverse Voltage VR
10- 1
10 1
10°
10 2 V
Reverse Voltage VR
FIG 2 CAPACITANCE VS REVERSE
VOLTAGE
F = 1 MHZ, Ee =
mW/cm'
FIG 1 DARI( CURRENT VS REVERSE
VOLTAGE
TAMB = 25°C, Ee =
mW/cm'
a
a
1.4
1.2
1.0
.c
10
E'"
'" NO.8
E-Ec
5 0.6
---
V
I-
_i-"'
C 101
'"
'":;;
o
<.>
0..
/
'"
5
u
B
o
.c
/
§-
V
04
0.2
-20
20
40
60
Ambient Temperature
FIG 3 PHOTO CURRENT VS AMBIENT
TEMPERATURE
80 "C
20
40
60
80
100 "C
Ambient Temperature
FIG 4 DARI( CURRENT VS AMBIENT
TEMPERATURE
VR = 10V, Ee = 0 mW/cm'
1-50
237
TYPICAL ELECTRICAL/OPTICAL/CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
~A
%
100
(
80
\
\
~
.-1li;;:
'1
60
102
1:
l'
:;
c
'""§"
0
"
Co
"
E
101
.<::
40
'"">
.-
I
'"
20
\
800
10°
1\
/
700
/
0..
1\
I
Cii
a:
/
.9-
900
1000
1100
/
10- 1
1200
Irradlance Ee
Wavelength
FIG. 6 PHOTOCURRENT VS
~ 950 nm
IRRADIANCE
FIG 5 RELATIVE SPECTRAL SENSITIVITY
VS WAVELENGTH
175
,
~
""
E
c 125
.0
c.
.,1li'"
1.0
'-
<5
:0
0.9
"
0
0..
0.8
75
0
0.7
"
"\
]
f-
1"\
25
t!d~~~~~~~~;;d;jjl00o
0.5
0.3
0.2
FIG 7 SENSITIVITY DIAGRAM
1-51
238
0.4
06
"
o
o
20
40
60
80
Ambient Temperature
FIG. B TOTAL POWER DISSIPATION VS
AMBIENT TEMPERATURE
100 'C
ILlTErl) ~ II
BLACK PLASTIC PHOTQDIODE
LTR-536AD
FEATURES
•
•
•
•
•
HIGH PHOTO SENSITIVITY .
SUITABLE FOR INFRARED RADIATION.
LOW JUNCTION CAPACITANCE.
HIGH CUT-OFF FREQUENCY .
FAST SWITCHING TIME.
DESCRIPTION
The L TR-536AD is a special dark plastic package that
cut the visible' light and sUitable for the detectors of
infrared applications.
All electncal parameters are 100% tested by manufacturing specification are guaranteed to cumulative .65%
AQL.
PACKAGE DIMENSION
r---""~
+
7.S:!:O.12
,.3:!:·OOS)
NOTE:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange IS 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specification are subject to change without notice.
RADIANT
SENSITive
AREA
1-52
239
ABSOLUTE MAXIMUM RATINGS AT TA = 25°C
PARAMETER
MAXIMUM RATING
UNIT
Power Dissipation
150
mW
Reverse Break Down Voltage
30
V
Operating Temperature Range
_550 C to +100° C
Storage Temperature Range
_55°C to +100°C
Lead Soldering Temperature
[1.6mm (0.063 in) From Body]
260°C for 5 Seconds
,L),n
.Iz. ,. J<. tZ- ;:. Q,.3 .",., "'-' Z-
,1"'V"l
IC'
rlH-e'7 -
ELECTRICAL OPTICAL CHARACTERISTICS AT TA = 25°C
PARAMETER
Reverse Break Down Voltage
SYMBOL
MIN
VtBRiR
30
TYP
MAX
UNIT
TEST
CONDITION
V
IR '" 100#A
Ee'" OmW/cm'
nA
VR '" 10V
Ee "" OmW/cm'
A'" 940nm
Ee'" O.5mW/cm'
Reverse Dark Current
10 (R)
Open Circuit Voltage
Voc
350
mV
Rise Time
Tr
50
nsec
Fall Time
Tf
60
nsec
Light Current
Is
2
#A
VR =5V A '" 940nm
Ee'" 0.08mW /cm'
Total Capacitance
Cr
25
pF
VR=3Vf'" lMHZ
Ee=OmW/cm'
ASMAX
950
nm
50
#Acm 2
mw
Wavelength of the Max
Sens itivi ty
Spectral Sensitivity
Noise Equivalent Power
Detection Limit
S
30
1.7
30
NEP
4.4xl0"14
*D
6.3x10 12
W
.;HZ
VR '" 10V
A=940nm
RL = lkn
VR =5V
VR = 10V
cm..{H'Z
w
*The lum inance indicated refers to unfiltered radiation of a tungsten filament LAMP at a color temperature of 2856° K.
1-53
240
TYPICAL ELECTRICAL/OPTICAL/CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
pF
pA
4000
3000
V
~
c
~ 2000
/
/
100
/
80
........
u 60
'"
§"
V
u"
'":;
u
~
u
V
Cl
1000
/
/
40
\
20
"
/
10
15
20
10- 2
Reverse Voltage VR
10- 1
10 1
10°
10 2 V
Reverse Voltage VR
FIG 1 DARK CURRENT VS REVERSE
VOLTAGE
TAMB = 25°C, Ee = 0 mW/cm'
FIG 2 CAPACITANCE VS REVERSE
VOLTAGE
F = 1 MHZ, Ee = 0 mW/cm'
nA
10'
1.4
1.2
1.0
E L!l
.c
ro 10NO.8
L
--
V
I-
I-
/
/
.,9.Ec
~
;; 06
8"o
.<:
/
c.. 0.4
/
02
-20
20
40
60
AmbIent Temperature
FIG 3 PHOTOCURRENT VS AMBIENT
TEMPERATURE
80 "C
20
40
60
80
100 "C
AmbIent Temperature
FIG 4 DARK CURRENT VS AMBIENT
TEMPERATURE
VR = 10V, Ee = 0 mW/cm'
1-54
241
TYPICAL ELECTRICAL/OPTICAL/CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
p.A
%
100
(
80
'inc:"
F
1\
E
\
~
;;
1\
60
.3c:
i!'
~
a 101
en
~
o
b
.c
~
"- 40
en
>
;:;
20
/
\
I
<0
Qi
a:
1\
I
~
0..
1\
700
1
800
900
1000
1100
/
10- 1
1200
Irradlance Ee
Wavelength
FIG 6 PHOTOCURRENT VS
IRRADIANCE
~ 950 nm
FIG 5 RELATIVE SPECTRAL SENSITIVITY
VS WAVELENGTH
175
'1\
5:
E
c: 125
[\
0
'"-"
<0
~
t5
1\
a;
;;:
0
0..
DB
I"-
75
"-
E0
0.7
f-
1\
1'\
25
o
FIG 7 SENSITIVITY DIAGRAM
o
20
40
60
80
AmbIent Temperature
FIG. 8 TOTAL POWER DISSIPATION VS
AMBIENT TEMPERATURE
1-55
242
100 'C
ILlTE[')~11
BLACK PLASTIC PHOTODIODE
LTR·546AD
FEATURES
- HIGH PHOTO SENSITIVITY.
-SUITABLE FOR INFRARED RADIATION.
- LOW JUNCTION CAPACITANCE.
- HIGH CUT-OFF FREQUENCY .
.. FAST SWITCHING TIME.
[J
~'"
I
,
'. ,
'
!
DESCRIPTION
The L TR-546AD IS a special dark plastic package that
cut the visible light and suitable for the detectors of
Infrared application.
All electrical parameters are 100% tested by manufactUring specification are guaranteed to cumulative .65%
AQL.
PACKAGE DIMENSION
I
7.0±O.2
I
(:'8 •• 008>"
;---,
7.6:tO.2
(.3±.ooa)
14.
NOTES:
1. All dimensions are in millimeters (Inches).
2. Tolerance is ±0.25mm (.010") unless otherWise
noted.
3. Protruded resin under flange IS 1.5mm (.059")
max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
008
II.I----Illi
)
=1~ T"
RADIANT SENSITIVE AREA
1-56
243
'.'
ABSOLUTE MAXIMUM RATINGS AT TA =,2SoC
MAXIMUM RATING
UNIT
Power Dissipation
150
mW
Reverse Break Down Voltage
30
V
PARAMETER
Operating Temperature Range
-55"C to +l00·C
Storage Temperature Range
_55°C to +100°C
Lead Soldenng Temperature
[1.6mm (O.063in) From Body]
260" C for 5 seconds
{:)(2.d"V1.
0;;...,-,
-
•l
z. y. , (:l
II
".
::.
{.3 "",,_ z..
Q
ELECTRICAL OPTICAL CHARACTERISTICS AT TA = 25°C
PARAMETER
Reverse Break Down Voltage
SYMBOL
MIN
V {8R}R
30
TYP
MAX
UNIT
TEST
CONDITION
V
IR .. 100pA
Ee=OmW/cm2
nA
VR" 10V
Ee =OmW/cm 2
X= 940nm
Ee =< 0.5mW/cm2
Reverse Dark Current
10 (R)
Open Circuit Voltage
Voc
350
mV
Ri1;eTime
Tr
50
nsec
Fall Time
Tf
50
nsec
Light Current
Is
2
p,A
VR =5VA '" 940nm
Ee'" 0.OBmW/cm2
Total Capacitance
CT
25
pF
VR"'3V f '" lMHZ
Ee'" OmW/cm 2
XSMAX
950
nm
50
pAcm 2
mw
Wavelength of the Max
sensitvity
Spectral SensItivity
Nose Equivalent Power
Detection Limit
S
30
1.7
30
NEP
4.4x 10. 14
*0
6.3xl0 12
W
v'HZ
VR ., 10V
X"'940nm
RL""lKSl
VR =5V
VR "'10V
cm....rRZ
w
*The lum ina nee indicated refers to unfiltered radiation of a tungsten filament LAMP at a color temperature of 2856° K.
1-57
244
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
pF
pA
4000
100
II
3000
lL
80
V
c:
~ 2000
V
::l
U
.>!
0;
V
u 60
"'c:"
l!l
i3
OJ
g-
u
V
o
1000
'"
/
40
f\
20
['.,
V
o
15
10
10- 2
20
Reverse Voltage VR
Reverse Voltage VR
FIG 1 DARK CURRENT VS REVERSE
VOLTAGE
TAMB = 25°C, Ee = 0 mW/cm 2
FIG 2 CAPACITANCE VS REVERSE
VOLTAGE
F = 1 MHZ, Ee = 0 mW/cm'
1.4
1.2
1.0
'-" l- f-
r-
I- l- I-
V
ro-
_rr:
~I~ O.B
..e-E-
c:
e
c:
u
J
'5
a 0.6
~
.>!
0;
0
B
o
.s:::
0..
1/
10'
10°
04
0.2
V
/
,/
-20
20
40
60
Ambient Temperature
FIG 3 PHOTOCURRENT VS AMBIENT
TEMPERATURE
80 'C
20
40
60
80
100 'C
Ambient Temperature
FIG 4 DARK CURRENT VS AMBIENT
TEMPERATURE
VR = lOV, Ee = 0 mW/cm'
1-58
245
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
p.A
%
100
(
\
\
80
\
\
::;;
B 60
L
iii
w
a:
I
20
\
1\
J
700
800
900
Wavelength
1000
1100
10- 1
1200
Irradiance Ee
FIG 6 PHOTOCURRENT VS
IRRADIANCE
= 950 nm
FIG. 5 RELATIVE SPECTRAL SENSITIVITY
VS WAVELENGTH
175
"1\
:s:
E
1'\
"0 125
jii
0-
~
Ci
[\
:u
s:
0
c..
1'\
75
"[\
'ji!
0
0.7
f-
'\
25
o
FIG 7 SENSITIVITY DIAGRAM
o
20
40
60
80
Ambient Temperature
FIG 8 TOTAL POWER DISSIPATION VS
AMBIENT TEMPERATURE
1-59
246
100 'C
ILlTE[.] ~ II
PLASTIC SIDE LOOK
TRANSMISSIVE SWITCHES
LTH-301A
FEATURES
• NON-CONTACT SWITCHING.
• FOR DIRECT PC BOARD
SOCKET MOUNTING.
• FAST SWITCHING SPEED
OR DUAL-IN-L1NE
DESCRIPTION
H
I '
The LTH-301 A consists of a Gall ium Arsenide infrared
emitting diode and an NPN silicon phototransistor
mounted in a low cost black plastic hOUSing on opposite
sides of a 0.061" 11.55mm) wide slot. Phototransistor
switching takes place whenever an opaque object passes
through the slot. The L TH-301A IS deSigned for direct
solding into PC boards of mounting In standard dualin-line sockets.
All electrical parameters are 100% tested by manufacturing. Specifications are guaranteed to a cumulative
.65% AQL.
PACKAGE DIMENSIONS
3.2:!:O.13
(.126±.005)
N~~
BOTTOM
VIEW
.. -
12 8+0 05
(o504±.OI)
3_.
(_15)
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance IS ±0.25mm (.010") unless otherWise
noted.
3. Specifications are subject to change without notice.
t
6 .9
(- .1)
t
5:.
T
(.221)
5_2
(_'05)
- - t---
f-- 1--
0 pTICAL
~
~~
11·
9_6
(.378)
2_5
CO.l)
1-60
247
ABSOLUTE MAXIMUM RATINGS AT TA = 2SoC
PARAMETER
MAXIMUM RATING
UNIT
Diode Power Dissipation
100
mW
Phototransistor Collector-Emmer Voltage
30
V
Phototransistor Emitter-Collector Voltage
5
V
1.33
mW/oC
Diode Derating linear From 25°C
Operating Temperature Range
_55°C to +100°C
Storage Temperature Range
_55° C to +100° C
Lead Soldering Temperature
[1.6mm (0.063inl From Body]
2600 C for 5 Seconds
ELECTRICAL CHARACTERISTICS AT TA = 2SoC
PARAMETER
SYMBOL
MIN
TYP
MAX
UNIT
TEST
CONDITION
INPUT DIODE
Forward Voltage
VF
1.2
1.6
V
Reverse Current
IR
0
100
IJ.A
IF <= 20mA
VR "'5V
OUTPUT PHOTOTRANSISTOR
= 1mA
Collector Emltter Breakdown Voltage
V(BR) CEO
30
V
Ic
Emitter Collector Breakdown Voltage
V (BR) ECO
5
V
IE <= 100IJ.A
Collector Emitter Dark Current
ICEO
Vce<=10V,IF =0
100
nA
0.4
V
Ic= 0.5mA
IF'" 20mA
mA
Vce'" 5V
IF =< 20mA
COUPLER
Collector Emitter Saturation Voltage
On State Collector Current
1-61
248
VCE
(SAT)
Ie (ON)
0.5
1
TYPICAL ELECTRICAl/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless 01herwlse Noted)
40
3 r--
«
30
z
L1J
f-
25
::J
U
0
20
«
15
E
I
a:
a:
a:
~
a:
0
lL
VCC= 10V
w
I
a:
a:
::J
U
II
0' = 0.030 VOLTS BETWEEN
IF = 1rnA ANO 40rnA
/
10 2
'" 10
«
0
'
a:
II
f-
V
LO
V
..J
..J
0
I
10
u
w
5
0
0- 1
>
;::
I
V
«
...J
0- 2
W
a:
/
V
/
0
-50
0.2 0.4 0.6 0.8 1.0 1.2 1.4
v F - FORWARD VDLTAGE-VOLTS
V
/
/
a:
0
u
L1J
I
_lL
I
Forward Current
VS FORWARO VOLTAGE
/
10 3
fZ
V
o
-25
25
50
75
100
T A -AMBIENT TEMPERATURE- °C
FIG. 1 FDRWARD CURRENT VS FORWARD VOLTAGE
FIG 2 RELATIVE COLLECTOR DARK CURRENT
VS AMBIENT TEMPERATURE
1.0
f-
zw
a:
rr
0.9
~
IF=20rnA
VCE=10V
0.8
0.7
::J
U
f::J
0.6
f::J
0.5
- - r---.: -
+2a
-2a
>
;::
«
...J
Ul
::l,
TYP
::;;
;::
...J
...J
-2a
«
u.
0.4
0
z
TYP
10
«
0.3
L1J
W
a:
+2a
300
200
100
u
w
I
w
Il..
0
w
TYP
Ul
a:
0.2
I
;r
0.1
~-
0
10
100
1,000
10,000
100
FIG 3 RELATIVE OUTPUT CURRENT VS TIME
lK
5K 10K
FIG D RL -LOAD RESISTANCE-OHMS
T - TIME- HOURS
FIG. 4
RISE AND FALL TIME VS LOAD RESISTANCE
1·62
249
ILITEr.] ~ II
PLASTIC SIDE LOOK
TRANSMISSIVE SWITCHES
lTH-301·07
FEATURES
• NON-CONTACT SWITCHING.
• FOR DIRECT PC BOARD OR
SOCKET MOUNTING.
• FAST SWITCHING SPEED
r------------ -.- --------------------------------l
DUAL-IN-LiNE
!
:
, ,"
,,'~
DESCRIPTION
The L TH-301-07 consists of a Gallium Arsenide Infrared
emitting diode and an NPN silicon phototranslstor
mounted in a low cost black plastiC housing on opposite
sides of a 0.02" (0.5mm) wide slot. Phototransistor
switching ·takes place whenever an opaque object passes
through the slot. The L TH-301-07 is designed for direct
solding into PC boards of mounting in standard dualin-line sockets.
All electrical parameters are 100% tested by manufacturing. Specifications are guaranteed to a cumulative
.65% AQL.
PACKAGE DIMENSIONS
BOTTOM
vIew
5
(0.197)
r-
10
(0.394)
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. Specifications are subject to change without notice.
r-1
OPTICAL
.-.
2.5.
0.1)
W
(0.205)
1-63
250
0.7
(0.0281
ABSOLUTE MAXIMUM RATINGS AT TA = 25°C
PARAMETER
MAXIMUM RATING
UNIT
Diode Power Dissipation
100
mW
Phototransistor COllector-Emitter Voltage
30
V
Photo transistor Em itter -Co Ilector Vo Itage
5
V
1.33
mWtOC
Diode Derating Linear From 25°C
Operating Temperature Range
_55°C to +100°C
Storage Temperature Range
_55°C to +100°C
Lead Soldering Temperature
[1.6mm (0.063in) From Body]
260°C for 5 Seconds
ELECTRICAL CHARACTERISTICS AT TA = 25°C
PARAMETER
SYMBOL
MIN
TYP
MAX
UNIT
TEST
CONDITION
..
INPUT DIODE
Forward Voltage
VF
1.2
1.6
V
Reverse Current
IR
0
100
J.lA
VR =5V
IF=20mA
OUTPUT PHOTOTRANSISTOR
Collector Emitter Break down Voltage V(SR) CEO
30
V
Ic = lmA
V (BR) ECO
5
V
IE
Emitter Collector Breakdown Voltage
Collector Emitter Dark Current
I CEO
100
nA
VeE (SATl
0.4
V
= 100ltA
Vce=10V,IF=0
COUPLER
Collector Emitter Saturation Voltage
On State Collector Current
Ie (ON)
0.4
0.7
mA
Ie'" 0.2mA
IF '" 20mA
VeE
= 5V
IF '" 20mA
1-64
251
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25° C Ambient Temperature Unless Otherwise Noted)
40
3
«
E
I
f-
25
::J
U
Cl
20
«
15
c::
3:
a:
0
"-
w
II
5
/
0.4
-
0.6
0.8
1.0 1.2
..J
a:
1.4
0.7
::J
U
f::J
0.6
f::J
0.5
>
w
0.4
«
0.3
0
f=
..J
W
a:
IF=20rnA
VCE= 10V
0.8
/
/
0 ~
-50 -25
o
25
50
75
100
TA-AMBIENT TEMPERATURE-oC
FORWARD VOLTAGE-VOLTS
~ I--
V
f=
« 0- 2
W
~
/
0- 1
>
I
~
/
1.0
..J'
..J
w
0.9
/
0
0
10
/
a:
FIG. 1 FORWARD CURRENT VS FORWARD VOLTAGE
0..
10 1
Cl
u
vF
a:
a:
'"a:«
::J
U
w
0.2
zw
10 2
f-
0
f-
a:
a:
u
1.0
Vee = 10V
Z
II
a = 0.030 VOLTS BETWEEN
IF = 1rnA AND 40rnA
I
-"-
f-
I
30
zw
c::
c::
Forward Current
VS FORWARO VOLTAGE
r---
/
10 3
I
- -------....:
FIG. 2 RELATIVE COLLECTOR DARK CURRENT
VS AMBIENT TEMPERATURE
+2a
-2;;
TYP
+2a
300
200
100
u
w
(f)
::I.
I
w
TYP
~
i=
..J
..J
-2a
«
"Cl
z
TYP
10
«
w
rJl
a:
0.2
I
~
0.1
~~
0
10
100
1,000
10,000
100
FIG. 3 RELATIVE OUTPUT CURRENT VS TIME
'·65
252
lK
5K 10K
FIG D RL -LOAD RESISTANCE-OHMS
T - TIME-HOURS
FIG 4
RISE AND FALL TIME VS LOAD RESISTANCE
ILlTE(']~11
INFRARED REMOTE CONTROl,
RECEIVER MODULES
LTM-8705A
FEATURES
• EASY TO HANDLE SMALL TYPE MODULE.
• EXCELLENT MECHANICALLY STRENGTH AND
ELECTRICAL STABILITY .
• CAN BE INSTALLED DIRECTLY TO EQUIPMENT.
DESCRIPTION
• The module is a small type infrared remote control
system receiver which has been developed and
designed by utilizing the latest hybrid technology.
• It is a single unit type module which incorporates
a PIN diode and a receiving preamplifier IC.
e It can be used for TVs, VTRs, audio equipment, air
conditioners, car stereo radio, toys, home computers
and all other equipments requiring remote control.
PACKAGE DIMENSIONS
59
(0232)
(0091)
23
+--~-t- 1
'46
(0575)
'-------I--......J~
226
rr
I (0'j9~)
NOTES:
1. All dimensions are in millimeters (Inches).
2. Tolerance is ±0.25mm L010"} unless otherwise
noted.
236
(0929)
r-(0890)~
509
(02)
23
(0091)
100
0
127
(05)
L
nn
0
J3 r
(0445)
L
1 Output
L
89
(0346)-
2 Vee
3 Gnd
1-66
253
ILlTE['] ~ II
·INFRARED REMOTE CONTROL
RECEIVER MODULES
LTM·8705A
FEATURES
• EASY TO HANDLE SMALL TYPE MODULE.
• EXCELLENT MECHANICALLY STRENGTH AND
ELECTRICAL STABILITY.
.CAN BE INSTALLED DIRECTLY TO EQUIPMENT.
,-
DESCRIPTION
• The module is a small type IrTfrared remote control
system receiver which has been developed and
designed by utilizing the latest hybrid technology.
• It is a single unit type module which incorporates
a PIN diode and a receiving preamplifier IC.
• It can be used for TVs, VTRs, audio equipment, air
conditioners, car stereo radio, toys, home computers
and all other equipments requiring remote control.
PACKAGE DIMENSIONS
59
(0232)
l
23
(0091)+--1-_-'-
14 S
(0575)
'-------+----'-+
226
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.25mm <.010") unless otherwise
noted.
rr
r-(0890)~
508
I (~~g,)
(ool(0;:.:;2o.t)-I-~(02o~,)
200
(0787)
In n
0
(0461)
L
1 Output
(0575)
1-67
(r
1L
L
2 Vee
3 Gnd
254
rOD0
127
~
(0346)
ILlTE['] ~ II
INFRARED REMOTE CONTROL
RECEIVER MODULES
LTM·8705C
FEATURES
• EASY TO HANDLE SMALL TYPE MODULE.
• EXCELLENT MECHANICALLY STRENGTH AND
ELECTRICAL STABILITY.
• CAN BE INSTALLED DIRECTLY TO EQUIPMENT.
DESCRIPTION
.The module is a small type infrared remote control
system receiver which has been developed and
designed by utilizing the latest hyb~id technology.
• It is a single unit type module which incorporates
a PI N diode and a receiving preamplifier I C.
• It can be used for TVs, VTRs, audio eqUipment, air
conditioners, car stereo radio, toys, home computers
and all other equipments requiring remote control.
PACKAGE DIMENSIONS
23
(0091)1--+-_'-
226
(OB90)~
I~O
L
127
(05)
NOTES:
1. All dimensions are in millimeters (inches),
2. Tolerance IS to.25mm (,010") unless otherwise
noted.
~
TYPE
ij ~ ij
0
0
!
340
(1339)
I
~
ij
1 2 3
1 Output (Black)
2 Vee (Red)
3 Gnd (White)
1-68
255
ILlTE['] ~ II
INFRARED. REMOTE CONTROL
RECEIVER MODULES
LTM-87050
FEATURES
e EASY TO HANDLE SMALL TYPE MODULE.
e EXCELLENT MECHANICALLY STRENGTH AND
ELECTRICAL STABILITY.
eCAN BE INSTALLED DIRECTLY TO EQUIPMENT.
',:,
DESCRIPTION
e The module is a small type Infrared remote control
system receiver which has been developed and
designed by util izing the latest hybrid technology.
elt is a single unit type module which incorporates
a PIN diode and a receiving preamplifier IC.
elt can be used for TVs, VTRs, audiO equipment, air
conditioners, car stereo radio, toys, home computers
and all other equipments requIring remote control.
PACKAGE DIMENSIONS
59
(0232)
(0
~:,)+--+_-'---_ -rI
-I
(0575)
'----+-_--1~
226
rr
236
NOTES:
1. All dimensions are In millimeters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
r-(0890)~
50B
(02)
(0591)
18
(0071)
(0929)
1 Output
2 Vee
3 Gnd
146
(0575)
1-69
256
INFRARED REMOTE CONTROL RECEIVER
1. ABSOLUTE MAXIMUM 'RATINGS (Ta = 25°C)
* Supply voltage
* Storage temperature
* Operating temperature
Vee
Tstg
Topr
6.3
-20 to +60
-10 to +60
v
°e
°e
2. RECOMMENDED OPERATING CONDITION
* Supply voltage
Vee
4.7
to
5.3
V
3. MODULE SCHEMATIC
INTEGRATOR
AMP
LIMITER
BPF.
COMPARATOR
DEMODULATOR
GND
Vee
Vo u !
4. RECEIVER MODULE EQUIVALENT CIRCUIT
PREAMPLIFIER
Gnd
Va
Vee
1·70
257
5. MEASURE METHOD
A. Standard transmitter:
The transmitter whose output is adjusted up become Vo ~ 400 mVp·p by the output waveform as shown in Fig. 1
and using the measuring method as shown in Fig. 2 is specified as the standard transmitter.
However, the infrared diode to be used for the transmitter should be ;>,.peak ~ 940 nm, 6.;>,. ~ 50 nm.
'j,
k~r-
Fig. 1 Output waveform
1.. 1•• 1
600
,.
20 em
c:=:=:n:
Standard
transmitter
"
600(~s)
z
~
lTR-516AD
I
I
I
IL _____________ -I
o
Flg.2 Measuring method
Oscilloscope
8. Arrival distance measuring condition as shown in Fig. 3
Transmitter output
r-I-------r----:;::i>:at
D.U.T.: DEVICE UNDER TEST
fJ, Irndlcates hOrizontal)
and vertical directions)
L
c.
Fig.3 Arrival distance L measuring condition
Pulse width measuring condition
Specifies at the TWL and the TWH period of the output pulse by using the aforementioned standard transmitter
as shown in Fig. 4.
Transmitter outl1lt
OUT output pulse
Fig. 4 Output pulse
1-71
258
6. ELECTRICAL CHARACTERISTICS
(Ta = 25°C. Vcc = 5V)
RATING
SYMBOL
ITEM
CONDITION
UNIT
MIN.
Current consumption
Non-signal input
Icc
8.0
The ray receiving surface at a
vertex and In relation to the
ray axis:
a. In the range of 30° cone
b. In the range of 45° cone
L
MAX.
1.1
At the ray axis
Arrival distance
TYP.
2.5
mA
10.0
m
6.0
3.0
Low level output
voltage
VL
30 cm over the ray axis
High level output
voltage
VH
30 cm over the ray axis
4.5
TWL
Specified by the output TWL
period within a range from
5cm to the arrival distance
(Average value of 50 pulses)
410
660
910
)J,S
TWH
Specified by the output TWH
penod within a range from
5cm to the arrival distance
(Average value of 50 pluses)
290
540
790
)J,s
Low level pluse width
High level pluse width
0.5
V
V
• CARRIER WAVE FREQUENCY FO = 38 KHZ
7. ELECTRICAL CHARACTERISTIC CURVES
%
100
I.1J
u
(
80
z
..:
tn
60
/
Ci
..J
..: 40
>
a:
%
.,;
~11O
/ i\
z
..:
Ci 100
..J
..:
>
"'
0:
..: 20
20
tn
~
30
40
50
a:0:
""'"
I---
..: 90
60
70
Vs EMITIER FREQ
ARRIVAL DISTANCE / Vs EMITIER FREQ
IkHZI
80
45
5.5
IVI
Vs SUPPLY VOLTAGE
ARRIVAL DISTANCE I Vs SUPPLY VOLTAGE
1-72
259
ILlTErl] ~ II
INFRARED REMOTE ·CONTROL
RECEIVER MODULES
l TM-8834/8834-1/8834-2
8834-3/8834-4/8834-5
FEATURES
_........... '""""',
~'~..,.,M
. .
.... ""'_.........,_....
• EASY TO HANDLE SMALL TYPE MODULE.
• EXCELLENT MECHANICALLY STRENGTH AND
ELECTRICAL STABILITY .
• CAN BE INSTALLED DIRECTLY TO EQUIPMENT.
,,,'~
DESCRIPTION
• The module is a small type Infrared remote control
system receiver which has been developed and
deSigned by utiliZing the latest hybrid technology.
• It IS a single unit type module which incorporates
a PIN diode and a receiving preamplifier IC.
• It can be used for TVs, VTRs, audio equipment, air
conditioners, car stereo radio, toys, home computers
and all other equipments requiring remote control.
PACKAGE DIMENSIONS
D
I
,
1475
(0581)
60
(0236)
,
I
1475
(0 581)
I"
'I
c
NOTES:
1. All dimensions are In millimeters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
1·73
260
(062~6)
:.::.:.:.c.j--/l
MIN
..., .....
INFRARED REMOTE CONTROL RECEIVER
1. ABSOLUTE MAXIMUM 'RATINGS (Ta = 25°C)
* Supply voltage
* Storage temperature
* Operating temperature
V
6.3
-20 to +60
-10 to +60
Vee
Tstg
Topr
°c
°c
2. RECOMMENDED OPERATING CONDITION
* Supply voltage
4.7 to 5.3
Vee
V
3. MODULE SCHEMATIC
INTEGRATOR
AMP
LIMITER
BPF.
COMPARATOR
DEMODULATOR
GND
Vee
Vout
4. RECEIVER MODULE EOUIVALENT CIRCUIT
PREAMPLIFIER
--
Gnd
Vo
Vee
1-74
261
5. MEASURE METHOD
A. Standard transmitter:
The transmitter whose output is adjusted up become Vo = 400 mVp-p by the output waveform as shown in Fig. 1
and using the measuring method as shown in Fig. 2 is specified as the standard transmitter.
However, the infrared diode to be used for the transmitter should be Apeak = 940 nm, b.A = 50 nm.
'I,
Fig. 1 Output waveform
I"'
20 em
~--;D-Standard
transmitter
z
~
LTR·516AD
I
I
I
IL _____________ .J
o
Flg.2 Measuring method
Oscilloscope
B. Arrival distance measuring condition as shown in Fig. 3
Transmitter output
r-,------+----::::::""I
D.U.T.: DEVICE UNDER TEST
o hndlcates hOrizontal}
and vertical drectlons)
L
Fig. 3 Arrival distance L measuring condition
C. Pulse width measuring condition
Specifies at the TW L and the TWH period of the output pulse by using the aforementioned standard transmitter
as shown in Fig. 4.
Transmitter outJl.,.lt
DUT output pulse
Flg.4 Output pulse
1·75
262
6. ELECTRICAL CHARACTERISTICS
(Ta = 25°C, Vee = 5V)
RATING
ITEM
CONDITION
SYMBOL
UNIT
MIN.
Current consumption
Non-signal input
Icc
8.0
The ray receiving surface at a
vertex and in relation to the
ray axis:
a. In the range of 30° cone
b. I n the range of 45° cone
L
MAX.
1.1
At the ray axis
Arrival distance
TYP.
2.5
mA
10.0
m
6.0
3.0
Low level output
voltage
VL
30 em over the ray aXIs
High level output
voltage
VH
30 cm over the ray aXIs
45
TWL
Specified by the output TWL
period within a range from
5cm to the arrival distance
(Average value of 50 pulses)
410
660
910
j.IS
TWH
Specified by the output TWH
period within a range from
5cm to the arrival distance
(Average value of 50 pluses)
290
540
790
fJ.S
Low level pluse width
High level pi use width
0.5
* CARRIER WAVE FREQUENCY FO= 1. LTM·8834·568
(KHZ) 2 L TM·8834-1 38
3 L TM·8834·2 32.7
V
V
4. L TM·8834·3:36
5. L TM-8834·4·50
6. L TM·8834·5·64
7. ELECTRICAL CHARACTERISTIC CURVES
%
3
100
L1J
u
4 2
%
ao
~ 110
2
2
~
~
>- 60
Q
!ii
...J
...J
Ul
~
>
Q 100
40
~
~
'---
>
a:a:
~
~
a:a:
~
20
20
30
40
50
60
70
Vs EMITTER FREQ
ARRIVAL DISTANCE / Vs EMITTER FREQ.
(kHZ)
90
80
55
4.5
(V)
Vs SUPPLY VOLTAGE
ARRIVAL DISTANCE / Vs SUPPLY VOLTAGE
1-76
263
ILITEr.] ~ II
INFRARED REMOTE CONTROL
RECEIVER MODULES
LTM·8835
FEATURES
- EASY TO HANDLE SMALL TYPE MODULE.
- EXCELLENT MECHANICALLY STRENGTH AND
ELECTRICAL STABILITY.
-CAN BE INSTALLED DIRECTLY TO EQUIPMENT.
DESCRIPTION
-The module is a small type infrared remote control
system receiver which has been developed and
designed by utilizing the latest hybrid technology.
-It is a single unit type module which Incorporates
a PIN diode and a receiving preamplifier IC.
-It can be used for TVs, VTRs, audio equipment, air
conditioners, car stereo radio, toys, home computers
and all other equipments requiring remote control.
PACKAGE DIMENSIONS
160
['; t.l.
(0567)
o'o=:Lj
27
(0106)
NOTES:
1. All dimensions are in millimeters (Inches).
2. Tolerance is ±0.25mm (.010") unless otherwls'e
noted.
~
254
(01)
1 Output
2 Vee
3 Case Gnd
4 Case Gnd
1-77
264
ILITEr.] ~ II
INFRARED REMOTE CONTROL
RECEIVER MODULES
LTM-8836
FEATURES
o EASY TO HANDLE SMALL TYPE MODU~E.
o EXCELLENT MECHANICALLY STRENGTH AND
ELECTRICAL STABILITY.
oCAN BE INSTALLED DIRECTLY TO EQUIPMENT.
DESCR IPTION
o The module IS a small type Infrared remote control
system receiver which has been developed and
designed by utilizing the latest hybrid technology.
o It IS a Single unit type module which Incorporates
a PI N diode and a receiving preamplifier I C.
o It can be used for TVs, VTRs, audio equipment, air
conditioners, car stereo radio, toys, home computers
and all other equipments requiring remote control.
PACKAGE DIMENSIONS
138
(0543)
1 254 (01)
254
(01)
~
~
11 7
(0461)
~
NOTES:
1. All dlmenslo~s afe in millimeters (inches).
2. Tolerance IS ±0.25mm 1.010") unless otherwise
noted.
205
(0807)
145
(0571)
120
(0472)
3.
(0154)
fc A L'n "
13""" '.7)U-::-:
l 0 r::1 I(~~:,)I
160
(063)
50
(0
~I
;;7}
(On
I
1
2
3
4
5
Vee
Output
Gnd
Case Gnd
Case Gnd
40
I'-I'I-+-~ (0 157)
1-78
265
INFRARED REMOTE CONTROL RECEIVER
1. ABSOLUTE MAXIMUM 'RATINGS (Ta = 25°C)
* Supply voltage
* Storage temperature
* Operating temperature
Vee
Tstg
Topr
6.3
-20 to +60
-10 to +60
V
°e
°e
2. RECOMMENDED OPERATING CONDITION
* Supply voltage
Vee
4.7 to 5.3
V
3. MODULE SCHEMATIC
INTEGRATOR
AMP
LIMITER
BPF.
COMPARATOR
DEMODULATOR
GND
Vee
Vou!
4. RECEIVER MODULE EQUIVALENT CIRCUIT
PREAMPLIFIER
1-79
266
--
Gnd
Vo
Vee
5. MEASURE METHOD
A. Standard transmitter:
The transmitter whose output IS adjusted up become Vo = 400 mVp-p by the output waveform as shown in Fig. 1
and using the measuring method as shown In' Fig. 2 is specified as the standar~transmitter.
However, the infrared diode to be used for the transmitter should be Apeak = 940 nm, 6A = 50 nm.
'10
Fig. 1 Output waveform
600
I-
20 em
r-LOls----i::
Standard
transmitter
6001~sl
z
,
~
LTR-516AO
I
I
I
IL _____________ .J
o
Fig. 2 MeaSUring method
Oscilloscope
B. Arrival distance measuring condition as shown in Fig. 3
Transmitter output r~I-------t----:::::>:>j
D U T .. DEVICE UNDER TEST
o {indicates hOrizontal}
and vertical drectlons)
L
Fig. 3 Arrival distance L measuring condition
C. Pulse width measuring condition
Specifies at the TW L and the TWH period of the output pulse by using the aforementioned standard transmitter
as shown In Fig. 4.
Transmitter DutllJt
OUT output pulse
Fig.4 Output pulse
1-80
TWL
TWH
267
6. ELECTRICAL CHARACTERISTICS
(Ta
= 25°C, Vee = 5V)
RATING
ITEM
SYMBOL
CONDITION
UNIT
MIN.
Current consumption
Icc
Non-Signal input
TYP.
MAX.
1.1
At the ray axis
6.3
2.5
7.8
mA
.
The ray receiving surface at a
Arrival distance
vertex and in relation to the
L
ray axis:
a. In the range of 30° cone
b. In the range of 45° cone
m
5.1
3.9
Low level output
voltage
VL
30 cm over the ray axis
High level output
voltage
VH
30 cm over the ray axis
4.5
Low level pluse width
TWL
Specified by the output TWL
period within a range from
5cm to the arrival distance
(Average value of 50 pulses)
410
660
910
IlS
High level pluse width
TWH
Specified by the output TWH
period within a range from
5cm to the arrival distance
(Average value of 50 pluses)
290
540
790
IlS
* CARRIER WAVE FREQUENCY Fa
=
0.5
V
V
36 KHZ
7. ELECTRICAL CHARACTERISTIC CURVES
%
100
w 80
/
u
z
~
Ul
60
i5
..J
:; 40
,
/
%
('\
~ 110
20
20
;;:
a:
.......
0:
II:
«
60
70
Vs EMITTER FREQ
ARRIVAL DISTANCE I Vs EMITTER FREQ.
272
110
!ii
""
~
«
z
«
IkHZI
90
80
5.5
45
Vs SUPPLY VOLTAGE
ARRIVAL DISTANCE I Vs SUPPLY VOLTAGE
IVI
ILlTE[']~1I
INFRARED REMOTE CONTROL
RECEIVER MODULES
LTM-8848
FEATURES
- EASY TO HANDLE SMALL TYPE MODULE.
- EXCELLENT MECHANICALLY STRENGTH AND
ELECTRICAL STABILITY.
-CAN BE INSTALLED DIRECTLY TO EQUIPMENT.
-~-
C:::-~;..JJ;
,
II -
'kl-"
r~,
J DESCRIPTION
- The module IS a small type Infrared remote control
system receiver which has been developed and
designed by utilizing the latest hybrid technology.
-It is a Single unit type module which Incorporates
a PIN diode and a receiVing preamplifier IC.
- It can be used for TVs, VTRs, audio equipment, air
conditioners, car stereo rad 10, toys, home computers
and all other equipments requiring remote control.
PACKAGE DIMENSIONS
LJ
I•
240
(0945)
•
I
IT
172 (0 528)
(0
NOTES:
1. All dimenSions are in millimeters (Inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
~'Ir--Ir-1r--1Ir-----,I'
I
1 2 3
~.4j
(0268)
1 Vee
2 Output
3 Gnd
20
(0079)
1-86
273
ILlTE[.] ~ II
INFRARED REMOTE .CONTROL
RECEIVER MODULES
LTM-8848A
FEATURES
e EASY TO HANDLE SMALL TYPE MODULE.
e EXCELLENT MECHANICALLY STRENGTH AND
ELECTRICAL STABILITY.
eCAN BE INSTALLED DIRECTLY TO EQUIPMENT.
DESCRIPTION
eThe module is a small type infrared remote control
system receiver which has been developed and
designed by utilizing the latest hybrid technology.
e It is a single unit type module which incorporates
a PIN diode and a receiving preamplifier IC.
e It can be used for TVs, VTRs, audio equipment, air
conditioners, car stereo radiO, toys, home computers
and all other equipments requiring remote control.
PACKAGE DIMENSIONS
r
34
(0134)
223
NOTES:
1. All dimensions are in millimet.ers (inches!'
2. Tolerance is ±0.25mm 1.010") unless otherwise
noted.
'[
1 Vee
2 Output
3 Gnd
240
(0945)
1-87
274
140
(0551)
INFRARED REMOTE CONTROL RECEIVER
1. ABSOLUTE MAXIMUM 'RATINGS (Ta = 25°C)
* Supply voltage
* Storage temperature
* Operating temperature
v
6.3
-20 to +60
-10 to +60
Vee
Tstg
Topr
°e
°e
2. RECOMMENDED OPERATING CONDITION
* Supply voltage
4.7 to 5.3
Vee
V
3. MODULE SCHEMATIC
INTEGRATOR
AMP
LIMITER
BPF.
COMPARATOR
DEMODULATOR
GND
Vee
Vou!
4. RECEIVER MODULE EQUIVALENT CIRCUIT
PREAMPLIFIER
Gnd
Va
Vee
1-88
275
5. MEASURE METHOD
A. Standard transmitter:
The transmitter whose output is adjusted up become Vo = 400 mVp·p by the output waveform as shown in Fig. 1
and using the measuring method as shown in Fig. 2 is speCified as the standard transmitter.
However, the infrared diode to be used for the transmitter should be 7I.peak = 940 nm, A7I. = 50 nm.
'10
kJur-
Fig. 1 Output waveform
101 .• 1
600
600(~s)
20 em
o
Fig. 2 Measuring method
LTR-S16AD
Oscilloscope
B. Arrival distance measuring condition as shown in Fig. 3
TransmItter output
rif--------'r------::7:ot
D.U T.: DEVICE UNDER TEST
8 (IndIcates hOrizontal)
and vertical cirectlOns)
L
c.
Fig.3 Arrival distance L measuring condition
Pulse width measuring condition
SpeCifies at the TWL and the TWH period of the output pulse by uSing the aforementioned standard transmitter
as shown In Fig. 4.
TransmItter outpJt
DUT output pulse
Flg.4 Output pulse
'·89
276
6. ELECTRICAL CHARACTERISTICS
(Ta = 25°C, Vcc = 5V)
RATING
ITEM
SYMBOL
CONDITION
UNIT
MIN.
Current consumption
Icc
Non-signal input
8,0
The ray receiving surface at a
vertex and in relation to the
ray axis:
a, I n the range of 30° cone
b, In the range of 45° cone
L
MAX.
2,5
1.1
At the ray axis
Arrival distance
TYP.
mA
10,0
m
6,0
3,0
Low level output
voltage
VL
30 cm over the ray axis
High level output
voltage
VH
30 cm over the ray axis
4,5
TWL
Specified by the output TWL
period within a range from
5cm to the arrival distance
(Average value of 50 pulses)
410
660
910
J.LS
TWH
Specified by the output TWH
period within a range from
5cm to the arrival distance
(Average value of 50 pluses)
290
540
790
J.LS
Low level pi use width
High level pluse width
* CARRI ER WAVE FREQUENCY FO
0.5
V
V
= 36 KHZ
7. ELECTRICAL CHARACTERISTIC CURVES
%
100
%
(\
w 80
z
«
tii
60
15
-'
;; 40
~
tJz
V
u
V
"
/
\
""
« 20
20
30
40
110
«
Iii
50
is 100
-'
«
~
~
b--
>
"'
ii:
a::
«
90
80
60
Vs EMITTER FREQ
ARRIVAL DISTANCE I Vs EMITTER FREQ
70
(kHZ)
45
55
IV)
Vs SUPPLY VOLTAGE
ARRIVAL DISTANCE I Vs SUPPLY VOLTAGE
1-90
277
2. LED· Lamps
.•
•
•
•
..
•
•
•
•
•
•
•
.. •
•
SELECTION GUIDE
HOW TO USE -L1TON LED LAMPS
CROSS REFERENCE GUIDE
RESISTOR LAMPS
FLASH LAMPS .
AXIAL LAMPS SURFACE MOUNT ASSEMBLY LED LAMPS
BIG LED LAMPS
ULTRA BRIGHT LED LAMPS·
LOW CURRENT -LED LAMPS
STANDARD LED" LAMPS
SPECIAL LED LAMPS
DUAL· COLOR LED LAMPS
TAPE AND REEL
- RADIAL TAPE AND REEL ..
- SURFACE MOUNT TAPE AND REEL
• PANEL MOUNTING GROMMENTS
• LED CIRCUIT BOARD AND SNAP-IN INDICATORS
'SELECTION GUIDE
RESISTOR LAMPS
DEVICE
DESCRIPTION
OUTLINE
PACKAGE
PART NO.
COLOR**
LTL·4201-R 1 Red
(655 nm)
L TL-4201·R2
~
6
l TL-4211-R 1 Bright Red
(697 nm!
LTL·4211·R2
T·l
Standard
1" LEAD
3cP
T-1%
Standard
1" LEAD
5cP
LENS
Diffused
LUMINOUS TYPICAL
OPERATING PAGE
INTENSITY VIEWING
ANGLE
VOLTAGE
NO.
Iv TYP.
28%*
0.8 mcd
40°
0.9 mcd
Diffused
1.7 mcd
12 V
40°
1.8mcd
L Tl·4231·R 1 Green
(565 nm!
LTL-4231·R2
Diffused
l TL-4251-R 1 Yellow
(585 nm)
LTl-4251-R2
Diffused
5.6 mcd
40°
Diffused
L TL·4203·R1 Red
(655 nm)
LTL·4203·R2
Diffused
L TL·4213·Rl Bright Red
(697 nm!
LTL·4213-R2
Diffused
LT L·4223·R 1 Hi.Eff.Red
(635 nm!
LTL-4223·R2
Diffused
LTL·4233·R 1 Green
(565 nm)
LTL-4233·R2
Diffused
LTL-4253·R1 Yellow
(585 nm)
Diffused
LTL-4293·R1 Orange
(630 nm)
LTL-4293·R2
Diffused
LTL·4238·Rl Green
(565 nm)
LTL·4238·R2
water Clear
5.6 mcd
40°
40°
36°
36°
36°
8.7 mcd
36°
36°
5V
2-43
5V
12V
36°
5V
12 V
8.9 mcd
70 mcd
5V
12V
8.9 mcd
8.7 mcd
5V
12V
8.9 mcd
LTL-4253·R2
5V
12V
8.9 mcd
8.7 mcd
5V
12V
4.0 mcd
8.7 mcd
5V
12 V
1.0 mcd
3.8 mcd
2·35
12V
5.7 mcd
0.8 mcd
5V
12 V
5.7 mcd
LTL·4291·Rl Orange
(630 nm)
L Tl·4291-R2
5V
12 V
5.8 mcd
5.6 mcd
5V
20°
5V
12 V
85mcd
FLASH LAMPS
OEVICE
DESCRIPTION
OUTLINE
PACKAGE
Notes.
2·1
280
~
T-l%
Standard
1" LEAD
5cP
LUMINOUS
INTENSITY
lvTYP.
PART NO.
COLOR**
LENS
LTL-4263·FL
Red
(660nm)
Diffused
30mcd
Bright Red
LTL·4213-FL (697 nm)
Diffused
1.0 mcd
Green
LT L·4233·F L (565 nm)
Diffused
BLINK
FREQ.
PACKAGE
DIMENSION
f= 2.2 HZ
2·52
f= 2.2 HZ
1.5 mcd
* 20)1, IS the off-axis angle at which the luminous intensity is half the axial luminous intensity.
** Peak Emission wavelength (nml.
Ei)
AXIAL LAMPS
,
DEVICE
DESCRIPTION
OUTLINE
PACKAGE PART NO.
Subminiature
~
=~=
Lamp
t!1
LUMINOUS
INTENSITY
Iv TYP.
@ 10mA
TYPICAL
VIEWING VfTYP. PAGE
ANGLE @20mA NO.
COLOR**
LENS
LTL-93BEK 1
Orange
(630 nm)
Water Clear
125 mcd
34°
2.0 V
LTL-93BGK1
Green
(565 nm)
Water Clear
15.0mcd
34 0
2.1 V
LTL-93BYK1
Yellow
(585 nm)
Water Clear
8.5mcd
34 0
2.1 V
2011:.*
2-57
Orange
LTL-93BHRA 1
(630 nm)
Diffused
3.7 mcd
900
2.0V
LTL-93BGA1
Green
(565 nm)
Diffused
2.5mcd
900
2.1 V
LTL-93BYA1
Yellow
(585 nm)
Diffused
5.6 mcd
900
21 V
s SURFACE MOUNT ASSEMBLY LED LAMPS
DEVICE
DESCR IPTION
OUTLINE
PACKAGE
~
0
PART NO.
LUMINOUS
INTENSITY
Iv TYP.
@20mA
TYPICAL
VIEWING VfTYP. PAGE
ANGLE @20mA NO.
COLOR**
LENS
LrL-907PK
Bright Red
(697 nm)
Water Clear
1.7 mcd
1400
2.1 V
LTL-907LK
Green
(565 nm)
Water Clear
2.0mcd
1400
2.1 V
Orange
(630 nm)
2011:.*
LTL-907EK
SOT-23
Surface
LTL-907CK
Mount
LED Lamp
Water Clear
2.0mcd
1400
2.0 V
GaAIAs Red Water Clear
3.5 mcd
1400
1.8 V
LTL-907HK
Water Clear
2.0mcd
1400
Green
2-62
2-67
2.1 V
Orange
2.0V
GaAIAs Red
LTL-907NK
Water Clear
3.5 mcd
1400
1.8 V
Water Clear
2.0mcd
1400
2.0V
2-67
GaAIAs Red
Orange
LTL-907JK
Orange
Notes:
" 21JY2 is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
** Peak Emisson wavelength (nmL
2-2
281
SELECTION GUIDE
• BIG LED LAMPS
DEVICE
DESCRIPTION
OUTLINE
PACKAGE
....
G
Standard
1" Lead
81/>
12 Pin
DIP. 100"
Centers
20q,
LUMINOUS TYPICAL
INTENSITY VIEWING VfTYP. PAGE
Iv TYP.
ANGLE @20mA NO.
@10mA
28~*
PART NO.
COLOR**
LENS
LTL·327HR
Hi. Eft. Red
(635nm)
Diffused
12.6 med
46°
2.0 V
LTL·327G
Green
(565 nm)
Diffused
12.6 med
46°
2.1 V
LTL·327Y
Yellow
(585nm)
Diffused
12.6 med
46°
2.1 V
LT.L·327A
Amber
(600 nm)
Diffused
12.6 med
46°
2.1 V
LTL·327EA
Orange
(630nm)
Diffused
12.6mcd
46°
2.0 V
LTJ·811HR
Hi. Eff. Red
(635 nm)
Diffused
25.0 med
1800
2.0V
LT J·811G
Green
(565 nm)
Diffused
25.0 med
1800
2.1 V
LT J·8l1 Y
Yellow
{585nm}
Diffused
25.0 mcd
180°
2.1 V
2·72
2·77
• ULTRA BRIGHT LED LAMPS
DEVICE
DESCRIPTION
OUTLINE
PACKAGE
Q
T·1%
Narrow
Viewing
Angle
1" Lead
51/>
<0
i
2·3
282
PART NO.
LENS
LTL·353CK l2
Water Clear
300 mcd
12°
LTl·353CKH3
GaAIAs Red
Water Clear
(660 nm)
500 mcd
120
l TL·353CKH4
Water Clear
l000med
12°
60med
50°
LTl·307C
T·l%
Standard
COLOR**
LUMINOUS TYPICAL
INTENSITY VIEWING VfTYP. PAGE
***lvTYP. ANGLE @20mA NO.
@20mA
28~*
Diffused
LTL·307CE
GaAIAs Red
Transparent
(660 nm)
90med
40°
LTL·307CK
Water Clear
90med
40°
'" Lead
51/>
Notes;
* 21JY> is the off axis angle at which the luminous intensity is half the axial luminous intensity.
. ** Peak Emission wavelength (nm).
*** The luminous intensity of LTL·3b3 serial are not include 15% Tolerance.
1.8 V
2·82
1.8 V
2·85
DEVICE
DESCRIPTION
OUTLINE
PACKAGE
PART NO.
LTL4263
COLOR**
LENS
GaAIAs'Red
(660 nm)
Diffused
90 med
40°
Transparent
270 mcd
16°
Transparent
220 mcd
16°
Transparent
150 mcd
16°
LTL·4264H4
LTL·4264H3
b
LTL4264L2
5tp
LTL4264Ll
Transparent
100 med
16°
LTL-4268H4
Water Clear
270 med
16°
Water Clear
220 mcd
16°
Water Clear
150 mcd
16°
LTL·4268Ll
Water Clear
100 mcd
16°
LTL-4261N
Diffused
48mcd
60°
~ L;j
T·1
Standard
1" Lead
Medium
Profile
1.8 V
GaAIAs Red
(660 nm)
1.8 V
LTL4262N
GaAIAs Red Transparent
(660 nm)
80 mcd
45°
LTL-4266N
Water Clear
BOmed
45°
Diffused
40 mcd
3.5 med
3tp
,
1.8 V
2·88
LTL·4268L2
n
GaAIAs Red
(660 nm)
T-l%
Standard
1" Lead
LTL·4268H3
~
LUMINOUS TYPICAL
INTENSITY VIEWING VfTYP. PAGE
Iv TYP.
ANGLE @20mA NO.
@20mA
2814*
L TL·l02,63W
GaAIAs Red
(660nm)
LTl-907CK
GaAIAs Red
Water Clear
(660 nm)
4.6tfJ
1.8 V
2·91
60°
1.B V
2·94
1400
1.9 V
2-97
Flangeless
SOT-23
Surface
Mount
LED Lamp
Notes.
* 28% IS the off-axls angle at which the luminous intensity is half the aXial luminOUS intenSity.
** Peak EmiSSion wavelength (nm)
2-4
283
SELECTION GUIDE
• LOW CURRENT LED LAMPS
DEVICE
DESCRIPTION
OUTLINE
~
0
~
LUMINOUS TYPICAL
INTENSITY VIEWING VfTYP. PAGE
ANGLE @ 2mA NO.
Iv TYP.
@ 2mA
28%*
PACKAGE
PART NO.
COLOR**
LENS
T·1
Standard
1" Led
3¢
LTL-4221NLC
Hi-Eff.Red
(635 nm)
Diffused
1.8 mcd
45"
1.8 V
2-100
LTL-307ELC
HLEff.Red
(635nm}
Diffused
3.0 moo
50"
1.8 V
2-103
T-l%
Standard
1" Lead
5
• STANDARD LED LAMPS
OEVICE
DESCRIPTION
OUTLINE
PACKAGE
PART NO.
COLOR**
Diffused
0.8 moo
76°
Transparent
2.0 moo
30"
White
Diffused
0.8 mcd
76"
Bright Red
(697 nm)
Diffused
1.1 moo
76"
2.1 V
Hi. Eff. Red
(635 nm)
Diffused
3.8 moo
76"
2.0 V
Diffused
3.8 moo
16"
Transparent
8.0 mcd
30"
Diffused
3.8 mcd
76"
8.0 moo
30"
3.8 moo
76"
LTL-201
LTL-202
Red
(655 nm)
LTL-205
,......
Ti
LTL-211
T-1
Standard
0.5" Lead L TL-221
3¢
LTL-231
-. -
LTL-232
LTL·251
LTL-252
LTL-291
2-5
LENS
LUMINOUS TYPICAL
INTENSITY VIEWING VfTYP. PAGE
ANGLE @20mA NO.
Iv TYP.
@10mA
28%*
Green
(565 nm)
Yellow
(585 nm)
Orange
(630nm)
1.7 V
2.1 V
2.1 V
Transparent
Diffused
Notes'
* 28% IS the off-aXIS angle at which the luminous intenSity is half the aXial luminous Intensity
284 ** Peak EmiSSion wavelength (nml.
2.0V
2-106
DEVICE
DESCRIPTION
OUTLINE
PACKAGE
PART NO.
COLOR**
LENS
1:1 L-4201
Red
(655 nm)
Diffused
0.8 mcd
40°
Transparent
4.0 mcd
20°
Diffused
1.7 med
40°
Diffused
3.8med
40°
Transparent
12.6 mcd
20°
Diffused
5.6 mcd
40°
LTL-4202
LTL-4211
LTL-4221
~
T-1
Standard
High
Perfor·
manee
31/>
LTL-4222
LTL-4231
Brrght Red
(697 nm)
HI. Eff. Red
(635 nm)
Green
(565 nm)
Diffused
5.6 med
40°
Transparent
12.6 mcd
20°
Diffused
5.6 mcd
40°
Transparent
12.6 med
20°
Water Clear
12.6 mcd
20°
Diffused
0.8 mcd
60°
Transparent
2.5 med
45°
Bright Red
LTL·4211 N (697 nm)
Diffused
2.5 med
60°
LTL-4221N
Diffused
5.6 mcd
60°
Transparent
12.6 mcd
45°
LT L-4291
LTL-4292
Orange
(630 nml
LTL-4296
LTL·4201 N
LTL·4202N
LTL·4222N
~
2.1 V
20°
Yellow
(585 nm)
Red
(655 nm)
Hi. Eff. Red
(635 nm)
2·112
2.1 V
2.0 V
1.7 V
2.1 V
2.0 V
Diffused
5.6 mcd
60°
Green
LTL-4232N
(565 nml
Transparent
12.6 mcd
45°
LTL-4236N
Water Clear
12.6 mcd
45°
LTL·4251N
Diffused
5.6 med
60°
Yellow
LTL-4252N (585 nm)
Transparent
12.6 med
45°
LTL-4256N
Water Clear
12.6 mcd
45°
LTL-4291N
LTL-4231N
2.1 V
20 V
12.6 med
LTL-4251
PAGE
NO.
17 V
Transparent
LTL-4232
LTL-4252
T·1
Standard
1" Lead,
31/>
LUMINOUS TYPICAL
INTENSITY VIEWING VfTYP.
Iv TYP.
ANGLE @20mA
@ 10mA
21:1%*
Diffused
5.6 med
60°
Orange
LTL-4292N (630 nm)
Transparent
12.6 mcd
45°
LTL-4296N
Water Clear
12.6 mcd
45°
Notes.
* 2B% is the off-axIs angle at which the luminous intensity is half axial luminous intensity.
** Peak Emission wavelength (nm).
2.1 V
2·112
2.1 V
2.0 V
2-6
285
'SELECTION GUIDE
DEVICE
DESCRIPTION
OUTLINE
PACKAGE
i
~
T-1
0.05" Pitch
0.5" Lead
3¢
PART NO.
COLOR**
LENS
LTL-209
Red
(655 nm)
Diffused
0.8mcd
72"
1.7 V
LTL-219
Bright Red
(697 nm)
Diffused
1.1 mcd
72"
2.1·V
LTL-229
Hi. Eff. Red
(635nm)
Diffused
3.8 mcd
72"
2.0 V
LTL-239
Green
(565 nm)
Diffused
3.8 mcd
72°
2.1 V
LTL-259
Yellow
(585 nm)
Diffused
3.8mcd
72"
2.1 V
LTL-299
Orange
(630 nm)
Diffused
3.8 mod
72"
2.0V
LTL-203
LTL-204
Red
(655nm)
LTL·213
Bright Red
(697 nm)
LTL·223
LTL·224
T·1%
Standard
0.5" Lead
LTL-233
&P
LTL-234
32"
Diffused
1.1 mcd
54"
2.5 mcd
54°
3.5 mcd
32"
Hi. Eff. Red Diffused
(635 nm)
Transparent
Green
(565 nm)
Diffused
3.0mcd
54°
Transparent
3.5mcd
32°
Transparent
3.5mcd
32"
Orange
(630nm)
Diffused
3.0mcd
54"
Transparent
3.5 mcd
32"
Diffused
0.8 mcd
36"
Red
(655 nm)
Transparent
6.5 mcd
16°
Water Clear
5.5 mcd
16°
Diffused
3.8 mcd
36°
Transparent
12.6 mcd
16°
Hi. Eff. Red Diffused
(635 nm)
Transparent
8.7 mcd
36°
40.0 mod
16°
Diffused
8.7 mcd
36"
Transparent
40.0 mod
16"
LTL-4238
Water Clear
60.0mcd
16"
LTL-4253
Diffused
8.7 mcd
36°
LTL-4203
LTL-4204
LTL·4208
LTL-4213
LTL-4214
LTL-4223
LTL-4224
Bright Red
(697 nm)
LTL·4233
LTL·4234
LTL·4254
Green
(565nm)
Yellow
(585 nm)
LTL·4258
LTL-4293
LTL·4294
LTL·4298
286
54"
2.0 mod
54°
LTL·293
2-7
0.6 mod
2.5 mcd
LTL-254
5t/J
Diffused
Transparent
Diffused
LTL-294
C
2-123
Yellow
(585 nm)
LTL-253
T·l%
Standard
1" Lead,
High
Pertormanee
LUMINOUS TYPICAL
INTENSITY VIEWING VfTVP. PAGE
Iv TYP.
ANGLE @20mA NO.
@10mA
26%*
Orange
(630nm)
Transparent
4O.0med
16"
Water Clear
40.0 mcd
16"
Diffused
8.7 mcd
36°
Transparent 40.0mcd
16°
40.0mcd
16°
Water Clear
Notes:
* 20Y:, is the off-axis angle at which the luminous intensity is half axial luminous intensity.
** Peak Emission wavelength (nm).
1.7 V
2.1 V
2.0 V
2-128
2.1 V
2.1 V
2.0 V
1.7 V
2.1 V
2.0 V
2.1 V
2.1 V
2.0 V
2-134
DEVICE
DESCRIPTION
OUTLINE
PACKAGE
PART NO.
L TL-307P
L TL-307PE
LTL-307E
()
11
LTL-307EE
T-1%
Standard
1" Lead
LTL-307G
5tP
LTL·307GE
f'
~
Medium
Profile
4.6<1>
COLOR**
Bright Red
(697 nm)
HI. Eft. Red
(635 nm)
Green
(565 nm)
LENS
LUMINOUS TYPICAL
INTENSITY VIEWING VfTYP.
Iv TYP.
ANGLE @20mA
@10mA
20%*
Diffused
5.6 mcd
50°
Transparent
9.0 mcd
40°
Diffused
19.0 mcd
50°
Transparent
303 mcd
40°
Diffused
12.6 mcd
50°
PAGE
NO.
2.1 V
2.0 V
2-134
2.1 V
Transparent
29.0 mcd
40°
LTL-307Y
Yellow
(585nm)
Diffused
12.6 mcd
50°
2.1 V
LTL-307EA
Orange
(630 nm)
Diffused
19.0 mcd
50°
2.0 V
L TL-10203
Red
(655 nm)
Diffused
0.8 mcd
60"
1.7 V
LTL-10213
Bright Red
(697 nm)
Diffused
2.5 mcd
60°
2.1 V
LTL-10223
Hi. Eft. Red
(635 nm)
Diffused
5.6 mcd
600
2.0 V
L TL-10233
Green
(565 nm)
Diffused
5.6 mcd
60°
2.1 V
L TL-10253
Yellow
(585nm!
Diffused
5.6 mcd .
600
2.1 V
LTL-10203W
Red
(655nm)
Diffused
0.8 mcd
60"
1.7 V
L TL·l0223W
Hi. Eff. Red
(635 nm!
Diffused
5.6 mcd
600
2.0V
L Tl·l0233W
Green
(565 nm!
Diffused
5.6 mcd
60"
2.1 V
L T1·10253W
Yellow
(585 nm)
Diffused
5.6 mcd
60°
2.1 V
LTL·10293W
Orange
1630 nm)
Diffused
5.6 mcd
50"
2.0 V
2-144
~
Medium
Profile
4.6<1>
Flangeless
Notes.
* 28% is the off-axis angle at which the luminOUS Intensity is half the axial luminous intensity.
** Peak EmiSSion wavelength (nm!.
2-8
287
SELECTION GUIDE
DEVICE
OUTLINE
PACKAGE
T-1%
Low
Profile
COLOR**
LENS
LUMINOUS TYPICAL
INTENSITY VIEWING Vf TYP. PAGE
Iv TYP.
ANGLE @2OmA NO.
@10mA
26'}12*
LTL·5203
Red
(655nm)
Diffused
0.5 med
64°
1.7 V
LTL-5223
Hi. Eff. Red
(635 nm)
Diffused
4.0 med
64°
2.0 V
LTL-5233
Green
(565 nm)
Diffused
4.0 med
64°
2.1 V
LTL-5253
Yellow
(585 nm)
Diffused
4.0 mcd
64°
2.1 V
LTL-709R
Red
(655nm)
. Diffused
0.7mcd
25°
1.7V
LTL-709E
Hi. Eff. Red
(635nm)
Diffused
3.0mcd
38°
2.0 V
LTL·709L
Green
(565nm)
Diffused
1.5 mcd
38°
2.1 V
LTL-709Y
Yellow
(585 nm)
Diffused
3.5 mcd
38°
2.1 V
LTL·709EA
Orange
(630nm)
Diffused
3.5 mcd
38°
2.0 V
2·150
5
0
Cylindri.
cal
5¢
IT
0
n
Cylindrical
Wide
Viewing
Angle
Back
lighting
5
Flangeless
LTL-298WJ
Orange
2.1 V
80°
2-287
GaAIAs
Red
19.0 mcd
18 V
Green
13.0 mcd
2.1 V
60°
White Diffused
GaAIAs
Red
T-l%
Dual Color LTL-52EG
Indicator
1.8 V
5.0 mcd
2.1 V
54°
Green
(565 nm)
2pcs
2.1 V
5.0 mcd
54°
White Diffused
Bright Red
1.1 mcd
Green Diffused
2-293
2.0 V
5.0 mcd
Green
LTL-52RG
2-290
380 mcd
White Diffused
Orange
LTL-52DG
2-284
2.0 V
120mcd
White Diffused
LTL-313SJ
T-1%
Dual Color
Indicator
2.1 V
50°
5.5 mcd
Green
LTL-293SJ
2-281
17 V
8.7 mcd
White Diffused
Green
Q
50°
12 mcd
Green
BI-Color
T-1%
Standard
Lamp
2.1 V
8.7 mcd
White Diffused
8.7 mcd
2-296
2.1 V
54°
2.1 V
2-299
Notes:
* 20Y. is the off-axIs angle at which the luminous intensity is half the aXial luminous Intensity
** Peak Emission wavelength (nm).
2-1 B
297
'SELECTION GUIDE .
• TAPE AND REEL
RADIAL TAPE AND REEL
OPTION CODE
OUTLINE
Iii ~
1'"0" ,.,!OII:O
1m"
""
l' /.
,I
II
11
II
II
,..
II
....
mm
II~",,:iO\111"I,
:':' JI
1/,:0
t
t-
_.001
DESCRIPTION
.011
5mm (0.197") Preformed Leads With- 001 :
2.5mm (0.1 H) and - 011 :
.021
4.0mm (0.157") and - 021 : 7.5mm (0.295")
PAGE NO.
from seating plane to lamp Bottom.
C!!il1iiiiiI
2-302
.002
2.54mm (0.1 H) Straight Leads With -002:
.012
18mm (0.709"), and -012: 22mm (0.866"),
.022
and -022 : 26mm (1.024") from Feed Hole to
lamp Bottom.
SURFACE MOUNT TAPE AND REEL
OUTLINE
OPTION CODE
p~~~\
o 0 0 6)
L TL.907TA
DESCRIPTION
PAGE NO.
Available with chOice of orientation
2-306
~~~~1
o 0 0 x 32mm
Through hole.P.C.B.
1.6mm thick
Tip Temp.
295°C ± 5°C
Within
3 Seconds
4. PREVENTING OVERCURRENT
4.1
4.2
Do not overcurrent.
I n order to operate L1TON LED under stable conditions, put protective resistors in series. Resistor Values
can be determined by supply voltage or current for the LED. Recommended current for use is in the range of
IF 10mA to 20mA. (Fig.7).
4.3 Circuit must be designed 50 that overvoltage (overcurrent) is not applied to the LED during ON/OFF
switching. Transients or pulse current can damage the junction of the LED die.
5. BRIGHTNESS AND COLOR
5.1 For obtain even brightness multiple LED should be kept at the same current.
5.2 To increase brightness, increase current.
5.3 It checked at a distance of 30cm from the LED to the eye detects.
FIG.7
Rx
2-24
303
6. RELIABILITY TESTS AND CONDITIONS
CONDITIOMS
TEST
Operating Life Test
@20mA or @1 OmA Duty =
'Is
Ta = 25° ± 5°C
1500
+72
-24
trical and thermal stresses.
Hours
Ta = 105°C
1000
Low Temperature
Storage Test
This test is conducted for the purpose of
determining the resistance of a part in elec-
High Temperature
Storage Test
DESCRIPTION
Ta = -55°C 1000
+72
-24
+72
-24
The purpose of this test is to determine the
Hours
resistance of the device which is laid under
condition of high temperature for hours.
The purpose of this test is to determine the
Hours
resistance of the device which is laid under
condition of low temperature for hours.
High Temperature
T = 65° ± 3°C RH = 90 ~ 95%
The purpose of this test is to determine the
High Humidity Test
240 Hours
resistance of the device under tropical condition for hours.
Thermal Shock Test
,
_55°C - +1 05°e (Air to air)
The purpose of this test is to determine the
(10 Min) (10 Min)
resistance of the device to sudden extreme
x 10 cycles
changes in high and low temperature.
Transfer time: 5 Sec.
Solder Resistance Test
Solderability Test
Drop Test
Ta = 260° ± 5°C Dwell solder 10±1 sec.
This test is intended to determine the thermal
Cooling 5 seconds x 1 cycle.
characteristic resistance of the device to
More than 1.6mm away from resin of
sudden exposures at extreme changes in
LED
temperature when soldering the lead wire.
Ta
=230°
± 5°C Dwell Flux 5 ± 1 sec.
This test is intended to see soldering
Dwell solder 5 ± Yo sec.
well performed or not.
o ~ 9Kg
H = 760mm
This test is intended to see the certain
9.1 - 22Kg
H
= 610mm
height drop to effect the device.
22.1 - 45.5Kg H=530mm
One angle, three corners three surface
Vibration Test
2-25
304
F = 900-3600-900 RPM (sweep cycle/min)
Amplitude = 1 .5mm
Test Time: 15 min for 3 faces each.
Acceleration: 1.5-21.8-1.5G
(1 G =9.8m/sec2 )
This vibration test is intended to determine
the suitability of the device.
HOW TO USE LITON LED LAMPS
7. HOW TO TEST LUMINOUS INTENSITY OF LlTON LED LAMPS
7.1
Standard luminous intensitY tester:
EG & G MODEL 550-1 RADIOMETER/PHOTOMETER
7.2 Reference luminous intensity tester:
A TEXTRONIXJ16 PHOTOMETER
B. VIM MODEL 200 PHOTOMETER
7.3
Measurement hints
3.8"
7.4
LED adapter
At one foot, one footcandle is equivalent to one candela.
At 3.8 inches, one footcandle is equivalent to 100 millicandelas.
2-26
305
CROSS REFERENCE GUIDE FOR:
H.P ./TE LE FUN KEN/SI EM ENS/MATSUSH ITA/ROHM/SHARP LED LAMPS
In order to designate the similarity between the other manufacturers' device and the nearest LlTON equivalent.
This guide has been included a letter code system to cover this.
Code Definitions:
A - LlTON device is electrically and mechanically equivalent.
B - Minor electrical differences exist.
C - Minor mechanical differences exist.
o - Significant electrical differences exist.
E - Significant mechanical differences exist.
Since Optoelectronics is a relatively young industry, it is possible that different devices offered by two or more
manufacturers will satisfy the requirements of one application. Therefore, slight mechanical of electrical
variations should not disqualify the nearest equivalent.
The data contained in this guide is believed to be accurated. However, no responsibility is assumed by TAIWAN
LlTON ELECTRONIC CO., LTD. for the use of this data in actual circuit design.
2·27
306
CROSS REFERENCE GUIDE FOR:
H.P. (Hewlett Packard) Equivalent LED Lamps
H.P. PART NO.
LITON PART NO. CODE
H.P. PART NO.
LlTON PART NO. CODE
H LMP-0300/0301
LTL-3223A
A
HLMP-3315/3316
LTL-307EE
A
H LMP-0400/Q401
LTL-3253A
A
H LMP-3350/3351
LTL-5233
A
H LMP-0503/0504
LTL-3233A
A
H LMP -3400/3401/3862
LTL-307Y
A
HLMP-1 000/1 002
LTL-4201 N
A
H LMP-3450/3451
LTL-5253
A
H LMP-1300/1301 /1302
LTL-4221N
A
H LMP-3502/3507 /3962
LTL-307G
A
HLMP-1321
LTL-4222N
A
HLMP-3517/3519
LTL-307GE
A
H LMP-1400/1401 /1402
LTL-4251N
A
H LMP-3553/3554
LTL-5233
A
HLMP-1421
LTL-4252N
A
HLMP-4700
LTL-307ELC
A
H LMP-1503/1523
LTL-4231 N
A
HLMP-5000
L TL-503-11
E
HLMP-1521
LTL-4232N
A
HLMP-5030
L TL-523-11
E
HLMP-1700
LTL-4221NLC
A
HLMP-5040
LTL-553-11
E
HLMP-3002/3003
LTL-307R
A
HLMP-5050
LTL-533-11
E
HLMP-3300/3301/3762
LTL-307E
A
H LMP-D400/D401
LTL-307EA
A
2-28
307
CROSS REFERENCE GUIDE
TELEFUNKEN Equvialent LED Lamps
TELEFUNKEN
PART NO.
2-29
308
LITON
PART NO.
CODE
TELEFUNKEN
PART NO.
LITON
PART NO.
CODE
TLUR-2400/2401
LTL-709R
A
TLSG·51 00/51 01
LTL-23231AL
C
TLUO-2400/2401
LTL-709EA
A
TLSR·5300/5301
LTL·9204A
A
TLUY -2400/2401
LTL-709Y
A
T LSO-5300/5301
LTL-9294A
A
TLUG-2400/2401
LTL-709G
A
TLSY -5300/5301
LTL-9254A
A
TLSR-3200/3201
LTL-2201AL
E
TLSG·5300/5301
LTl-9234A
A
T LSO·3200/3201
LTL·2291AL
E
TLAR·5400/5401
LTL·6203LN
A
TLSY ·3200/3201
LTL·2251AL
E
TLAO-5400/5401
LTL·6293LN
A
TLSG-3200/3201
LTL·2231AL
E
TLA Y ·5400/5401
lTl-6253LN
A
T LS R·3300/3301
LTL·9202A
E
T LAG·5400/5401
LT L·6233 LN
A
TLSO·3300/3301
LTL·9292A
E
TLUR·6400/6401
LTL·307R
A
TLSY ·3300/3301
LTL·9252A
E
TLUO·6400/6401
LTL·307EA
A
TLSG·3300/3301
LTL·9232A
E
TLUY -6400/6401
LTL·307Y
A
TLH R -4200/4201/4202/
4203/4205
LTL-4202N
A
TlUG-6400/6401
LTL·307G
A
TLHY -4200/4201/4203
LTL-4252N
A
TlHR-6200/6201/6202/
6203/6205
LTL-4224
A
TLHG-4200/4201/4202/
4203/4205
LTL-4232N
A
TLHY-6200/6201/6202/
6203/6205
LTL-4254
A
TLHR-4400/4401/4402/
4403/4405
LTL·4201N
A
TLHG·6200/6201/6202/
6203/6205
l TL-4234
A
TLHY -4400/4401/4402/
4403/4405
LTL-4251N
A
TLHR-6400/6401/6402
6403/6405
LTL·307E
A
TLHG-4400/4401/4402/
4403/4405
LTL-4231N
A
TLHY ·6400/6401/6402
6403/6405
LTL·307Y
A
TLSR ·5100/5101
LTL·23201 AL
C
TLEG·6400/6401/6402/
6403/6405
LTL-307G
A
TLSO·51 00/51 01
L Tl·23291 Al
C
TLSY ·5100/5101
LTL·23251 Al
C
CJRO§§ JRUEIF1EJRIENClE GUIDE
SIEMENS Equivalent LED Lamps
SIEMENS
PART NO.
LlTON
PART NO.
CODE
SIEMENS
PART NO.
LlTON
PART NO.
CODE
LDR-1101/1102/1103
LTL-4201N
A
LOR-3701 /3702/3703
L TL-23221 AL
A
LDH-1111/1112/1113
LTL-4221 N
A
LD Y -380 1/3802/3803
L TL-23251 AL
A
LDY -1131/1132/1133
L TL-4251 N
A
LOG-3901 /3902/3903
L TL-23231 AL
A
LDG-1151/1152/1153
LTL-4231 N
A
LOR-5091/5092/5093
L TL-4204
A
LDR-1201
L TL-10203N
C
LOR-51 01 /5102/5103
L TL-307R
A
LDG-1231
L TL-10233N
C
LOH-5121/5122/5123
LTL-307E
A
LDY-1251
L TL-10253N
C
LOY-5161/5162/5163
LTL-307Y
A
LDH-2310
LTL-907EK
A
LOG-5171/5172/5173
LTL-307G
A
LDY-2320
LTL-907YK
A
LOH-5191/5192/5193
LTL-4224
A
LDG-2330
L TL-907LK
A
LOY -5391/5392/5393
LTL-4254
A
LDH-3601/3602/3603
L TL-23201 AL
A
LOG-5591/5592/5593
LTL-4238
A
2-30
309
'CROSS REFERENCE.GUIDit
MATSUSHITA (PANASONIC) Equivalent LED Lamps
MATSUSHITA
LITON
PART NO.
PART NO.
2-31
MATSUSHITA
LITON
PART NO.
PART NO.
CODe
LN2TRPHL/21 RPH
LTL-307P
A
LN322GP
LTL-1234A
A
LN21 RCPH/21 RCPHL
LTL-307PE
A
LN324GP
LTL-3238A
C
LN21 CAL (U)
LTL4268H3
A
LN326GP
LTL-8232A
C
LN217RP
LTL-3215S
C
LN342GP
LTL433G
A
LN222RP
LTL-1214A
A
LN345GP
LTL-23236A
B/E
LN224RP
LTL-3218A
C
LN38GP
LTL4231
B/C
LN226RP
LTL-8212A
C
LN38GCP
LTL4232
B/C
LN242RP
LTL433P
A
LN41 YPH/41YPHL
LTL-307Y
A
LN245RP
LTL-23216A
B/E
LN417YP
LTL-3255S
C
LN28RP
LTL4211
C
LN422YP
LTL-1254A
A
LN28RCP
LTL4212
C
LN424YP
LTL-3278A
C
LN31 GPHL/31 GPH
LTL-307G
A
LN442YP
LTL433Y
A
LN31 CPH L/31 GCPH
LTL-307GE
A
LN445YP
LTL-23276A
B/E
LN31 GCPHL(U)/
31GCPH (U)
LN48YP
LTL4271
B/C
LTL-4234
B
LN81 RPHL/81 RPH
LTL-307E
A
LN81 RCPHL/81 RCPH
LTL-307EE
A
LN317GP
310
CODe
LTL·3235S
C
CROSS REFERENCE GUIDE
ROHM Equivalent LED Lamps
ROHM
LITON
PART NO.
PART NO.
CODE
ROHM
PART NO.
LlTON
PART NO.
CODE
SLR-34VR/SLH-34VR
LTL-4221
A
SPR-56MVW
LTL-52EA
A
SLR-34VC
LTL-4222
A
SLV-56VC
LTL-2224RT
A
.SLR-34VT
LTL-4296
A
SLV-56VT
LTL-2294WC
A
SLR-34DU/SLH-34DU
LTL-4291
A
SLV-56DC
LTL-2224RT
A
SLR-34DC
LTL-4292
A
SLV-56DT
LTL-2294WC
A
SLR-34DT
LTL-4296
A
SLV-56YC
LTL-2254YT
A
SLR-34YY /SLH-34YY
LTL-4251
A
SLV-56YT
LTL-2254WC
A
SLR-34YC
LTL-4252
A
SLV-56MC
LTL-2234GT
A
SLR-34YT
LTL-4256
A
SLV-56MT
LTL-2234WC
A
SLR-34MG/SLH-34MG
LTL-4231
A
SLR-80VR
LTL-327HR
A
SLR-34MC
LTL-4232
A
SLR-80MG
LTL-327G
A
SLR-34MT
LTL-4236
A
SLR-80YY
LTL-327Y
A
SLR-56VR/SLH-56VR
LTL-307E
B
LSR-80DU
LTL-327EA
A
SLR-56VC
LTL·307EE
B
SLB-25VR
L TL-3221A
C
SLR-56DU/SLH-56DC
LTL-307EA
A
SLB-25DU
LTL-3291A
C
SLR-56YY /SLH-56YY
LTL-30-7Y
A
SLB-25YY
LTL-3251A
C
SLR-56MG/SLH-56MG
LTL-307G
A
SLB-25MG
LTL-3231A
C
SLR-56MC
LTL-307GE
A
2-32
311
CROSS REFERENCE GUIDE
SHARP Equivalent LED Lamps
SHARP
PART NO.
2-33
312
LlTON
PART NO.
CODE
SHARP
PART NO.
LITON
PART NO.
GL9HY2
LTL-3251A
A
CODE
GL3AR2
LTL-4201
E
GL3PR7
LTL-4211
B/E
GL9HY26
LTL-433Y
C
GL3HD7
LTL-4221
B/E
GL9PR10
LTL-13218A
A
GL3EG7
LTL-4231
B/E
GL9HD10
LTL-13228A
A
GL3HY7
LTL-4251
B/E
GL9Hl0
L TL-13258A
A
GL5ARl
LTL-203
A
GL9PR23
LTL-13219B
B/C
GL5PRl
LTL-213
A
GL9HD23
LTL-13229B
B/C
GL5PR5
LTL-307P
A
GL9EG23
LTL-13239B
B/C
GL5PR6
LTL-307PE
A
GL9HY23
LTL-13259B
B/C
GL5PR27
LTL-2214RT
A
GL9PR24
LTL-3218A
C
GL5HD5
LTL-307E
A
GL9HD24
LTL-3228A
C
GL5HD27
LTL-2224PT
A
GL9EG24
LTL-3238A
C
GL5EG5
LTL-307G
A
GL9HY24
LTL-3258A
C
GL5HYl
LTL-253
A
GL9PR25
LTL-3217A
A
GL5HY5
LTL-307Y
A
GL9EG25
LTL-3237A
A
GL5HY27
LTL-2254YT
A
GL9HY25
LTL-3257A
A
GL5PR21
LTL-4214
B
GL9PR40
L TL-23216A
E
GL5PR24
LTL-4218
B
GL9HY40
LTL-23256A
E
GL5HD21
LTL-4224
B
GL9PR4
LTL-9213A
A
GL5EG21
LTL-4234
B
GL9HD4
LTL-9223A
A
GL5EG24
LTL-4238
B
GL9EG4
LTL-9233A
A
GL5HY21
LTL-4254
B
GL9HY4
LTL-9253A
A
GL9PR2
LTL-3211A
A
GL9PR6
LTL-8212A
A
GL9PR26
LTL-433P
C
GL9HD6
LTL-8222A
A
GL9HD2
LTL-3221 A
A
GL9HG6
LTL-8232A
A
GL9HD26
LTL-433HR
C
GL9HY6
LTL·8252A
A
GL9EG2
LTL-3231A
A
CROSS REFERENCE FOR IRIPTRIPTD
INFRARED EMITTING DIODES
HONEWELL
TRW
SIEMENS
TOSHIBA
KODENSHI
L TE-209/209C
SPE8505/8525
OP160
TIL32
-
-
-
LTE ·239/239C
-
OP260
TIL902
-
-
-
LTE4208/4208C
-
-
TIL39
LD274
TLNll0
EL-ILI
LTE4238/4238C
SEP8703-00X
OP295
TIL906
LD484
-
-
L TE-5208A/5208AC
-
-
TIL38
LD271
TLN105A
-
LTE-5238A/5238AC
SEP8703-30X
OP290
TIL905
SFH485
TLN205
-
LTE-302
SEP8506/8526
OP140
-
IRL80
-
-
LTE4206
-
OP161
-
SFH409 .
-
-
T.I.
LlTON
T.!.
PHOTO TRANSISTORS
LITON
TOSHIBA
HONEWELL
TRW
SIEMENS
LTR·209
-
SDP8425
OP500
-
TIL78
TPS6l 0
SDP8403
-
BP1038
TIL414
-
SDP8406
OP550
LRT-80
-
LTR4208
LTR-301
PHOTODIODES
LlTON
SIEMENS
KODENSHI
TOSHIBA
LTR-5l6AD
SFH205
-
-
LTR·526AD
SFH206
-
-
LTR·536AD
-
HP·3FR2
-
LTR·546AE
-
HP·5FR3
LTR-546AD
-
-
TPS703
TPS703A
J
2-34
313
ILITEr·) ~ II
T -1 (3mm) RESISTOR LAMPS
LTL-4201-R1/R2 RED
LTL-4211-R1/R2 BRIGHT RED
LTL·4231·R1/R2 GREEN
LTL-4251-R1/R2 YELLOW
LTL-4291-R1/R2 ORANGE
FEATURES
-INTEGRAL CURRENT LIMITING RESISTOR.
-COST EFFECTIVE.
Saves Spaces and Resistor Cost.
- EXTERNAL RESISTOR REQUIRED WITH
5 VOL T/12 VOLT SUPPLY.
-AVAILABLE IN ALL COLORS.
Red, High Efficiency Red, Yellow and Green in
T·l Packages.
f!
,,
I:
DESCRIPTION
The RESISTOR LAMP contains an integral current
limiting resistor in series with the LED. This allows
the lamp to be driven from a high volt source without
an external current limiter. The Red source color
devices are made with Gallium Arsenide Phosphide
on Gallium Arsenide Red Light Emitting Diode.
The Bright Red source color devices are made with
Gallium Phosphide on Gallium Phosphide Red Light
Emitting Diode. The Orange source color devices are
made with Gallium Arsenide Phosphide on Gallium
Phosphide Orange Light Emitting Diode.
The Green source color devices are made with Gallium
Phosphide on Gallium Phosphide Green Light Emitting
Diode.
The Yellow source color devices are made with Gallium
Arsenide Phosphide on Gallium Phosphide Yellow Light
Emitting Diode.
!
PACKAGE DIMENSION
SEE NOTE 3
DEVICES
2·35
314
PART
NO.
LTL-
LENS
COLOR
DIFFUSION
4201·Rl/R2
Red
Diffused
Red
4211·Rl/R2
Red
Diffused
Bright Red
4231·Rl/R2
Green
Diffused
Green
4251·Rl/R2
Yellow
Diffused
Yellow
4291·Rl/R2
Orange
Diffused
Orange
SOURCE
COLOR
°0.5 TVP
(.02)
(")
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. Protrued resin under flange is 1.5mm (.059")
max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
ABSOLUTE MAXIMUM RATINGS AT TA = 25°C
PARAMETER
RED/BRIGHT RED/
GREEN/YELLOW/ORANGE
5V LAMPS
RED/BRIGHT REDI
GREEN/YELLOW/ORANGE
12V LAMPS
UNIT
DC Forward Voltage (TA =25°C)
7.5
15
volts
5
5
volts
Reverse Voltage
_40° C to +85° C
Operating Temperature Range
-55°C to +100°C
Storage Temperature Range
Lead Soldering Temperature
[1.6mm (0.063in) From Body)
260°C for 5 Seconds
Green Yellow
Orange
Red
Bright Red
1.0
.~
c:
'"
ec:
0.5
Ql
:>
;:;
'"
Qj
a:
500
550
600
650
700
750
800
Wavelength A (nm)
FIG.1 RELATIVE INTENSITY VS. WAVELENGTH
EQUIVALENT CIRCUIT:
+ Vee
RL
Vee = 5 volts
(RL = 250 ohms ± 20%)
Vee = 12 volts
(R L = 800 ohms ± 20%1
IF =
Vee - VF
RL
2-36
315
= 2SoC
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
SYMBOL PART NO. (L TL.)
PARAMETER
MIN.
TYP.
0.3
O.B
4201-Rl
Lum inous Intensity
MAX.
UNIT
TEST CONDITION
VF=5V
Iv
mcd
4201·R2
0.3
NOTE.1
VF=12V
0.9
Viewing Angle
291/2
4201·R 1/R2.
40
Peak Emission
Wavelength
i\ PEAK
4201·R1/R2
655
Spectral Line
Half - Width
il.i\
4201-Rl/R2
24
Forward Current
5V Devices
IF
4201-R1
10
20
mA
VF= 5V
Forward Current
12V Devices
IF
4201·R2
12
20
rnA
VF., 12V
Reverse Current
IR
4201·Rl/R2
100
~A
VR" 5V
'. ..
,
deg
Note 2 (fig. 6)
nm
Measu rem ent
@Peak (Fig. 1)
nm
NOTES. 1. Luminous intensity IS measured with a light sensor and filter combination that approximates the CIE
(Comm ission I nternationale De L'Eclairage) eye-response curve.
2. (J 1/2 is the off-aXIS angle at which the luminous intensity IS half the axial luminous intensity.
20
24
50
/
.s;;:
16
ro
"
~
5
II
u
"E
~
I
4
/
o
1
2
3
/
8
4
5
6
7
8
9
o
10
V
J
~ 30
E
J 20
V
/
L
Q)
'Ero
~ 10
V
o
v
c
12
16
20
Applred Forward Voltage
Vee [V]
FIG 3 FORWARD CURRENT VS
APPLIED FORWARD
VOLTAGE. 12 VOLT DEVICES
Vee [V]
FIG 2 FORWARD CURRENT VS
APPLIED FORWARD
VOLTAGE. 5 VOLT DEVICES
-
/
40
E
/
0
Applied Forward Voltage
....
12
u.
I
~
V
1:
Q)
8
o
~
-'" 16
I
";
"0
20
.s
I
E 12
i!:!
U
;;:
~
o
/
./
o
10
15
20
FIG 4 RELATIVE LUMINOUS INTENSITY VS.
FORWARD CURRENT
0'
10'
20'
30'
............ ............
r--
40'
10
0.9
08
60'
70'
07
-30
2-37
316
80'
t-t--t-1H+P¥-Ft-+-+-'1-H 90'
01
-20
-10
10
20
30
40
50
Ambient Temperature TA (OC)
FIG. 5 LUMINOUS INTENSITY VS.
AMBIENT TEMPERATURE
60
70
25
Forward Current IF (mAl
05
FIG 6
0.3
0.1
0.2
04
0.6
SPATIAL DISTRIBUTION
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
PARAMETER
SYMBOL
Luminous Intensity
PART NO. (L TL-)
MIN.
TYP.
4211-R1
1.1
3.8
4211-R2
1.1
4.0
UNIT
MAX.
TEST CONDITION
VF=5V
Iv
NOTE.1
mcd
VF=12V
Viewing Angle
2eY"
421'-R1/R2
40
deg
Note 2 (Fig. 11)
Peak Emission
Wavelength
APEAK
4211-R1/R2
697
nm
Measurement
@Peak (Fig. 1)
Spectra I Li ne
Half -Width
!:;A
4211-R1/R2
90
nm
Forward Current
5V Devices
IF
4211-R1
..10
20
mA
VF =5V
Forward Current
12V Devices
IF
4211-R2
12
20
rnA
Vi'- '" 12V
Reverse Cu rrent
IR
4211-R 1/R2
100
JJA
VR = 5V
NOTES.
1. Luminous Intensity IS measured with a light sensor and filter combination that approximates the CI E
(Commission Internatlonale De L Eclalrage) eye-response curve
2 ell, is the off-axis angle at which the luminous intensity is half the aXial luminous intensity.
,
20
;;{ 16
c
e:;
u
I
8
o
16
~:;
12
2
4
5
6
7
8
9 10
::J
/
/
/
o
12
16
20
20
">
""
a;
0::
10
./
,/
o/
o
10
- - r--
20
15
25
FIG 9 RELATIVE LUMINOUS INTENSITY VS.
FORWARD CURRENT
0'
-
...... 1-'
,....
Forward Current IF (rnA)
Applied Forward Voltage
Vee [V]
FIG 8 FORWARD CURRENT VS
APPLIED FORWARD
VOLTAGE 12 VOLT DEVICES
Applied Forward Voltage
Vee [V]
FIG. 7 FORWARD CURRENT VS
APPLIED FORWARD
VOLTAGE 5 VOLT DEVICES
E
::J
-'
V
u..
3
30
"0
c
o1
S
E
/
(;
I
o
-"
v
"E
;:
"
/
4
?; 40
~
c
20
U
/
:-
;:
o
S
/
12
"0
u..
;;{
II
S
50
24
10'
20'
30'
r--
i--
40'
10
09
05
50'
0.8
60'
70'
80'
07
02
rr~~~~~~~-+-r~90'
01
-30
-20
-10
10
20
30
40
50
Ambient Temperature TA (OC)
FIG 10 LUMINOUS INTENSITY VS
AM81ENT TEMPERATURE
60
70
05
03
01
02
04
06
FIG.11 SPATIAL DISTRIBUTION
2-38
317
= 25°C
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
PARAMETER
SYMBOL
PART NO. (L TL·)
4231·Rl
Luminous Intensity
MIN.
TYP.
2.5
5.6
UNIT
MAX.
TEST CONDITION
VF=5V
Iv
mcd
4231·R2
2.5
NOTE.1
VF=12V
5.8
Viewing Angle
28Y:,
4231·Rl/R2
40
deg
Note 2 (Fig. 16)
Peak Emission
Wavelength
'lI. PEAK
4231·Rl!R2
565
nm
Measurement
@Peak (Fig. 1)
Spectral Line
Half -Width
b.'lI.
4231·Rl/R2
30
nm
Forward Current
5V Devices
IF
4231·Rl
10
20
mA
VF= 5V
Forward Current
12V Devices
IF
4231·R2
12
20
mA
VF'" 12V
Reverse Cu rrent
IR
4231·Rl!R2
100
/J.A
VR" 5V
NOTES.
1. Luminous Intensity IS measured with a light sensor and filter combination that approximates the CIE
(CommiSSion I nternationale De L'Eclalrage) eye·response curve.
2. eY:, is the off·axls angle at which the lum Inous intensity IS half the ax ial luminous intensity.
20
50
24
~I
«
.s
16
«
.s
II
-"
-"
/
E 12
:;
II
u
"E
~
a
LL
16
/
o
1
2
3
4
5
6
7
/
1/
1/
20
">
iii
Qj
/
10
/
oc
/
12
Applied Forward Voltage
Vee [V]
FIG 12 FORWARD CURRENT VS
APPLIED FORWARD
VOLTAGE 5 VOLT DEVICES
E
.3
/
B 9 10
30
0
V
a
LL
I
""'c:
//
"E
'"
S
I
£"
V
u
/
c:
v
E
~
:; 12
~
V
i:" 40
in
20
16
20
10
15
20
FIG 14 RELATIVE LUMINOUS INTENSITY
VS FORWARD CURRENT
FIG 1::1 FORWARD CURRENT VS
APPLIED FORWARD
VOLTAGE 12 VOLT DEVICES
0"
10"
20"
10
09
08
07
2·39
318
01 ~~__- L_ _~_ _~~~~_ _- L__~__L-~
-30
-20 -10 0
10
20
30
40
50
60
70
Ambient Temperature TA fOCI
FIG 15 LUMINOUS INTENSITY VS
AMBIENT TEMPERATURE
25
Forward Current IF (mA)
Applied Forward Voltage
Vee [V]
05
03
01
02
04
Ob
FIG 16 SPATIAL DISTRIBUTION
= 25°C
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
PARAMETER
SYMBOL
PART NO. (LTL·)
42b1·R 1
Lum InOUS Intensity
MIN.
TYP.
2.5
56
VF-=5V
Iv
mcd
4251·R2
Viewing Angle
Peak Em ISS Ion
Wavelength
7--,.
TEST CONDITION
'UNIT
MA><'
NOTE 1
57
2.5
VF=12V
2ey,
4251·Rl/R2
40
deg
Note 2 (Fig 211
PEAK
4251·Rl/R2
585
nm
Measurement
@Peak (Fig. 11
nm
Spectral Line
Half - Width
6.7--,.
4251·Rl/R2
35
Forward Current
5V Devices
IF
4251·R1
10
20
rnA
VF = 5V
Forward Current
12V Devices
IF
4251-R2
12
20
mA
VF = 12V
Reverse Current
IR
4251·R1/R2
100
J.lA
VR
NOTES.
Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'Eclairage) eye·response curve
ey, is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
2
24
20
;;( 16
c~
~
..s
-'"
/
12
50
;;( 20
V
..s
-'"
= 5V
16
/
C
~
5
5 12
V
u
u
"E
"E
~
;;:'"
V
0
u.
0
u.
V
1/
8
4
/
o
V
;;;
v
/
40
V
"
~
SO
"'a
:J
"E
V
:J
...J
">
''""
a;
a::
V
3D
/
/
20
/
/
10
/
1/
012345678910
12
16
20
I
Applied Forward Voltage
Vee [V)
FIG 17 FORWARD CURRENT VS
APPLIED FORWARD
VOLTAGE 5 VOLT DEVICES
Applied Forward Voltage
Vee [V)
FIG. 18 FORWARD CURRENT VS
APPLIED FORWARD
VOLTAGE 12 VOLT DEVICES
~
;;;
"
L~I~m~~~~
:J
...J
">
g o2r-~---+--~--+-~---+---r--~--r-~
a;
a::
01
L-~__- L_ _~_ _~--'_ _~_ _~_ _~_ _~--'
-3~
-20
-10
0
10
20
3D
40
Ambient Temperature TA (Oel
FIG 20 LUMINOUS INTENSITY VS
AMBIENT TEMPERATURE
50
60
70
2·40
319
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
SYMBOL PART NO. IL TL·I
PARAMETER
MIN.
TYP.
25
5.6
4291-Rl
MAX.
UNIT
VF"'5V
Iv
Luminous Intensity
TEST CONDITION
mcd
4291·R2
NOTE.1
5.7
2.5
VF"'12V
Viewing Angle
20 X,
4291·Rl!R2
.40
deg
Note 2 (Fig. 26)
Peak Emission
Wavelength
APEAK
4291·R1(R2
630
nm
Measurement
@Peak (Fig. 1)
Spectral Line
Half -Width
/).A
4291-R 1/R2
40
nm
Forward Current
5V Devices
IF
4291-R1
10
20
mA
VF", 5V
Forward Current
12V Devices
IF
4291·R2
12
20
mA
VF" 12V
Reverse Current
IR
4291·R1/R2
100
}JA
VR '" 5V
NOTES'
1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission I nternationale De L'Eclairage) eye-response curve.
2. ex, is the off·axis angle at which the luminous intensity is half the axial luminous intensity.
20
~
OJ
cc:
V
12
9 10
16
/
10
o ./
o
20
10
15
20
25
Forward Current IF (mAl
Applied Forward Voltage
Vee [V]
FIG. 23 FORWARD CURRENT VS
APPLIED FORWARD
VOLTAGE 12 VOLT DEVICES
Applied Forward Voltage
Vee [V]
FIG 22 FORWARD CURRENT VS
APPLIED FORWARD
VDLTAGE 5 VOLT.Qf;VICES
"'"r::
0
V
(;
u.
/
~
/
1::
~
I
j
40
FIG 24 RELATIVE LUMINOUS INTENSITY
VS. FORWARD CURRENT
3D'
40'
1.0
0.9
50'
DB
60'
70'
07
01~~
-30
2-41
320
__~__~~__~__~~__~__~~
-20
-10
0
10
20
30
40
AmbIent Temperature TA tOG)
FIG 25 LUMINOUS INTENSITY VS
AMBIENT TEMPERATURE
50
60
70
BO'
H--HI-t+P'I-'Ft-+-+-H-i 90'
05
03
0.1
02
0.4
0.6
FIG. 26 SPATIAL DISTRIBUTION
75
42Jl/
'"
"15'
'">a
";;;;:
4~31..
4251/4291
.......
16
15
e"
o
42dl/~31
"' I'-..
12
4251/4291
r---
>
(;
u.
-g>
~:
c.u
«>
o
o
20
60
40
20
8U 85
Ambient Temperature TA f°C]
FIG 27 MAXIMUM ALLOWED APPLIED
FORWARD VOLTAGE VS. AMBIENT
TEMPERATURE [5 VOLT DEVICES]
8
e"
o
75
0>
1""-
>
'E
;:
'"
e"
o
"-
(;
u.
",,>-
~~
c.u
>
"-
I
I
20
40
60
60
......
2
r-....
"-
8085
Ambient Temperature TA [OC]
FIG 29 MAXIMUM ALLOWED APPLIED
FORWARD VOLTAGE VS. AMBIENT
TEMPERATURE (5 VOLT DEVICES]
8085
421
i'-...
8
"
«>
o
o
16
15
0>
42 1
40
Ambient Temperature TA rOC]
FIG 28 MAXIMUM ALLOWED APPLIED
FORWARD VOLTAGE VS. AMBIENT
TEMPERATURE [12 VOLT DEVICES]
I"
4
o
o
20
40
60
80 85
Ambient Temperature TA (oG]
FIG 30 MAXIMUM ALLOWED APPLIED
FORWARD VOLTAGE VS. AMBIENT
TEMPERATURE [12 VOLT DEVICES]
2-42
321
T-13/4 (5mm) RESISTOR LAMPS
ILITEr.] ~ II
, L TL-4203·R 1/R2 REO
LTL-4213-Rl/R2 BRIGHT REO
LTL-4223·R 1/R2 HI.EFF.RED
L TL~4233.Rl/R2GREEN
LTL-4238·Rl/R2 GREEN
LTL-4253·Rl/R2 YELLOW
LTl-·4293-R 1/R2 ORANGE
FEATURES
-INTEGRAL CURRENT LIMITING RESISTOR.
-COST EFFECTIVE.
Saves Spaces and Resistor Cost.
- EXTERNAL
RESISTOR REQUIRED WITH
5 VOL T/12 VOLT SUPPLY.
-AVAILABLE IN ALL COLORS.
Red, High Efficiency Red, Yellow and Green in
T-l 3/4 Packages.
I
DESCR IPTION
f
The RESISTOR LAMP contains an integral current
limiting resistor in series with the LED. This allows
the lamp to be driven from a high volt source without
an external current limiter. The Red sou rce color
devices are made with Gallium Arsenide Phosphide
on Gallium Arsenide Red Light Emitting Diode.
The Bright Red source color devices are made with
Gallium Phosphide on Gallium Phosphide Red Light
Emitting Diode. The High Efficiency Red and Orange
source color devices are made with Gallium Arsenide
Phosphide on Gallium Phosphide Orange Light Emitting
Diode.
The Green source color devices are made with Gallium
Phosphide on Gallium Phosphide Green Light Emitting
Diode.
The Yellow source color devices are made with Gallium
Arsenide Phosphide on Gallium Phosphide Yellow Light
Emitting Diode.
PACKAGE DIMENSION
1.0
(,04)
~
t ..
SEENOTE3~1
DEVICES
25.4
.~.r'"
PART
NO,
LTL-
COLOR
DIFFUSION
SOURCE
COLOR
4203-Rl/R2
Red
Diffused
Red
4213-Rl/R2
Red
Diffused
Bright Red
4223-R1/R2
Red
Diffused
HLEff.Red
4233-R1/R2
Green
Diffused
Green
Non-Diffused
Green
LENS
4238-R11R2 Water Clear
2-43
322
6
C· 34 )
4253-R1/R2
Yellow
Diffused
Yellow
4293·R1/R2
Orange
Diffused
Orange
1,0
't'_-I-_-,,;:04) MIN
2.5
NOM
(.1
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (0.059")
max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
ABSOLUTE MAXIMUM RATINGS AT TA
= 2SoC
PARAMETER
RED/BRIGHT RED/HI.EFF.RED
GREEN/YELLOW/ORANGE
5V LAMPS
RED/BRIGHT RED/HI.EFF.RED
GREEN/YELLOW/ORANGE
12V LAMPS
UNIT
DC Forward Voltage (TA =25°C)
7.5
15
volts
B
5
volts
Reverse Voltage
Operating Temperature Range
_40° C to +85° C
Storage Temperature Range
_55°C to +100°C
Lead Soldering Temperature
[1.6mm (O.063in) From Bodyl
260°C for 5 Seconds
Hi. Eff. Red
Red
Green Yellow
Brtght Red
1.0
r---------.-~~~~.-----~~07~----_,~~------_.--------_,
0.5
~--------~--~~--~r-~----~~~~----~------~~--------~
.~
"'
e""
Q)
>
.;::;
..!!1
Q)
!I:
500
600
550
650
700
750
800
Wavelength A (nm)
FIG.1 RELATIVE INTENSITY VS. WAVELENGTH
EQUIVALENT CIRCUIT:
+ Vee
Vee = 5 volts
(RL = 250 ohms ± 20%)
IF =
Vee = 12 volts
(R L = 800 ohms ± 20%)
Vee - VF
RL
2-44
323
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
PARAMETER
SYMBOL
PART NO. (L TL·)
4203-R1
Luminous Intensity
MIN.
TYP.
0.3
0.8
M~X.
UNIT
=
2SoC
TEST CONDITION
VF=5V
mcd
Iv
4203-R2
NOTE.1
1.0
0.3
VF"'12V
Viewing Angle
219)6
4203·Rl/R2
36
deg
Note 2 (Fig. 6)
Peak Emission
Wavelength
APEAK
4203-Al/R2
655
nm
Measurement
@Peak (Fig. 1)
Spectral Line
Half -Width
AX
4203·Rl/R2
24
nm
,
Forward Current
5V Devices
IF
4203-R1
10
20
mA
Vf!" 5V
Forward Current
12V Devices
IF
4203-R2
12
20
mA
VF "",12V
Reverse Cu rrent
IR
4203·Rl/R2
100
pA
VR=5V
NOTES.
Luminous intensity IS measured with a light sensor and filter combination that approximates the CIE
(Commission Internatlonale De L'Eclairage) eye-response curve
2. 0)6 is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
20
24
50
;;( 20
?:
~ 40
J
.s;;(
16
.s
II
-'" 16
I
II
/
1
2 3
.
8
4
5
6
7
8
9
in
<:
!!l
.5
""o
~
/
o
"..>
Qi
E
.3
iii
£
V
4
12
/
/
20
~
16
V
10
o
20
V
./
o
10
15
20
--------
FIG 4 RELATIVE LUMINOUS INTENSITY VS
FORWARD CURRENT
~
40'
1.0
09
0.5
0,8
02
70'
07
0::
01
-30
2-45
324
-20
-10
10
20
30
40
50
Ambient Temperature TA (OC)
FIG 5 LUMINOUS INTENSITY VS
AMBIENT TEMPERATURE
60
70
25
Forward Current IF (mAl
30'
.3
;::;
/
30
V
<:
Applied Forward Voltage
Vee [V]
FIG 3 FORWARD CURRENT VS
APPLIED FORWARD
VOLTAGE. 12 VOLT DEVICES
FIG 2 FORWARD CURRENT VS.
APPLIED FORWARD
VOLTAGE, 5 VOLT DEVICES
- -----
"5
V
o
10
.5
//
0
Applied Forward Voltage
Vee [V]
?:
V
u..
I
o
12
u
'E
;:
I
o
C
~
5
!!l
/
0.5
FIG. 6
0,3
01
0,2
0,4
06
SPATIAL DISTRIBUTION
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
PARAMETER
SYMBOL
Luminous Intensity
Iv
PART NO. (LTL·)
4213-R1
MIN.
TYP.
1.1
3.8
UNIT
MAX.
=
25°C
TEST CONDITION
VF=5V
NOTE 1
mcd
4213-R2
11
VF=12V
4.0
Viewing Angle
20Y,
4213-Rl/R2
36
deg
Note 2 (Fig. 11)
Peak Emission
Wavelength
X PEAK
4213-R1/R2
697
nm
Measurement
@Peak (Fig. 1)
Spectral Li ne
Half - Width
AX
4213-Rl/R2
90
nm
Forward Current
5V Devices
IF
4213-R1
10
20
mA
VF= 5V
Forward Current
12V Devices
IF
4213-R2
12
20
mA
VF = 12V
Reverse Current
IR
4213-11 1 /R2
100
/.IA
VA = 5V
NOTES. 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(G'ommisslon Internatlonale De L'Eclairage) eye-response curve
2. oY, is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
20
:;: 16
~
:;
u
.
:;:
E.
II
E.
"
J
12
I
8
16
:;
12
/
u
4
o
0
I
o
u..
o
1
2
3
4
5
6
7
8
9 10
e"
E
/
"::l
E
">
iii
a;
/
II:
o
12
16
20
.... ~
. /I '
20
/'
..J
10
oV
o
10
25
20
15
Forward Current IF (rnA)
FIG 9 RELATIVE LUMINOUS INTENSITY VS
FORWARD CURRENT
Applied Forward Voltage
Vee [V]
FIG 8 FORWARD CURRENT VS
APPLIED FORWARD
VOLTAGE 12 VOLT DEVICES
Applied Forward Voltage
Vee [V]
FIG 7 FORWARD CURRENT VS.
APPLIED FORWARD
VOLTAGE 5 VOLT DEVICES
30
'"
::l
0
/
'"~
40
in
II'
/
'E
V
~
o
E:
20
'"E
~
'E
u..
50
24
0"
--
- - --- -
30"
40"
10
09
05
50"
0.8
70"
07
02
01
-30
60"
80"
-20
-10
10
20
30
40
50
Ambient Temperature TA (Oel
FIG 10 LUMINOUS INTENSITY VS
AMBIENT TEMPERATURE
60
70
05
03
01
02
0.4
0.6
FIG 11 SPATIAL DISTRIBUTION
2-46
325
= 2SoC
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
PARAMETER
SYMBOL
PART NO.ILTL-)
MIN.
TYP.
2.5
8.7
4223-R1
MAX.
UNIT
VF=5V
Iv
Luminous Intensity
TEST CONDITION
mcd
4223-R2
NOTE.1
VF=12V
8.9
2.5
Viewing Angle
20%
4223-Rl/R2
36
deg
Note 2 (Fig. 16)
'Peak Emission
Wavelength
A PEAK
4223-Rl/R2
635
om
Measurement
@Peak (Fig. 1)
Spectral Line
Half -Width
AA
4223-Rl/R2
40
nm
Forward Current
5V Devices
IF
4223-Rl
10
20
mA
VF= 5V
Forward Current
12V Devices
IF
4223-R2
12
20
mA
VF., 12V
Reverse Cu rrent
IR
4223-Al/R2
100
IJ.A
VR
NOTES:
50
24
/
(;
30
...J
9 10
12
16
FIG 12 FORWARD CURRENT VS
APPLIED FORWARD
VOLTAGE 5 VOLT DEVICES
~
/
V
/
10
/
o/
o
20
10
15
20
FIG 14 RELATIVE LUMINOUS INTENSITY
VS FORWARD CURRENT
FIG 13"FORWARD CURRENT VS
APPLIED FORWARD
VOLTAGE 12 VOLT DEVICES
3~'
~
;;;
-
-
S"
.s
:J
'"o
"
E
40'
50'
05
:J
...J
g"
60'
>
a;
cr:
2-47
326
70'
80'
02
01
-30
H-+-H-t==t-"'''i"''''-Fl-+-+-H-i 90'
-20
-10
0
10
20
30
40
AmbIent Temperature TA (Oe)
FIG 15 LUMINOUS INTENSITY VS.
AMBIENT TEMPERATURE
50
60
70
25
Forward Current IF (rnA)
Applied Forward Voltage
Vee [V]
ApplIed Forward Voltage
Vee [V]
v
/
40
'":J
0
/V
u.
/
I
16
u
'E
;:
'"
~
o
-"
E
e 12
5
V
5
u
20
.s
/
12
V
""
a;
/
10
c::
/
V
/
o
/
/
c
E
/
Applied Forward Voltage
Vee IV]
FIG 17 FORWARD CURRENT VS
APPLIED FORWARD
VOL TAGE. 5 VOLT DEVICES
::-in
c
eE
~
12
~
;:
/
1
V
u
I
o
16
c
II
o
I
12
16
/
20
10
Applied Forward Voltage
15
20
25
Forward Current IF (rnA)
Vee [V]
FIG 18 FORWARD CURRENT VS
APPLIED FORWARD
VOLTAGE I 2 VOLT DEVICES
FIG I g RELATIVE LUMINOUS INTENSITY
VS FORWARD CURRENT
10'
20'
3~'
40'
50'
60'
70'
0.7
__- L_ _L-~__- L__~~__- L__~~
-20 -10
0
10
20
30
40
50
60
70
BO'
01~~
-30
Ambient Temperature TA (OCl
FIG 20 LUMINOUS INTENSITY VS
AMBIENT TEMPERATURE
05
03
01
02
04
06
FIG 21 SPATIAL DISTRIBUTION
2·48
327
;
= 25°C
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
SYMBOL PART NO. IL TL-)
PARAMETER
Luminous Intensity
MIN.
TYP.
4253-Rl
2.5
8.7
4253·R2
2.5
8.9
UNIT
MAX.
TEST CONDITION
VF=5V
Iv
mcd
NOTE.l
VF=12V
Viewing Angle
28%
4253-Rl/R2
36
deg
Note 2 (Fig. 26)
Peak Emission
Wavelength
X PEAK
4253-Rl/R2
585
nm
Measurement
@Peak (Fig. 11
Spectral Line
Half - Width
i).X
4253-Rl/R2
35
nm
Forward Current
5V Devices
IF
4253·R1
10
20
rnA
VF~
Forward Current
12V Devices
IF
4253-R2
12
20
mA
VF'" 12V
Reverse CU rrent
IR
42b3-Rl/RZ
100
IJA
VR '" 5V
NOTES.
1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eclairagei eye-response curve.
2. ey, IS the off-ax is angle at which the luminous intensity is half the ax ial lum inous intensity.
«
50
24
20
.5
5V
16
E
a:
01
-30
2-49
328
-20
-10
10
20
30
40
AmbIent Temperature TA (OC)
FIG. 25 LUMINOUS INTENSITY VS
AMBIENT TEMPERATURE
50
60
70
25
Forward Current IF (rnA)
Applied Forward Voltage
Vee [V]
FIG 23 FORWARD CURRENT VS
APPLIED FORWARD
VOLTAGE 12 VOLT DEVICES
FIG 22 FORWARD CURRENT VS
APPLIED FORWARD
VOLTAGE 5 VOLT DEVICES
30
a:
V
9 10
Apphed Forward Voltage
Vee [V]
/
0
/V
;:
V
"'"
"
E
-'
"
">
12
u
V
40
2
70"
05
03
0.1
0.2
04
06
FIG. 26 SPATIAL DISTRIBUTION
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
SYMBOL PART NO. (l Tl·)
PARAMETER
4293-R1
MIN.
TYP.
2.5
8.7
MAX.
UNIT
TEST CONDITION
VF=5V
Iv
luminous Intensity
25°C
=
NOTE.1
mcd
4293-R2
2.5
VF=12V
8.9
Viewing Angle
29%
4293-R1/R2
36
deg
Note 2 (Fig 31)
Peak Emission
Wavelength
APEAK
4293-R1/R2
630
nm
Measurement
@Peak (Fig. 1)
Spectral line
Half -Width
£>'A
4293-R1/R2
40
nm
Forward Current
5V Devices
IF
4293-R1
10
20
mA
VF= 5V
Forward Current
.,2V Devices
IF
4293-R2
12
20
mA
VF
Reverse Current
IR
4293-Rl/R2
100
p.A
VR =5V
12V
NOTES: 1. luminous intensity is measured with a light sensor and filter combination tliat approximates the CIE
(Commission Internationale De l'Eclairage) pye-response curve.
2. o)t, is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
«
.s
16
«
.s
II
-'"
E 12
-'"
E
J
~
:J
5"
u
I
U
'C
;:
a
/
4
~
in
20
/
12
I
2
3
4
5
6
7
8
~
:J
"
a:
/
~~
/
/
1.0
/
o ./
16
o
20
Applied Forward Voltage
Vee [VI
FIG. 23 FORWARD CURRENT VS.
APPLIED FORWARD
VOLTAGE. 12 VOLT DEVICES
__- L__
10
20
30
L-~
/
20
.,">
Qi
12
Applied Forward Voltage
Vee IVI
01L--L__
__
-30
-20 -10 0
"E
..J
9 10
FIG. 22 FORWARD CURRENT VS.
APPLIED FORWARD
VOLTAGE. 5 VOLT DEVICES
I
30
0
I
a
/
o
U)
:J
/
u..
I
"
I
/
4.0
"
];
/
16
'E
;:
"
to
u..
50
24
20
10
15
20
25
Forward Current IF (mAl
FIG. 24 RELATIVE LUMINOUS INTENSITY
VS. FORWARD CURRENT
__- L__~~
40
Ambient Temperature TA (OC)
FIG 25 LUMINOUS INTENSITY VS
AMBIENT TEMPERATURE
50
60
70
05
03
01
02
04
06
,FIG. 31' SPATIAL DISTRIBUTION
2-50
329
I
42~3 4b3
75
l'-..
4223- 4253
4 93423B
-.......
I
16
15
"'"
o~
4~~~
I'..
m5-
]'.. 42 3423B
12
f'
>
'C
ro
~
o
L.L.
11>
~:;
c.u
o
o
20
40
BO B5
60
20
Ambient Temperature TA rOC)
FIG 32 MAXIMUM ALLOWED APPLIED
FORWARD VOLTAGE VS AMBIENT
TEMPERATURE [5 VOLT DEVICES)
e"
""- '"
'E
~
<;
L.L.
'C -
~G
12
20
40
r-...
~4213
"-
"-
c.u
c.u
60
';;
"-
I
I
8085
Ambient Temperature TA rOC)
FIG 34 MAXIMUM ALLOWED APPLIED
FORWARD VOLTAGE VS AMBIENl
TEMPERATURE [5 VOLT DEVICES)
2-51
B085
FIG 33 MAXIMUM ALLOWED APPLIED
. FORWARD VOLTAGE VS. AMBIENT
TEMPERATURE [12 VOLT DEVICES)
......
421~
o
>
330
60
16
15
B
7.5
Cl
o
o
40
Ambient Temperature TA rOC)
20
40
60
BO 85
Ambient Temperature TA rOC)
FIG 35 MAXIMUM ALLOWED APPLIED
FORWARD VOLTAGE VS. AMBIENT
TEMPERATURE [12 VOLT DEVICES)
ILITE(']~II
T-l% (Smm) FLASH LAMPS
LTL·4213·FL B.RIGHTRED
l TL·4233·FL GREEN
LTL·4263·FL ULTRA BRIGHT RED
FEATURES
-OPERATION VOLTAGE RANGE: 3V -10V.
-",2.4HZ FLASHING RATE AT VDD : 3.0V.
-1/4 DUTY-CYCLE.
-ADJUSTABLE FLASHING RATE.
DESCRIPTION
The flash lamp contains an integral circuit oscillator
series with the LED. This allows the lamp to be driven
from a high voltage source without any external component. (The FLASH LAMP IS a high voltage blinking
LEOS).
The Ultra Bright Red source color are made with Gallium
Gallium Phosphide on Gallium Phosphide Red Light
Emitting Diode.
The Green source color devices are made with Gallium
Phosphide on Gallium Phosphide Green Light Emitting
Diode.
The Ultra Bright Red source color are made with
Gallium Aluminum Arsenide Red Light Emitting Diode.
PACKAGE DIMENSION
•• a
8 ••
'. a
(.04)
(.34)
SEE NOTE 3~-i
DEVICES
25.4
~.r,"
PART
NO.
LTL-
LENS
COLOR
DIFFUSION
4213-FL
Red
Diffused
Bright Red
4233-FL
Green
Dlffused
Green
4263-FL
Red
Diffused
GaAIAs Red
SOURCE
COLOR
1.0
'I'--+_----'!.0'r'4) MIN
2.5
NOM
(_1
NOTES:
1. All dimensions are in millimeters !inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
2-52
331
EQUIVALENT CIRCUIT:
Vee
OSC.
IC
Vo
~)VF
ABSOLUTE MAXIMUM RATINGS AT TA = 25°C
PARAMETER
MAXIMUM RATING
O·C to + 70·C
Operating Temperature Range
-50·C to + 85°C
Storage Temperature Range
Lead Soldering Temperature
[1.6mm (O.063in) From Body]
\
260°C tor 5 Seconds
GaAIAs Red
Green
Bright Red
1.0
r--------.--~-----.--------_.~~--~~~------_r--------,
0.5
I-----------tl--------\----l----------+~--_\__--_+------~~--------_t
.~
co
2:!
co
'"
>
+:;
'"
"iii
0:
500
550
600
650
700
Wavelength A (nm)
FIG.1 RELATIVE INTENSITY VS. WAVELENGTH
2-53
332
750
800
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
PARAMETER
SYMBOL
PART NO. IL TL·)
luminous Intensity
Iv
4213·Fl
MIN.
TYP.
0.6
1.1
Operating Voltage
Voo :3.0 V
4.0
(NOTE.1)
,
Voo .10.0V
4213-FL
36
deg
Note 2 (Fig. 4)
~PEAK
4213-Fl
697
nm
Measurement
@Peak (Fig. 1)
Voo
4213-FL
3.0
10.0
volt
(Fig.2)
f
4213·Fl
2.0
2.4
HZ
Blinking Freq.
NOTES'
TEST CONDITION
20Y,
Viewing Angle
Peak Emission
UNIT
mcd
1.8
Wavelength
MAX.
= 25°C
Voo :3.0 ... 10.0V
(Fig.3)
1. Lum Inous Intensity IS measu red with a light sensor and filter combination that approximates the CI E
(Commission I nternatlonale De l'Eciairage) eye-response curve.
2. oy, is the off-aXIS angle at which the luminous Intensity is half the aXial luminous intensity.
80
30"
70
.;;
15
!;
Ol
10
9
10
I
11
12
13
FIG 3 APPLIED VOLTAGE VDD (VOLT)
14
2-54
333
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 2SoC
PARAMETER
SYMBOL
PART NO. (l Tl-)
Luminous Intensity
Iv
4233·FL
MIN.
TYP.
1.5
3.5
Viewing Angle
2r9%
Peak Emission
Wavelength
APEAK
4233-FL
VOO
4233·FL
3.0
f
4233·FL
2.0
Blinking Freq,
TeST CONDITION
Voo :3,0 V
(NOTE,l)
mcd
4.5
Operating Voltage
UNIT
MAX.
. 4233·FL
Voo :10,OV
100
36
deg
Note 2 (Fig. 7)
565
nm
Measurement
@Peak (Fig. 1)
10.0
volt
(Fig,5)
2.4
HZ
Voo :3,0, .. lQ,QV
(Fig,6)
NOTES: 1, Luminous intensity is measured with a light sensor and filter combination that approx imates the CI E
(C:;ommission I nternationale De L'Eclairage) eye-response curve.
2. r9% is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
0'
80
;,(
S
70
/'
60
""E
50
:;
40
.
30
0
20
I
~
u.
40'
10
II
~
u
'E
-
30'
09
/
4
9
10
11
12
13
14
3.0
25
cOl
-r-- -....
u:
g>
15
~
!;
iii
10
9
2-55
334
10
11
12
FIG 3 APPLIED VOLTAGE VDO {VOL TI
05
FIG
FIG 5 APPLIED VOLTAGE VDD {VOLTI
20
70'
80'
H-+-l-++=
'';::;
'"
0;
a:
500
550
600
650
700
750
800
Wavelength A (nm)
FIG.l RELATIVE INTENSITY VS. WAVELENGTH
2-58
337
= 2SoC
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
PARAMETER
PART NO.
SYMBOL
LTL-
TYP.
3.7
1.1
12.5
3.7
mcd
IF =10mA
Note 1
34
90
deg.
Note 2 (Fig. 6)
MAX.
UNIT
Iv
93BEK1
93BHRA1
Viewing Angle
20%
93BEK1
93BHRA1
Peak Emission
Wavelength
APEAK
630
nm
Spectra I Li ne
Half Width
A'll.
40
nm
Forward Voltage
VF
2.0
Reverse Current
IR
Luminous Intensity
Capacitance
TEST
CONDITION
MIN.
2.8
V
100
p.A
VR =5V
PF
VF=O
f = 1 MHZ
20
C
Measurement
Peak (Fig. 1)
@
IF "'20mA
NOTES: 1 Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Internatlonale De L'Eciairage) eye-response curve.
2.0% IS the off-axIs angle at which the luminous intensity is half the axial luminous intensity.
50
~ 40
~
.s
u.
~
I
II
~
E 30
"t:
u"
'E
'"~
(;
60
I
II
20
I
50
40
L
E
~ 30
8
'*
I
II
10
50
~
.£
II
1"l'
20
10
.J.
l'
V
o
12
16
V
l'
20
2.4
2.8
3.2
20
Forward Voltage VF(VI
FIG. 2 FORWARD CURRENT VS.
FORWARD VOLTAGE
40
60
80
lL'
"
100
Ambient Temperature TA (OCI
FIG. 3 FORWARD CURRENT
DERATING CURVE
o lL
o
10
20
0"
40
10"
20"
30"
~
u;
-
c
2l
.s
~
40"
10
"c
0
E
30
Forward Current IF (mAl
FIG 4 RELATIVE LUMINOUS
INTENSITY VS. FORWARD
CURRENT
09
05
"
">
iii
50"
08
...J
60"
70"
07
W 0.2
80"
0::
H--r--t-H~--t-f+-H-+--H
01
-30
2-59
338
-20
-10
10
20
30
40
Ambient Temperature TA (OCI
FIG. 5 LUMINOUS INTENSITY VS. AMBIENT
TEMPERATURE
50
60
70
050301
0204
O.S
FIG. 6 SPATIAL DISTRIBUTION
90
50
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
PARAMETER
SYMBOL
PART NO.
LTL-
TEST
CONOITION
MIN.
TYP.
0.7
4.0
2.5
15.0
mcd
I = lamA
Note 1
MAX.
UNIT
Iv
93BGA1
93BGK1
Viewing Angle
20%
93BGA1
93BGKl
90
34
deg.
Note 2 (F ig. 11)
Peak Emission
Wavelength
~PEAK
93BGA1
93BGK1
565
nm
Measurement
@ Peak (Fig. 1)
Spectra I Li ne
Half Width
6~
93BGA1
93BGK1
30
nm
Forward Voltage
V
93BGA1
93BGKl
2.1
Reverse Current
I
93BGA1
93BGKl
Capacitance
C
93BGAl
93BGKl
Luminous Intensity
NOTES.
I
E
I
~,
30
I
~
5
«
V
=5V
V =0
f = 1 MHZ
5.0
~
II
10
1li
c:
'"0
::J
c:
~ 30
~
.f
...J
I'
V
1.6
2.0
24
2.8
32
Forward Voltage V, (VI
FIG. 7 FORWARD CURRENT VS.
FORWARD VOLTAGE.
/
30
/
c:
E
::J
t"- .......
10
1.2
4.0
5
40
"E 20
"E
;:;
B
u
o
p.A
=20mA
I
PF
50
5
u 20
0
L1.
100
35
60
« 40
'"~
V
1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission I nternationale De L'Eciairage) eye-response curve.
50
E
2.8
.,">
~
'"
Qi
~
a:
i'..
80
100
20
40
60
Ambient Temperature TA (DC)
FIG 8 FORWARD CURRENT
DERATING CURVE.
1
20
I
1.0
o ./
o
/
20
10
30
40
50
Forward Current IF (mAl
FIG 9 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT.
0"
10"
20"
30"
40"
10
09
50"
08
60"
70"
07
80"
0.1 '-----L_-'-_'-----'_-'-_-'---'_-'-_-'---'
10
20
30
40
50
60
70
-30 -20 -10
Ambient Temperature TA (OCI
FIG. 10 LUMINOUS INTENSITY VS.
AMBIENT TEMPERATURE
H--t-t--t+'I-+--A'-+-t-H-4 90"
05
03
01
0.2
04
06
FIG 11 SPATIAL DISTRIBUTION
2-60
339
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
PARAMETER
SYMBOL
PART NO:
LTL- ,
Iv
93BYA1 '
93BYKl
Luminous Intensity
MIN.
TYP.
1,7
5.6
2.5
8.5
MAX.
TEST
CONDITION
UNIT
mcd
IF'" 10 mA
Note 1
deg.
Note 2 (Fig. l6)
om
Measurement
@ Peak (Fig. 1)
90
Viewing Angle
26%
938YAl
93BYKl
Peak Emission
Wavelength
hPEAK
93BYAl
93BYK1
585
Spectral Line
Half Width
t:;"
93BYAl
93BYKl
35
Forward Voltage
VF
938YA1
93BYK1',
2.1
Reverse Current
IR
93BYAl
93BYKl'
Capacitance
C
93BYAl
93BYKl
.,.
34
"
nm
2,8 "
V
100
15
'·IF "',20mA
IJA
VR =5V
PF
VF =0
f = 1 MHZ
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'Eciairage) eye-response curve,
2.0% IS the off-axis angle at which the luminous intensity is half the axial luminous intensity,
50
II
40
"
'"'"
Q;
0:
i"-- .......
BO
100
/
J
20
V
10
a /'
o
Ambient Temperature TA IOC)
FIG. 13 FORWARD CURRENT
DERATING CURVE
.-
'/
10
20
30
50
40
Forward Current IFllmA)
FIG, 14 RELATIVE LUMINOUS
INTENSITY VS, FORWARn
CURRENT
30'
40'
10
09
50'
DB
60'
70'
BO'
0,7
__~~L--L__~~
30
40
50
60
70
Ambient Temperature TA (Oe)
01~~---L--~~---L
2-61
340
-30
-20
-10
10
20
FIG 15 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
H--t-H-F'!-+-Fl'++H-l
05
03
01
a2
04
0,6
FIG,116 SPATIAL DISTRIBUTION
90'
ILITE(')~II
SOT-23 SURFACE MOUNT
ASSEMBLY LED LAMP
LTL-907PK/907LK/907EK
FEATURES
- MICROMINIATURE PACKAGE LED LAMP.
-SURFACE MOUNT ASSEMBLY LAMP.
-SINGLE CHIP.
- HIGH EFFCIENCY/LOWER POWER CONSUMPTION.
- LONG LIFE SOLID STATE RELIABILITY.
DESCRIPTION
The L TL-907 series are clear non-diffused epoxy
microminiature package for surface mount assembly.
L TL-907PK is Gallium Phosphide on Gallium PhosPhide Red Light Emitting Diode.
L TL-907LK is Gallium Phosphide on Gallium Phosphide Green Light Emitting Diode.
L TL-907FK is Gallium Arsenide Phosphide on Gallium
Phosphide Orange Light Emitting Diode.
DEVICES
PACKAGE DIMENSIONS
PART
NO.
lTL-
LENS
COLOR
DIFFUSION
907PK
Water Clear
Non-diffused
Bright Red
907LK
Water Clear
Non-diffused
Green
907EK
Water Clear
Non-diffused
Orange
SOURCE
COLOR
PIN NO.
lTl-907PK
lTl-907lK
LTL-907EK
1
N.C.
2
Anode
3
Cathode
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±O.25mm (.010") unless otherwise
noted.
3. Lead spacing is measured where the leads emerge
from the package.
4. Specifications are subject to change without notice.
2-62
341
ABSOLUTE MAXIMUM RATINGS AT TA = 2SoC
BRIGHT
PARAMETER
RED
GREEN
ORANGE
UNIT
Power Dissipation
40
100
100
mW
Peak Forward Current
(1/10 Duty Cycle. O.lms Pulse Width)
60
120
120
rnA
Continuous Forward Current
15
30
30
rnA
Derating Linear From 25°C
0.2
0.4
0.4
mAtC
5
.5
5
V
Reverse Voltage
Operating Temperature Range ,
_55°C to +100°C
Storage Temperature Range
-55"C to +100°C
Lead Soldering Temperll1re
240°C for 5 Seconds
Green
Orange
Bright Red
1.0
r---------,-~~----._----~~._------~~~------_.--------_,
0.5
~--------~----_+--~--+_------~--------~--------~--------~
~
c:
"in
1!!
c:
Q)
>
";:;
.!!!
Q)
II:
500
550
600
650
700
Wavelength ~ (nm)
FIG.l RELATIVE INTENSITY VS. WAVELENGTH
2-63
342
750
800
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
= 25°C
SYMBOL
PART NO.
LTL-
MIN
TYP
Iv
907PK
0.5
1.7
mcd
IF = 20m A
Note 1
Viewing Angle
20 Yo
907PK
140
deg.
Note 2'(Fig. 6)
Peak Emission
Wavelength
?,. PEAK
697
nm
Measurement
@ Peak (Fig. 1)
nm
PARAMETER
Luminous Intensity
.
Spectral Line
Half Width
6?,.
90
Forward Voltage
VF
2.1
Reverse Cu rrent
IR
Capacitance
C
NOTES:
V
100
p.A
VR =5V
PF
VF =0
f= 1MHz
60
I
II
g
IF = 20mA
25
i:
50
in
'"
10
~ ~
30
...J
"E 20
;:
'"
5
u. 10
J
c
E«
~ E
E
~
0
2.8
1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'Eclairage) eye-respose curve.
2. OYO is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
'"
'" E
/
~ 005
c:Z
o
100
I
/
o
10
O'
--
~c:
l!l
E
'"::>o
c
E
0.5
::>
--
r-
-
'"
~ 0.2
10
Ambient Temperature TA
40'
09
50'
DB
60'
07
-10
20'
10
">
-20
10'
30'
..J
0.1
-30
50
FIG. 4 RELATIVE LUMINOUS
INTENSITY VS. FORWARD
CURRENT
FIG 3 FORWARD CURRENT
DERATING CURVE.
FIG. 2 FORWARD CURRENT VS.
FORWARD VOLTAGE.
40
30
20
Forward Current IF (mAl
Ambient Temperature TA (OCI
Forward Voltage VF (V)
-
30
40
(OC)
FIG.5 LUMINOUS INTENSITY VS. AMBIENT
TEMPERATURE
50
60
70
70'
80'
f++H:=f~+-Ft=l-++-H 90'
0.5
03
0.1
02
04
0.6
FIG 6 SPATIAL DISTRIBUTION
2-64
343
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
SYMBOL
PART NO.
LTL·
Iv
907LK
Viewing Angle
2814
907LK
Peak Emission
Wavelength
t\PEAK
PARAMETER
Luminous Intensity
MIN
TVP
MAX
TEST
CONOITION
UNIT
2.0
mcd
IF =20mA
Note 1
140
deg.
Note 2 (Fig. 11)
565
nm
nm
'"
0.6-
Spectral Line
Half Width
At\
30
Forward Voltage
VF
2.1
Reverse Current
IR
Capacitance
C
Measurement
Peak (Fig. 1)
@
2.8
V
100
p.A
VR =5V
PF
VF =0
f'" 1MHz
35
IF =20mA
NOTES: 1. Luminous intensitY IS measured with a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'Eclairage) eye-respose curve.
2. OY:.is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
w
~
~
40
I
Eu.
E 30
I
""'"
~<{
5'" ~E
E
i!! 30
I
i!!
:;
u
>
8
u 20
"Eco
;:
5 10
u.
;:
o
,£
10
V
1.2
1.6
2.0
24
28
3.2
Forward Voltage VF IV)
FIG. 7 FORWARD CURRENT VS.
FORWARD VOLTAGE.
20
40
60
15
/
co
'"'"I'i'-.
"Eco 20
I
"E ~
2.0
/
:>"0
~
11 10
/
> co
~
E
/
~:lE 0.5
'"i'....
80
oV
o
100
Ambient Temperature TA IOC)
FIG. 8 FORWARD CURRENT DERATING
CURVE.
10
20
30
40
o·
10'
20'
30'
40'
50'
O.B
60'
70'
0.7
0:1 L--'-_-'-_L---L_---'--_-'----'_-'--_-'-----'
10
20
30
40
50
60
70
-30 -20 -10
2-65
344
Ambient Temperature TA IOC)
FIG. 10 LUMINOUS INTENSITY VS.
AMBIENT TEMPERATURE
50
Ambient Temperature TA IOC)
FIG. 9 RELATIVE LUMINOUS INTENSITY VS
FORWARD CURRENT
BO'
I++-H-=F"P'+-"I"'!=+-+H-l 90'
0.5
03
0.1
02
04
06
FIG 11 SPATIAL DISTRIBUTION
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
=
25°C
SYMBOL
PART NO.
LTL-
MIN
TYP
Iv
907EK
0.6
2.0
mcd
IF =20mA
Note 1
Viewing Angle
20%
907EK
140
deg.
Note 2 {Fig. 16)
Peak Emission
Wavelength
APEAK
630
nm
nm
PARAMETER
Luminous Intensity
Spectra I Li ne
Half Width
D.A
40
Forward Voltage
VF
2.0
Reverse Current
IR
Capacitance
C
NOTES:
40
I
I
V
IF = 20mA
100
ILA
VR =5V
PF
VF=O
f = lMHz
25 ,-
50
~
I
~
~
~
.~
~
40
o~
!:
5
5
"
u
1: 20
10
o
20
2.4
28
1.B
Forward Voltage VF (V)
20
40
1/
> '"
" E
r---.
.......
32
V
~ 10
O>~
r-......
/
1.2
1.5
~
E '"
.3
........
'~"
.flO
II
20
"
E«
~.§
"~ 30
u 20
1:
0
2.8
60
E 30
u..
Measurement
@ Peak (Fig. 1)
1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eciairage) eye-respose curve.
2. (1% is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
..s
'"~
Tl:ST
CONDITION
UNIT
20
50
~
MAX
BO
80
~~
/
05
oV
.......
100
o
Ambient Temperature TA (DC)
FIG.13 FORWARD CURRENT DERATING
CURVE.
FIG 12 FORWARD CURRENT VS.
FORWARD VOLTAGE.
V
10
20
40
30
Forward Current IF (mA)
50
FIG 14 RELATIVE LUMINOUS INTENSITY VS.
FORWARD CURRENT.
0"
10"
20"
30"
40"
50"
08
BO"
70"
07
80"
01L--L__- L__
-30
-20
-10
L-~
__- L__~~__- L__J-~
10
20
30
Ambient Temperature TA (DC)
40
50
BO
70
H-+HFF~+--Fi=l-+++l 90"
0.50301
02
04
DB
FIG. 16 SPATIAL DISTRIBUTION
FIG 15 LUMINOUS INTENSITY VS.
AMBIENT TEMPERATURE
2-66
345
ILlTE[.J~11
SOT-23 SURFACE MOUNT
ASSEMBLY LED LAMPS
LTL·907HK/907JK/907NK
FEATURES
•
•
•
•
MICROMINIATURE PACKAGE LED LAMP.
SURFACE MOUNT ASSEMBLY LAMP.
DOUBLE CHIP.
HIGH EFFCIENCY/LOWER POWER CONSUMPTION.
• LONG LIFE SOLID STATE RELIABILITY.
DESCRIPTION
The L TL-907HK are bicolor LED contains two integral
chip one orange Gallium Arsenide Phosphide on
Gallium Phosphide and one green Gallium Phosphide,
operation independently of each other with a common
anode.
The L TL-907JK is clear non-diffused epoxy microminiature package for surface mount assembly double
orange Gallium Arsenide Phosphide on Gallium
Phosphide Light Emitting Diode.
The L TL-907NK utilizing double Gallium Aluminum
Arsenide Ultra-brightness red.
DEVICES
PACKAGE DIMENSIONS
PART
NO.
LTL-
LENS
COLOR
DIFFUSION
907HK
Water Clear
Non-diffused
SOURCE
COLOR
Orange
Green
Orange
907JK
Water Clear
Non-diffused
Orange
GaAIAs Red
907NK
Water Clear
,,1f. .
lo05!O.lS
(.04:!:.0061
Non-diffused
GaAIAs Red
2-67
346
PIN
NO.
LTL·
907HK
LTL·
907JK
LTL·
907NK
1
Cathode
(Orange)
Cathode
Anode
2
Cathode
(Green)
Cathode
Anode
3
Anode
Anode
Cathode
NOTES:
1. All dimensions are in millimeters (inches).
2_ Tolerance is ±0_25mm (.010") unless otherwise
noted_
3_ Lead spacing is measured where the leads emerge_
from the package_
4. Specifications are subject to change without notice.
ABSOLUTE MAXIMUM RATINGS AT TA = 25°C
GaAlAs
PARAMETER
GREEN
ORANGE
UNIT
100
100
100
mW
200
120
120
mA
Continuous Forward Current
40
30
30
mA
Derating Linear From 25°C
0.5
0.4
0.4
mAtC
4
5
5
V
RED
Power Dissipation
Peak Forward Current
(1/10 Duty Cycle. 0.1 ms Pulse Width)
Reverse Voltage
Operating Temperature Range
_55°C to +100°C
Storage Temperature Range
-55°C to +100°C
L-ead Soldering Temperature
240°C for 5 Seconds
Green
...>
...cc
Orange
GaAIAs
Red
1.0
r----------.--~------._----_.~_.--7r------_r----------._--------_,
0.5
r----------H~--~r---+_~k-----_1~--_\----_r----------t_--------~
·in
OJ
OJ
'5co
Qi
a:
500
550
600
650
700
750
800
Wavelength A (nm)
FIG.l RELATIVE INTENSITY VS. WAVELENGTH
2·68
347
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
TEST
CONDITION
SYMBOL
PART NO.
LTL-907HK
MIN
TVP
Iv
Orange
Green
0.6
0.6
2.0
2.0
mcd
IF = 20m A
Note 1
Viewing Angle
28Y.z
Orange
Green
140
deg.
Note 2 (Fig.6}
Peak Emission
Wavelength
i\PEAK
Orange
Green
630
565
nm
Measurement
@Peak {Fig. 1}
Spectral Line
Half Width
I:!.i\
Orange
Green
40
30
nm
Forwar,d Voltage
VF
Orange
Green
2.0
2.1
Reverse Current
fR
Cal!lacitance
C
PARAMETER
Luminous Intensity
MAX
UNIT
2.8
oran~
'-
100
GrOO!l
p.A
20
35
Oran!16
Green:
IF,=20mA
V
VR =5V
VF =0
PF
f'" 1MHz
NOTES: 1. Luminous intef)sity is measured with a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'Eciairage} eye-res pose curve.
2. 6% is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
,,
50
~ 40
I
E
-
~
,
E 30
l!!
5
u 20
,
~
~ 10
~
~ 20
50
2l
E
:; 40
E
I
~
'I'-.. ....... ,
;;:
I
~
10
1.2
1.6
2,0
2.4
28
Forward Voltage VF (VI
FIG. 2 FORWARO CURRENT VS.
FORWARD VOLTAGE
32
15
'E
.3
1.0
/
~ 0,5
o ./
o
80
100
60
Ambient Temperature TA (DC)
FIG. 3 FORWARD CURRENT
DERATING CURVE
20
40
10
20
30
40
Forward Current IF (mA)
FIG. 4 RELATIVE LUMINOUS
INTENSITY VS.
0"
~
GREEN
ORANGE
/
7
">
iii
.......
/ /
o
.s
'"g
c:
ORANGE - i - GREEN
30
u
~ 20
'GREEN
I
"E
~
I
I - ORANGE,
2,5
60
10"
20"
30"
2
'in
c:
£"
GREEN f.--
40"
~
~
o
'~
.3
ORANGE
50"
0.5
08
60"
">
~
II:
07
0.2
......
/1,
1..........,
70"
80"
I-I--I-H=+=~+-~+-I-l--I--1 90"
O. 1
-30
2-69
348
10
20
30
40
50
-10
Ambient Temperature TA (D C)
FIG, 5 LUMINOUS INTENSITY VS. AMBIENT
TEMPERATURE
-20
60
o5
70
FIG
03
01
0,2
04
SPATIAL DISTRIBUTION
0.6
50
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 2SoC
SYMBOL
PART NO.
LTL- '
MIN
TYP
Iv
907NK
1.1
3.5
mcd
IF = 20mA
Note 1
Viewing Angle
2/1Y,
907NK
140
deg.
Note 2 (Fig. 11)
Peak Emission
Wavelength
i\.PEAK
660
nm
nm
PARAMETER
Luminous Intensity
Spectral Line
Half Width
Ai\.
20
Forward Voltage
VF
1.8
Reverse Current
IR
Capacitance
C
MAX
TEST
CONDITION
UNIT
Measurement
Peak (Fig. 1)
@
IF =20mA
2.4
V
100
p.A
VR =5V
PF
VF=O
f= 1MHz
30
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commissiofl Internationale De L'Eciairage) eye-respose curve.
2. /Iv, is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
60
II
«
1
40
E
I
II
~
:: 30
c:
"5
u 20
~
50
?;
in
c:
£
50
U)
c:
30
"- i'...
u
"0
:0
;;
"E 20
;;
'"
I
I
(; 10
LL
(;
LL
J
o
10
o
12
16
20
2.4
2.8
32
Forward Voltage VF (V)
FIG 7 FORWARD CURRENT VS.
FORWARD VOLTAGE
E
:J
.......
20
'a:"
10
./
"
iii
""- "-
o
-'
>
V
oV
o
20
40
60
80
100
Ambient Temperature TA (OC)
FIG 8 FORWARD CURRENT VS
DERATING CURVE
/
1/
20
r-:-I--
iii
.E.,
40
60
80
100
Forward Current IF (mA)
FIG 9 Relative LUMINOUS INTENSITY VS
FORWARD CURRENT.
O'
?;
in
.... l- f-
3.0
::J
0
E
e:;
40
"
40
10'
20'
30'
~ t--
40'
:J
o
c:
'E
50'
0.5
:J
O.B
-'
60'
~
~
a:
70'
0.7
0.2
H-+H-=F4""'+-"f'q++H-1
01
-30
10
20
30
40
50
-10
Ambient Temperature TA (OC)
FIG.l0 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE CHARACTERISTICS
-20
60
70
05
03
0.1
02
0.4
BO'
90'
06
FIG 11 SPATIAL DISTRIBUTION
2-70
349
= 2SoC
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
SYMBOL
PART NO.
LTL-
MIN
TYP
Iv
907JK
0.6
2.0
mcd
IF =20mA
Note 1
Viewing Angle
28%
907JK·
140
deg.
Note 2 (Fig. 16)
Peak Emission
Wavelength
APEAK
630
nm
Measurement
@ Peak (Fig. 1)
nm
PARAMETER
Luminous Intensity
Spectral Line
Half Width
b.A
40
Forward Voltage
VF
2.0
Reverse Current
IR
Capacitance
C
MAX
TEST
CONDITION
UNIT
2.8
V
100
/JA
VR =5V
PF
VF=O
f = lMHz
20
IF =20mA
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'Eclairage) eye-respose curve.
2. ell, is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50·
60
I
25
50
U 20
/
r-...
-.......
"~
I
0
LL
1/
o
40
c:~
10
V
12
1.6
20.
2.4
2.8
3.2
Forward Voltage VF (V)
FIG.12 FORWARD CURRENT VS
FORWARD VOLTAGE.
20
40
, ,
60
80
V
1/
L
r-....
o 1/
o
100
Ambient Temperature TA (DC)
FIG.13 FORWARD CURRENT DERATING
CURVE.
10
20
30
40
o·
10'
20'
30'
40'
50'
60'
70'
60'
I++-'H+~+--l<'t=++-'H-i 90'
0.1 L.--L_---L_L---'_-L_-'---''---'-_..L.---'
-30 -20 -10 0
10
20
30
40
50
60
70
2-71
350
Ambient Temperature TA (DC)
FIG. 15 LUMINOUS INTENSITY VS
AMBIENT TEMPERATURE
o5
50
Forward Current IF{mA)
FIG.14 RELATIVE LUMINOUS )NTENSITY VS
FORWARD CURRENT.
0.3
0.1
02
0.4
FIG 16 SPATIAL DISTRIBUTION
06
ILlTE('J~11
BIG(8mm) SOLID STATE LAMPS
I,t,
LTL-327HR HIGH EFFICIENCY RED LTL-321A AMBER
LTL-327G
GREEN
LTL-327EA ORANGE
YELLOW
LTL-327Y
FEATURES
- 8mm DIAMETER BIG LAMP.
-WIDE VIEWING ANGLE.
- LOW POWER CONSUMPTION.
-I. C. COMPATIBLE/LOW CURRENT REQUIREMENTS.
-RELIABLE AND RUGGED.
DESCRIPTION
The High Efficiency Red and Orange source color
devices are made with Gallium Arsenide Phosphide
on Gallium Phosphide Orange Light Emitting Diode.
The Green source color devices are made with Gallium
Phosphide on Gallium Phosphide Green Light Emitting
Diode.
The Yellow and Amber source color devices are made
with Gallium Arsenide Phosphide on Gallium Phosphide
Yellow Light Emitting Diode.
PACKAGE DIMENSIONS
FLAT DENO
DEVICES
ATHOOE
.. 0
(.354)
PART
NO.
LTL-
COLOR
DIFFUSION
327HR
Red
Diffused
Hi. Eft. Red
327G
Green
Diffused
Green
327Y
Yellow
Diffused
Yellow
327A
Amber
Diffused
Amber
327EA
Orange
Diffused
Orange
LENS
SOURCE
COLOR
2.54 NOM
(.1
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
2-72
351
ABSOLUTE MAXIMUM RATINGS AT TA == 25°C
GREEN
AMBER
YELLOW
HI. EFF. RED
ORANGE
UNIT
Power Dissipation
100
60
100
mW
Peak Forward Current
(1/10 Duty Cycle, 0.1 ms Pulse Width)
120
80
120
mA
Continuous Forward Current
30
20
30
mA
Derating Linear From 25°C
0.4
0.25
0.4
mA/oC
5
5
5
V
PARAMETER
Reverse Voltage
Operating Temperature Range
_55°C to +1 00° C
Storage Temperature Range
_55°C to +100°C
Lead Soldering Temperature
[1.6mm (0.063in) From Body)
260° C for 5 Seconds
Yellow
Green
Amber
Hi. Eff. Red
Orange
1.0
....;;;
>c
~
c
~
0.5
~--------~--~~--~~~------~--------~---------+--------~
.~
a;
a:
500
550
600
650
700
Wavelength ~ (nm)
FIG.l RELATIVE INTENSITY VS. WAVELENGTH
2·73
352
750
800
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
327HR
3.7
12.6
mcd
Viewing Angle
20)1;,
327HR
46
deg.
Note 2 (Fig 6)
Peak Emission
Wavelength
APEAK
327HR
635
nm
Measurement
@ Peak (Fig. 1)
Spectral Line
Half Width
"'A
327HR
40
nm
Forward Voltage
VF
327HR
2.0
Reverse Current
IR
327HR
Capacitance
C
327HR
PARAMETER
Luminous Intensity
MAX.
TEST
CONDITION
UNIT
IF
,
2.8
V
IF
100
}J.A
VR
= 20 mA
= 5V
VF = 0
PF
20
= 10 mA
Note 1
f
= 1 MHZ
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eciairage) eye-response curve.
2.0)1;, is the off-axis angle at which the luminous intensity is half the axial luminOUS intensity.
50
ro
] E
r.......
i'.
3.2
20
40
60
80
~ ~ 10
r--..
J
o ./
o
100
Ambient Temperature TA (OC)
FIG 3 FORWARD CURRENT
DERATING CURVE
Forward Voltage VF (V)
FIG. 2 FORWARD CURRENT VS.
FORWARD VOLTAGE.
/
:J"O
~ ~ 20
/
12
~
E '"
r-...
~
I
0 10
u.
/
"':J 0E 30
c:
20
/
40
Ql
E«
40
V
10
30
20
40
50
Forward Current IF (rnA)
FIG 4 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
0"
10"
20"
30"
40"
1.0
09
50"
0.8
60"
70"
0.7
01L--L__J -__L - - i__- L__
10
20
30
-30 -20 -10
~-J
__- L_ _~~
40
Ambient Temperature TA {Oel
FIG 5 LUMINOUS INTENSITY VS. AMBIENT
TEMPERATURE
50
60
70
80"
H-+-Hf--f==t-',"+,'-F'H-+-+--H 90"
0.5
03
01
0.2
04
FIG. 6 SPATIAL DISTRIBUTION
0.6
2-74
353
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
327G
327Y
3.7
3.7
12.6
12.6
mcd
IF = 10 mA
Note 1
Viewing Angle
26Y:.
327G
327Y
46
deg.
Note 2 (Fig. 11 )
Peak Emission
Wavelength
APEAK
327G
327Y
565
585
nm
Measurement
@ Peak (Fig. 1)
Spectral Line
Half Width
6A
327G
327Y
30
Forward Voltage
VF
327G
327Y
Reverse Current
IR
327G
327Y
Capacitance
C
327G
327Y
PARAMETER
Luminous Intensity
TEST
CONDITION
UNIT
MAX.
nm
35
IF =20 mA
2.8
V
100
p.A
VR = 5V
PF
VF=O
f = 1 MHZ
2.1
35
15
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'Eciairage) eye-response curve.
2. 6Y:. is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
~
40
1/
'V
E.
~
1: 30
"0
0
u.
~
27Y
E.
~
20
10
J.
'/
o
12
16
20
3ill
1:: 20
32jy
'"~
0 10
u.
24
2B
030
21ft
,
!;
~
11/ 32 Y
i'.
i 'i ' .........
........ i'.
40
60
I
E
'"
:J"O
~ ~ 20
I'-
20
> '"
" E
r.::: ~
BO
~~
"-
100
AmbIent Temperature TA (Oel
Forward Voltage VF (VI
:J
o~
I
32
FIG 7 FORWARD CURRENT VS
FORWARD VOLTAGE
40
-;;; E
30
~
5
VI
~
"
1:..:
40
u
J
50
~
50
E
If
0;
~
60
Ii
/I
~
5
u
/V
327
V
10
oV
o
1/
10
20
30
40
IF (rnA)
FIG 9 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
Forward Current
FIG 8 FORWARD CURRENT
DERATING CURVE
O'
10'
20'
30'
40'
1.0
0.9
50'
O.B
60'
70'
0.7
BO'
__~__L-~_ _- L_ _4-~L--L_ _~~
-20 -10
10
20
30
40
50
60
70
01L-~
-30
2-75
AmbIent Temperature TA (0 Cl
354
FIG 10 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
t-t--t-t--t--+''P'¥--Ft-t--+H-l 90'
050.301
0.2
0.4
FIG 11 SPATIAL DISTRIBUTION
0.6
50
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
PARAMETER
PART NO.
SYMBOL
LTL-
UNIT
3.7
3.7
12.6
12.6
mcd
IF = 10mA
Note 1
Note 2 (Fig. 16)
MAX.
Viewing_Angle
26Y..
327A
327EA
46
deg.
Peak Emission
Wavelength
A PEAK
327A
327EA
600
630
nm
Spectral Line
Hall Width
6A
327A
327EA
35
40
nm
Forvyard Voltage
VF
327A
327EA
2.1
2.0
Reverse Current
fR
327A
327EA
Capacitance
C
327A
327EA
1/
II
327 A
30
;:c
327A
I
~
~
IF = 20mA
2.8
V
100
j.lA
VR =5V
PF
VF =0
f=1MHZ
15
20
60
If
40
E
"
Measurement
@Peak (Fig. 1)
1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'Eclairage) eye-response curve.
2. 8Y.. is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
;:c
TEST
CONDITION
TYP.
327A
327EA
NOTES:
25°C
MIN.
Iv
Luminous Intensity
=
E
/
~
':;
~
V
:;;
;;:
':;
1/
(; 10
u.
/,
o
12
16
in
:g""
40
327EA
30
I"-
u
'E 20
;;:"
I /
"0
50
E
II
u 20
50
;:
(;
u.
/
""-
...... "-
10
.......
20
24
28
20
3.2
Forward Voltage VF (VI
FIG 12 FORWARD CURRENT VS
FORWARD VOLTAGE
40
20
'""
10
60
30
/327
It-
">
r--- ...... ......
J7A
/
327EAJ /
"a'"
"
E
"
..J
L
40
'" ~
80
a;
a:
/
oV
~
o
100
AmbIent Temperature TA-(OCI
FIG 13 FORWARD CURRENT
DERATING CURV£
1/
10
O'
;:
20
30
40
50
Forward Current IF (mAl
FIG.14 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
10'
20'
30'
2
in
:g""
"'"a
" 0.5
E
"
">
~a: 02
327A
40'
1.0
327EA
..J
0.9
50'
O.B
60'
70'
0.7
BO'
01
-30
I++-H-'F:p.¥A++H-l
-20
-10
0
10
20
30
40
AmbIent Temperature TA (OCI
FIG.15 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
05
03
0.1
0.2
04
90'
06
FIG 16 SPATIAL DISTRIBUTION
2-76
355
ILlTE(.)~11
0.8" (20mm) BIG LAMP
LTJ-811 HR/811G/811Y
FEATURES
-0.8 INCH (20.0mm) DIAMETER BIG LAMP.
-CHOICE OF THREE BRIGHT COLORS-GREEN/
YELLOW/HIGH EFFICIENCY RED.
_WIDE VIEWING ANGLE.
_GRAPHIC STACKING ALLOWABLE.
_ HIGH LUMINOUS INTENSITY.
_ LOW POWER REQUIREMENT.
-SOLID STATE RELIABILITY.
_CATEGORIZED FOR LUMINOUS INTENSITY.
_ EXCE LLENT ON-OFF CONTRAST.
-SUITABLE FOR MULTIPLEX OPERATION.
_ EASY MOUNTING ON P.C. BOARD OR SOCKETS.
DESCRIPTION
The LT J-811 series big lamp are sphere light sources
designed for a variety of application where a large,
bright source of light is required. The green series
devices utilize LED chips which are made from GaP
on a transparent GaP substrate. The yellow and high
efficiency red series devices utilize LED chips which
are made from GaAsP on a transparent GaP substrate.
The green devices have green diffused lens color. The
yellow devices have yelliow diffused lens color. The
high efficiency red devices have red diffused lens color.
PACKAGE DIMENSIONS
Rlo.ao
R(.394) 'll----':"~~-----'I
NOTE: All dimensions are in
millimeters
( Inches)
tolerance are:
1. Lead length (from seating plane): minimum value
+1.00
-=0:00
+0.040"
( -0.000"
mm 2.
±0.25mm
(0.010")
unless otherwise noted.
DEVICES
PART NO. L T JOESCRIPTION
2-77
356
GREEN
YELLOW
HI.-EFF.
RED
811G
8llY
811HR
Universal, Sphere Lens
PIN CONNECTION
INTERNAL CIRCUIT DIAGRAM
PIN NO.
CONNECTION
1
Cathode F
2
Anode F
3
Cathode E
4
Anode E
5
Cathode D
6
Anode D
7
Cathode C
8
Anode C
9
Cathode B
10
Anode B
11
Cathode A
12
Anode A
12
ABSOLUTE MAXIMUM RATINGS AT TA
=
11
10
9
B
7
2
3
4
5
6
25°C
GREEN
YELLOW
HI.-EFF.
RED
UNIT
Power Dissipation Per Chip
75
60
75
mW
Peak Forward Current Per Chip
(1/10 Duty Cycle. 0.1 ms Pulse Width)
100
80
100
mA
25
20
25
mA
0.3
0.24
0.3
mArC
5
5
5
V
PARAMETER
Continuous Forward
~urrent
Per Chip
Derating Linear From 25°C Per Chip
Reverse Voltage Per Chip
Operating Temperature Range
-2~Cto +85°C
Storage Temperature Range
_25° C to +85" C
Solder Temperature 1/16 inch Below Seating Plane for 3 Seconds at 260°C
2-78
357
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 2SoC
LTJ-811Y
PARAMETER
MAX.
TEST
CONDITION
SYMBOL
MIN.
TYP.
Iv
11
25
mcd
IF"" 60 mA
Average Luminous Intensity Per Lamp
UNIT
Peak Emission Wavelength Per lamp
~P
585
om
IF =120mA
Spectra! Line Half-Width Per Lamp
tJ.~
35
nm
IF =120 mA
Forward Voltage any Chip
VF
2.1
2.8
V
If" 20 mA
Reverse Current any Chip
IR
100
p,A
VR ;"5V
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
120
/
«
E
~
E
40
II
J
30
~
5
u
"E
.,
20
1;
1!'
10
12
16
60
">
Qi
20
o
480
2.8
24
15
"
J
IJ
Qi
a:
\
560
800
Wavelength ( }. ) - nm.
Fig. 2 SPECTRAL RESPONSE.
/
05
o
640
/
V
"
".>
o
10
15
20
25
30
Forward Current (IF) - mA
Fig. 3 RELATIVE, LUMINOUS INTENSitY Vs.
FORWARD CURRENT (PER SEGMENT).
["\.
500
«
E
I
20
I
l'
c: 16
~
8
)v
1000
800
28
E
E
40
a:
24
L
2.5
..J
Forward Voltage (V,) - Volts
Fig. 1 FORWARD CURRENT Vs. FORWARD VOLTAGE
«
"0c:
.~
20
c:
.E.,"
0
)
o
~
in
If'
80
5Co
5
II
~
u..
100
g
"
12
o"
.x
.........
:<
40
60
100
80
5
50
..
U
1'1
I
20
E
~
"-
80
90
~
200
'"
a..
"
20
f'
"-
"
...... ~
~
-"
r--..
10
..........
......
I'
1
10
20
50
100
10
20
40
DC
Ambient Temperature (Ta) - °C
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F = 1 KHz)
(AVERAGE I, = 10mA PER SEG I
2-79
358
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 2SoC
LTJ-811G
PARAMETER
TEST
CONDITION
SYMBOL
MIN.
TYP.
Average Luminous Intensity Per Lamp
Iv
11
25
mcd
IF = 60 mA
Peak Emission Wavelength Per Lamp
~P
565
nm
IF =120 mA
Spectral Line Half-Width Per Lamp
t:>.~
30
nm
IF =120 mA
Forward Voltage any Chip
VF
2.1
2.8
V
IF = 20 mA
Reverse Current any Chip
IR
100
p.A
MAX.
UNIT
VR =5V
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(250 C Ambient Temperature Unless Otherwise Noted)
50
120
/
-0:
E
-E
40
/
30
~
20
"E
~
1;
?i'
'5
c.
'5
/
/
;;
U
10
LL
o
12
16
">
"II:'"
40
a;
28
20
15
..J
">
24
E
V
~
c:
0
24
/V
'"
~
20
..L
25
£"
60
Forward Voltage (V,) - Volts
Flg.l FORWARD CURRENT Vs FORWARD VOLTAGE
«
c:
0
e-
)
o
i':
0;
f
80
S
I
II
~
u
100
E
~
5
U
.....
100
BO
,
i':
-'"
50
in
c:
:--...
.>!
"'"
Q.
e
"\
,.
"
.EO
~
g">
,. . . 1'
a;
0::
20
10
o
~
......
1
10
20
50
100
10
20
40
DC
Duty Cycle %
Duty Cycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE %
(REFRESH RATE - F = 1 KHz)
IAVERAGE I, = lOmA PER SEG)
ILlTErl] ~ II
ULTRA BRIGHT_RED SOLID STATE
LAMPS T-1% MODIFIED 1"LEAD
L TL-353CK (NEW IMPROVED PART TO REPLACE
L TL=283CK SERI ES)
FEATURES
_ ULTRA-BRIGHTNESS.
_ NEW STURDY LEADS.
-IC COMPATIBLE/LOW CURRENT CAPABILITY.
-RELIABLE AND RUGGED
DESCRIPTION
The LTL-353CK IS Gallium Aluminum Arsenide red
light emitting diodes.
These clear, non-diffused Ultra Bright lamps but
perform conventional LED lamps, by utilizing new
ultra intensity material. We achieve superior product
performance.
PACKAGE DIMENSION
DEVICES
PART
NO.
LTL-
COLOR
DIFFUSION
353CK
Water Clear
Non-diffused
LENS
SOURCE
COLOR
GaAIAs Red
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
8.8
(.35)
NOM
(.1)
2-82
361
ABSOLUTE MAXIMUM RATINGS AT TA = 25°C
PARAMETER
MAXIMUM RATING
UNIT
Power Dissipation
100
mW
Peak Forward Current (1/10 Duty Cycle, 0.1 ms Pulse Width)
200
mA
Continuous Forward Current
40
mA
Derating Linear From 25°C
0.5
mAloC
Reverse Voltage
4
V
Operating Temperature Range
- 55"C to
+ 100"C
Storage Temperature Range
- 55"C to
+ 100"C
Lead Soldering Temperature [1.6mm (0.063 in) From Body]
260"C for 5 Seconds
GaAIAs Red
1.0r--------,---------.----~--_.~
__----_.--------_.--------~
.~
'"c:
~
c:
0.5r----------t----------+---------~L---~----~----------+_--------~
C1>
>
'';::;
'"
Qj
II:
500
550
600
650
700
Wavelength A (nm)
FIG. 1 RELATIVE INTENSITY VS. WAVELENGTH
2-83
362
750
800
ELECTRICAL OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
TEST
CONDITION
PARAMETER
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Luminous Intensity
Iv
353CK L2
353CK H3
353CK H4
150
400
700
300
500
1000
mcd
IF = 20 mA
Note 1
Note 2 (Fig. 6)
UNIT
MAX.
Viewing Angle
20Y.
12
deg
Peak Emission
Wavelength
APEAK
660
nm
Spectral Line
Half-Width
AA
20
nm
Forward Voltage
VF
1.8
Reverse Current
IR
Capactance
C
Measurement
peak (Fig. 1)
@
IF =20MA
2.4
V
100
pA
VR =4V
PF
VF=O
f = 1 MHZ
30
NOTES: 1. Luminous intensity is measured with a light sensor and Wter combination that approximates the CIE
(Commission Internationale De L'Eclairage) eye-response curve.
2. OY. is the off-axis angle at which the luminous Intensity is half the axial luminous intensity.
60
-20
"-,
80
/
/
o/
o
20
40
60
80
100
Forward Current IF (mA)
FIG 4 RELATIVE LUMINOUS INTENSITY VS
FORWARD CURRENT
>
>
oJ
01
-30
60
-
t:
.3
~
"-
Ambient Temperature ']A (OCI
FIG 3 FORWARD CURRENT VS,
DERATING CURVE
-- -- ---
~ f-
V
f".
(;
u. 10
o
1.2
';;;
.;::;
'"
Qi
a:
500
550
600
650
t'--...
700
750
800
Wavelength A (nm)
FIG. 1 RELATIVE INTENSITY VS. WAVELENGTH
2-86
365
ELECTRICAL OPTICAL CHARACTERISTICS AND CURVES AT TA
PARAMETER
SYMBOL
Luminous Intensity
Iv
PART NO.
MIN.
LTL307C
307CE
307CK
TYP.
19
60
29
29
90
MAX.
2SoC
=
TEST
CONOITION
UNIT
,-
moo
IF = 20 mA
Note '1
40
40
deg
Note 2 (Fig. 6)
Measurement
@ peak (Fig. 1)
90
50
307C
307CE
307CK
Viewing Angle
29Y:.
Peak Emission
Wavelength
~PEAK
660
nm
Spectra I Li ne
Half·Width
A7I.
20
nm
Forward Voltage
VF
1.8
Reverse Current
IR
Capacitance
C
2.4
V
100
p.A
VR =4V
PF
VF=O
f '" 1 MHZ
30
IF =20 mA
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission I nternationale De L'Eciairage) eye-response curve.
2. 9Y:. is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
60
II
« 40
.s
1:
«
J
.s
-'
E 30
~
u 20
"E
~
0
u.
o
in
~
:;
40
t'-- r......
1.6
2.0
24
2.8
32
Forward Voltage VF (VI
FIG 2 FORWARD CURRENT VS
FORWARD VOLTAGE
E '"
.3 -g
I"'
u.
1.2
~
~ ~
30
o
4.0
<::
"
E..:
- E
~ ~ 30
u
"E 20
;:
'"
5 10
I
I
II
10
50
E
II
"
'"~
50
i!"
"-
g!~
2.0
./
ti E
0;
/
5 10
c::z
"- 1'-..
oV
o
IL
o
20
40
60
80
100
Ambient Temperature lA (OCI
FIG 3 FORWARD CURRENT VS.
DERATING CURVE
20
.
..
<::
.'!l
.E
40
60
80
10'
20'
30'
r- r- r-
"o<::
40'
"
50'
~ 0.2
60'
E 0.5
...J
~
c::
0.1
-30
2-87
366
-20
-10
10
20
30
40
Ambient Temperature TA (OCI
FIG. 5 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE CHARACTERISTICS
50
60
70
100
Forward Current IF (mAl
FIG 4 RELATIVE LUMINOUS INTENSITY VS
FORWARD CURRENT.
0'
r-- r-
~
l- t-
V
H-++-f-f=t""'I"q:f-H+-H
05
0.3
01
0.2
06
FIG 6 SPATIAL DISTRIBUTION
70'
80'
90'
ILITEr.] ~ II
ULTRA BRIGHT RED SOLJJl:.STATE.
LAMPS T-l% STANDARD Scf> LED
l Tl- 4263 ,4264 I 4268
FEATURES
- ULTRA·BRIGHTNESS.
- NEW STURDY LEADS.
-IC COMPATIBLE/LOW CURRENT CAPABILITY.
-RELIABLE AND RUGGED.
.[
:1
'j
DESCRIPTION
The semiconductor material is Gallium Aluminum
Arsenid Ultra-brightness red Light emitting diodes.
The LTL4263, have Red diffused lens. The L TL-4264
have red, non-diffused lenses where as the LTL-4268,
has a untinted. non-diffused lenses lamp out perform
conventional LED lamps.
By lItilizing new higher
intensity material, we achieve superior product performance-.
PACKAGE DIMENSION
DEVICES
5.0
(.191)
PART NO.
PTL4263
LENS
SOURCE
COLOR
COLOR
DIFFUSION
Red
Diffused
GaAIAs
Red
Red
Transparent
GaAIAs
Red
Water Clear
Non0;
:0
~
J
If
i' I'.
I........
o
1.2
1.6
2.0
24
2.8
32
Forward Voltage VF (V)
FIG 2 FORWARD CURRENT VS.
FORWARD VOLTAGE
40
~ ~ 3.0
<:;
0
u. 10
I
o
5"
u
c:
"
E«
E
E
"E
5 10
u.
-
~
U 20
;:
40
E
I
II
~
50
«
J
E
50
~
in
l"'-
f' 1'-...
o
20
40
60
80
100
Ambient Temperature TA (OC)
FIG 3 FORWARD CURRENT VS.
DERATING CURVE
~
~
"
~a:z§ 1 0
o 1/
1/
o
L
20
r- r-
'"c:
l!l
oS
o'"
~
c:
E05
r-
--
80
100
10'
20'
r-..
40'
10
0.9
~
50'
08
~
~
60
30'
..J
a:
40
Forward Current IF (mA)
FIG. 4 RELATIVE LUMINOUS INTENSITY VS.
FORWARD CURRENT
0'
.~
l- I-
V
0.2
60'
70'
0.7
80'
01
-30
t++-H-f'=f-1-fL-f-1c-+-+-+-t-j 90'
-20
-10
10
20
30
40
50
Ambient Temperature TA (OC)
FIG. 5 LUMINOUS INTENSITY VS. AMBIENT
TEMPERATURE CHARACTERISTICS
60
70
050.301
020406
FIG. 6 SPATIAL DISTRIBUTION
2-90
369
ILlTErl) ~ II
ULTRA BRIGHT RED SOLID
STATE LAMPS T-l STANDARD
3q, LED
lTl-4261N/4262N/4266N
FEATURES
• ULTRA-BRIGHTNESS.
- NEW STURDY LEADS.
-IC COMPATIBLE/LOW CURRENT CAPABI LlTY.
- RELIABLE AND RUGGED.
-LOW COST.
DESCR IPTION
The LTL-4261 N, 4262N, 4266N series is Gallium
Aluminum Arsenide superbrightness red light emitting
diodes.
LTL-4261 N Red, diffused.
LTL-4262N Red, transparent.
LTL-4266N water clear. These Lamp out perform conventional LED lamps. By utilizing new higher intensity
material, we achieve superior product performance.
DEVICES
PACKAGE DIMENSION
PART
NO.
lTl-
COLOR
DIFFUSION
4261N
Red
Diffused
GaAIAs Red
4262N
Red
Transparent
GaAIAs Red
Water Clear
Non-diffused
GaAIAs Red
4266N
lENS
~
SOURCE
COLOR
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ± 0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spaci ng is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
2-91
370
I.
2.54 NOM
(.,
ABSOLUTE MAXIMUM RATINGS AT TA
= 2SoC
PARAMETER
MAXIMUM RATING
UNIT
Power Dissipation
100
mW
Peak Forward Current (1/10 Duty Cycle. 0.1 ms Pulse Width)
200
mA
Continuous Forward Current
40
mA
Derating Linear From 25°C
0.5
mA/oC
Reverse Voltage
4
V
Operating Temperature Range
- 55°C to + 100°C
Storage Temperature Range
- 55°C to + 100°C
Lead Soldering Temperature [1.6mm (0.063 in) From Body]
2600 C for 5 Seconds
GaAIAs Red
1.0
A
?;
.;;;
c
j!l
c
0.5
Q)
>
',J
CtI
'iii
a:
500
550
600
/ \
650
r--....
700
750
800
Wavelength 71. (nm)
FIG. 1 RELATIVE INTENSITY VS. WAVELENGTH
2-92
371
ELECTRICAL OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Luminous IntensitY
Iv
4261N
4262N
4266N
8.7
19
19
48
80
80
mcd
IF
Viewing Angle
20Y2
4261N
4262N
4266N
60°
45 0
45°
deg
Note 2 (Fig. 6)
Peak Emission
Wavelength
i\.PEAK
660
nm
Measurement
@ peak (Fig. 1)
Spectral Line
Half-Width
Ai\.
20
nm
Forward Voltage
VF
1.8
Reverse Current
IR
Capactance
C
NOTES
«
V
100
IJ.A
VR
PF
VF=O
f =: 1 MHZ
IF "'20mA
=:
4V
5"
50
50
...E 40
I
II
E
l - I-- I--
E
~
:;
u 20
'E
30
"r-... '"
U
..
'C
:;; 20
~
I
I
IJ
10
o
1.2
0
LL
r--
.~
c
e'"
.5
'"o
:J
c
E05
10
o
2.0
1.6
2.4
28
Forward Voltage VF (V)
FIG 2 FORWARD CURRENT VS.
FORWARD VOLTAGE
32
o
"
""
o 1/
o
-
1/
20
--- ----
40
60
80
10'
20'
40'
10
09
50'
08
60'
02
70'
80'
0.1
-30
I-t-+-Hf--t9-"-t''-P't-CH-t--H 90'
50
10
20
30
40
-10
Ambient Temperature TA (OC)
FIG. 5 LUMINOUS INTENSITY VS. AMBIENT
TEMPERATURE CHARACTERISTICS
-20
60
100
Forward Current IF (rnA)
FIG. 4 RELATIVE LUMINOUS INTENSITY VS
FORWARD CURRENT.
30'
"
a:
./
/
O'
.~
~
V
20
40
60
80
100
Ambient Temperature TA (OC)
FIG 3 FORWARD CURRENT VS.
DERATING CURVE
.3
372
20 mA
=:
2.4
60
...E 30
0
LL
UNIT
1. Luminous Intensity is measured with. a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'Eciairage) eye-response curve
2. OY:, IS the off-axls angle at which the luminous intensity IS half the aXial luminous Intensity
« 40
~
MAX.
30
50
2-93
TEST
CONDITION
PARAMETER
70
05
03
0.1
0.2
04
0.6
FIG 6 SPATIAL DISTRIBUTION
ULTRA BRIGHT RED SOLID STATE
LAMPS MEDIUM PROFILE 4.6
FLANGELESS
ILITE[']~II
LTL-10263W
FEATURES
• ULTRA BRIGHTNESS.
• NEW STURDY LEADS.
.IC COMPATIBLE/LOW CURRENT CAPABILITY .
• RELIABLE AND RUGGED.
.~
• LOW COST.
DESCR IPTION
The LTL-l0263W is Gallium Aluminum Arsenide red
light emitting diodes.
These red, diffused lamps out perform conventional
LED lamps. By utilizing new higher intensity material,
we achieve superior product performance.
~ ~
,1
~ ~
I
1 Ii
I'
'I 1
,I
j
~
I
,
I
~
1
- - ,-- 1-....:-- ___ _
- , " - - = ---'-
~~------
-=*
PACKAGE DIMENSION
DEVICES
PART
NO.
LTL-
LENS
COLOR
DIFFUSION
10263W
Red
Diffused
SOURCE
COLOR
4.75
(.187)
GaAIAs Red
7 ••
sEE
No!.-,.-I.-t-.I-'T
$
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±' O.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5tnm (.959") max.
4. Lead spacing is' measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
2.54
NOM
(.1)
2·94
373
ABSOLUTE MAXIMUM RATINGS AT TA = 2SoC
PARAMETER
MAXIMUM RATING
UNIT
Power Dissipation
100
mW
Peak Forward Current {1 11 0 DutY Cycle. 0.1 ms Pulse Width}
200
mA
Continuous Forward Current
40
mA
Derating Linear From 25°C
0.5
mA/oC
Reverse Voltage
4
V
Operating Temperature Range
- 55"C to
+ 100"C
Storage Temperature Range
- 55"C to
+ 100°C
Lead Soldering Temperature !1.6mm (0.063 in) From Body]
260° C for 5 Seconds
GaAIAs Red
1.0
~
~
'Vi
~ 0.5
) \
c:
'"
.~
....
'"
OJ
a:
500
550
600
650
r--...
700
Wavelength?. (nm)
FIG. 1 RELATIVE INTENSITY VS. WAVELENGTH
2-95
374
750
800
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
PARAMETER
MIN.
TYP.
Iv
11
40
mcd
IF'" 20 mA
Note 1.
2eY:.
60°
deg
Note 2 Fig. 6.
APEAK
660
nm
Measurement
@ Peak (Fig. 1)
nm
Luminous Intensity
Viewi ng Angle
P~ak
TEST
CONDITION
SYMBOL
Emission Wavelength
MAX.
UNIT
\
Spectral Line Half·Wldth
6A
20
Forward Voltage
VF
1.B
Reverse Current
IR
Capacitance
C
2.4
V
100
jJ.A
VR '"4V
PF
VF =0
f = 1 MHZ
30
IF'" 20mA
NOTES: 1. Luminous intensity is measured with Cl iigin sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eciairage) eye-response curve.
2. oY:. is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
60
II
50
~
50
;;( 40
E
I
II
.!:
E 3D
~
5
;;(
in
c
E
E
cc
100
30'
..J
~
BO
Forward Current I, (mAl
FIG 4 RELATIVE LUMINOUS INTENSITY VS
FORWARD CURRENT
02
70'
0.7
BO'
01
-30
90'
-20
-10
10
20
30
40
50
Ambient Temperature TA (OCI
FIG. 5 LUMINOUS INTENSITY VS. AMBIENT
TEMPERATURE CHARACTERISTICS
60
70
05
03
01
02
04
06
FIG. 6 SPATIAL DISTRIBUTION
2-96
375
ILITEr.) ~ II
SOT.23 SURFACE MOUNT
ASSEMBLY 'LED LAMP
LTL-907CK
FEATURES
• MICROMINATURE PACKAGE LED LAMP.
• SURFACE MOUNT ASSEMBLY LAMP.
.SINGLE CHIP.
• HIGH EFFICIENCY/LOWER POWER CONSUMPTION.
• LONG LIFE SOLID STATE RELIABILITY.
r' ' ,
;'
,'".
i
,,'
I
'/
,
/
;.
';,,
,
,i
!
DESCRIPTION
The LTL-907CK is clear non-diffused epoxy micro·
miniature package for surface mount assembly. LTL·
907CK Red GaAIAs, Ultra·Brightness.
.
DEVICES
PACKAGE DIMENSIONS
PART
lENS
SOURCE
NO.
COLOR
lTl- COLOR DIFFUSION
PIN
NO.
1
907CK
Water
Clear
,~
Non·
Diffused
GaAIAs
Red
2 Cathode
rm
0.,
3 Anode
2-97
376
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance, is ± 0.25mm (.010") unless otherwise
noted.
3. lead spacing is measured where the leads emerge
from the package.
4. Specifications are subject to change without notice.
ABSOLUTE MAXIMUM RATINGS AT TA
= 25°C
PARAMETER
MAXIMUM RATING
UNIT
100
mW
200
mA
Power Dissipation
---
-----.
----------1---
Peak Forward Current
(1/10 Duty Cycle, 0.1 ms Pulse WIdth)
._------------ .------.-----------.--------- -.----.Continuous Forward Current
40
mA
- ---- .. ------------------ .---------------_.
Derating Linear From 25°C
--.-- --- .--. ----.---
mAtC
0.5
...
Reverse Voltage
-- _.--- ..
------~
-
4
V
--
-
- 55"C to + 100°C
Operating Temperature Range
- 55°C to + 100°C
Storage Temperature Range
-------
-- _0_. ____- - - - - -
------~---
Lead Soldering Temperature
240°C for 5 Seconds
GaAIAs Red
1.0r-------.----------.-------.-~----_.-------_.---------.
?:
.;;;
r:::
~
r:::
0.5r----------+----------+----------,~--_T----_r----------r_--------_1
Q)
'5
III
Qi
0::
500
550
600
650
700
750
800
Wavelength -,.. (nm)
FIG. 1 RELATIVE INTENSITY VS. WAVELENGTH
2-98
377
ELECTRICAL OPTICAL CHARACTERISTICS AND CURVES AT TA = 2SoC
SYMBOL
PART NO.
LTL·
MIN.
TYP.
Iv
907CK
2.5
3.5
mcd
IF = 20 mA, Note 1
Viewing Angle
20r.
907CK
140
deg.
Note 2,(Fig. 6)
Peak Emission
Wavelength
APEAK
660
nm
nm
PARAMETER
Luminous Intensity
MAX.
TEST
CONDITION
UNIT
Measurement
@ Peak (Fig. 1)
"-
Spectra I Li ne
Half-Width
AA
20
Forward Voltage
VF
1.8
Reverse Current
IR
Capacitance
C
IF =20 mA
2.4
V
100
itA
VR =4V
PF
VF =0
f
1 MHZ
30
=
NOTES: 1. Luminous 'intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eclairage) eye-response curve.
2. Or. is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
60
I/.
~ 40
~
I
E
E
I
I
~
~ 30
~
~
'E
'";:
10
o
1.2
I-
~
:; 30
o
1.6
2.0
2.4
28
32
I'
r--
£"
5'"
.~ 0.5
-----
/
o
40
20
60
80
oV
1/
o
100
20
Ambient Temperature TA (OCI
FIG 2 FORWARD CURRENT VS.
FORWARD VOLTAGE
c
/
r--..
r--.. r-...
Forward Voltage VF (VI
~
iii
,/
r--.. ........
u
'E 20
;:
'"
0
lL 10
I
I
IJ
--
40
"
u" 20
.f
50
50
40
60
FIG 3 FORWARD CURRENT VS.
DERATING CURVE
10'
20'
30'
:.......
40'
1.0
09
50'
08
60'
"
.2
~
80'
H-+H=F~+-¥i=-l-+++l 90'
0.1
-30
2-99
378
70'
07
0.2
-20
-10
10
20
30
40
Ambient Temperature TA (OCI
FIG. 5 LUMINOUS INTENSITY VS. AMBIENT
TEMPERATURE CHARACTERISTICS
50
60
100
FIG 4 RELATIVE LUMINOUS INTENSI'l'Y VS.
FORWARD CURRENT
0'
.3
ex:
80
Forward Current IF (mAl
05
70
FIG
6
0.3
01
02
04
SPATIAL DISTRIBUTION
06
ILlTErl] ~ II
T-l (3mm) SOLID STATE LAMPS
LTL-422INLC LOW CURRENT HIGH EFFICIENCY RED
FEATURES
- LOW POWER CONSUMPTION.
- HIGH EFFICIENCY.
-VERSATILE MOUNTING ON P.C. BOARD OR
PANEL.
-I.C. COMPATIABLE/LOW CURRENT REQUIREMENTS.
-POPULAR T-l DIAMETER 25mm(1") LENGTH
OF LEADS PACKAGE.
- RELIABLE AND RUGGED.
DESCRIPTION
The LTL-4221NLC is made with Gallium Arsenide
Phosphide on Gallium Phosphide Red Light Emitting
Diode.
These lamp use low current, and it has High Efficiency
Red Brightness.
PACKAGE DIMENSIONS
DEVICES
PART
NO.
LTL-
LENS
COLOR
DIFFUSION
4221NLC
Red
Diffused
SOURCE
COLOR
Hi. Eff. Red
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
°0.5 TYP
(.0.)
2.54 NOM
(.1
2-100
379
ABSOLUTE MAXIMUM RATINGS AT TA
=
25°C
PARAMETER
MAXIMUM RATING
UNIT
Power Dissipation
24
mW
Peak Forward Current
(1 /10 Duty Cycle. 0.1 ms Pu Ise Width)
120
mA
" ,
Continuous Forward Current
Derating Linear From 25"C
Reverse Voltage
7
mA
0.1
mAfC
5
V
,
Operating Temperature Range
- 55Q C to + 100°C
Storage Temperature Range
- 55°C to + 100°C
Lead Soldering Temperature
[1.6mm (0.063 in) From Body)
260°C for 5 Seconds
"
HLEff.Red
1.0
.~
c:
j!l
c:
Q)
0.5
>
';;
ttl
Qj
a::
500
550
/\
V
/
\
600
650
700
Wavelength A (nm)
FIG. 1 RELATIVE INTENSITY VS. WAVELENGTH
2-101
380
750
800
ELECTRICAL OPTICAL CHARACTERISTICS AND CURVES AT TA
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
4221NLC
1.0
Viewing Angle
20Y:z
Peak Emission
Wavelength
=
25°C
UNIT
TEST
CONDITION
1.8
mcd
IF = 2 mA (Note 1)
4221NLC
45
deg.
Note 2 (Fig. 6)
i\PEAK
4221 NLC
635
nm
Spectral Line
Half-Width
t>.i\
4221NLC
40
nm
Forward Voltage
VF
4221NLC
1.8
Reverse Current
IR
4221NLC
Capacitance
C
4221NLC
PARAMETER
Luminous Intensity
MAX.
Measurement
@ Peak (Fig. 1)
IF = 2 mA
2.2
V
100
p.A
VR =5V
PF
VF=O
f = 1 MHZ
4
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'Eciairage) eye·response curve.
2. OY:z is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
10
60
;;;:
E
;
50
~
~
l -i 30
r--
" 20
"~
o
05
10
15
20
'"0
60
10
.,
..J
"-
1il
0;
a:
25
20
40
60
80
40
/
20
o
100
V
V
./
o
10
Ambient Temperature TA (OC)
FIG 2 FORWARD CUIffiENT VS
FORWARD VOLTAGE
./
V
>
"-
Forward Voltage V, IV)
V
c
E
::l
lJ
o
80
::l
'"
u
~
c
~
.EO
40
c
'5
100
i':"
Forward Current IF (rnA)
FIG 3 FORWARD CURRENT
DERATING CURVE
FIG 4 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
O'
10'
20'
30'
i!'
~
.,c
E
'"o
40'
1.0
::l
c
E
0.9
05
::l
..J
.,>
1il
0;
a:
50'
08
o1
60'
70'
07
02
80'
H--t-t-H--=t-.LfL-F+-1H-++-1 90'
-30
-20
-10
10
20
30
40
Ambient Temperature TA (0 C)
FIG 5 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
05
03
01
02
04
FIG. 6 SPATIAL DISTRIBUTION
06
2-102
381
ILlTE['] ~ II
T-l% (5mm) SOLID· STATE LAMPS
LTL~307ELC LOW CURRENT HIGH E.FFICIENCY RED
FEATURES
e LOW POWER CONSUMPTION.
e HIGH EFFICIENCY.
e VERSATI LE MOUNTING ON P.C. BOARD OR
PANEL.
el.C. COMPATIABLE/LOW CURRENT REQUIREMENTS.
ePOPULAR T-1% DIAMETER. 25mm(1") LENGTH
eRELIABLE AND RUGGED.
I
III ! l
DESCRIPTION
The LTL-307ELC is made with Gallium Arsenide
Phosphide on Gallium Phosphide Red Light Emitting
Diode.
These lamp use low current. and it has High Efficiency
Red Brightness.
DEVICES
PACKAGE DIMENSION
PART
NO.
LTL-
COLOR
DIFFUSION
307ELC
Red
Diffused
LENS
SOURCE
COLOR
Hi. Eff. Red
B ••
SEE NOTE
(~O'i~ )~~*~-1.
Rt.5 .059)
22.0 MIN
(.866)
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
2-103
382
DOT DENOTES CATHooe\
C 005 TYP
(.02)
2.54 NOM
(.1
ABSOLUTE MAXIMUM RATINGS AT TA = 25°C
PARAMETER
MAXIMUM RATING
UNIT
Power Dissipation
24
mW
Peak Forward Current
(1/10 Duty Cycle, 0.1 ms Pulse Width)
120
mA
7
mA
0.1
mAtC
5
V
Continuous Forward Current
Derating Linear From 25° C
Reverse Voltage
Operating Temperature Range
- 55°C to
+ 100°C
Storage Temperature Range
- 55° C to
+ 100°C
Lead Soldering Temperature
[1.6mm (0.063 in) From Body}
260° C for 5 Seconds
HLEff.Red
1.0
?:
.;;;
c:
1!!
c:
CIl
0.5
>
.;:;
co
Qj
a:
500
553
/\
/
\
/
600
650
700
750
800
Wavelength A. (nm)
FIG. 1 RELATIVE INTENSITY VS. WAVELENGTH
2-104
383
ELt;CTRICAL OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
PARAMETER
PART NO.
SYMBOL
Luminous Intensity
LTL-
UNIT
TEST
CONDITION
3.0
moo
IF .. 2 mA (Note 1)
Note 2 (Fig. 6)
MIN.
TVP.
1.2
MAX.
Iv
307ELC
Viewing Angle
28Y:.
307ELC
60
deg.
Peak Emission
Wavelength
i\PEAK
307ELC
636
nm
nm
Spectral Line
Half-Width
Ai\. .
307ELC
40
Forward Voltage
VF
307ELC
1.8
Reverse Current
JR
307ELC
Capacitance
C
307ELC
2.2
V
100
p.A
Measurement
Peak (Fig. 1)
@
IF"'2mA
. VR =5V
VF=Q
f= 1 MHZ
PF
4
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eclairage) eye-response curve.
2. 8Y:. is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
10
60
iii
r"-r-,.
80
1/
Qi
c: 2.0
o
o
100
Ambient Temperature TA (OCI
FIG 3 FORWARD CURRENT
DERATING CURVE
Forward Voltage VF (VI
FIG. 2 FORWARD CURRENT VS.
FORWARD VOLTAGE
V
c:
u
"E 20
'";;
I
/
!'l
.f
"
/
10
Forward Current IF (mAl
FIG 4 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
o·
~
;;;
c:
!'l
.f
20'
30'
2
-
1
40'
1.0
'"o
~
~
10'
0.9
05
~
..J
50'
08
I
m
60'
>
~
c:
70'
07
02
H--+-I-t--F'1-'~-A-+-+-I-+-i
O. 1
-30
2-105
384
-20
-10
10
20
30
40
Ambient Temperature TA (OCI
FIG. 5 LUMINOUS INTENSITY VS. AMBIENT
TEMPERATURE
50
60
70
0.5
03
01
02
04
FIG. 6 SPATIAL DISTRIBUTION
06
80'
90'
ILITEr.] ~ II
T-l(3mm) SOLID STATE LAMPS
LTL-201 RED
LTL-211 BRIGHT RED
LTL-221 HIGH EFFICIENCY RED
LTL-231
LTL-251
LTL-291
GREEN
YELLOW
ORANGE
FEATURES
• LOW POWER CONSUMPTION.
• HIGH EFFICIENCY.
• VERSATI LE MOUNTI NG ON P.C. BOARD OR
PANEL.
• CMOS/MOS AND TTL COMPATIBLE .
• LONG LIFE-SOLID STATE RELIABILITY .
• WIDE VIEWING ANGLE.
• LOW COST.
I
I:
DESCRIPTION
The Red source color devices are made with Gallium
Arsenide Phosphide Red Light Emitting Diode.
The Bright Red source color devices are made with
Gallium Phosphide on Gallium Phosphide Red Light
Emitting Diode.
The High Efficiency Red and Orange source color
devices ·are made with Gallium Arsenide Phosphide
on Gallium Phosphide Orange Light Emitting Diode.
The Green source color devices are made with Gallium
Phosphide on Gallium Phosphide Green Light Emitting
Diode.
The Yellow source color devices are made with Gallium
Arsenide Phosphide on Gallium Phosphide Yellow Light
Emitting Diode.
PACKAGE DIMENSIONS
5.25
(.207)
(·~;~;~~~,t::::t~~1
DEVICES
PART
NO_
LTL-
LENS
COLOR
DIFFUSION
201
202
205
Red
Red
White
Diffused
Transparent
Diffused
Red
211
Red
Diffused
Bright Red
221
Red
Diffused
Hi. Eff. Red
231
232
Green
Diffused
Transparent
Green
251
252
Yellow
Diffused
Transparent
Yellow
291
Orange
Diffused
Orange
SOURCE
COLOR
I I '~::r'N
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ± 0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. SpecificatIOns are subject to change without notice. 2-106
385
ABSOLUTE MAXIMUM RATINGS AT TA
= 2SoC
RED
BRIGHT
RED
GREEN
YELLOW
HI. EFF. RED
ORANGE
UNIT
80
40
100
60
100
mW
Peak Forward Current
(1/10 Duty Cycle, 0.1 ms Pulse Width)
200
60
120
80
120
rnA
Continuous Forward Current
40
15
30
20
30
rnA
Derating Linear From 25°C
0.5
0.2
0.4
0.25
0.4
mA/oC
5
5
5
5
5
V
PARAMETER
Power Dissipation
Reverse Voltage
Operating Temperature Range
- 55°C to
+ 100°C
Storage Temperature Range
- 55° C to
+ 100· C
Lead Soldering Temperature
[1.6mm (0.063 in) From Body)
260° C for 5 Seconds
Green Yellow
Hi. Eff. Red
Orange Red
Bright Red
.~
.;:;
OJ
Q;
a:
500
550
600
650
700
Wavelength A (nm)
FIG.1 RELATIVE INTENSITY VS. WAVELENGTH
2-107
386
750
800
ELECTRICAl/OPTICAL CHARACTERISTICS AND CURVES AT TA = 2SoC
PARAMETER
SYMBOL
Luminous Intensity
PART NO.
LTL-
MIN.
TYP.
201
0.3
0.8
202
205
0.7
2.0
0.8
Iv
20Y:.
Viewing Angle
Peak Emission
0.3
201
76
202
30
205
76
MAX.
IF = 10 mA
mcd
Note 1
deg.
Note 2 (Fig. 6)
Measurement
@Peak (Fig. 1 )
APEAK
655
nm
Spectra I Li ne
Half Width
AA
24
nm
Forward Voltage
VF
1.7
Reverse Current
IR
Capactance
C
Wavelength
TEST
CONDITION
UNIT
= 20 mA
2.0
V
IF
100
JlA
VR
VF=O
PF
30
= 5V
f
= 1 MHZ
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'Eclairage) eye-response curve.
2. OY:. is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
~
c
;;:
.s
30
:;
~
:;
I
I
I
20
o
c
"
.soC{
40
ro
20
0
L1.
10
~
1.6
2.0
2.4
28
o
. 0,
3.2
-
~
c
2l
.E
~
:J
o
c
05
20
40
a::
V
--- ----
V
30
60
E '"
:J'C
~ ~ 20
> '"
~
/
'" E
"
80
~~
10
"
/
oV
o
100
10
20
30
40
50
Forward Current IF(mAI
FIG. 4 RELATIVE LUMINOUS
INTENSITY VS. FORWARD
CURRENT
00
10 0
20 0
30'
40'
10
0.9
50'
08
0.2
60'
70'
07
01
-30
./
0; ~
Ambient Temperature TA (OCI
FIG 3 FORWARD CURRENT
DERATING CURVE
">
iii
0;
40
E
5~
"
U
'C
~
~
30
./
1.2
~
E
~
50
Forward Voltage VF (VI
FIG. 2 FORWARD CURRENT VS
FORWARD VOLTAGE
.3
~
E
~
u
u
~
I
I
I
80'
-20
-10
10
20
30
40
Ambient Temperature TA (OC)
FIG 5 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
H-+HI-f==t'-+.lf=f-IY+-H
05
03
01
02
04
FIG 6 SPATIAL DISTRIBUTION
06
90'
2-108
387
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
PARAMETER
SYMBOL
PART NO.
LTL-
MIN.
TYP.
211
0.4
221
1.1
1.1
3.8
mcd
IF'" 10 mA
Note 1
Note 2 (Fig. 11)
Iv
Luminous Intensity
25°C
=
MAX.
TEST
CONDITION
UNIT
Viewing Angle
20%
211
221
76
76
deg.
Peak Emission
Wavelength
i\PEAK
211
221
697
635
nm
Spectral Line
Half Width
Ai\
211
221
90
40
nm
Forward Voltage
VF
211
221
2.1
2.0
Reverse Current
IR
211
221
Capactance
C
211
221·
Measurem~nt
@
V.
2.8
100
55
20
Peak (Fig. 1)
IF "'20mA
p,A
VR =5V
PF
VF '" 0
f= 1 MHZ
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that appr.oximates the CI E
(Commission Internationale De L'Eclairage) eye-response curve.
2. ell, is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
221/
1/,
c: 30
l'
:;
u
60
Ii
III
rJ
« 50
E
!!o
20
s
0; 10
u.
/221
221
"
U
III
/
./
ro
1/
40
1':
l'
:; 30
, /211
"0
50
ro 20
211
s
0;
u.
............
10
12
16
20
24
28
20
3.2
"
~
40
60
80
o~
o
""
100
Ambient Temperature TA 1°C)
FIG 8 FORWARD CURRENT
DERATING CURVE
Forward Voltage V, IV)
FIG 7 FORWARD CURRENT VS
FORWARD VOLTAGE
--
I'
t- ......
Vi
o
/
.......
"0
4
10
221
211
20
30
40
Forward Current l'ImAI
FIG 9 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
00
...?!2.. r--
-
t- ,
100
20 0
:::::: t::::-
30'
40'
10
0.9
50'
08
60'
70'
0.7
01
-30
2-109
388
-20
-10
10
20
30
40
AmbIent Temperature TA (OC)
FIG 10 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
80'
I-+-HH-+'1-+-A-++-t-+.., 90'
05
03
01
02
04
06
FIG 11 SPATIAL DISTRIBUTION
50
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
PARAMETER
SYMBOL
Luminous IntenSity
Iv
Viewing Angle
20'h
Peak Emission
Wavelength
APEAK
Spectral Line
Half Width
AA
Forward Voltage
VF
Reverse Current
IR
Capacitance
C
PART NO.
LTL-
MIN.
TYP.
1.1
2.5
1.1
2.5
3.8
8.0
3.8
8.0
76
30
76
30
565
565
585
585
30
30
35
35
231
232
251
252
231
232
251
252
231
232
251
252
231
232
251
252
231
232
251
252
231
232
251
252
231
232
251
252
MAX.
.
= 25°C
TEST
CONDITION
UNIT
mcd
IF ~ 10 mA
Note 1
deg
Note 2 (Fig 16)
Measurement
Peak (Fig. 1)
nm
@
nm
2.1
~
2.8
V
IF
100
p.A
VR
~
5V
VF
~
0
35
35
15
15
PF
20 mA
f~lMHZ
NOTES. 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'Eclairage) eye-response curve.
2. o'h is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
<;:
40
E.
E
~
5
u
'E
~
:;
u..
60
J
/V
231
251
232 1(1- 252r--- r-
30
<;:
231
232
E
~
II
5
30
1/'
'0
ro
:;:
:;
VI
u..
20
l"'- J"'--.
251
252
10
I........
...... I'
.......
V
o
12
16
20
24
28
32
20
Forward Voltage VF IVI
FIG 12 FORWARD CURRENT VS
FORWARD VOLTAGE
2
e
~
~
o
c
E 05
60
V
/
J"'--. ~ ~
80
o 1./
a
100
Ambient Temperature TA (0 C}
FIG 13 FORWARD CURRENT
DERATING CURVE
10
==
20
30
40
50
Forward Current IF (rnA)
FIG 14 RELATIVE lUMINOUS
INTENSITY VS FORWARD
CURRENT
o·
251
252
~
c
.s
40
'251
252
)
1'1'
u
J
::-
~;~~
.!O 40
j
10
50
E.
II
20
50
10'
20'
30'
~31
232
40'
10
.3
">
09
a; 02
08
iii
50'
60'
II:
70'
07
01
-30
80'
-20
-10
10
20
30
40
Ambient Temperature TA (OC)
FIG 15 lUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
1-+-+-t--'H=t'-f-.Lf=+-H-f--t-1 90'
05
03
01
02
04
FIG 16 SPATIAL DISTRIBUTION
06
2-110
389
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
=
25°C
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
291
1.1
3.8
mod
IF = 10 mA
Note 1
Viewing Angle
20Y,
291
76
deg.
Note 2 (Fig. 21)
Peak Emission
Wavelength
i\PEAK
291
630
nm
Measurement
@Peak (Fig. 1)
Spectra I Li ne
Half Width
6i\
291
40
nm
Forward Voltage
VF
291
2.0
Reverse Current
IR
291
Capacitance
C
291
PARAMETER
Luminous Intensity
MAX.
TEST
CONDITION
UNIT
2.8
V
100
J.l.A
VR =5V
PF
VF=O
f= 1 MHZ
20
IF =20mA
NOTES: 1. LuminOUS Intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'Eclairage) eye-response curve.
2. ~Y, is the bff-axis angle at which the luminous intensity is half the axial luminous intensity.
50
§
LTL-4201 /4201 N RED
LTL-4211/4211N BRIGHT RED
LTL-4221/4221N HIGH EFFICIENCY RED
LTL-4231/4231 N GREEN
LTL-4251/4251N YELLOW
LTL-4291/4291 N ORANGE
FEATURES
o LOW POWER CONSUMPTION.
o HIGH EFFICIENCY.
- VERSATI LE MOUNTING ON P.C. BOARD OR
PANEL.
ol.C. COMPATIBLE/LOW CURRENT REQUIREMENTS.
oPOPULAR T-1 DIAMETER, 25mm (1") LENGTH
OF LEADS PACKAGE.
-RELIABLE AND RUGGED .
• LOW COST.
DESCRIPTION
The Red source color devices are made with Gallium
Arsenide Phosphide Red Light Emitting Diode.
The Bright Red source color devices are made with
Gallium Phosphide on Gallium Phosphide Red Light
Emitting Diode.
The High Efficiency Red and Orange source color
devices are made With Gallium Arsenide Phosphide
on Gallium Phosphide Orange Light Emitting Diode.
The Green source color devices are made with Gallium
Phosphide on Gallium Phosphide Green Light Emitting
Diode.
The Yellow source color devices are made with Gallium
Arsenide Phosphide on Gallium Phosphide Yellow Light
Emitting Diode.
F1
lli--t---t
1.0
r-
L TL-42
X
-PACKAGE DIMENSIONS
L TL-42 x 1 N Series
1 Series
5.25
(~~~;~~~)I~~11·(.207)
SEE. NOTE 3
2.54 NOM
(.1
25.4
(1.0) MIN
°0.5 TYP
(.02)
(.1)
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ± 0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
2-112
391
DEVICES
PART
NO.
LTL-
LENS
COLOR
OIFFUSION
4201
4202
4206
Red
Red
Water Clear
Diffused
Transparent
Non-diffused
Red
PART
NO.
LTL-
SOURCE
COLOR
4211
Red
Diffused
Bright Red
4221
4222
Red
Red
Diffused
Transparent
Hi. Eff. Red
4231
4232
Green
Green
Diffused
Transparent
Green
4251
4252
Yellow
Yellow
Diffused
Transparent
Yellow
4291
4292
4296
Orange
Orange
Water Clear
Diffused
Transparent
Non-diffused
Orange
4201N
4202N
4211N
4221N
4222N
4231N
4232N
4236N
4251N
4252N
4256N
4291N
4292N
4296N
ABSOLUTE MAXIMUM RATINGS AT TA
PARAMETER
Power Dissipation
Peak Forward Current
(1/10 Duty Cycle, 0.1 ms Pulse Width)
LENS
=
COLOR
DIFFUSION
Red
Diffused
Transparent
Oiffused
Diffused
Transparent
Diffused
Transparent
Non-diffused
Diffused
Transparent
Non-diffused
Diffused
Transparent
Non-diffused
Red
Red
Green
Yellow
Orange
SOURCE
COLOR
Red
Bright Red
HI. Eff. Red
Green
Yellow
Orange
2SoC
RED
BRIGHT
RED
GREEN
YELLOW
HI. EFF. RED
ORANGE
UNIT
80
40
100
60
100
mW
200
60
120
80
120
mA
Continuous Forward Current
40
15
30
20
30
mA
Derating Linear From 25° C
0.5
0.2
0.4
0.25
0.4
mArC
5
5
5
5'
5
V
Reverse Voltage
Operating Temperature Range
-55" C to +100° C
Storage Temperature Range
-55"C to +100°C
Lead Soldering Temperature
[1.6mm (0.063in) From Body]
260° C for 5 Seconds
Green Yellow
HI. Eff. Red
Orange Red
Bright Red
1.0
r------r-...,......._~...__,_--__,...___r7....__--""""7_~---___,----__,
0.5
r---------~~-+~~--~--f_----~~~r_----~--------~+_--------_4
.~
'"c:
ec:
.,
>
.;;
'"
iii
a:
500
2-113
392
550
600
650
700
Wavelength ~ (nm)
FIG.l RELATIVE INTENSITY VS. WAVELENGTH
750
800
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
SYMBOL
PART NO,
LTL-
MIN,
TYP.
Iv
4201
4202
4211
0.3
1.1
0.6
Viewing Angle
20Y:.
Peak EmissIOn
Wavelength
UNIT
TEST
CONDITION
0.8
4.0
1.7
mcd
IF = 10mA
Note 1
4201
4202
4211
40
20
40
deg.
Note 2 (Fig 6)
APEAK
4201
4202
4211
655
655
697
nm
Measurement
@ Peak (Fig. 1)
Spectral Line
Half Width
A'/I.
4201
4202
4211
24
24
90
nm
Forward Voltage
VF
4201
4202
4211
1.7
1.7
2.1
Reverse Current
IR
4201
4202
4211
Capacitance
C
4201
4202
4211
PARAMETER
Luminous IntensItY
MAX,
2.0
2.0
2.8
V
100
p.A
VR =5V
PF
VF = 0
f=lMHZ
30
30
55
IF = 20 mA
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eciairage) eye·response curve.
2. OY:. is the off·axis angle at which the luminous intensity is half the aXial lumtnous intensity.
5n
60
I
I
4201,/
80
--
!O!
rn
~ §1 0
a:z
o~
o
100
4
~10
4211
30
20
40
50
Forward Current IF (mA)
FIG 4 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
Ambient Temperature TA (OC)
FIG 3 FORWARD CURRENT
DERATING CURVE
O'
10'
20'
30'
~~
40'
1.0
0.5
09
50'
OB
60'
02
70'
0.7
01
-30
1/
4201
420 f - -
~
I
4201
4202
2
4211
5 10
L1.
40
<{
"'
E
~ 030
o ~
"'-
"'-
'E 20
Forward Voltage VF (V)
FIG 2 FORWARD CURRENT VS
FORWARD VOLTAGE.
'">
~a:
4201
4202
u
J
o _LL
'E
.3
.E
E
u 20
~
Vi
c:
Q)
iii
0;
a:
BO
I
10
""'- i'..
V
o
/
30
<=
~ 30
::J
u 20
'E
L
40
E
I
II
~
E 30
"~
50
i?;
u;
II
40
E
0;
u.
60
I
/
o .t!
o
100
Ambient Temperature TA (Del
FIG 8 FORWARD CURRENT
DERATING CURVE
J
10
20
30
40
Forward Current IF (mAl
FIG. 9 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
O'
10'
20'
0
::J
0
<=
E
::J
09
--'
">
iii
0;
a:
40'
10
05
50'
DB
60'
02
70'
07
01
-30
2-115
394
BO'
-20
-10
10
20
30
40
Amblent( Temperature TA (OC)
FIG 10 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
f-+-HH--f=PfLA+-+--'H-I
05
03
01
02
04
06
FIG 11 SPATIAL DISTRIBUTION
90'
50
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
PARAMETER
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Lum inous Intensity
Iv
4231
4232
4251
4252
1.7
4.0
1.7
4.0
56
12.6
56
12.6
mcd
IF ; 10 mA
Note 1
Viewing Angle
20Y:.
4231
4232
4251
4252
40
20
40
20
deg.
Note 2 (Fig. 16)
Peak Emi~sion
Wavelength
APEAK
4231
4232
4251
4252
565
565
585
585
nm
Measurement
@Peak (Fig. 1)
Spectral Line
Half Width
t:l.A
4231
4232
4251
4252
30
30
35
35
nm
Forward Voltage
VF
4231
4232
4251
4252
2.1
Reverse Current
IR
4231
4232
4251
4252
Ca pac ita nce
C
4231
4232
4251
4252
MAX.
TEST
CONDITION
UNIT
IF ; 20 mA
2.8
V
100
J.l.A
VR
PF
VF = 0
f = 1MHZ
35
35
15
15
=5 V
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'Eclairage) eye-response curve.
2. OY:. is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
;;:
/
40
4231
4232
.s
E
i!:!
5
30
II
u 20
"E
~
5
u.
If
50
60
II
;;:
.s
!m-l -
~
i:"
~
50
i!:!
5
~
4231
4232
E
30
10
/.
VI
5
u.
i'-
4251
4252
~
10
16
12
> ro
iii E
CD
24
2B
32
20
40
60
0
a:Z
...... 1"'--
20
~~
BO
/
10
/
a 1/
a
100
Ambient Temperature TA (OC)
FIG 13 FORWARD CURRENT
DERATING CURVE
Forward Voltage VF (VI
FIG 12 FORWARD CURRENT VS
FORWARD VOLTAGE
I
~ ~ 20
" .........
r---. .......
V
a
I#'
~ ~
E "'
:J"C
i'- i'..
"E 20
4231 J,
4232 ,
4251
4252
030
o~
u
J
40
"
E..:
-;;; E
40
10
30
20
40
50
Forward Current IF (mAl
FIG 14 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
O·
10'
20'
30'
40'
10
09
50'
aB
60'
70'
07
01L-~
-30
__- L__
-20
-10
L-~
__- L__i -__L--l__
10
20
30
40
Ambient Temperature TA (OC)
FIG 15 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
BO'
~~
60
70
H-+HK==t-''''f'''-FH--++-H
05
03
01
02
04
06
FIG 16 SPATIAL DISTRIBUTION
90'
2-116
395
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
PARAMETER
SYMBOL
PART NO.
LTL-
Luminous Intensity
Iv
4291
4292
4296
Viewing Angle
20Y:.
4291
4292
4296
Peak Emission
Wavelength
TYP.
1.7
5.6
12.6
12.6
mcd
IF=10mA
Note 1
40
20
20
deg.
Note 2 (Fig. 21)
APEAK
630
nm
Spectral Line
Half Width
"A
40
nm
Forward Voltage
VF
2.0
Reverse Current
IR
Capacitance
C
4.0
4.0
MAX.
TEST
CONDITION
MIN.
UNIT
Measurement
Peak (Fig. 1)
@
2.8
V
100
fJ.A
VR =5V
PF'
VF =0
f = 1 MHZ
20
IF = 20mA
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'Eclairage) eye-response curve.
2. OY:. is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
"
0
"r-..
.£ 10
/
o
12
16
20
24
2.B
20
3.2
40
E
::>
..J
""
60
.,>w
'"
0;
II:
"
BO
IL
20
J
1.0
t-....
J
/
oV
o
100
10
20
30
40
Forward Current IF (mAl
FIG 19 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
AmbIent Temperature TA 1°C)
FIG 18 FORWARD CURRENT
DERATING CURVE
Forward Voltage VF (VI
FIG. 17 FORWARD CURRENT VS
FORWARD VOLTAGE
/
30
c
~ 30
::>
u
~ 20
l:
I
I
40
E
:; 40
I
I
~
50
60
I
00
loa
20 D
~
in
30'
c
w
:£
1
w
~
oc
'E
~
0.9
>
OB
..J
W
~
40'
10
0.5
50'
60'
02
II:
70'
07
BO'
O. 1
2-117
396
-30
-20
-10
10
20
30
40
AmbIent Temperature TA 1°C)
FIG 20 LUMINOUS INTENSITY VS. AMBIENT
TEMPERATURE
50
60
70
I-+-HH-t-'Pf'<-F-t-++-H-I 90'
05
FIG. 21
03
01
02
04
06
SPATIAL DISTRIBUTION
50
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA :::: 25°C
SYMBOL
PART NO.
lTl-
MIN.
TYP.
Iv
4201N
4202N
4211N
0.3
0.8
0.8
0.8
2.5
25
mcd
IF = 10 mA
Note 1
Viewing Angle
20%
4201N
4202N
4211N
60
45
60
deg
Note 2 (Fig 26)
Peak Emission
Wavelength
APEAK
4201N
4202N
4211N
655
655
697
nm
Measurement
@ Peak (Fig. 1)
Spectral Line
Half Width
A/I.
4201N
4202N
4211N
24
24
90
nm
Forward Voltage
VF
4201N
4202N
4211 N
1.7
17
2.0
Reverse Current
IR
4201N
4202N
4211N
PARAMETER
Luminous Intensity
20
2.0
2.8
100
4201N
4202N
4211N
C
IF = 20 mA
V
30
30
55
VR = 5 V
JlA
~-
Capacitance
TEST
CONDITION
UNIT
MAX.
r----"
VF = 0
f ~ lMHZ
PF
NOTES. 1 Luminous intensity IS measured with a light sensor and filter combination that apprOXlm"lttlS the CI E
(Commission Internationale De L'Eclairage) eye-response curve
2.0)1, is the off-axls angle at which the lumll10us intenSity is half the aXial luminOUS !nlenslty
50
f-
-
421lN
o~
o
100
Ambient Temperature TA (OC)
FIG 23 FORWARD CURRENT
DERATING CURVE
10
20
30
10'
30'
r-- ........ :::::,.....
40'
09
0.5
...J
50'
08
~
'"
~ 02
60'
07
II:
H-+-H'--f9-'-t'--t='H--j-++-1
-20
-10
10
20
30
50
20'
10
01
-30
40
Forward Current IF (mA)
FIG 24 RELATIVE LUMINOUS
INTENSITY VS. FORWARD
CURRENT
o·
c:
E
"I'
r--- I-
-420lN
Z02N
4211 N
~
"'"o
4Z11N
0
V
)
o
"I"-
0
IL
"4201 N
4Z0ZN r--r-
I'
u
II
u.
4201 N
4Z0ZN
c:
~ 30
I
I
II
0
V
E
4211N
C' 30
50
0
40
50
Ambient Temperature TA (OC)
FIG 25 LUMINOUS INTENSITY VS. AMBIENT
TEMPERATURE
60
70
05
03
01
02
04
06
FIG 26 SPATIAL DISTRIBUTION
70'
80'
90'
2-118
397
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
= 2SoC
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
4221N
4222N
1.7
4.0
5.6
12.6
mcd
IF = 10 mA
Note 1
Viewing Angle
28Y>
4221N
4222N
60
45
deg.
Note 2 (Fig. 31)
Peak Emission
Wavelength
APEAK
4221N
4222N
635
635
nfTl
Spectral Line
Half Width
D.A,
4221N
4222N
40
40
nm
Forward Voltage
VF
4221N
4222N
2.0
2.0
Reverse Current
IR
4221N
4222N
Capacitance
C
4221N
4222N
PARAMETER
Luminous Intensity
MAX.
TEST
CONDITION
UNIT
Measurement
Peak (Fig. 1)
@
= 20mA
2.8
V
IF
100
/-I A
VR
PF
VF = 0
f = 1 MHZ
20
20
= 5V
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Intenationale De L'Eciairage) ~lYe-response curve.
2.8% is the off-axis angle at which the liminous intensity is half the axial luminous intensity.
50
~
40
.§.
2'
:;
~ 30
"
U
I
I
iil
a;
a:
40'
10
05
.3
50'
08
02
60'
07
01
-30
2-119
398
-20
-10
10
20
30
40
AmbIent Temperature TA (OC)
FIG 30 LUMINOUS INTENSITY VS. AMBIENT
TEMPERATURE
50
60
70
r-+4-t--t--t''t--'-tL---P'-I-+~-H--1
o5
03
01
02
0.4
06
FIG 3'1 SPATIAL DISTRIBUTION
70'
80'
90'
50
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
25°C
=
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
4231N
4232N
4236N
17
40
40
5.6
12.6
126
mcd
IF ; 10 mA
Note 1
Viewing Angle
28'12
4231N
4232N
4236N
60
45
45
deg.
Note 2 (Fig 36)
Peak Emission
Wavelength
APEAK
4231N
4232N
4236N
565
nm
Spectral Li ne
Half Width
tl.A
4231N
4232N
4236N
30
nm
Forward Voltage
VF
4231N
4232N
4236N
2.1
Reverse Curren
IR
4231N
4232N
4236N
C
4231N
4232N
4236N
PARAMETER
Lum inous Intensity
Capacitance
NOTES'
MAX.
TEST
CONDITION
UNIT
Measu rement
Peak (Fig. 1)
@
'F ; 20 mA
2.8
V
100
IlA
VR = 5 V
PF
VF =0
f=lMHZ
35
1. Luminous Intensity IS measured with a light sensor and filter combination that approximates the CIE
(Commission I nternationale De L'Eclatrage) eye-response curve.
2. 8'12 is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
60
I
« 40
.s,,-,
II
:: 30
c:
~
u 20
1"
I
"
I
«E
50
C
u;
50
c:
~
;:. 40
'"0
:J
c:
~
-......'"
ro
I
~
~
~I
...J
.......
10
j
20
">
~
a;
a:
r----
"- r-....
IL
1.216202.42832
Forward Voltage V, (V)
FIG 32 FORWARD CURRENT VS
FORWARD VOLTAGE.
I
30
c:
i!! 30
:;
u
1" 20
oJ: 10
4.0
E.
20
40
60
80
100
AmbIent Temperature TA' (OC)
FIG 33 FORWARD CURRENT
DERATING CURVE
10
'/
o ./
o
V
V
10
20
30
40
50
Forward Current IF (mA)
FIG 34 RELATIVE LUMINOUS
INTENSITY VS. FORWARD
CURRENT.
00
10 0
200
30'
40'
50'
60'
70'
80'
07
H-+-I-t-+''l--'¥--PJ-++-H-l 90'
-30
-20
-10
10
20
30
40
AmbIent Temperature TA (OC)
FIG 35 LUMINOUS INTENSITY VS
AMBIENT TEMPERATURE
50
60
70
05
03
01
02
04
06
FIG 36 SPATIAL DISTRIBUTION
2-120
399
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
SYMBOL
PART NO.
LTL-
Iv
4251N
4252N
4256N
Viewing Angle
20 Va
Peak Emission
Wavelength
TEST
CONOITION
MIN.
TYP.
1.7
5.6
12.6
12.6
mcd
IF'" 10mA
Note 1
4251N
4252N
4256N
60
45
45
deg.
Note 2 IFig. 41)
I\.PEAK
4251N
4252N
4256N
585
nm
Spectral Line
Half Width
AI\.
4251N
4252N
4256N
35
nm
Forward Voltage
VF
4251N
4252N
4256N
2.1
Reverse Cu rren
IR
4251N
4252N
4256N
Capacitance
C
4251N
4252N
4256N
PARAMETER
Luminous Intensity
4.0
4.0
MAX.
25°C
=
UNIT
Measurement
Peak (Fig. 1)
@
2.8
V
100
Jl.A
VR =5V
PF
VF=Q
f". 1MHZ
15
IF" 20 mA
NOTES. 1. Luminous Intensity IS measured With a light sensor and filter combination that approx imates the CI E
(Commission Internationale De L'Eclatrage) eye-response cu rve.
2 oVa is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
60
/
40
;;:
E
/
~ 20
:;
/
<;
'-
0
12
1.6
20
1:
~
:;
30
"*$
20
'":>
0
/
E
:>
...J
.........
5
"- 10
24
2.B
Forward Voltage VF,(VI
FIG 37 FORWARD CURRENT VS
FORWARD VOLTAGE
3.2
4.0
I
/
30
I
c
u
I
$
2l
.f
:;C,40
~
u
1:
10
<0
;;;
c
50
E
1/
;;: 30
50
~
I'-
...... 1'20
40
20
">
iii
Q;
60
0::
.........
BO
V
10
/
o ./
u
100
20
40
50
30
Forward Current IFI(mAI
FIG 39 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
0°
10 0
20 0
Ambient Temperature TA,( °CI
FIG. 38 FORWARD CURRENT
DERATING CURVE
10
30'
40'
10
09
50'
DB
60'
70'
07
BO'
2-121
400
0.1 L-----"-_---'---_L------'_---'--_-"---------'_----L_-'---------'
-30 -20 -10
10
20
30
40
50
60
70
Ambient Temperature TA (OCI
FIG 40 LUMINOUS INTENSITY VS. AMBIENT
TEMPERATURE
H--+--H--:P:P-jL--j:q++H-l
05
03
01
02
04
06
FIG 41 SPATIAL DISTRIBUTION
90'
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
PARAMETER
SYMBOL
PART NO.
LTL-
Luminous I ntensitv
Iv
4291N
4292N
4296N
Viewing Angle
20Y,
4291N
4292N
4296N
Peak Emission
Wavelength
TEST
CONDITION
MIN.
TYP.
1.7
5.6
12.6
126
mcd
IF ~ 10mA
Note 1
60
45
45
deg
Note 2 (Fig 46)
APEAK
630
nm
Measurement
@Peak (Fig 1)
Spectral line
Halt Width
c,A
40
nm
Forward Voltage
VF
Reverse Current
IR
Capacitance
C
4.0
4.0
UNIT
MAX.
20
IF = 20 mA
28
V
100
jJ.A
VR =5V
PF
VF '" 0
t = 1 MHZ
20
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Intenationale De L'Eclairage) eye-response curve.
2.8% is the off-axis angle at which the liminous intensity is half the axial luminous intensity.
~
~
.s
40
~
~
"
I
50
I
:; 40
I
II
30
c
~ 30
::>
u 20
"E
u..
~
50
E
~
c
e
~
I
II
II
10
~
II
r'--,
u
~ 20
;:
I
r'--
10
........
/
o
16
12
/
i'
20
24
28
20
32
40
60
80
/
r-....
100
Ambient Temperature TA (OCI
FIG 43 FORWARD CURRENT
DERATING CURVE
Forward Voltage VF (VI
FIG 42 FORWARD CURRENT VS.
FORWARD VOLTAGE
J
oV
o
10
o·
?:
20
30
40
50
Forward Current IF (mAl
FIG 44 RELATIVE LUMINOUS
INTENSITY VS. FORWARD
CURRENT
10'
20'
2
30'
ih
-
c
2l
.EO
'"o
::>
I-40'
c
E
05
.3
50'
~
60'
'"
~ 02
07
II:
01
-30
-20
-10
10
20
AmbIent Temperature
30
40
TA (OC)
FIG 45 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
I++HH"t-"t''-P'f-IH+--H
o5 0 3 0 1 0.2 0.4 0 6
FIG. 46 SPATIAL DISTRIBUTION
70'
80'
90'
2-122
401
.
-
T~1(3mlll) SOLID STATE
ILlTE[')~11
-
-
LAMPS'
-LTL-239 GREEN
L TL-259 YELLOW
L TL-299 ORANGE
LTL·209 RED
L TL-219 BRIGHT RED
. L TL-229 HIGH EFFICIENCY RED
FEATURES
e LOW POWER CONSUMPTION.
e HIGH EFFICIENCY.
el.C. COMPATIBLE/LOW CURRENT
MENTS.
e1.27mm (0.5") LEAD SPACING.
eT-1 DIAMETER.
e 01 FFUSED LENS.
eWIDE VIEWING ANGLE.
e LOW COST.
REQUIRE-
J
i
I,
I. ;
I!
I' -
I
~
The Red source color devices are made with Gallium
Arsenide Phosphide Red Light Emitting Diode.
The Br!ght Red source color devices are made with
Gallium Phosphide on Gallium Phosphide Red Light
Emitting Diode.
The High Efficiency Red and Orange source color
devices are made with Gallium Arsenide Phosphide
on Gallium Phosphide Orange Light Emitting Diode.
The Green source color devices are made with Gallium
Phosphide on Gallium Phosphide Green Light Emitting
Diode.
The Yellow source color devices are made with Gallium
Arsenide Phosphide on Gallium Phosphide Yellow Light
Emitting Diode.
PART
2-123
402
LENS
SOURCE
COLOR
NO.
LTL-
COLOR
OIFFUSION
209
Red
Diffused
Red
219
Red
Diffused
Bright Red
229
Red
Diffused
Hi. Eff. Red
239
Green
Diffused
Green
259
Yellow
Diffused
Yellow
299
Orange
Diffused
Orange
I
I' ~
PACKAGE DIMENSIONS
1.0
'"
DEVICES
:
}
In
DESCRIPTION
~
~-tt
~::~~ I -1:"
I
~"l,m n~~'
,
(~O~"IN
flAT DENOTES CATHODE
~:~!fOM
NOTES:
1. All dimensions are in millimeters (inches!'
2. Tolerance is ± 0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
ABSOLUTE MAXIMUM RATINGS AT TA = 25°C
RED
BRIGHT
RED
GREEN
YELLOW
HI. EFF. RED
ORANGE
UNIT
Power Dissipation
80
40
100
60
100
mW
Peak Forward Current
(1/10 Duty Cycle, 0.1 ms Pulse Width)
200
60
120
80
120
mA
Continuous Forward Current
40
15
30
20
30
mA
Derating Li near From 25° C
0.5
0.2
0.4
0.25
0.4
mA/oC
5
5
5
5
5
V
PARAMETER
Reverse Voltage
Operating Temperature Range
- 55° C to + 100° C
Storage Temperature Range
- 55" C to + 100° C
Lead Soldering Temperature
[1.6mm (0.063 in) From Body]
260° C for 5 Seconds
Green Yellow
1.0
Hi. Eft. Red
Orange Red
Bright Red
,------r-"7"~--r~.._--__,...._."...____--~
__:__---....,....----....,
~
.;;;
c:
....,c
.,
0.5
>
.;;
'"
a;
a:
500
550
600
650
700
750
800
Wavelength 11. (nm)
FIG.1 RELATIVE INTENSITY VS. WAVELENGTH
2-124
403
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
PARAMETER
SYMBOL
Iv
Luminous Intensity
PART NO.
LTL209
219
229
TYP.
0,3
0.8
1.1
3.8
mcd
IF = 10 mA
Note 1
Note 2 (Fig. 6)
OA
0.8
MAX.
TEST
CONqlTION
MIN.
UNIT
Viewing Angle
20%
209
219
229
72
deg.
Peak Emission
Wavelength
7I.PEAK
209
219
229
655
697
635
nm
Spectral Line
Half Width
AA
209
219
229
24
90
40
nm
VF
209
219
229
1.7
Forward Voltage
Reverse Current
iR
209
219
229
Capacitance
C
209
219
229
2.1
2.0
2.0
2.8
2.8
V
100
p.A
Measurement
Peak (Fig 1)
@l
IF = 20mA
VR
30
..
55
=5 V
VF=O
PF
f'" 1MHZ
20
NOTES: 1. Luminous intensity IS measured with a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'Ecialrage) eye-response curve.
2.011:. is the off.axls angle at which the luminous intensity is half the axial luminous intensity.
50
ii;
a;
0:
209
II,.
V
20
10
~
oP
o
100
Ambient Temperature-TA 1°C)
FIG 3 FORWARD CURRENT
DERATING CURVE
V
V
/
E
...J
/'
229/
c
"- r-.... "-
219
32
$
.E
U
Forward Voltage V, (VI
FIG. 2 FORWARD CURRENT VS
FORWARD VOLTAGE
"-
in
t:
LL
20
50
209
I
.//V
12
50
i='
E
:; 40
I
I
I If
I I 219
20
ro
LL
-t--'t-+--R-+-+-H-l
-20
-10
40
Forward Current IF (rnA)
10
20
30
40
AmbIent Temperature TA (OC)
FIG 5 LUMINOUS INTENSITY VS. AMBIENT
TEMPERATURE
50
60
70
o5
0.3
0.1
02
0.4
FIG 6 SPATIAL DISTRIBUTION
0.6
80'
90'
50
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 2SoC
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
239
259
0.8
0.8
3.8
3.8
mcd
IF = 10 mA
Note 1
Viewing Angle
28Y:.
239
259
72
deg.
Note 2 (Fig. 11)
Peak Emission
Wavelength
~PEAK
239
259
565
585
nm
Spectral Line
Half Width
A~
239
259
30
35
nm
Forward Voltage
VF
239
259
2.1
Reverse Current
IR
239
259
Capacitance
C
239
259
PARAMETER
Luminous Intensity
MAX.
TEST
CONDITION
UNIT
IF = 20 mA
2.8
V
100
p.A
35
15
Measurement
@ Peak (Fig. 1)
VR =5V
VF=O
PF
f = 1 MHZ
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Intenationale De L'Eclairage) eye-response curve.
2. 8Y:. is the off-axis angle at which the liminous intensity is half the axial luminous intensity.
50
«
.§.
/11
40
/
30
-0
20
(;
10
/,
o
50
40
£"
c
00
~
0
39
-0
VI
ro
20
0
10
16
2.0
24
28
3.2
40
60
80
...J
2.0
"
'".
10
Qi
a:
I
/
o/
o
100
I'
I
10
20
30
40
50
Forward Current IF ImAI
Ambient Temperature TA lOCI
FIG 7 FORWARD CURRENT VS
FORWARD VOLTAGE
j,
~259
>
" , ~ ......
20
Forward Voltage VF IVI
~
I"- I"
I'-.. r--...
'/
1.2
2391
30
c
259
~
u..
4.0
E
t'-.. r--...
U
j
ro
50
i:"
;;;
E
~
:; 30
If
;:
u..
~
/J
~
:;
u
«
.§.
239 '/259
~
E
60
/
FIG. 8 FORWARD CURRENT
DERATING CURVE
FIG 9 RELATIVE LUMINOUS
INTENSITY VS. FORWARD
CURRENT
o·
10'
20'
30'
40'
1.0
01L-~
-30
__- L__
-20
-10
L-~
__- L__
10
20
~~
30
__- L_ _
40
Ambient Temperature TA (Oe)
FIG 10 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
~~
60
70
0.9
50'
0.8
60'
0.7
70'
80'
I-+--HH"-t"'1-t-Ft+-t-H-i 90'
o5
0.3
01
02
0.4
FIG 11 SPATIAL DISTRIBUTION
0.6
2-126
405
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
2SoC
=
TEST
CONDITION
PARAMETER
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Luminous Intensity
Iv
299
0.8
3.5
mcd
IF = 10 mA
Note 1
Viewing Angle
20Y:.
299
72
deg.
Note 2 (Fig. 16)
Peak Emission
Wavelength
APEAK
299
630
nm
Spectra I Li ne
Half Width
AA
299
40
nm
Forward Voltage
VF
299
2.0
Reverse Current
IR
299
Capaci tance
C
299
MAX.
UNIT
Measurement
Peak (Fig. 1)
@
IF =20mA
2.8
V
100
J.l.A
VR =5V
PF
VF = a
f= 1 MHZ
20
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Intenationale De L'Eclairage) eye-response curve.
2. OY:. is the off-axis angle at which the liminous intensity is half the axial luminous intensity.
50
«
I
40
E
~
u 20
"E
ro
~
"
50
«E 50
i':
~ 40
eE«
:; 40
I
I
E 30
LI.
60
I
I
10
~ ~
~ 30
u"
"E 20
~
~
i' r-....
10
E
16
12
20
24
28
20
40
>n;
~
......
60
80
E
/
~ ~ 10
J
o 1/
o
100
10
20
30
40
Forward Current IF ImA)
FIG 14 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
AmbIent Temperature TA (OC)
FIG 13 FORWARD CURRENT
DERATING CURVE
Forward Voltage VF IV}
FIG 12 FORWARD CURRENT VS
FORWARD VOLTAGE
II
""§ 20
...... ......
32
ro
~
......
V
o
/
'" E
"030
o~
<=
I
I
O'
10'
20'
30'
i':
in
-
<=
e
E
40'
"'"0
<=
E
10
0.5
"<1>
..J
>
iii
a; 02
a:
406
50'
60'
70'
0.7
01
-30
2-127
0.9
0.8
80'
H-+H~=t-+--f'H---r+-H 90'
-20
-10
10
20
30
40
Ambient Temperature TA (OC)
FIG 15 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
05
03
0.1
0.2
0.4
FIG 16 SPATIAL DISTRIBUTION
06
50
T-l ~(5mm)SOLID STATE LAMPS
ILITE(']~II
LT~-203
RED
LTL-213 BRIGHT RED
LTL·223 HIGH EFFICIENCY RED
,LTL·233 GREEN
LTL-253 YELLOW
',LTL-293 ORANGE
FEATURES
• LOW POWER CONSUMPTION.
• HIGH EFFICIENCY.
• VERSATI LE MOUNTING ON P.C. BOARD OR
PANEL.
.I.C. COMPATIBLE/LOW CURRENT REQUIRE·
MENTS.
• POPULAR T-1 % DIAMETER PACKAGE .
• WIDE VIEWING ANGLE.
.GENERAL PURPOSE LEADS.
• RELIABLE AND RUGGED.
DESCRIPTION
The Red source color devices are made with Gallium
Arsenide Phosphide Red Light Emitting Diode.
The Bright Red source color devices are made with
Gallium Phosphide on Gallium Phosphide Red Light
Emitting Diode.
The High Efficiency Red and Orange source color
devices are made with Gallium Arsenide Phosphide
on Gallium Phosphide Orange Light Emitting Diode.
The Green source color devices are made with Gallium
Phosphide on Gallium Phosphide Green Light Emitting
Diode.
The Yellow source color devices are made with Gallium
Arsenide Phosphide on Gallium Phosphide Yellow Light
Emitting Diode.
r
I~
;0-
I!
----.
---'-'--"
PACKAGE DIMENSIONS
DEVICES
PART
NO.
LTL-
LENS
SOURCE
COLOR
COLOR
DIFFUSION
203
204
Red
Diffused
Red
213
Red
Diffused
Bright Red
223
224
Red
Diffused
Transparent
Hi. Eff. Red
233
234
Green
Diffused
Transparent
Green
253
254
Yellow
Diffused
Transparent
Yellow
293
294
Orange
Diffused
Transparent
Orange
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ± 0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
2-128
407
ABSOLUTE MAXIMUM RATINGS AT TA = 25°C
RED
BHIGHT
RED
GREEN
YELLOW
HI. EFF. RED
ORANGE
UNIT
Power Dissipation
80
40
100
60
100
mW
Peak Forward Current
(1/10 Duty Cycle, 0.1ms Pulse Width)
200
60
120
80
120
mA
Continuous Forward Current
40
15
30
20
30
mA
Derating Linear From 25° C
0.5
0.2
0.4
0.25
0.4
mArC
5
5
5
5
5
V
PARAMETER
Reverse Voltage
Operating Temperature Range
- 55°C to + 100°C
Storage Temperature Range
- 55"C to + 100°C
Lead Soldering Temperature
[1.6mm (0.063in) From Body]
260° C for 5 Seconds
Hi. Eff. Red
Bright Red
Green Yellow
Orange Red
1.0 ,------,-,......:--,......:--T-----:......---.-7"l-----;;;....,..;;;;:----....- - - - - , - ,
.~
I:
'"
e
I:
0.5
~--------~--~~--~~~----~~~~----_r------~~--------__i
CD
>
.;;
co
Qj
a:
500
550
600
650
700
Wavelength ~ (nm)
FIG.1 RELATIVE INTENSITY VS. WAVELENGTH
2-129
408
750
800
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
203
204
0.2
0.7
0.6
2.0
mcd
IF = 10 mA
Note 1
Viewing Angle
20%
203
204
54
32
deg.
Note 2 (Fig 6)
Peak Emission
Wavelength
APEAK
655
nm
Spectral Line
Half Width
b.A
24
nm
Forward Voltage
VF
1.7
Reverse Current
IR
Capaci tance
C
PARAMETER
Luminous Intensity
I
MAX.
TEST
CONDITION
UNIT
Measurement
Peak (Fig. 1)
@
IF = 20 mA
2.0
V
100
p.A
VR
PF
VF = 0
f = 1 MHZ
30
= 5V
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eclairage) eye· response curve.
2. 0% is the off·axis angle at which the luminous intensity is half the axial luminous intensity.
50
~
60
I
J
II
40
.s
~
.s
~
~
E 30
~
:;
u
-0
~
40
-0
:;; 20
;:
(;
L1.
./
1.2
16
20
24
2B
- -r--
3
u;
2
c
J'l
E
~
"ac
E
V
o
32
o
20
40
60
I
""'"
BO
/
o ./
o
100
10
Ambient Temperature TA (OC)
20
30
40
50
Forward Current IF(mA)
FIG 4 RELATIVE LUMINOUS
INTENSITY VS. FORWARD
CURRENT
FIG 3 FORWARD CURRENT
DERATING CURVE
0"
--
V
I"-
10
Forward Voltage VF (VI
FIG. 2 FORWARD CURRENT VS
FORWARD VOLTAGE
~
"
30
U
I
10
o
:;
I
I
20
:;;
(;
./
50
E
;:
L1.
50
10"
20"
30"
~ ,.....
40"
0.5
50"
"
">
-'
iii
0;
0::
60"
02
07
01
-30
W---l--I---I-=+:::f>o+4=t=-1H+-H
-20
20
30
Ambient Temperature TA (OC)
-10
10
40
FIG 5 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
05
03
01
02
04
FIG 6 SPATIAL DISTRIBUTION
70"
BO"
90"
06
2-130
409
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
= 2SoC
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
213
223
224
0.4
1.0
1.0
1.1
3.0
3.5
mcd
IF = 10 mA
Note 1
Viewing Angle
29%
213
223
224
54
54
32
deg.
Note 2 (Fig. 11)
Peak Emission
Wavelength
~PEAK
213
223
224
697
635
635
nm
Spectral Line
Half Width
6~
213
223
224
90
40
40
nm
Forward Voltage
VF
213
223
224
2.1
2.0
2.0
Reverse Current
IR
213
223
224
Capacitance
C
213
223
224
PARAMETER
Luminous Intensity
TEST
CONDITION
UNIT
MAX.
Measurement
Peak (Fig. 1)
@
IF =20 mA
2.8
V
100
p.A
VR = 5V
PF
VF=O
f= 1MHZ
55
20
20
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eclairage) eye-response curve.
2. 9% is the off-axis angle at which the luminous intensity is fialf the axial luminous intensity.
50
60
Ii
III
mrJ
«
30
:;
u
20
~
Ji
J
10
~
3
30
"C
ro
I
12
r-- r--..
10
16
20
2.4
2.B
3.2
20
---lJ1
2
in
c
l!l
1:
223
I-- -224
"'"o
--
40
"
20
/
Q;
0:
10
~-
,,
--
60
/223
224
.J
">
ii;
r---.; ~
BO
o~
o
~
100
- -213
I-?
10
20
30
40
Forward Current IF (mAl
FIG. 9 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
10'
20'
30'
:::-
-
40'
10
0.5
0.9
~
~
30
O'
.3
0:
"'"c
E
Ambient Temperature TA (OC)
FIG 8 FORWARD CURRENT
DERATING CURVE
Forward Voltage VF (VI
FIG. 7 FORWARD CURRENT VS
FORWARD VOLTAGE
~
213
1//
o
~
"- r-...
20
~
0
u.
40
0
u
1
"E
223
224
1::
J
c
1;"
!: 40
L
, /213
~
50
E
224/
c
50
~
in
50'
OB
60'
02
70'
07
80'
2-131
410
01
-30
-20
-10
10
20
30
40
Ambient Temperature TA (OCI
FIG 10 LUMINOUS INTENSITY VS. AMBIENT
TEMPERATURE
50
60
70
I+-HH=t=:p..t""'f==f=t-+H--1 90'
05
03
01
0.2
04
FIG 11 SPATIAL DISTRI8UTION
0.6
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 2SoC
PARAMETER
PART NO.
LTL-
SYMBOL
Luminous Intensity
233
234
253
254
233
234
253
254
Iv
TYP.
0.7
0.7
2.5
3.5
2.5
3.5
mcd
IF = lamA
Note 1
54
32
54
32
deg
Note 2 (Fig. 16)
1.0
1.0
MAX.
TEST
CONDITION
MIN.
UNIT
Viewing Angle
2eY:.
Peak Emission
Wavelength
7I.PEAK
233
234
253
254
565
565
585
585
nm
Spectral Line
Half Width
1>71.
233
234
253
254
30
30
35
35
nm
Forward Voltage
VF
233
234
253
254
2.1
Reverse Current
IR
233
234
253
254
Capacitance
C
233
234
253
254
2.8
V
100
p,A
35
35
15
15
Measurement
@ Peak (Fig. 1)
IF = 20mA
VR =5V
VF =0
PF
f = 1MHZ
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eclairage) eye-response curve.
2. eY:. is the off-axis angle at which the luminous intensity is half the axial luminous Intensity.
50
«
IV
40
~
u
'E
~153
233
234
E.
E
~
:;
60
AI
30
254
«
.s
t-t-
~
~
:;
If
20
40
I6
1.2
24
2B
30
l"-
253
254
20
Forward Voltage VF (V)
FIG 12 FORWARD CURRENT VS.
FORWARD VOLTAGE
/II
E '"
::>"0
I"
i' ~ J'.
40
-.L
~ ~ 20
r-....
>
;0
r--. ~ ~
'"
E
£~
V
10
IL
o 1/
o
BO
100
Ambient Temperature TA (OC)
FIG 13 FORWARD CURRENT
DERATING CURVE
3.2
233
234 ~
'253
254
~ ~
"-
2.0
E
o~
V
o
40
:J 0
J'.
5 10
/,
~
233
234
3D
~
VI
<; 10
~
"
E«
u
'E 20
j
"-
i!'
50
E
II
~
50
60
10
2
in
c
j'l
1:
c
E
.3
100
40
50
200
30'
253
254
2331==
f--- 234
'"o
:J
30
FIG 14 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
00
i!'
20
Forward Current IF (rnA)
40'
1.0
05
09
50'
DB
">
60'
iii
a; 02
a:
70'
07
BO'
01
-30
H-+-H-+-'t""f"""f--H----j--j--H 90'
-20
-10
10
20
30
40
Ambient Temperature TA (OC)
FIG 15 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
0.5
03
0I
02
04
FIG 16 SPATIAL DISTRIBUTION
06
2-132
411
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
2SoC
=
PARAMETER
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Luminous Intensity
Iv
293
294
1.0
1.0
3.0
3.5
mcd
IF = 10 mA
Note 1
Viewing Angle
20Y.
293
294
54
32
deg.
Note 2 (Fig. 21)
Peak Emission
Wavelength
APEAK
630
nm
Spectra I Line
Half Width
I:!.A
40
nm
Forward Voltage
VF
2.0
Reverse Current
IR
Capacitance
C
MAX.
TEST
CONDITION
UNIT
Measurement
Peak (Fig. 1)
@
IF=20mA
2.8
V
100
p.A
VR =5V
PF
VF=O
f= 1 MHZ
20
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Intenationale De L'Eclairage) eye-response curve.
2. ey. is the off-axis angle at which the liminous intensity is half the axial luminous intensity.
50
60
I
II
50
l:in
c
2l
E
I
II
30
~
5
I
I
15 10
~
E
~,
'E 20
tl:
:J
...J
r-....
10
16
24
2B
32
20
Forward Voltage VF (V)
FIG.17 FORWARD CURRENT VS.
FORWARD VOLTAGE
40
I
iii
r-....
Q;
60
BO
/
10
a:
r-.... r.....
20
II
2.0
">
V
12
I
30
c
~ 30
U
u.
o
'"a
:J
c
:J
u 20
'E
;:
'"
J
40
.EO
/
o 1/
o
100
10
20
30
40
Forward Current IF (rnA)
FIG 19 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
Ambient Temperature TA (OC)
FIG 18 FORWARD CURRENT
DERATING CURVE
O'
10'
20'
30'
40'
50'
60'
07
__- L__
-20 -10
01L-~
-30
2-133
412
~
__~~L-~__- L_ _~_ _L-~
10
20
30
40
Ambient Temperature TA (DC)
FIG 20 LUMINOUS INTENSITY VS. AMBIENT
TEMPERATURE
50
60
70
H-+-t-R'i"-i'-4=FH+--I--1
05
03
01
02
0.4
FIG 21 SPATIAL DISTRIBUTION
06
70'
BO'
90'
50
ILlTE[')~11
T-l% (Smm) SOLID STATE LAMPS
LTL-4203
L TL-4213/307P
L TL-4223/307E
RED
LTL-4233/307G GREEN
BRIGHT RED
LTL-4253/307Y YELLOW
HIGH EFFICIENCY RED LTL-4294/307EA ORANGE
FEATURES
o LOW POWER CONSUMPTION_
o HIGH EFFICIENCY.
-VERSATILE MOUNTING ON p.e. BOARD OR
PANEL.
ol.C. COMPATIBLE/LOW CURRENT REOUIREMENTS.
oPOPULAR T-l% DIAMETER, 1" LEAD LENGTH.
oRELIABLE AND RUGGED.
o LOW COST.
----,-
DESCRIPTION
~~--- ---,_t1~'
The Red source color devices are made with Gallium
Arsenide Phosphide on Gallium Arsenide Red Light
Emitting Diode,
The Bright Red source color devices are made with
Gallium Phosphide on Gallium Phosphide Red Light
Emitting Diode.
The High Efficiency Red and Orange source color
devices are made with Gallium Arsenide Phosphide
on Gallium Phosphide Orange Light Emitting Diode.
The Green source color devices are made with Gallium
Phosphide on Gallium Phosphide Green Light Emitting
Diode.
The Yellow source color devices are made with Gallium
Arsenide Phosphide on Gallium Phosphide Yellow Light
Emitting Diode.
\~
PACKAGE DIMENSIONS
LTL-307 x Series
8 ••
1.0
SEE NOTE
:014~)~~~~;h-T
R1.5 .059
22.0 MIN
LTL-42x3/42x4 Series
(.866)
°0.5 TYP
(.02)
2.54 NOM
(.1
1.0
't'_-+_--":.r04) MIN
2.54 NOM
(.1
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ± 0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
2-134
413
DEVICES
PART
NO.
LTL-
LENS
COLOR
DJFFUSION
4203
4204
4208
Red
Red
Water Clear
Diffused
Transparent
Non-Diffused
4213
4214
Red
4223
4224
PART
NO.
LTL-
COLOR
DIFFUSION
Red
307P
307PE
Red
Diffused
Transparent
Bright Red
Diffused
Transparent
307E
307EE
Red
Diffused
Transparent
Hi. Eff. Red
Bright Red
Diffused
Transparent
Diffused
Transparent
Green
Hi. Eff. Red
307G
307GE
Green
Red
4233
4234
Green
Diffused
Transparent
Green
4253
4254
Yellow
Diffused
Transparent
Yellow
4293
4294
Orange
Diffused
Transparent
Orange
SOURCE
COLOR
ABSOLUTE MAXIMUM RATINGS AT TA
LENS
SOURCE
COLOR
307Y
Yellow
Diffused
Yellow
307EA
Orange
Diffused
Orange
= 2SoC
RED
BRIGHT
RED
GREEN
YELLOW
HI. EFF. RED
ORANGE
UNIT
80
40
100
50
100
mW
200
50
120
80
120
mA
Continuous Forward Current
40
15
30
20
30
mA
Derating Linear From 25" C
0.5
0.2
0.4
0.25
0.4
mA/"C
5
5
5
5
5
V
PARAMETER
Power Dissipation
Peak Forward Current
(1/10 Duty Cycle, 0.1 ms Pulse Width)
Reverse Voltage
Operating Temperature Range
-55 C to +100°C
Storage Temperature Range
-55" C to +100° C
Q
Lead Soldering Temperature
[1.5mm (O.053in) From Body]
2500 C for 5 Seconds
Green Yellow
Hi. Eff. Red
Orange Red
Bright Red
1.0
r-----r--,-.._~.._~--_,....___r7..._--___;;;;O_._---_,_----__,
0.5
r-----~-7-_r-~r_~--~~~~--~---~~----~
>-
.~
<:
..
OJ
<:
OJ
>
',p
'"
Qj
a:
500
550
600
650
700
2-135
414
Wavelength A (nm)
FIG.1 RELATIVE INTENSITY VS. WAVELENGTH
750
800
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 2SoC
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
4203
4204
4208
0.3
1.7
1.7
0.8
5.5
5.5
mcd
IF = 10 mA
Note 1
Viewing Angle
28%
4203
4204
4208
36
16
16
deg.
Note 2 (Fig. 6)
Peak Emission
Wavelength
i\PEAK
655
nm
Spectral Line
Half Width
t.i\
24
nm
Forward Voltage
VF
1.7
Reverse Current
IR
Capacitance
C
PARAMETER
Luminous Intensity
MAX.
TEST
CONDITION
UNIT
IF = 20 mA
2.0
V
100
/loA
30
Measurement
@ Peak (Fig. 1)
VR = 5V
VF =0
PF
f = 1 MHZ
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Intenationale De L'Eclairage) eye-response curve.
2.8% is the off-axis angle at which the liminous intensity is half the axial luminous intensity.
50
60
J
I
II
40
40
~
10
o
'C
~
:; 30
I
I
I
20
'C
ro
16
20
"
(;
2.0
2.4
2.8
o
3.2
o
20
FIG. 2 FORWARD CURRENT VS.
FORWARD VOLTAGE.
....
-
'""'- '""'-
c
2l
,!;
'"o
:J
c
E
:J
60
"', ,
80
"
E
:J
20
...J
">
iii
-.;
10
a:
o/
o
100
I
/
10
Ambient Temperature TA (OCI
Forward Voltage VF (VI
~
in
40
,/
V
30
c
10
/
40
£"
:J
'"0
"-
U
LL
1.2
,
50
~
.s
30
50
~
in
c
20
30
40
FIG. 3 FORWARD CURRENT
DERATING CURVE
FIG. 4 RELATIVE LUMINOUS
INTENSITY VS. FORWARD
CURRENT .
--
30'
0.5
10
09
~ 02
a:
08
...J
..,">
40'
50'
60'
07
01
-30
-20
-10
10
20
30
TA (OC)
50
Forward Current I F(mAl
40
AmbIent Temperature
FIG 5 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
I++-H-FP¥1==t=++l--+...j
0.5
03
0.1
02
0.4
0.6
FIG 6 SPATIAL DISTRIBUTION
70'
80'
90'
2-136
415
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
PARAMETER
PART NO.
SYMBOL
LTL4213
4214
4223
4224
Iv
Luminous IntensitY
MIN.
TYP.
1.1
3.8
12.S
S.7
40.0
2.6·
2.5
10.0
MAX.
TEST
CONDITION
UNIT
mcd
IF'" lOrnA
Note 1
38
Viewing Angle
28¥.!
4213
4214
4223
4224
16
36
16
deg.
Note 2 (Fig. 11)
Peak Emission
Wavelength
APEAK
4213
4214
4223
4224
697
697
635
S35
nm
Measurement
@ Peak (Fig. 1)
Spectral Line
Half Width
All.
4213
4214
4223
4224
90
90
40
40
nm
VF
4213
4214
4223
4224
2.1
Forward Voltage
Reverse Current
fR
4213
4214
4223
4224
Capacitance
C
4213
4214
4223
4224
2.1
2.0
2.0
2.8
V
100
#A
VR =5V
PF
V =0
f'" lMHZ
65
55
20
20
IF "'20mA
NOTES: 1. Luminous intensitY is measured with a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'Eclairage) eye-response curve.
2. O¥.! is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
«
.s
40
42i3
4224/
~
~
30
'E
«
.s
'"C
/1
5
u
60
/1
/I
'I
~
5
, /4213
1/4214
20
~
5 10
u..
50
C
~
50
.E"
40
30
421~
u
'E 20
~
/
r- 4214
5
u.. 10
II}
20
Forward Voltage VF IV)
FIG 7 FORWARD CURRENT VS
FORWARD VOLTAGE
2
~
~"
-~224
-
"
">
..J
i'..
40
I........
iii
i'I"'-- I"'--
~~
80
100
(OC)
60
0;
II:
20
10
o~
o
'4
-
Ik "
10
4213
4214
20
30
40
Forward Current IF (rnA)
FIG 9 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
O'
10'
20'
30'
t:::: f::::- :::-40'
10
05
09
50'
">
08
60'
~
02
70'
07
01
-30
-20
-10
10
20
30
40
Ambient Temperature TA (OC)
416
"-... r-...
II
.3
II:
2-137
4214
1 ~223
"'"o
~
~
f224
E
Ambient Temperature
FIG 8 FORWARD CURRENT
DERATING CURVE
12162024283.2
.L 223
30
c
/V
o
C
'"0"
4223
4224
/
40
FIG 10 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
80'
I+++--H=f'~.q:'f--H++I 90'
o5
0.3
01
02
04
FIG 11 SPATIAL DISTRIBUTION
0.6
\0
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 2SoC
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
4233
4234
4238
25
10.0
29.0
8.7
40.0
60.0
mcd
IF = 10mA
Note 1
Viewing Angle
28112
4233
4234
4238
36
16
16
deg.
Note 2 (Fig. 16)
Peak Emission
Wavelength
APEAK
4233
4234
4238
565
nm
Spectra I Line
Half Width
All.
4233
4234
4238
30
nm
Forward Voltage
VF
4233
4234
4238
2.1
Reverse Current
IR
4233
4234
4238
Capacitance
C
4233
4234
4238
PARAMETER
Luminous Intensity
MAX.
TEST
CONDITION
UNIT
Measurement
Peak (Fig. 1)
@
IF = 20mA
2.8
V
100
/-IA
VR
PF
VF=O
f '" 1MHZ
35
= 5V
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eclairage) eye-response curve.
2. 8112is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
I
« 40
50
I
.E
~I 30
I
~
!;
........
u 20
'E
;:
'"
.£
u
~
50
1.2
U
20
2.4
2.B
o
3.2
20
'"
30
,
0
...J
.......
40
FIG. 12 FORWARD CURRENT VS.
FORWARD VOLTAGE.
I
20
"
~
........
a;
a:
60
BO
10
o l/
r-.....
o
100
Ambient Temperature TAl ( ° C)
FIG. 13 FORWARD CURRENT
DERATING CURVE.
Forward Voltage VF (V)
/
c:
E
:J
........
V
o
40
:J
I
10
~c:
~
/
V
1/
10
20
30
40
50
Forward Current IF (mA)
FIG 14 RELATIVE LUMINOUS
INTENSITY VS. FORWARD
CURRENT
10'
20'
30'
cii;
c:
"
£·1
3
1~§~i~~~~~~f~~~~t~
~
0.5
40'
50'
~-+--~--+--4--~--+-~r--+--~~
60'
I----+--+--l---+--+---t--t---f---+_--I
BO'
~
~
a:
0.2
01 L--L__J -__
-30
-20
-10
L-~
__- L__i - - J__
10
20
30
Ambient Temperature TA (OC)
FIG. 15 LUMINOUS INTENSITY VS.
AMRIFNT TEMPERATlIRF
40
~
50
70'
__~~
60
70
05
03
01
02
04
06
FIG 16 SPATIAL DISTRIBUTION
2-138
417
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT T
NO.
SYMBOL PART
LTL-
PARAMETER
4253
4254
4258
4253
4254
4258
4253
4254
4258
4253
4254
4258
4253
4254
4258
4253
4254
4258
4253
4254
4258
Iv
Luminous Intensity
Viewing Angle
28*
Peak Emission
Wavelength
APEAK
Spectral Line
Half Width
DA
Forward Voltage
VF
Reverse Current
IR
Capacitance
C
MIN.
TVP.
2.5
10.0
10.0
8.7
40.0
40.0
36
16
16
TEST
CONDITION
UNIT
MAX.
mcd
IF'" 10mA
Note 1
deg.
Note 2 (Fig. 21)
585
nm
35
nm
2.1
= 25°C
Measurement
Peak (Fig. 11
@
2.8
V
100
p.A
VR
PF
VF =0
f'" 1MHZ
15
IF '" 20mA
=5 V
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'Eclairage) eye-response curve.
2. O*IS the off axis angle at which the luminous intensity is half the axial luminous intensity.
50
/
40
«
.s
«E
/
30
~ 20
LL
"'"c:
0
........
~
16
20
5 10
LL
24
28
20
32
r-.... ......
........
20
'"'"
10
40
60
a;
r-.... ........
BO
100
Ambient Temperature TAI( 0 C)
FIG. 18 FORWARD CURRENT
DERATING CURVE
Forward Voltage VFIIV)
FIG. 17 FORWARD CURRENT VS
FORWARD VOLTAGE
I
I
'>"
0
12
,
I
30
"
..J
'E 20
/
40
E
u
/
'E 10
l!l
.s
c:
~ 30
/
5
50
5
/
u
~
u;
c:
:; 40
~,
~
o
5.0
60
a:
/
/
o 1/
o
10
20
10'
~
40
30
50
Forward Current IFI(mA)
FIG. 19 RELATIVE LUMINOUS
INTENSITY VS. FORWARD
CURRENT
20'
30'
2
c:
~~~m
05~
E
3
40'
50'
~-+--4---r-~--~--+-~~-+--1-~
60'
~
10
a:
a; 02
__
__
-20 -10
01L-~
2-139
418
70'
BO'
f---+--+--t--+--+--+----1r--+--+--1
-30
~
L_~
_ _- L_ _~~L_-L_ _~~
10
20
30
40
50
Ambient Temperature TA (OC)
FIG. 20 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
60
70
05
03
01
02
04
06
FIG 21 SPATIAL DISTRIBUTION
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
PARAMETER
SYMBOL
Luminous Intensity
Iv
PART NO.
LTL4293
4294
2eY:.
TYP.
2.5
8.7
40.0
10.0
10.0
4298
Viewing Angle
MIN.
MAX.
TEST
CONDITION
UNIT
IF = 10 mA
mcd
Note 1
40.0
4293
4294
36
16
4298
16
Note 2 (Fig 26)
deg.
Peak Emission
Wavelength
APEAK
630
nm
Spectral Line
Half Width
6A
40
nm
Forward Voltage
VF
2.0
Reverse Current
IR
Capacitance
C
Measurement
@ Peak (Fig 1)
IF = 20 mA
2.8
V
100
J.i.A
VR "5V
PF
VF "0
f '" 1 MHZ
20
NOTES: 1. Luminous intensity IS measured with a light sensor and filter combination that approximates the CI E
(CommiSSion Intenationale De L'Eclairage) eye-response curve.
2. eY:. is the off-aXIS angle at which the Ilminous Intensity is half the axial luminous intensity.
50
"'"
a;
0:
Bo
100
(OC)
40
60
30
lL
20
--
307
3°1E
It-- "
10
o~
I'..
Ambient Temperature
20
32
"
"E
"
o
~
10
L
1L
~m
20
30
40
Forward Current IF (rnA)
FIG. 2B FORWARD CURRENT
DERATING CURVE
FIG. 29 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
O'
10'
20'
30'
t:::-40'
1.0
05
0.9
50'
DB
60'
02
70'
07
o1
-30
2-141
420
-20
-10
10
20
30
40
Ambient Temperature TA (OC)
FIG. 30 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
BO'
H--t-H-t-T"'r-H-r-r-H'i 90'
0.5
03
0.1
0.2
04
06
FIG 31 SPATIAL DISTRIBUTION
50
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
=
2SoC
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
307G
307GE
307 V
4.0
8.7
4.0
12.6
29.0
12.6
mcd
IF = 10 mA
Note 1
Viewing Angle
20Y:.
307G
307GE
307V
50
40
50
deg.
Note2(Fig.36)
Peak Emission
Wavelength
APEAK
307G
307GE
307V
565
565
585
nm
Spectral Li ne
Half Width
AA
307G
307GE
307V
30
30
35
om
Forward Voltage
VF
307G
307GE
307 V
2.1
Reverse Current
IR
307G
307GE
307V
Capacitance
C
307G
307GE
307V
PARAMETER
Luminous Intensity
MAX.
TEST
CONDITION
UNIT
Measurement
@ Peak (Fig. 1)
IF = 20mA
2.8
V
100
JJA
VR
PF
VF = 0
f = lMHZ
35
35
15
=5V
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eclairage) eye·response curve.
2. OY:. is the off·axis angle at which the luminous intensity is half the axial luminous intensity.
50
«
307G
307GE
~
E 30
~
3
u
'E
~
"
L1.
IV
I
40
E
Ii
01
«
07Y r- -
E
12
1.6
24
28
40
307G
307GE
.........
307Y
I
10
20
Forward Voltage VF IVI
FIG 32 FORWARD CURRENT VS.
FORWARD VOLTAGE
........
........
I.......
"
">
~
iii
l"-
Qi
........
32
I'
c
...J
40
60
a:
~~
80
)
20
1/
10
/
o/
o
100
Ambient Temperature TA (OCI
FIG. 33 FORWARD CURRENT
DERATING CURVE
It
'307Y
30
E
.........
~
"
"'"0
307G
307GE
30
';
L1.
20
c
B
.EO
40
~
J.
'/
o
50
u
'E 20
J
10
~
;;;
E
"
VI
20
50
60
/,/
10
30
20
40
O'
10'
20'
30'
~
;;;
c
307Y
B
r=
.EO
"'"oc
E
307G
307GE
40'
10
09
05
.3
">
~a:
50
Forward Current IF (mAl
FIG. 34 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
50'
08
02
60'
07
01
-30
H-+-l-+-r:P""~F++-t-t-H
-20
-10
10
20
30
40
Ambient Temperature TA (OC)
FIG 35 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
05
FIG
~
03
01
02
04
70'
80'
90'
06
SPATIAL DISTRIBUTION
2-142
421
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
25°C
=
TEST
CONDITION
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
307EA
5.6
19.0
mcd
IF '" 10 rnA
Note 1
Viewing Angle
28%
307EA
50
deg.
Note 2 (Fig. 41)
Peak Emission
Wavelength
i\PEAK
630
nm
Spectral Une
Half Width
1:>]"
40
nm
Forward Voltage
VF
2.0
Reverse Current
IR
Capacitance
C
PARAMETER
Luminous Intensity
UNIT
MAX.
Measurement
Peak (Fig. 1)
@
2.B
V
100
IJ.A
VR "'5V
PF
VF"'O
foo 1 MHZ
20
IF =20mA
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Intenationale De L'Eclairage) eye-response curve.
2.8% is the off-axis angle at which the liminous intensity is half the axial luminous intensity.
50
~
70"
07
Q; 02
II:
H-+Hf-f=t---Y-+=f---1H+-t-1
01
-30
2-143
422
40
20"
2
~
c
E
20
Forward Current IF (mA)
FIG. 39 RELATIVE LUMINOUS
INTENSITY VS. FORWARD
CURRENT
Ambient Temperature TA (OC)
FIG 38 FORWARD CURRENT
DERATING CURVE
-20
-10
10
20
30
40
Ambient Temperature TA (OC)
FIG. 40 LUMINOUS INTENSITY VS. AMBIENT
TEMPERATURE
50
60
70
o5
0.3
01
02
04
FIG. 41 SPATIAL DISTRIBUTION
0.6
BO"
90"
50
MEDIUM PROFILE
T-l% LED LAMPS
LTL-10203/10203W RED
L TL-1 0213
BRIGHT RED
LTL-10223/10223W HIGH EFFICIENCY RED
LTL-10233110233W GREEN
LTL-10253110253W YELLOW
LTL-10293W
ORANGE
FEATURES
- LOW POWER CONSUMPTION.
-WIDE VIEWING ANGLE.
- MEDIUM PROFI LE: 7.24mm (0.285") NOMINAL.
- GENERAL PURPOSE LEADS.
-I.C. COMPATIBLE/LOW CURRENT REQUIREMENT.
- RELIABLE AND RUGGED.
lr'
,I
DESCR IPTION
The Red source color devices are made with Gallium
Arsenide Phosphide on Gallium Arsenide Red LIght
Emitting Diode.
The Bright Red source color devices are made with
Gallium Phosphide on Gallium Phosphide Red Light
Emitting Diode.
The High Efficiency Red and Orange source color
devices are made with Gallium Arsenide Phosphide
on Gallium Phosphide Orange Light EmItting Diode.
The Green source color devices are made with Gallium
Phosphide on Gallium Phosphide Green Light Emitting
Diode.
The Yellow source color devices are made with Gallium
Arsenide Phosphide on Gallium Phosphide Yellow Light
Emitting Diode.
-1-•. -<---=.... \
"
PACKAGE DIMENSIONS
LTL-1 02 x 3W Series
LTL-1 02 x 3 Series
FLAT DENOTES CATHODE
(:~~)MIN
't'''-2.''S.t
4 "N"OM..--""r
(.01)
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ± 0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
2-144
423
DEVICES
SOURCE
COLOR
PART
NO.
LTL-
COLOR
DIFFUSION
Diffused
Red
10203W
Red
Diffused
Red
Red
Diffused
Bright Red
10223W
Red
Diffused
Hi. Eff. Red
10223
Red
Diffused
Hi. Eff. Red
10233W
Green
Diffused
Green
10233
Green
Diffused
Green
10253W
Yellow
Diffused
Yellow
10253
Yellow
Diffused
Yellow
10293W
Orange
Diffused
Orange
PART
NO.
LTL-
COLOR
DIFFUSION
10203
Red
10213
LENS
LENS
SOURCE
COLOR
ABSOLUTE MAXIMUM RATINGS AT TA = 2SoC
RED
BRIGHT
RED
GREEN
HI.EFF.RED
ORANGE
YELLOW
UNIT
Power Dissipation
80
40
100
100
60
mW
Peak Forward Current
(1/10 Duty Cycle, 0.1ms Pulse Width)
200
60
120
120
80
rnA
Continuous Forward Current
40
15
30
30
20
rnA
Derating Linear From 25°C
0.5
0.2
0.4
0.4
0.25
mA/oC
5
5
5
5
5
V
PARAMETER
Reverse Voltage
Operating Temperature Range
-55°C to +100°C
Storage Temperature Range
-55" C to +100° C
Lead Soldering Temperature
f1.6mm (0.063In) From Body]
260° C for 5 Seconds
Green Yellow
Hi. Eff. Red
Orange Red
Bright Red
1.0 r-----.--.,......--r...-.,----,....:--r7...-----.._;:-----....,------,
~
';;;
c
~'" 0.5 r--------~--~-+--~~_f----~~~\_----~------~~~------~
'">
'"
a:
';::;
Q;
500
2·145
424
550
600
650
700
Wavelength ?o.. (nm)
FIG,1 RELATIVE INTENSITY VS, WAVELENGTH
750
800
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
PARAMETER
PART NO.
LTL-
SYMBOL
TEST
CONDITION
MIN.
TYP.
UNIT
0.3
0.8
0.3
0.8
2.5
0.8
mcd
IF = 10 mA
Note 1
MAX.
Iv
10203
10213
10203W
Viewing Angle
20%
10203
10213
10203W
60
60
60
deg.
Note 2 (Fig. 6)
Peak Emission
Wavelength
APEAK
10203
10213
10203W
655
697
655
nm
Measurement
@ Peak (Fig. 1)
Spectral Line
Half Width
i>A
10203
10213
10203W
24
90
24
nm
Forward Voltage
VF
10203
10213
10203W
1.7
2.1
1.7
Reverse Current
IR
10203
10213
10203W
Capacitance
C
10203
10213
10203W
Luminous Intensity
-
2.0
2.8
2.0
V
100
J.4A
VR =5V
PF
VF =0
f = 1MHZ
30
55
30
IF = 20 mA
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eclairage) eye-response curve.
2. O%is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
-
2
e"
E
"
E
::>
",
r--.
- ---
40
60
20
..J
--
Q)
>
'"'"
a;
~~
BO
t..-
10
0::
o lP
o
100
10213
~
10
30
20
40
50
Forward Current IF(mA}
FIG 3 FORWARD CURRENT
DERATING CURVE
FIG 4 RELATIVE LUMINOUS
INTENSITY VS. FORWARD
CURRENT
00
10D
20 a
10203
10203W
10213
'"::>o
r'--
;~~~~W- r-
Ambient Temperature TA (OC)
FIG 2 FORWARD CURRENT VS
FORWARD VOLTAGE
1E
'"
r---.. . .
10213
10
Forward Voltage VF (V)
~
'/
30
~
0
........
20
./
40
e"
'"
"
E
E
30'
1""0::::: :::::::,...
40'
05
50'
3
Q)
60'
>
'"
~ 02
70'
0.7
0::
01
-30
BO'
H-+--H--F~¥-A=++l-J.-I 90'
-20
-10
10
20
30
40
50
Ambient Temperature TA (OC)
FIG 5 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
60
70
05
03
01
02
04
FIG 6 SPATIAL DISTRIBUTION
06
2·146
425
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
PARAMETER
PART NO.
SYMBOL
LTL-
MIN.
TYP.
1.7
5.6
5.6
MAX.
= 2SoC
TEST
CONDITION
UNIT
.
mcd
IF = 10 mA
Note 1
60
deg.
Note 2 (Fig. 11)
10223
10223W
635
nm
A7I.
10223
10223W
40
Forward Voltage
VF
10223
10223W
2.0
Reverse Current
IR
10223
10223W
Capacitance
C
10223
10223W
Iv
10223
10223W
Viewing Angle
26%
10223
10223W
Peak Emission
Wavelength
7I.PEAK
Spectral Line
Half Width
Luminous Intensity
1.7
Measurement
Peak (Fig. 1)
@
'nm
IF =20mA
2.8
V
100
p.A
VR =5V
VF =0
PF
20
f = 1 MHZ
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Intenationale De L'Eciairage) eye-response curve.
2. 6% is the off-axis angle at which the liminous intensity is half the axial luminous intensity.
50
«
40
E.
5
u 20
1<
;:'"
(;
~
:1
~
u.
«
I
~
t' 30
I
50
/
40
c:
~ 30
"
u
~ 20
;:
I
'/
10
50
60
I
II
~
........
'-
10
,
/
12162.024
2.B
/
r-... r......
/
o
7
........
20
3.2
40
60
BO
o ./
o
100
30
20
10
40
O·
?;
;;;
c:
"
E
"'"o
30'
1
40'
c:
E 05
.3
50'
">
iii
a;
a:
60'
02
70'
BO'
0.7
o1
2-147
426
-30
-20
-10
10
20
30
40
Ambient Temperature TA (OCI
FIG 10 LUMINOUS INTENSITY VS. AMBIENT
TEMPERATURE
50
60
70
50
Forward Current IF (mAl
FIG. 9 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
Ambient Temperature TA (OCI
FIG B FORWARD CURRENT
DERATING CURVE
Forward Voltage VF (VI
FIG 7 FORWARD CURRENT VS.
FORWARD VOLTAGE
I++H+~.f.L.f'::l=+-l-W~ 90'
o5
03
01
0.2
04
FIG 11 SPATIAL DISTRIBUTION
06
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 2SoC
TEST
CONDITION
SVMBOL
PART NO.
LTL-
MIN.
TVP.
Iv
10233
10253
10233W
10253W
1.7
1.7
1.7
1.7
5.6
12.6
5.6
12.6
mcd
IF = 10 mA
Note 1
Viewing Angle
28%
10233
10253
I0233W
10253W
60
60
60
60
deg
Note 2 (Fig. 16)
Peak Emission
Wavelength
;\.PEAK
10233
10253
10233W
10253W
565
585
565
585
nm
Spectral Line
Half Width
A;\.
10233
10253
10233W
10253W
30
35
30
35
nm
Forward Voltage
VF
10233
10263
10233W
12053W
2.1
Reverse Current
IR
10233
10253
10233W
10263W
Capacitance
C
10233
10263
10233W
102631111
PARAMETER
Luminous Intensity
UNIT
MAX.
2.8
V
100
J.lA
35
15
35
15
Measurement
Peak (Fig. 1)
@
IF =20 mA
VR =5V
VF =0
1 MHZ
PF
f
=
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eclairage) eye-response curve.
2. O%is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
«
IV
40
~
E
~
5
«
10233
1 t310233W f$L\025
10253W
l
30
l
~
~
5
u
~
~
50
~
-;;; E
10133
10233W
30
10253
10153W
~
5 10
I
::J
16
1.2
2.4
2B
3.2
E
r--- J"..
r--- r--- I'
<0
-'-
~ ~ 20
> <0
;:; E
~~
J"'-. l'
o 1/
o
1"00..
40
10
Q)
E
::J
'"o
E
.3
20
30
40
50
Forward Current IF (rnA)
FIG 14 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
10'
20'
10153
10153W
'c"
c
1/ 10253
10253W
1/
O'
::-
,It
V
10
BO
100
60
Ambient Temperature TA (OC)
FIG 13 FORWARD CURRENT
DERATING CURVE
Forward Voltage VF (V)
FIG 12 FORWARD CURRENT VS.
FORWARD VOLTAGE
10133W
::J'O
t"'" ~
20
t- t - t--1102~3
30
~ ~
L1.
2.0
0
o~
V
o
40
Q)
E«
40
'E 20
VI
5 10
L1.
::-
E
/I
II
u 20
'E
50
60
/,/1
30'
~~mk'
40'
1.0
0.5
0.9
50'
DB
60'
Q)
>
~
a:.
0.2
70'
BO'
0.7
01
-30
-20
-10
10
10
30
40
Ambient Temperature TA 1°C)
FIG 15 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
I-++H:-f"t-''''t'--Ft-i-++-H
05
03
01
02
04
FIG 16 SPATIAL DISTRIBUTION
06
90'
2-148
427
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 2SoC
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
10293W
1.7
5.6
mcd
IF = 10 mA
Note 1
Viewing Angle
2IJYz
10293W
60
deg.
Note 2 (Fig. 21)
Peak Emission
Wavelength
i\.PEAK
630
nm
Spectral Line
Half Width
Ai\.
40
Forward Voltage
VF
2.0
Reverse Current
IR
Capacitance
C
PARAMETER
Luminous Intensity
MAX.
TEST
CONDITION
UNIT
Measurement
@ Peak (Fig.
nm
-
,
IF
2.8
V
100
/JA
VR =5V
PF
VF =0
f= 1 MHZ
20
1)
=20mA
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Intenationale De L'Eclairage) eye-response curve.
2. IJYz is the off-axis angle at which the liminous intensity is half the axial luminous intensity.
50
«
s
40
30
~
~
50
5~
c:
!:
~ 30
r--.. .....
U
10
o
"E 20
~
~ 10
16
3.0
~
E
'"
:J'C
r--.. r--..
:---. I'--..
20
24
28
20
3.2
40
/
ll2 0
> '"
.in
~ ~ 10
~
V
1.2
/
., E
:; 40
I
I
/
40
Ql
E<{
:J
u 20
"E
;:
'"
1;
u.
«E
I
il
~
E
~
5
50
60
I
II
60
80
/
/
o/
o
100
30
20
40
FIG 19 RELATIVE LUMINOUS
INTENSITY VS. FORWARD
CURRENT
FIG.1B FORWARD CURRENT
DERATING CURVE
FIG.17 FORWARD CURRENT VS.
FORWARD VOLTAGE
10
Forward Current IF ImA)
Ambient Temperature TA 1°C)
Forward Voltage VF IV)
O'
10'
20'
30'
40'
10
09
50'
08
60'
70'
0.7
__- L__
-20 -10
01L-~
-30
2-149
428
L-~
__- L_ _
10
20
~~
30
_ _~_ _~~
40
50
60
70
80'
H--+-f-I-F=t-->¥--FI-+--+-H-I 90'
0.5
03
0.1
0.2
0.4
0.6
Ambient Temperature TA 1°C)
FIG.20 LUMINOUS INTENSITY VS. AMBIENT
TEMPERATURE
FIG. 21 SPATIAL DISTRIBUTION
50
ILlTE['J~11
LOW PROFILE
T-l~LED
LTL·5203 RED
L TL·5223 HIGH EFFICIENCY RED
LAMPS
L TL·5233 GREEN
L TL·5253 YELLOW
FEATURES
e HIGH INTENSITY LIGHT SOURCE WITH TWO
LENSES EFFECTS.
eRED, GREEN AND YELLOW COLORS AVAILABLE.
e LOW PROFILE.
e LOW POWER CONSUMPTION.
e LONG LIFE-SOLID STATE RELIABILITY.
e GENERAL PURPOSE LEADS.
el.C. COMPATIBLE/LOW CURRENT REQUIREMENTS.
e RELIABLE AND RUGGED.
DESCRIPTION
The Red s.ource color devices are made with Gallium
Arsenide Phosphide Red Light Emitting Diode.
The High Efficiency Red source color devices are
made with Gallium Arsenide Phosphide on Gallium
Phosphide Orange Light Emitting Diode.
The Green source color devices are made with Gallium
Phosphide on Gallium Phosphide Green Light Emitting
Diode.
The Yellow source color devices are made with Gallium
Arsenide Phosphide on Gallium Phosphide Yellow Light
Emitting Diode.
PACKAGE DIMENSION
1.5
(.059)
SE E NOTE 3
-j----ltT...,...TTf
DEVICES
,
PART
NO.
lTL-
lENS
COLOR
DIFFUSION
5203
Red·
Diffused
SOURCE
COLOR
J
0 0 • 5 TYP
(.0.)
Red
5223
Red
Diffused
Hi. Eff. Red
5233
Green
Diffused
Green
5253
Yellow
Diffused
Yellow
-r
6.05
1.0
.~.=c
s '+NC-=O=M--"('To4)M I '\I
(.1)
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ± 0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
2-150
429
ABSOLUTE MAXIMUM RATINGS AT TA = 2SoC
PARAMETER
RED
HI. EFF. RED
GREEN
YELLOW
UNIT
Power Dissipation
80
100
100
60
mW
Peak Forward Current
(1/10 Duty Cycle, 0.1 ms Pulse Width)
200
120
120
80
mA
Continuous Forward Current
40
30
30
20
mA
Derating Linear From 25°C
0.5
0.4
0.4
0.25
mArC
5
5
5
5
V
Reverse Voltage
Operating Temperature Range
- 55° C to + 100° C
Storage Temperature Range
- 55°C to + 100°C
Lead Soldering Temperature
[1.6mm (0.063 in) From Body]
260° C for 5 Seconds
Green Yellow
0.5
HI. Eff. Red Red
r-----r-...,......----..,...----,----~....._."...__---_._----__._----__,
...>
'u;
~ 1.0 r---------~--f-~--~r_~----~~_4r_----4_--------_+--------~
c:
CD
>
'';:;
c;;'"
II:
500
550
600
650
700
Wavelength X (nm)
FIG.1 RELATIVE INTENSITY VS. WAVELENGTH
2-151
430
750
800
= 2SoC
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
PART NO.
LTL-
MIN.
TYP.
Iv
5203
5223
0.2
1.0
0.5
4.0
mcd
IF = 10 mA
Note 1
Viewing Angle
28%
5203
5223
64
64
deg.
Note 2 (Fig. 6)
Peak Emission
Wavelength
APEAK
5203
5223
655
635
nm
Spectral Line
Half Width
AA
5203
5223
24
40
nm
Forward Voltage
VF
5203
5223
1.7
2.0
Reverse Cu rrent
IR
5203
5223
Capacitance
C
5203
5223
PARAMETER
SYMBOL
MAX.
TEST
CONDITION
UNIT
~.
Luminous Intensity
Measurement
Peak (Fig. 1)
@
2.0
2.8
V
100
/-lA
VR =5V
PF
VF =0
f= 1 MHZ
55
20
IF = 20 mA
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Intenationale De L'Eclairage) eye-response curve.
2.8% is the off-axis angle at which the liminous intensity is half the axial luminous intensity.
50
I
II
;;:
E
520311
I
E 30
~
:;
I
II
20
J203
40
5223
I
I......
5 10
E
~
l.2
1.6
20
2.4
3.2
28
20
r-:: ~
--
2
60
~
80
">
"'"
0;
a:
FIG. 3 FORWARD CURRENT
DERATING CURVE
V
10
"
/
o 1/
o
100
Ambient Temperature TA (OC)
Forward Voltage VF (V)
FIG. 2 FORWARD CURRENT VS.
FORWARD VOLTAGE
::-
40
5203
It
20
..J
..IV
o
.L
c
r--.. ~ i'
lL
V
5223V
30
~
0
1/
J
40
~
i'-
u
'E 20
;:
'"
I
::-in
c
"
E
50
E
~
:; 30
1/5223
~
u
50
60
I
10
20
30
40
50
Forward Current IF (rnA)
FIG 4 RELATIVE LUMINOUS
INTENSITY VS. FORWARD
CURRENT
O'
10'
20'
--';;203
in
c
2l
5223
.!:
:::- t::--
~
~
o
c
E
~
10
0.9
0.5
..J
">
~a:
0.8
02
07
01
-30
-20
-10
10
20
30
40
Ambient Temperature TA (Oel
FIG 5 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
2·152
05
03
01
02
04
06
FIG 6 SPATIAL DISTRIBUTION
431
ELECTRICAL/OPTICAL C'HARACTERISTICS AND CURVES AT TA = 25°C
PARAMETER
PART NO.
SYMBOL
LTL-
.
TYP.
1.0
1.0
4.0
4;0
mcd
IF = 10 mA
Note 1
Note 2 (Fig. 11)
MAX.
UNIT
Iv
5233
5253
Viewing Angle
2BYa
5233
5253
64
64
deg.
Peak Emission
Wavelength
APEAK
5233
5253
565
585
nm
Spectral Line
Half Width
AA
5233
5253
135
Forward Voltage
VF
5233
5253
2.1
Reverse Current
IR
5233
5253
Capacitance
C
5233
5253
Luminous Intensity
TEST
CONDITION
MIN.
30
Measurement
Peak (Fig. 1)
@
nm
IF =20mA
2.8
V
100
p.A
35
15
VR =5V
VF =0
PF
f = 1 MHZ
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Intenationale De L'Eclailage) eye-response curve.
2. BY, is the off-axis angle at which the liminous intensity is half the axial luminous intensity.
50
40
III
5~33
30
I
20
II
~
I
5253
l:-
50
~
E
u.
r--
in
§
u.
I
'"
~
0
5233
30
~
20
........ ........
5253
I
10
V
o
12
16
20
24
2B
5233
32
20
30
E
"- .........
u
":;~
40
.E
40
"~
/I
10
50
60
A
I
40
~
...J
" "- r--.:::
">
iii
........
60
-.;
~
BO
0:
I
20
oV
o
100
'/
10
Ambient TemperatureTA (Oel
Forward Voltage VF (VI
FIG 7 FORWARD CURRENT VS
FORWARD VOLTAGE
2
30
40
FIG 8 FORWARD CURRENT
DERATING CURVE
FIG 9 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
10'
20'
~253
in
~
.f"
20
Forward Current IF (rnA)
O'
l:-
5253
/
10
"
II'
/,-
f==5233
'"o
~
~
10
05
.3
09
">
~
DB
02
0:
70'
0.7
o1
-30
2-153
432
-20
-10
10
20
30
40
Ambient TempelatureTA (OC)
FIG 10 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
BO'
t++-H-FT"-+-"'Ff+-+-H-I
05
03
01
02
04
06
FIG. 11 SPATIAL DISTRIBUTION
90'
50
/LITEr.] ~ 1/
(1.8mm) DOT POINT LED LAMPS
LTL·709R RED
LTL·709Y
YELLOW
LTL-709E HIGH EFFICIENCY RED LTL-709EA ORANGE
LTL·709L GREEN
FEATURES
• LOW POWER CONSUMPTION.
-GENERAL PURPOSE LEADS.
-I.C. COMPATIBLE/LOW CURRENT
MENTS.
-RELIABLE AND RUGGED.
REQUIRE-
DESCR IPTION
The Red source color devices are made with Gallium
Arsenide Phosphide on Gallium Arsenide Red Light
Emitting Diode.
The High Efficiency Red and Orange source color
devices are made with Gallium Arsenide Phosphide
on Gallium Phosphide Orange Light Emitting Diode.
The Green source color devices are made with Gallium
Phosphide on Gallium Phosphide Green Light Emitting
Diode.
The Yellow source color devices are made with Gallium
Arsenide Phosphide on Gallium Phosphide Yellow Light
Emitting Diode.
PACKAGE DIMENSIONS
DEVICES
PART
NO.
lTl-
COLOR
DIFFUSION
709R
Red
Diffused
Red
709E
Red
Diffused
Hi. Eff. Red
709L
Green
Diffused
Green
709Y
Yellow
Diffused
Yellow
709EA
Orange
Diffused
Orange
lENS
SOURCE
COLOR
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ± 0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
2-154
433
-
!.,
ABSOLUTE MAXIMUM RATINGS AT TA = 2SoC
RED
GREEN
YELLOW
HI. EFF. RED
ORANGE
UNIT
80
100
60
100
mW
Peak Forward Current
(1/10 Duty Cycle, 0.1 rtlS Pulse Width)
200
120
80
120
mA
Continuous Forward Current
40
30
20
30
mA
Derating Linear From 25° C
0.5
0.4
0.25
0.4
mArC
5
5
5
5
V
PARAMETER
Power Dissipation
-
.-
Reverse Voltage
Operating Temperature Range
- 56"C to + 100G C
Storage Temperature Range
- 55°C to + l00G C
Lead Soldering Temperature
(1.6mm (0.063inl From Body]
2600 C for 5 Seconds
Green Yellow
0.5
Hi. Eff. Red
Orange
Red
r-----,--....,.....---.....----,-----".~.,...,...__---_._----_r_----_,
?:
'u;
~ 1.0 r-------f--f---\-----t1r---f----f-I--\----1r-----+------+------l
c:
CI>
>
.;::
II>
a;
II:
500
550
600
650
700
Wavelength ~ (n'm)
FIG.l RELATIVE INTENSITY VS. WAVELENGTH
2-155
434
750
800
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 2SoC
PARAMETER
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Luminous Intensity
Iv
709R
709E
0.3
0.7
0.7
3.0
mcd
IF = 10 mA
Note 1
Viewing Angle
2911.
709R
709E
25°
38°
deg.
(Fig. 6)
Note 2 (Fig.11)
Peak Emission
Wavelength
i\PEAK
709R
709E
655
635
nm
Spectral line
Half Width
a;...
709R
709E
24
40
nm
Forward Volta-ge
VF
709R
709E
1.7
2.0
Reverse Current
IR
709R
709E
Capacitance
C
709R
709E
TEST
CONDITION
UNIT
MAX.
Measurement
Peak (Fig. 1)
@
2.0
2.8
V
100
pA
VR =5V
PF
VF =0
f= 1 MHZ
30
20
IF = 20 mA
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Intenationale De L'Eclairage) eye-response curve.
2. 9Y:. is the off-axis angle at which the liminous intensity is half the axial luminous intensity.
50
«
I
I
40
II
30
e
I
I
II I
~
20
~
;;:
0 10
~
U
50
40
f"
30
709E
I.......
~
0
1.2
1.6
20
24
2.B
10
32
20
...
2
in
l!l"
.5
'"C
30
J
709E
i' ~
~
">
"'"
Q;
cc
l'
40
-
V
1/
V
709R
/
"
E
:J
...J
60
BO
100
Ambient Temperature TA lOCI
FIG 3 FORWARD CURRENT
DERATING CURVE
Forward Voltage VF IVI
FIG. 2 FORWARD CURRENT VS
FORWARD VOLTAGE
40
:J
r--.. ........ l'
ro 20
LL
"
~
1/
o
i':
in
I
709R
"C
1/
LL
50
i':
E
1/l09E
e
"C
E
/
~
u
«
709RII
E
E
60
I
It
20
IL
10
)
o 1/
o
10
20
30
40
50
Forward Current IF ImAI
FIG. 4 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT.
O·
10·
~a'
N 09R
:::- t::::-709E
30'
'"o
:J
"
E
0.9
">
O.B
iii
Q;
cc
40'
10
0.5
.3
50'
60'
02
70'
0.7
01
-30
BO'
-20
-10
10
20
30
40
Ambient Temperature TA lOCI
FIG 5 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
t+-HH-F'l'-i-'A+-hf-H
05030.1
020406
FIG 6 SPATIAL DISTRIBUTION
90'
2-156
435
'
~.
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
PARAMETER
Luminous Intensity
,
PART NO.
SYMBOL
LTL-·
MIN.
TYP.
0.5
1.1
3.5
709L· ,
,
709Y
Iv
MAX.
mcd
IF=10mA
Note 1
. 38°
deg.
Note 2 (Fig. 11)
nm
1.5
,
Viewing Angle
20%
709l
709Y
Peak Emission
Wavelength
APEAK
709L
709Y'
565
585
Spectral Line
Half Width
1M.
709L
709Y
30
Forward Voltage
VF
709L.
709Y
Reverse Current
IA
709L.,709Y- ,
Capacitance
C
70!R
709Y
f ",
TEST
CONDITION
UNIT
Measurement
Peak (Fig. 1)
@
nm
36
IF = 20 mA
2.8
V
100
",A
VA =5V
PF
VF =0
f= 1 MHZ
2.1
35
15
NU I ~S: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Intenationale De L'Eciairage) eye·response curve.
2. OY, is the off·axis angle at which the liminous intensity is half the axial luminous intensity.
50
«
40
S
/
~
~
30
f
5
u
'C
ro
~
0
u.
60
Iii
709l/V
20
/I
«
~09yl- -
S
'I
~
~
5
50
i':
50
~
40
10
u.
I.
12
16
20
24
28
30
........
~
........
i"--
20
40
"r-::
60
J
20
..J
">
,
I
3.2
II"
E
....... ....... .......
709Y
10
Forward Voltage VF IV)
FIG 7 FORWARD CURRENT VS
FORWARD VOLTAGE
709l1- 1
IV 709Y
c
'/
o
'"
0
709l
30
"E 20
~
::;
40
~
u
/I
~
:g
jil
~ .....
80
/
10
Qi
a:
o l/
o
100
Ambient TemperatureTA (OC)
FIG 8 FORWARD CURRENT
DERATING CURVE
/
10
O'
i':
20
30
40
Forward Current IF (mAl
FIG 9 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
10'
20'
2
~
70 Y
c
:g"
'"o
=
709l
~
c
E
-
05
1.0
~
..J
">
~a:
I
I
02
0.9
50'
O.B
60'
70'
0.7
o1
-30
2·157
436
-20
-10
10
20
30
40
Ambient TempelatureTA (OC)
FIG 10 LUMINOUS INTENSITY VS AMalENT
TEMPERATURE
50
60
70
BO'
f+~H-=F=t'---+"",'Ff++H-1 90'
0.5
FIG
03
01
02
0.4
06
11 SPATIAL D)STRIBUTION
50
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
= 2SoC
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
709EA
1.1
3.5
mcd
IF = 10 mA
Note 1
Viewing Angle
20%
709EA
38°
deg.
Note 2 (Fig. 16)
Peak Emission
Wavelength
~PEAK
630
nm
Spectral Line
Half Width
A~
40
nm
Forward Voltage
VF
2.0
Reverse Current
IR
Capacitance
C
PARAMETER
Luminous Intensity
MAX.
TEST
CONDITION
UNIT
Measurement
Peak (Fig. 1)
@
2.8
V
100
J.lA
VA = 5V
PF
VF =0
f = 1 MHZ
20
IF =20mA
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Intenationale De L'Eciairage) eye-response curve.
2.0% is the off-axis angle at which the liminous intensity is half the axial luminous intensity.
50
c
u
~
o
/
c
~ 30
::>
20
I
10
~
/
'-,
u
~ 20
;:
I
1"
LJ..
I
I
1/
30
e:;
50
60
I
II
I'
10
"-
V
o
12
16
20
24
2B
32
20
Forward Voltage VF (VI
FIG 12 FORWARD CURRENT VS.
FORWARD VOLTAGE
40
60
II
/
"- r-....
BO
o/
o
100
10
o·
~
in
20
30
10"
.s
30"
'"o
::>
::>
40'
1.0
c
E
0.5
09
...J
">
50'
O.B
'"
~ 02
a:
07
o1
-30
-20
50
20'
-
c
!'!
40
Forward Current IF (mAl
FIG 14 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
Ambient Temperature TA (OC)
FIG 13 FORWARD CURRENT
DERATING CURVE
-10
10
20
30
40
Ambient Temperature TA (OC)
FIG.15 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
60"
70"
BO'
H--t-Hf-+"l"'--t-""F+-1f--t-t--H 90'
70
0.5
03
01
02
0.4
0.6
FIG.16 SPATIAL DISTRIBUTION
2-158
437
ILlTE('J~11
LED PANEL DOT INDICATORS
LTL·1204AI717R
LTL·1214Ari17P
LTL.1224A/71'7HR
·LTl·1234AI117G .
RED
Ll'L·1254AI717Y
BRIGHT RED
. LTL·1274An17A
HIGH 'EFFICIENCY,RED LTL.1294A
. GREEN
YELLOW
AMBER
ORANGE
FEATURES
,
-LOW POWER CONSUMPTION.
_SUITABLE FOR PULSED OPERATION.
_MOST SUITABLE FOR USE LIKE AUDIO PANEL
INDICATOR.
- FITS 2mm HOLE IN PANELS UP TO 4.5 mm
(0.177") THICK.
-LONG LIFE-SOLID STATE RELIABILITY.
i !
DESCRIPTION
The Red source color devices are made with Gallium
Arsenide Phosphide on Gallium Arsenide Red Light
Emitting Diode.
The Bright Red source color devices are made with
Gallium Phosphide on Gallium Phosphide Orange Light
Emitting Diode.
The High Efficiency Red and Orange source color
devices are made with Gallium Arsenide Phosphide
on Gallium Phosphide Orange Light Emitting Diode.
The Green source color devices are made with Gallium
Phosphide on GAllium Phosphide Green Light Emitting
Diode.
The Yellow source color devices are made with Gallium
Arsenide Phosphide on Gallium Phosphide Yellow Light
Emitting Diode.
4 ••
PACKAGE DIMENSIONS
LTL-717 x Series
t-----t-cl~·~';~r
2·0
(-079)
1.8
(.07 1)
LTL-12 x 4A Series
-t
o
-
°0.5 TYP
(.02)
_W-_'"
2.54 NOM
2-159
438
(.n
-+~:;::===::
,.0 MIN
(.04)
0.'
(.02) TYP
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
DEVICES
PART
NO.
LTL-
COLOR
LENS
DIFFUSION
1204A
Red
Diffused
Red
1214A
Red
Diffused
1224A
Red
1234A
PART
NO.
LTL-
SOURCE
COLOR
LENS
COLOR
DIFFUSION
SOURCE
COLOR
717R
Red
Diffused
Red
Bright Red
717P
Red
Diffused
Bright Red
Diffused
Hi. Eff. Red
717HR
Red
Diffused
Hi. Eff. Red
Green
Diffused
Green
717G
Green
Diffused
Green
1254A
Yellow
Diffused
Yellow
717Y
Yellow
Diffused
Yellow
1274A
Amber
Diffused
Amber
717A
Amber
Diffused
Amber
1294A
Orange
Diffused
Orange
ABSOLUTE MAXIMUM RATINGS AT TA = 2SoC
RED
BRIGHT
RED
GREEN
YELLOW
HI. EFF. RED
ORANGE
UNIT
Power Dissipation
80
40
100
60
100
mW
Peak Forward Current
(1/10 Duty Cycle, 0.1 ms Pulse Width)
200
60
120
80
120
mA
Continuous Forward Current
40
15
30
20
30
mA
Derating Linear From 25°C
0.5
0.2
0.4
0.25
0.4
mA/oC
5
5
5
5
5
V
PARAMETER
Reverse Voltage
Operating Temperature Range
_55°C to +100°C
Storage Temperature Range
-55°C to +100°C
Lead Soldering Temperature
[1.6mm (O.063in) From Body]
260° C for 5 Seconds
Green
Yellow
Hi. Eft. Red
Amber
Orange Red
Bright Red
>
.!:
c:
'"
2!
c:
0.5
r---------ir--7--r---f~,r----.r~~~~--~------~~--------~
Q)
>
.;;
III
a;
cc
500
550
600
650
700
Wavelength A (nm)
FIG.l RELATIVE INTENSITY VS. WAVELENGTH
750
800
2·160
439
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
SYMBOL
PARAMETER
PART NO.
LTL1204A
1214A
717R
717P
1204A
1214A
717R
'717P
1204A
1214A
717R
717P
Iv
Luminous IntensitY
2ev.
Viewing Angle
Peak Emission
Wavelength
71.PEAK
Spectral Une
Half Width
AA
Forward Voltage
VF
0.06
MAX.
TEST
CONDITION
UNIT
0.1
0.6
0.2
0.06
0.2
0.1
0.6
120
120
110
mcd
IF'" 10 rnA
Note 1
deg.
Note 2 (Fig. 6)
nm
Measurement
@ Peak (Fig. 1)
110
655
697
655
fi97
24
90
24
90
1.7
2.1
1204A
1214A
717R
717P
1204A
1214A
717R
717P
1204A
1214A
717R
717P
C
Capacitance
TYP.
1204A
1214A
717R
717P
,fR
Reverse Current
MIN.
nm
2.0
2,8
1.7
2I
IF ; 20 rnA
2.0
V
100
J.lA
VR" 5V
PF
VF =0
f'" 1 MHZ
2.8
30
55
30
55
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'Eclairage) eye-response curve.
2. Ov. is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
ro~
E1 0
iii
"",-
.... r--.. ~
60
Q)
0
o:z
~
80
o
100
p
-1
o
--
~>
10
1214A
niP
FIG 3 FORWARD CURRENT
DERATING CURVE
0'
10'
20'
r-- 1"-=== I=..
30'
:J
o
"
E
.3
40'
10
05
">
iii
0,9
50'
0.8
60'
0.7
70'
80'
c;; 0.2
0:
2·161
440
40
30
20
Forward Current IF (mA)
FIG,4 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
Ambient Temperature TA (OC)
01
-30
-20
-10
10
20
30
40
Ambient Temperature TA 1°C)
FIG 5 LUMINOUS INTENSITY VS. AMBIENT
TEMPERATURE
50
60
70
H-++-8~+--l"'f-H-+-H 90"
0,5
03
01
02
04
FIG. 6 SPATIAL DISTRIBUTION
06
50
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 2SoC
SYMBOL
PART NO.
lTl-
MIN.
TYP.
Iv
1224A
717HR
0.4
0.4
1.3
1.3
mcd
IF = 10 mA
Note 1
Viewing Angle
20Y>
1224A
717HR
120
110
deg.
Note 2 (Fig. 11)
Peak Emission
Wavelength
~PEAK
1224A
717HR
635
nm
Measurement
@ Peak (Fig. 1)
Spectral line
Half Width
,,~
1224A
717HR
40
nm
Forward Voltage
VF
'1224A
717HR
2.0
Reverse Current
IR
1224A
717HR
Capacitance
C
1224A
717HR
PARAMETER
Luminous Intensity
MAX.
TEST
CONDITION
UNIT
IF=20mA
2.8
V
100
J.lA
VR =5V
PF
VF = 0
f = 1 MHZ
20
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eclairage) eye-response curve.
2. OY> is the off-axis angle at which the luminous intensity is half the axi?1 luminous intensity.
50
2
.E
'""o
'1= ~~~4t
~
3D
20
40
FIG 14 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
FIG 13 FORWARD CURRENT
DERATING CURVE
FIG 12 FORWARD CURRENT VS
FORWARD VOLTAGE
V
1/
Forward Current IF (rnA)
Ambient Temperature TA (OC)
Forward Voltage VF (VI
r-r-
r•
:;
u
"E 20
II
10
1234AI,I_
7176 "254,1717Y
40
E
If
u 20
"E
LL
50
rL 1254A717Y _
~
50
60
fA
717&J. I
1234A/II
10'
20'
3~'
1254A
717Y
40'
10
05
0.9
"
50'
..J
DB
?;
~
0::
02
-3~
-20
-10
10
20
3D
40
Ambient TempelatureTA (OC)
442
70'
07
o1
2-163
60'
FIG 15 LUMINOUS INTENSITY VS. AMBIENT
TEMPERATURE
50
60
70
BO'
H-++-I--4'''t-+---'I''''F--H++1
0.5
03
01
02
04
FIG 16 SPATIAL DISTRIBUTION
06
90'
50
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 2SoC
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
1274A
1294A
717A
0.3
0.4
0.5
1.0
1.3
1.5
mcd
IF=10mA
Note 1
Viewing Angle
20%
1274A
1294A
717A
120
120
110
deg.
Note (Fig. 21)
Peak Emission
Wavelength
?"PEAK
1274A
1294A
717A
600
630
600
nm
Spectral Line
Half Width
A?"
1274A
1294A
717A
35
40
35
nm
Forward Voltage
VF
1274A
1294A
717A
2.1
2.0
2.1
Reverse Current
IR
1274A
1294A
717A
Capacitance
C
1274A
1294A
717A
PARAMETER
Luminous Intensity
--
,
MAX.
TEST
CONOITION
UNIT
IF "'20 mA
2.8
V
100
JlA
15
20
15
Measurement
Peak (Fig. 1 )
@
VR =5V
VF '" 0
PF
f'" 1 MHZ
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE'
(Commission Internationale De L'Eclairage) eye-response curve.
2. 0% is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
60
A
II
II
40
1
1294
3D
II
10
r-
~
1174A
7l7A
;;'
-
E
~
/
I
40
1294A/.
~
~
II
S
1194A
3D
I
~
1274A
7l7A
<5 10
I
LL
r--. r--. "- r'-r--..
.//
o
16
10
24
18
31
Forward Voltage VF (VI
FIG 17 FORWARD CURRENT VS
FORWARD VOLTAGE
Iv
l"- i'...
u
"E 20
I II
10
50
50
20
12
40
1/
..............
60
11274A
7l7A
~~
80
100
Ambient Temperature
TA (OC)
oV
o
1/
10
20
30
40
50
Forward Current IF (rnA)
FIG 18 FORWARD CURRENT
DERATING CURVE
FIG 19 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
0'
10'
10'
30'
40'
10
09
50'
08
60'
70'
07
01 ~~~~~L-~~~~L--L_ _~_ _L-~
-3~
-10 -10
0
10
10
3D
40
50
60
70
Ambient Temperature
TA (OC)
FIG 20 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
f+-HH-1"''!---t--Pf-++-I-t-j 90'
05
03
01
01
04
FIG 21 SPATIAL DISTRIBUTION
06
2-164
443
ILITEr.) ~ II
1_5x5~O
RECTANGULAR BAR LED
LAMPS
L TL·723G GREEN
LTL-723R RED
L TL·723Y YELLOW
L TL·723P
BRIGHT RED
LTL·723HR HIGH EFFICIENCY RED LTL-723AAMBER
FEATURES
- LOW POWER CONSUMPTION.
-SUITABLE FOR PULSED OPERATION.
• MOST SUITABLE FOR USE LIKE AUDIO PANEL
INDICATOR.
• FITS 1.5x5 mm HOLE IN PANELS UP TO 3.5 mm
THICK.
• LONG LIFE-SOLID STATE RELIABILITY.
DESCRIPTION
The Red source color devices are made with Gallium
Arsenide Phosphide on Gallium Arsenide Red Light
Emitting Diode.
The Bright Red source color devices are made with
Gallium Phosphide on Gallium Phosphide Orange Light
Emitting Diode.
The High Efficiency Red and Orange source color
devices are made with Gallium Arsenide Phosphide
on Gallium Phosphide Orange Light Emitting Diode.
The Green source color devices are made with Gallium
Phosphide on Gallium Phosphide Green Light Emitting
Diode.
The Yellow and Amber source color devices are made
with Gallium Arsenide Phosphide on Gallium Phosphide
Yellow Light Emitting Diode.
PACKAGE DIMENSIONS
*$*
--I---t--=(.~7~~ ~~~BJ
-oft-tlO--;(1
~5:~ ~~~8)
DEVICES
PART
NO.
LTL-
LENS
COLOR
DIFFUSION
723R
Red
Diffused
723P
Red
Diffused
SOURCE
2-165
444
~~:6)MIN
.5
1
o
Red .
'.
Bright Rf?d
1jI_-+_ _ _-"(!"T0~JMIN
2.54
(.,
Red
Diffused
Hi, Eff.Reo
7200
Green
Diffused
Green
723Y
Yellow
Diffused
Yellow
723A
Amber
Diffused
Amber·
723HR
~
COLOR
NOM
NOTES:
1. All dimenSions are in millimeters (inches).
2. Tolerance is ±0.25mm 1.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
ABSOLUTE MAXIMUM RATINGS AT TA = 2SoC
PARAMETER
RED
BRIGHT
RED
GREEN
YELLOW
HI. EFF. RED
ORANGE
UNIT
Power Dissipation
80
40
100
60
100
mW
Peak Forward Current
(1/10 Duty Cycle, O.lms Pulse Width)
200
60
~120
80
120
mA
Continuous Forward Current
40
15
30
20
30
mA
Derating Linear From 25°C
0.5
0.2
0.4
0.25
0.4
mAte
5
5
5
5
5
V
Reverse Voltage
Operating Temperature Range
_55°C to +100°C
Storage Temperature Range
-55°Cto+100°C
Lead Soldering Temperature
[1.6mm (0.063in) From Body]
260°C for 5 Seconds
Green
Yellow
Amber
Hi.Eff.Red
Red
Bright Red
.~
c
ec
.,
>
;::;
..!!!
.,
0.5
1-----------H~-f~~--~--f_----~~~r_----_r--------~r_--------__1
II:
500
550
600
650
700
750
800
Wavelength A (nm)
FIG.l RELATIVE INTENSITY VS. WAVELENGTH
2-166
445
= 2SoC
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
PARAMETER
PART NO.
LTL723R
723P
723E
SYMBOL
Luminous Intensity
Iv
MIN.
TYP.
0.1
0.3
0,5
MAX.
TEST
CONDITION
UNIT.
'0.3
0.7
1.7
mcd
723P
723E
723R
723P
723E
88°
deg,
Note 2
(Fig. 6)
655
697
635
nm
,Measurement
@Peak (Fig. 1)
nm
723R
I
Viewing Angle
2ex.
Peak Emission
Wavelength
>"PEAK
Spectra' Line
Half Width
A>,,'
723R
723P
723E
24
90
40
Forward Voltage
VF
723R
723P
723E
2.1
2.0 .
Reverse Cu rrent
IR
723R
723P
723E
Capacitance
C
723R
723P
723E
=
IF 10 mA
Note 1
1.7
.
2.0
2.8
2.8
V
100
J.1.A
30
IF "'20mA
VR =5V
VF =0
PF
55
f'" 1 MHl
20
NOTES' 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission I nternationale De L'Eclairage) eye-response curve.
2. ex. IS the off-axis angle at which th,e luminous intensity is half the axial luminous intensity.
50
f-- -
E
1
I
~
5
20
5
10
;:
u.
;;:
'L7'23P
I
30
u
'E
.,
IIA
723 ,/
II
5"
-
g
E
.3
">
~
7 3P
~
o
24
-- --
o
20
446
I
./
V 4-
l-
S
E ~.,
60
> .,
~
80
I.
"" 20
~]
£,-
" E
~~
r-- ~
~
100
AmbIent Temperature TA (CC)
FIG. 3 FORWARD CURRENT
DERATING CURVE
723E
10
oP
-
23P
4
o
10
20
30
40
Forward Current I, ImA)
FIG. 4 RELATIVE LUMINOUS •
,
INTENSITY VS FORWARD
FIG 11
CURRENT
~ ::::,..
40·
10
05
09
08
0.2
70·
BO·
0.7
~
2·167
J
o~
. . . . i'.
40
I
,,030
-" ......
723~
40
-..!.123R
723
"
~
"'"
30
0
u. 10
2B
3l
Forward Voltage II, IV)
FIG. 2 FORWARD CURRENT VS.
FORWARD VOLTAGE
~
in
7~3E i'.
r'-- i'.
u
'E., 20
I
/ III
1/ il
'/ il
2.0
~
"
E..:
-;;; E
7 3R
E
/
16
~
50
E
:; 40
II/
0
12
50
60
723E/Y
W-++=t:::~-l---¥l=+=H--l-I90·
0.1
-30
-20
-10
10
20
30
40
Amb,ent Temperature TA 1°C)
FIG. 5 LUMINOUS INTENSITY VS. AMBIENT
TEMPERATURE
50
60
70
05
FIG 6
0.3
0.1
02
0.4
06
SPATIAL DISTRIBUTION
50
ELECTRICAl/OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
SYMBOL
PART NO.
LTL-
MIN.
Iv
723G
723Y
0.7
0.7
Viewing Angle
2(JY:,
Peak Emission
Wavelength
PARAMETER
TYP.
MAX.
TEST
CONDITION
UNIT.
25
2.5
mcd
IF = 10 mA
Note 1
723G
723Y
88°
deg.
Note 2
(Fig.111
APEAK
723G
723Y
565
585
nm
Spectral Line
Half Width
611.
723G
723Y
30
35
nm
Forward Voltage
VF
723G
723Y
2.1
Reverse Current
IR
723G
723Y
Capacitance
C
723G
723Y
Luminous Intensity
Measurement
Peak (Fig. 11
@
2.8
V
100
IJ.A
VR. = 5V
PF
VF =0
f= 1 MHz
35
15
IF =20mA
NOTES' 1. Luminous Intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission I nternationale De L'Eclairage) eye·response curve.
2. (Jy:' IS the off·axis angle at which the luminOUS intenSity is half the aXial luminous intenSity
50
60
~ 40
/1/
l/j
rI 723Y
nJG
E
~,
E
e:;
u
'E
~
(;
LL
30
E
~
e
:;
oS
'0
VI
30
13G
7!3Y
ro
20
a
10
LL
1.6
20
2.4
28
l ' 1"-
r'" f::::,..,
Forward Voltage V, IV)
FIG 7 FORWARD CURRENT VS
FDRWARD VOLTAGE
20
"
">
20
a;
a:
10
iii
1"- J'.
32
30
...J
V
12
"'"ac:
72~G ,~
if 7',.
-.L
E
i'- J'"
,.......
~
J
40
l!l
U
J
o
40
E
/)
10
50
..... i"-- r--.. r-....
757P
5 10
u.
1//
/V
o
"'"
E
-,1/
10
50
!: 40
~
20
40
60
a:'"
Q;
r- .....
1.21620242.832
~ i'..
80
11
40
II
20
10
o V'
4
o
100
It- "
'"
"
!'l
E
-i::r-757E
-
57P
I
20
10
30
40
10'
20'
30'
:-- t--
40'
'"o
10
::J
" 05
E
50'
::J
..J
">
~
a:
50
Forward Current I, ImA)
FIG. 4 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
O'
i!" 2
7~7E
/
30
Amb,ent Temperature TA 1°C)
FIG. 3 FORWARD CURRENT
DERATING CURVE
Forward Voltage V, IV)
FIG. 2 FORWARD CURRENT VS.
FORWARD VOLTAGE
~
i!"
E
"7J7P
,
I
II,
~
50
60
I~
60'
02
70'
80'
07
t-+--t-H---t-'t-+--F+-+-+-t--t-1 90'
0.1
-30
-20
-10
10
20
30
40
Ambient Temperature TA 1°C)
FIG 5 LUMINOUS INTENSITY VS. AMBIENT
TEMPERATURE
50
60
70
05
FIG. 6
03
01
02
04
06
SPATIAL DISTRIBUTION
2·172
451
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
SYMBOL
PART NO.
LTL-
MIN.
Iv
757G
757Y
0.6
0.7
Viewing Angle
26y"
Peak Emission
Wavelength
PARAMETER
TYP.
MAX.
=
25°C
TEST
CONDITION
UNIT
1.7
2.5
mcd
IF" 10mA
Note 1
757G
757Y
130
deg.
Note 2 (Fig. 11)
APEAK
757G
757Y
565
585
nm
Measu rement
@lPeak (Fig. 1)
Spectral Line
Half Width
L:>A
757G
757Y
30
35
nm
Forward Voltage
VF
757G
757Y
2.1
Reverse Current
IR
757G
757Y
Capacitance
C
757G
757Y
Luminous Intensity
50
7576
40
~.
1: 30
,
~
5
'C
~
IV
~~57:- I-
/I
If
20
<;;
0
u..
100
IJA
VR "'5V
PF
VF =0
f'" 1 MHz
35
15
1/
10
/,
50
60
/,/1
5
u
V
1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission I nternationale De L'Eclairage) eye-response curve.
2. 6y" is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
NOTES.
~
IF =20mA
2.8
~
in
50
~
~
5
e
"c
757G
7!7Y
........
.......
0 10
u..
E
::J
r-....
..J
121.620242832
Forward Voltage VF (V)
FIG 7 FORWARD CURRENT VS.
FORWARD VOLTAGE
"
40
60
a:'"
a;
t"-'
20
I!, 757Y
I
20
">
........
r--. .......
........
/'
o
7576 ~.
30
::J
0
30
u
'E 20
;:
'"
t-
.E
40
1:
40
c
~
5
~~
80
10
o 1/
IJ
o
100
V
10
20
30
40
50
Forward Current IFI(mA)
FIG. 9 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
Ambient Temperature TA (OC)
FIG B FORWARD CURRENT
DERATING CURVE
I
f:c
757Y
.E
757G
e
40"
"o
1.0
::J
c
E
05
0.9
50'
0.8
60'
07
70'
80'
::J
..J
">
~a:
02
H--+-~-t==t-+--R-jo<-j-t-t-J
o1
2-173
452
50
10
20
30
40
-10
Ambient Temperature TA (OC)
FIG 10 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
-30
-20
60
70
05
03
0.1
02
04
06
FIG 11 SPATIAL DISTRIBUTION
90'
ILITEr.] ~ II
2x5 RECTANGULAR BAR LED
.
LAMPS
LTl~767P
LTL~767E
BRIGHT RED
LTL-767G GREEN
HIGH EFFICIENCY RED LTL-767Y YELLOW
FEATURES
• LOW POWER CONSUMPTION
• MOST SUITABLE
FOR
USE LIKE LEVEL
INDICATOR
• EXCELLENT UNIFORMITY OF LIGHT EMITTANCE.
• LONG LIFE-SOLID STATE RELIABILITY .
• I.C. COMPATIBLE.
rI
f(
i
--
DESCRIPTION
r
~~~.-----.:;:.--
The Bright Red source color deVices are made with
Gallium Phosptilde on Gallium Phosphide Red Light
Emitting Diode.
The High Efficiency Red Source color devices are
made with Gallium Arsenide Phosphide on Gallium
Phosphide Orange Light Emitting Diode.
The Green source color devices are made with Gallium
Phosphide on Gallium Phosphide Green Light Emitting
Diode.
The Yellow source color devices are made with Gallium
Arsenide Phosphide on Gallium Phosphide Yellow
Light Emitting Diode.
PACKAGE DIMENSIONS
3.S:!:O.2
(.13S:!:.OOB)
2.0:!:O.2
(.oe:!:.oos)
DEVICES
~
PART
NO.
LTL-
LENS
COLOR
DIFFUSION
767P
Red
Diffused
Bright Red
767E
Red
Diffused
Hi. Eff. Red
767G
Green
Diffused
Green
767Y
Yellow
Diffused
Yellow
.
.
~~:~rIN
.~
SOURCE
COLOR
---.l
J~r
3.9:0.2
~C"54:'OO.)
°OoSTYP
.02)
!
1.0 MIN
'tI_-+__'-:';C':.r
04 )
2.54
ol)
NOM
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing IS measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
2-174
453
ABSOLUTE MAXIMUM RATINGS AT TA = 2SoC
BRIGHT
RED
GREEN
YELLOW
HI.EFF.REO
UNIT
Power Dissipation
40
100
60
100
mW
Peak Forward Current
(1/10 D uw Cycle, 0.1 ms Pulse Width)
60
120
80
120
mA
Continuous Forward Current
15
30
20
3Q
mA
Detating Linear From 25°C
0.2
0.4 .
0.25
0,4
mAtC
5
5
-5
5
V
PARAMETER
Reverse Voltage
Operating Temperature Range
_55°C to +100°C
Storage Temperature Range
-55°C to +100°C
Lead Soldering Temperature
[1.6mm (0.063 in! From Body)
260°C for 5 Seconds
Yellow
Hi. Eff. Red
Bright Red
Green
...?:c:
~
c:
0.5 f--------+-+--+---j1t--+-----1;'\------+-------'''rl------\
~
.;:;
.,
.!!!
a:
500
550
600
650
700
Wavelength.,., (nm)
FIG.l RELATIVE INTENSITY VS. WAVELENGTH
2-175
454
750
800
= 25°C
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
PARAMETER
PART NO.
LTL-
SYMBOL
MIN.
TYP.
MAX.
TEST
CONDITION
UNIT
04
17
mcd
IF = 10 mA
Note 1
767P
767E
140
deg.
Note 2 (Fig. 6)
APEAK
767P
767E
697
635
nm
Spectral Line
Half Width
D."A
767P
767E
90
40
nm
Forward Voltage
VF
767P
767E
2.1
2.0
Reverse Current
IR
767P
767E
C
767P
767E
Iv
767P
767E
Viewing Angle
2/JY,
Peak Emission
Wavelength
Lum inous Intensity
Capacitance
0.1
0.6
Measu rement
Peak (Fig. 1)
@
=20 mA
2.8
V
IF
100
p.A
VR
PF
VF=O
f = 1 MHz
55
20
= 5V
NOTES: 1. Luminous intensity is' measured with a light sensor and filter combination that approximates the CI E
(Commission I nternationale De L'Eclairage) eye-response curve.
2. /Jy, is the off-axis angle at which the luminous intensity is half the axial luminous intensitv
50
767E
I.
c: 30
'E
~
o
L1.
«
E
~
767P
20
ro 20
;;:
(;
L1.
10
20
24
28
32
20
Voltage VF IV)
FIG. 2 FORWARD CURRENT VS.
FORWARD VOLTAGE
r-:f::
c:
"
2.0
--'
........
-"
40
I'
60
/
'">
~
~~
80
0;
II:
~
10
o~
o
100
"
10
-- 767
20
30
40
0'
10'
20'
30'
t--
c:
-- ~
60'
E 0.5
"
--'
70'
~
~
II:
50
Forward Current IF (mAl
FIG. 4 RELATIVE LUMINOUS
INTENSITY VS. FORWARD
CURRENT
Ambient Temperature TA 1°C)
FIG. 3 FORWARD CURRENT
DERATING CURVE
~--~---'---.--.--.---r---,----~40°
= 7167E
"'"o
30
767
/
E
....... .......
./V
16
Forward
.!:
"-...
1~/r
11
40
"'"c:
0
767E
'0
'j
12
~
in
.£'"
U
I
o
2l
~c:
40
~
:; 30
II
10
50
50
E
III
,I
~
:;
u
60
II
III
[I
02
80'
01
-30
-20
-10
10
20
30
40
Ambient Temperature TA 1°C)
FIG 5 LUMINOUS INTENSITY VS. AMBIENT
TEMPERATURE
50
60
70
09
07
05
03
0.1
02
04
06
FIG 6 SPATIAL DISTRIBUTION
08
10
2-176
455
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
pART NO.
LTL-
MIN.
Iv
767G
767Y
0.4
Viewing Angle
2ey.
Peak Emission
Wavelength
P.ARAMETER
SYII.CBOL
TYP.
MAX.
=
25°C
TEST
CONDITION
UNIT
1.0
1.7
mcd
IF'" 10mA
Note 1
767G
767Y
140
deg.
Note 2 (Fig. 11)
APEAK
767G
767Y
565
585
nm
Measu rement
@ Peak (Fig. 1)
Spectral Li ne
Half Width
t:.A
767G
767Y
30
35
nm
Forward Voltage
VF
767G
767Y
2,1
Reverse Cu rrent
IR
767G
767Y
Capacitance
C
767G
767Y
Luminous Intensity
NOTES
40
IF = 20 mA
100
MA
VR =5V
PF
VF =0
f'" 1 MHz
o
40
E
c:
(;
u.
In
::J
767G
0
16
20
2.4
28
767G j,.
3.0
I.f 767Y
1""'-
10
...J
">
"0::'"
a;
I'- I'
J".., f'.
"1' ~
40
20
Forward Voltage VF (V)
FIG. 7 FORWARD CURRENT VS.
FORWARD VOLTAGE
E
::J
r--. f"...
7J1Y
32
L
c:
!'l'
12
40
.'!l
'"~
VI
j
50
u
'E 20
J
10
50
i':
u;
E
l'
:; 30
II
20
i;
~
E
u.
Ib
:;
0
«
II 767Y'- t-
l'
u.
IV
IIJi
E 30
'0
V
35
15
60
/,1
767G
E
u.
u
2.8
1. Luminous intensity IS measured with a light sensor and filter combination that approximates the CIE
(Commission I nternationale De L'Eclairage) eye-response curve.
2. oy. IS the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
«
0.5
60
80
100
Ambient Temperature TA (OC)I
FIG. 8 FORWARD CURRENT
DERATING CURVE
I
20
10
o
,/
o
1/
IL
10
20
30
40
50
Forward Current IFI(mA)
FIG. 9 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
0"
50"
01L-~
2-177
-30
__- L__
-20
-10
L-~
__- L__
10
20
~~
30
__- L__~~
40
Ambient Temperature TA (0 C)
456
FIG 10 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
04
0.6
FIG 11 SPATIAL DISTRIBUTION
08
10
ILlTE['] ~ II
ARROWHEAD POINTERS
LED LAMPS
LTL-8212A BRIGHT RED
LTL-8222A HIGH EFFICIENCY RED
LTL-8232A GREEN
LTL-8252A YELLOW
LTL-8292A ORANGE
FEATURES
- HIGH VISIBI LlTY POINT SOURCE.
-MOST SUITABLE FOR DIRECTION INDICATOR
OF TAPE RECODER.
-RELIABLE AND RUGGED.
-I.C. COMPATIBLE/lOW CURRENT REQUIREMENTS.
- lOW POWER CONSUMPTION.
.J
DESCRIPTION
The Bright Red source color devices are made with
Gallium Phosphide on Gallium Phosphide Red Light
Emitting Diode.
The High Efficiency Red and Orange source color
devices are made with Gallium Arsenide Phosphide on
Gallium Phosphide Orange Light Emitting Diode.
The Green source color devices are made with Gallium
Phosphide on Gallium Phosphide Green Light Emitting
Diode.
The Yellow source color devices are made with Gallium
Arsenide Phosphide on Gallium Phosphide Yellow light
Emitting Diode.
'----
PACKAGE DIMENSION
DEVIOES
PART
NO.
lTL-
COLOR
DIFFUSION
8212A
Red
Diffused
Bright Red
8222A
Red
Diffused
Hi. Eft. Red
8232A
Green
Diffused
Green
8252A
Yellow
Diffused
Yellow
8292A
Orange
Diffused
Orange
LENS
SOURCE
COLOR
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice. 2.' 78
457
ABSOLUTE MAXIMUM RATINGS AT TA = 2SoC
BRIGHT
RED
GREEN
YELLOW
HI. EFF. RED
ORANGE
UNIT
Power Dissipation
40
100
60
100
mW
Peak Forward Current
(1/10 Duty Cycle. 0.1 ms Pulse Width)
60
120
80
120
mA
Continuous Forward Current
15
30
20
30
mA
Derating Linear From 25°C
0.2
0.4
0.25
0.4
mAfC
5
5
5
5
V
PARAMETER
Reverse Voltage
Operating Temperature Range
_55°C to +100°C
Storage Temperature Range
_550 C to +1000 C
Lead Soldering Temperature
[1.6mm (0.063in) From Body]
2600 C for 5 Seconds
Hi. Eff. Red
Bright Red
Green Yellow
Orange
1.0r---------.-__r-.-r-.-----__~._------~~~------_.--------_,
>
+'
.;;;
<:
2l
0.5
1---------+--I--+--~.--+----IA_----_I_-----''rt----_i
<:
~
'ij
'"
iii
II:
500
550
600
650
700
Wavelength 71. (nm)
FIG.1 RELATIVE INTENSITY VS. WAVELENGTH
2-179
458
750
800
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 2SoC
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
8212A
8222A
0.2
0.4
0.6
1.1
mcd
IF = 10 mA
Note 1
Viewing Angle
28Y:.
8212A
8222A
100
deg.
Note 2 (Fig. 6)
Peak Emission
Wavelength
~PEAK
8212A
8222A
697
635
nm
Spectra I li ne
Half Width
A~
8212A
8222A
90
40
nm
Forward Voltage
VF
8212A
8222A
2.1
2.0
Reverse Current
IR
8212A
8222A
Capacitance
C
8212A
8222A
PARAMETER
Luminous Intensity
MAX.
TEST
CONDITION
UNIT
Measurement
Peak (Fig. 1)
@
2.8
V
100
p.A
VR = 5V
PF
VF=O
f = 1MHZ
55
20
IF = 20 mA
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eclairage) eye·response curve.
2. 8Y:. is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
~ 40
~
~
, /8212A
12
16
20
8222A
u
~
"
u..
24
28
B212A
I
10
20
Forward Voltage VF IVI
FIG 2 FORWARD CURRENT VS
FORWARD VOLTAGE
i'..
............
l""-
/ B222A
~
a
30
E
.3
20
40
60
II
'">
g
I'-.
I"""--
32
1
40
~
........
"E 20
/
'/
V/
o
40
~
Iif
10
:g'"
E
~
:; 30
II.
u 20
"E
in
~
.;
8222A /
30
50
C
50
~
r/
E
~:;
60
Ii
III
0:;
r-.. ~ .....
BO
c:
~
10
o IV'
o
100
2
in
~
.£'"
8212~
--:::: r--_
-
1
8222A
8212A
I
10
Ambient TemperatureTA (OCl
20
30
40
FIG 3 FORWARD CURRENT
DERATING CURVE
FIG 4 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
10'
20'
30'
t:::: ~ :::40'
~
~
a
~
10
05
09
~
50'
-.J
'"
~
c:
50
Forward Current IF (mA)
O'
C
~~
f?'
08
>
60'
02
70'
07
o1
BO'
H-+-H-+=J-+---F-H-++-H 90'
-30
-20
-10
10
20
30
40
Ambient Temperature TA (OC)
FIG 5 LUMINOUs' INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
05
03
01
02
04
06
2-180
FIG 6 SPATIAL DISTRIBUTION
459
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
= 25°C
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
8232A
8252A
0.4
0.4
1.1
1.1
mcd
IF = 10 mA
Note 1
Viewing Angle
28%
8232A
8252A
100
deg.
Note 2 (Fig. 11)
Peak Emission
Wavelength
hPEAK
8232A
8252A
565
585
nm
Spectral Line
Half Width
Ah
8232A
8252A
35
Forward Voltage
VF
8232A
8252A
Reverse Current
IR
8232A
8252A
Capacitance
C
8232A
8252A
PARAMETER
Luminous Int{lnsitY
MAX.
TEST
CONDITION
UNIT
30
Measurement
Peak (Fig. 1)
@
nm
2.1
IF =20mA
2.8
V
100
p.A
VR =5V
PF
VF =0
f= 1MHZ
35
15
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eciairage) eye-response curve.
2.6% is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
60
fA
I
I
III
'I8252A - -
I
::-in
.§ 40
E
;:;:
I
8232A/l
50
50
c
~
~
~
/J
S
'"
~
0
8232A
30
J
~
5
II
j
u.
""
I
r-.... "-
f/
o
12
16
20
24
28
32
20
40
60
I
20
:;;
a;
~~
80
a::
V
10
.....
oV
o
100
1/
10
20
30
40
Forward Current IF (mAl
FIG 8 FORWARD CURRENT
DERATING CURVE
FIG 9 RELATIVE LUMINOUS
INTENSiTY VS FORWARD
CURRENT
o·
::-
8252A
~
>
Ambient Temperature TA (Oel
Forward Voltage
IV)
FIG 7 FORWARD CURRENT VS
FORWARD VOLTAGE
J/
II'
E
.::
........ ........ .......
8252A
10
82~2A
30
c
u
"E 20
40
10'
20'
30'
2
I
in
§
8252A
oS
8232A
40'
'"o
10
E 05
09
--'
08
~
c
50'
~
~
60'
>
~
02
-30
460
80'
1-I-+-i'-!--'F1-f-R'+-H--+-l 90'
o1
2-181
70'
07
'"
-20
-10
10
20
30
40
Ambient TempelatureTA (OC)
FIG 10 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
05
03
01
02
04
06
FIG 11 SPATIAL DISTRIBUTION
50
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
25°C
=
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
8292A
0.5
1.1
mcd
IF = 10 mA
Note 1
Viewing Angle
21lY:.
8292A
100
deg.
Note 2 (Fig. 16)
Peak Emission
Wavelength
~PEAK
630
nm
Spectral Line
Half Width
D.~
40
nm
Forward Voltage
VF
2.0
Reverse Current
IR
Capacitance
C
PARAMETER
Luminous Intensity
MAX.
TEST
CONDITION
UNIT
2.8
V
100
p.A
Measurement
@ Peak (Fig. 1)
IF = 20 mA
VR =5V
VF = 0
PF
20
f = lMHZ
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eclairage) eye·response curve.
2. 1lY:. is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
<
.s
40
c
30
I
u 20
'E
;:
'"
I
20
~
10
;:
I
5 10
u.
11
II
1/
r-... i'..
u
........
J
""""- ~
/
o
1.6
12
/
2.0
24
28
32
20
Forward Voltage VF (V)
40
60
80
o/
o
100
V
10
FIG 12 FORWARD CURRENT VS.
FORWARD VOLTAGE
30
20
40
50
Forward Current IF (rnA)
Ambient Temperature TA rOC)
FIG 14 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
FIG 13 FORWARD CURRENT
DERATING CURVE
OD
10 0
20 0
30'
l:~
c:
£'"
"'::>o
40'
10
c:
E
::>
05
...J
'">
~a:
02
09
50'
08
60'
70'
07
80'
H-+-H-'I'=t-+--FH-++-t-l 90'
o1
-30
-20
-10
10
20
30
40
Ambient Temperature TA (OC)
FIG 15 LUMINOUS INTENSITY VS. AMBIENT
TEMPERATURE
50
60
70
05
03
01
02
04
06
FIG 16 SPATIAL DISTRIBUTION
2-182
461
ILlTE(') ~ II
(3mm) CYLINDRICAL LED LAMPS
LTL- 2201AL
'L"rL-2211AL
L TL- 2221AL
LTL- 2231AL
LTL- 2251AL YELLOW
LTL- 2271AL AMBER
l TL- 2291AL ORANGE
RED
BRIGHT RED
HIGH EFFICIENCY RED
GREEN
FEATURES
•
•
•
•
CYLINDRICAL SHAPE .
I.C. COMPATIBLE.
LOW POWER CONSUMPTION.
LONG LIFE-SOLID STATE RELIABILITY.
. ,.
• LOW COST.
DESCRIPTION
The Red source color devices are made with Gallium
Arsenide Phosphide on Gallium Phosphide Red Light
Emitting Diode.
The Bright Red source color devices are made with
Gallium Phosphide on Gallium Phosphide Red Light
Emitting Diode.
The High Efficiency Red and Orange source color
devices are made with Gallium Arsenide Phosphide
on Gallium Phosphide Orange Light Emitting Diode.
The Green source color devices are made with Gallium
Phosphide on Gallium Phosphide Green Light Emitting
Diode.
The Yellow and Amber source color devices are made
with Gallium Arsenide Phosphide on Gallium Phosphide
Yellow Light Emitting Diode.
PACKAGE DIMENSIONS
LTL-22x lALSeries
R 0.15
C. 0 06) Typ
I
B.4±O.5
(.33±.02J
DEVICES
PART
NO.
LENS
SOURCE
COLOR
LTL-
COLOR
DIFFUSION
2201AL
2211AL
Red
Red
Diffused
Diffused
Red
Bright Red
2221AL
Red
Diffused
Hi. Eff. Red
2231AL
Green
Diffused
Green
2251AL
Yellow
Diffused
Yellow
2271AL
Amber
Diffused
Amber
2291AL
Orange
Diffused
Orange
eJ
' ...
-'~
3.S
(015)
"
2.54 NOM
(.,)
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0,25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
2·183
462
ABSOLUTE MAXIMUM RATINGS AT TA = 25°C
PARAMETER
Power Dissipation
Peak Forward Current
(1/10 Duty Cycle, 0.1 ms Pulse Width)
RED
BRIGHT
RED
GREEN
YELLOW
AMBER
HI.EFF.RED
ORANGE
UNIT
80
40
100
60
100
mW
200
60
120
80
120
mA
Continuous Forward Current
40
15
30
20
30
mA
Derating Linear From 25°C
0.5
0.2
0.4
0.25
0.4
mA/oC
5
5
5
5
5
V
Reverse Voltage
Operating Temperature Range
- 55"C to + 100°C
Storage Temperature Range
- 55°C to + 100°C
'Lead Solering Temperature
[1.6mm (0 063inl From Body)
260° C for 5 Seconds
Yellow
Green
Hi. Eff. Red
Red
Bright Red
1.0
r---------r-,-~~~,-----~~07~----~~~------_.--------_,
0.5
r----------ff~_+~~--fr--f_----~~~r_----_r--------~+_--------~
>-
.t::
on
<:
e<:
Q)
>
';:'
'"
iii
a:
500
550
600
650
700
750
800
Wavelength A (nml
FIG.l RELATIVE INTENSITY VS. WAVELENGTH
2-184
463
= 25°C
ELECTRICAl/OPTICAL CHARACTERISTICS AND CURVES AT TA
SYMBOL
PART NO.
Iv
2201AL
2211AL
Viewing Angle
20%
2201AL
2211AL
Peak Emission
Wavelength
;\.PEAK
2201AL
2211AL
697
Spectral Line
Half Width
A;\.
2201AL
2211AL
90
Forward Vo1tage
VF
2201AL
2211AL
2.1
Reverse Current
fR
2201AL
2211AL
Capacitance
C
2201AL
2211AL
PARAMETER
luminous Intensity
LTL-
MIN.
TYP.
0.1
0.4
0.2
MAX.
TEST
CONOITION
UNIT
1.1
180
655
24
mcd
IF'" 10mA
Note 1
deg.
Note 2 (Fig. 6)
nm
Measurement
@ Peak. (Fig. 1)
hm
.---
1.7
2.0
2.8
V
100
IJ.A
VR =5V
PF
VF =0
f=lMHZ
30
55
IF =20mA
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eciairage) eye-response curve.
2. 0% is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
0
60
I
I
f-- I- 2201A1l/
;0:
II
.s
~
0
2211Al- t - t -
I
II
0
40
2201Al
~
2201Al
30
~
"~
20
0
u.. 10
24
28
:. 'llAl
32
--'
2
in
c
--
30
40
L
k'"
20
1"
r--- r--60
10
~~
80
100
AmbIent Temperature TA (Oe)
FIG 3 FORWARD CURRENT
DERATING CURVE
o~
~
o
~
10
",
2211Al
20
30
40
50
Forward Current IF (rnA)
FIG 4 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
O'
10'
20'
30'
2201Al
2211Al
.E
....... b,.
I
20
Forward Voltage VF IVI
FIG 2 FORWARD CURRENT VS
FORWARD VOLTAGE
~
-.l
J
20
['..
f',
f-
V
16
V
40
u
j
0
12
~
I
50
E
I
II
J
o
50
r-- r====== :::::::,....
50'
"'"o
c
E
"
">
~II:
05
60'
..J
70'
02
80'
o1
H--t-H-+'I;-t-t-t-''!-+-f-t-t--t-H-t--t-f-H 90'
-30
2-185
464
-20
-10
10
20
AmbIent Temperature
30
40
50
60
70
(Oe)
FIG 5 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
FIG 6 SPATIAL DISTRIBUTION
ELECTRICAl/OPTICAL CHARACTERISTICS AND CURVES AT TA
=
25°C
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
2221AL
0.5
1.7
mcd
IF = 10 mA
Note 1
Viewing Angle
29Y:.
2221AL
180
deg.
Note 2 (Fig. 11 )
Peak Emission
Wavelength
APEAK
2221AL
635
nm
nm
PARAi\llETER
Luminous Intensity
Spectra I Line
Half Width
OA
2221AL
40
Forward Voltage
VF
2221 AL
2.0
Reverse Current
IR
2221 AL
Capacitance
C
2221AL
TEST
CONDITION
UNIT
MAX.
Measurement
@ Peak (Fig. 1)
2.8
V
100
p.A
VR
PF
VF=O
f'" lMHZ
20
IF = 20 mA
= 5V
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission I nternationale De L'Eclai'rage) eye-response curve.
2. 9Y:. is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
~
40
E
~
s
(;
u.
/
50
:; 40
I
I
l'
u
~
50
E
;: 30
"ro
60
I
II
L
c
~ 30
:J
"
U
20
~ 20
S
I
I
10
~
II
r-....
10
/
o
12
20
16
24
2B
32
20
Forward Voltage VF (V)
40
/
.......
"
60
I
L
i'--,
BO
o/
o
100
10
FIG 7 FORWARD CURRENT VS
FORWARD VOLTAGE
-
c
w
.f
w
30
50
40
FIG 9 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
FIG 8 FORWARD CURRENT
DERATING CURVE
O'
.::-~
20
Forward Current IF (rnA)
Ambient Temperature TA (OC)
10'
20'
30'
50'
i--
:J
o
c
E
.3
60'
0.5
">
70'
a; 02
a::
BO'
iii
H--+-+-H++-H=f--+-F+-H-l"'-t--HH--+-l 90'
o1
-30
-20
-10
10
20
30
40
Ambient Temperature TA (OC)
FIG 10 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
09
0.7
05
0.3
FIG 11 SPATIAL DISTRIBUTION
2-186
465
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
PARAMETER
SVMBOL
TEST
CONDITION
MIN.
TVP.
0,6
0.7
1.7
2.5
moo
IF'" 10mA
Note 1
Note 2 (Fig. 16)
I 2231AL
Iv
Luminous Intensity
PART NO.
LTL2251AL
MAX.
UNIT
Viewing Angle
2eY.
2231AL
2251AL
180
deg.
Peak Emission
Wavelength
lI.PEAK
2231AL
2251AL
565
585
nm
Spectral Line
Half Width
All.
2231AL
2251AL
30
35
nm
Forward Voltage
VF
2231AL
2251AL
2.1
Reverse Current
IA
2231AL
2251AL
Capacitance
C
223JAL
2251AL
Measurement
Peak (Fig. 1)
@
2.8
V
100
/I.A
VA "'5V
PF
VF"'O
f=lMHZ
35
15
IF =20mA
--
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'EcJairage) eye-response curve.
2. BY:. is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
60
.! III
I
2231A~1 )
~
s
u
"E
/1
30
E
2251Al
~
e-
~
If
20
S
~
§
~
~
g
E
2231Al
30
r"- ['-.,
I
I
2251Al
l5 10
u..
I
~
..J
12
16
20
24
28
20
40
60
2231Al
30
li.
20
g
W
80
a:
V
10
o~
"
o
100
Ambient TemperatureTA (DC)
2
10
20
30
40
50
Forward Current IF (rnA)
FIG 13 FORWARD CURRENT
DERATING CURVE
FIG 14 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
10'
20'
30'
I
~
2251Al
50'
1
~
f--2231Al
~
o
~
IL
I
§
.s
251Al- r- r-
It'
o·
~
lLf
>
I' ~
32
Forward Voltage VF IVI
FIG 12 FORWARD CURRENT VS
FORWARD VOLTAGE
ru
I'I' I......
l"- r"-
I'l'
o
I
40
.s
40
~
VI
10
50
u
"E 20
J
'"~
~
~
50
~
60'
05
~
..J
ru
70'
>
~
a:
02
BO'
H--t-t-t---t-"t-t-t-t-'t-t-H-t--t-H-t-'Hr-H 90'
•0 1
-30
2-187
466
-20
-10
10
20
30
40
50
60
70
0.9
0.7
05
03
01
0.2
0.4
06
Ambient Tempel ature TA (DC)
FIG 15 LUMINOUS JNTENSITY VS AMBIENT
TEMPERATURE
FIG 16 SPATIAL DISTRIBUTION
O.B
1.0
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 2SoC
PARAMETER
SYMBOL
PART NO.
LTL-
MAX.
TYP.
UNIT
0,7
0,5
2.5
1.7
mcd
IF = 10 mA
Note 1
Note 2 (Fig. 21)
Iv
2271AL
2291AL
Viewiflg Angle
20%
2271AL
2291AL
180
deg.
Peak Emission
Wavelength
APEAK
2271AL
2291AL
600
630
nm
Spectra I Li ne
Half Width
"'A
2271AL
2291AL
35
40
nm
Forward Voltage
VF
2271AL
2291AL
2,1
2,0
Reverse Current
IR
2271AL
2291AL
Capacitance
C
2271AL
2291AL
Luminous Intensity
TEST
CONDITION
MIN.
Measurement
Peak (Fig, 1 )
@
2.8
V
IF "'20 mA
100
p.A
VR = 5V
PF
VF"'O
f = 1 MHZ
15
20
NOTES: 1, Luminous Intensity IS measured with a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'Eciairage) eye-response curve.
2, 0% is the off-axis angle at which the luminous Intensity is half the axial luminous intensity,
50
II
~ 40
..s
2291All
II
~
c
e
30
a
..s
2271Al f-
~
e
5
10
~
in
50
§
iii 20
;:
2~71 All
5
"- 10
20
16
20
24
2B
32
Forward Voltage VF (V)
FIG 17 FORWARO CURRENT VS
FORWARD VOLTAGE
,
12
2291A,l/
30
/
~
r--- f'..,
Ih
o
'"a
:J
2291Al
30
'C
J
.L
40
.E
40
u
I J
!IV
50
I
C
II
u 20
"E
"-
V
~
I
I
5
~
60
A
II
r-..
E
.3
40
60
BO
20
iii
a;
0::
V
10
oV
o
~
100
I
2271 Al
A
">
I......
,...... r--..
" '"~
V/
I
V
10
20
30
40
50
Forward Current IF (rnA)
Ambient Temperature TA (OC)
FIG 19 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
FIG 18 FORWARD CURRENT
DERATING CURVE
0'
10'
20'
30'
50'
60'
70'
BO'
01L--L__- L__L-~__- L__L-~__- L__~~
-30
-20
-10
10
20
30
40
Ambient Temperature TA (OC)
FIG 20 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
H---t-H+'l-H-t='!-t-:Ft-t-Mft'-t-MI1
09
0,7
0,5
03
90'
0,1
FIG 21 SPATIAL DISTRIBUTION
2-188
467
ILITEr.) ~ II
(Smm) CYLINDRICAL LED LAMPS
LTL-2203A REO
LTL-2233A GREEN
LTL-2213A BRIGHT REO,
LTL·2253A YELLOW
LTL-2223A HIGH EFFICIENCY REO LTL·2293A ORANGE
FEATURES
•
•
•
•
•
CYLINDRICAL SHAPE .
I.C. COMPATIBLE.
LOW POWER CONSUMPTION.
LONG LlFE·SOLID STATE RELIABILITY.
LOW COST.
DESCRIPTION
The Red source color deVices are made with Gallium
Arsenide Phosphide on Gallium Phosphide Red Light
Emitting Diode.
The Bright Red source color devices are made with
Gallium Phosphide on Gallium Phosphide Red Light
Emitting Diode.
The High Efficiency and Orange source color devices are
made with Gallium Arsenide Phdsphlde on Gallium
Phosphide Orange Light Emitting Diode.
The Green source color deVices are made With Gallium
Phosphide on Gallium Phosphide Green Light Emitting
Diode.
The Yellow source color devices are made with Gallium
Arsenide Phosphide on Gallium Pljosphide Yellow Light
Emitting Diode.
f.
{Ii
PACKAGE DIMENSIONS
5.0
(0196)
DEVICES
PART
NO.
LTL-
COLOR
DIFFUSION
2203A
Red
Diffusod
RAt!
2213A
Red
Diffused
Bright Red
2223A
Red
Diffused
Hi.Eff. R~d
2233A
Green
Diffused
Green
2253A
Yellow
Diffused
Yellow,
2293A
Orange
Diffused
Orange
LENS
SOURCE
COLOR
-,
2-189
468
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.2Smm (.010") unless otherWise
noted,
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spaCing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
ABSOLUTE MAXIMUM RATINGS AT TA
= 25~C
RED
BRIGHT
RED
GREEN
YELLOW
HI.EFF.RED
ORANGE
UNIT
80
40
100
60
100
mW
200
60
120
80
120
mA
Continuous Forward Current
40
15
30
20
30
mA
Derating Linear From 25° C
0.5
0.2
0.4
0.25
0.4
mArC
5
5
5
5
5
V
PARAMETER
Power Dissipation
Peak Forward Current
(1/10 Duty Cycle, O.lms Pulse Width)
Reverse Voltage
Operating Temperature Range
- 55°C to + 100°C
Storage Temperature Range
- 55°C to
Lead Solering Temperature
+ 100°C
2600 C for 5 Seconds
[1.6mm (0.063in) From Body]
Green Yellow
HI. Eft. Red
Orange Red
Bright Red
1.0 .---------,--,__~~-r------~~~._----~~~------~--------~
....;;;
>-
c:
...'c:"
0.5
'">
.;;
.!!!
'"
a:
500
550
600
650
700
750
800
Wavelength A. (nm)
FIG.1 RELATIVE INTENSITY VS. WAVELENGTH
2-19P
469
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
PARAMETER
=
25°C
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
2203A
2213A
2223A
O.OB
0.1
0.4
0.2
0.3
1.1
mcd
IF =10mA
Note 1
Note 2 (Fig. 6)
Luminous IntensitY
MAX.
Viewing Angle
20%
2203A
' 2213A
2223A
200
deg.
. Peak Emission
Wavelength
APEAK
2203A
2213A
2223A
655
697
635
nm
nm
Spectral Line
Half Width
C>A
2203A
2213A
2223A
24
90
40
Forward Voltage
VF
2203A
2213A
2223A
1.7
2.1
2.0
Reverse Current
IR
2203A
2213A
2223A
Capacita~ce
C
2203A
2213A
2223A
,
TEST
CONDITION
UNIT
Measurement
Peak (Fig. 1)
@
2.0
2.8
2.B
V
100
/LA
VR =5V
PF
VF = 0
f = 1MHZ
30
55
20
IF = 20 mA
NOTES: 1. Luminous intensity is measured with a light sensor ana filter combination that approximates the CI E
(Commission Internationale De L'Eclairage) eye-response curve.
2. 0% is the off-axis angle at which the luminous intensitY is half the axial luminous intensitv.
50
/z223A
£
""'a
~
E
~
80
100
FIG 3 FORWARD CURRENT
OERATING CURVE
--
[,..~
o IJI'
2213A
?
o
10
20
30
40
50
Forward Current IF (mAl
FIG 4 RELATIVE LUMINOUS
INTENSITY VS. FORWARD
CURRENT
O'
2203A
;:-
60
~
Ambient Temperature TA (OC)
Forward Voltage VF(VI
FIG 2 FORWARD CURRENT VS
FORWARD VOLTAGE
If..
~~
~
/1
o
2203A
" "'-" ,
2223A
u
/
r---
~
30
'"ro
V
V
2223A
E
:; 40
2203A
20
/
50
>
iil
70'
02
OJ
a:
80'
01
-30
2-191
470
-20
-10
10
20
30
40
Ambient Temperature TA (0 CI
FIG 5 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
H--f-+-t--'k-t--H-E3=-"'-:S+-t--hI''-t--t--1-+-t 90'
~
u
FIG 6
SPATIAL DISTRIBUTION
~
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
2233A
2253A
0.4
0.4
1.1
Angl~
20Y:,
2233A
2253A
Peak Emis~ion
Wavelength
APEAK
PARAMETER
Luminous Intensity
Viewing
MAX.
25°C
=
TEST
CONDITION
UNIT
1.1
mcd
IF = 10 mA
Note 1
200
deg.
Note 2 (Fig. 11)
2233A
2253A
565
585
nm
nm
Spectral Li ne
Half Width
b.A
2233A
2253A
30
35
Forward Voltage
VF
2233A
2253A
2.1
Reverse Current
IR
2233A
2253A
Capacitance
C
2233A
2253A
Measurement
@ Peak (Fig. 1)
IF = 20 mA
2.8
V
100
JJ,A
VR =5V
PF
VF = 0
f=1MHZ
35
15
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eciairage) eye-response curve.
2. oY:, is the off-axis angle at which the luminous intensity IS half the axial luminous intensity.
50
«
40
·1233
E
c
30
II
~
:;
U
'2
"
III I
«
~4253l- V
E
20
50
i':
50
in
iii
~
C
ID
T
'2 20
10
~
"
u..
j
V
o
12
16
20
""i'....r--.. I""-r-....
u
III
24
28
il
10
32
30
~
20
20
40
I~
/
ID
>
.........
3A
22J3A ~'2253A
~
g
2233A
30
:;
40
E
40
.!!,
II
~
u..
60
fA
r-.....
60
"'"" ~
60
g
,
Q;
a:
100
/
10
1/
oV
o
Ambient TemperatureTA (OC)
Forward Voltage VF (V)
FIG 7 FORWARO CURRENT VS
FORWARD VOLTAGE
FIG 8 FORWARD CURRENT
DERATING CURVE
10
20
30
40
50
Forward Current IF (rnA)
FIG 9 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
o·
10'
20'
30'
22i3A
50'
1 -2233A
60'
5
70'
ao'
2
1+++-H..++-F1::::b,.J..=t::F-H-+--}f-H-+-H
o1
-30
-20
-10
10
20
Ambient Tempelature
30
TA
40
(Oe)
FIG 10 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
90'
70
08
0.9
FIG 11 SPATIAL DISTRIBUTION
7.0
2-192
471
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 2SoC
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
2293A
0.4
1.1
mcd
IF=10mA
Note 1
Viewing Angle
28%
2293A
200
deg.
Note 2 (Fig. 16)
Peak Emission
Wavelength
APEAK
630
nm
nm
PAR~METER
Luminous Intensity
Spectral Line
Half Width
l>A
40
Forward Voltage
VF
2.0
Reverse Current
IR
Capacitance
C
MAX.
TEST
CONDITION
UNIT
Measurement
Peak (Fig. 1 )
@
2.8
V
100
/JA
VA =5V
PF
VF =0
f=1MHZ
20
IF =20 mA
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eciairage) eye-response curve.
2. 0% is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
~
40
5
i"
:;
/
E
~ 30
:J
u 20
'E
~
5 10
'E 20
~
.l:
IL
r-.... I'-.
U
I
I
u-
o
I
I
II
E 30
50
60
I
II
I
........
........
V
12
16
/
........
10
20
24
2.8
Forward Voltage V, (V)
FIG 12 FORWARD CURRENT VS
FORWARD VOLTAGE
32
20
40
60
80
/
r-....
100
Ambient Temperature TA (OC)
FIG 13 FORWARD CURRENT
DERATING CURVE
o 1/
o
10
20
30
50
40
Forward Current I, (rnA)
FIG 14 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
o·
10'
20'
30'
50'
60'
70'
80'
0.1 L----'-_--'-_L---L_-'--_-'----'_-'-_-'---'
70
60
10
20
30
40
50
-30 -20 -10
2-193
472
Ambient Temperature TA (OC)
FIG 15 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
I-+++-H.-f--l-+-=IB-'-=E=t--H-++--H-I--+-t 90'
0.9
0.1
1.0
FIG 16 SPATIAL DISTRIBUTION
ILITE[']~II
(Smm) CYLINDRICAL LED LAMPS
LTL·2214RT/2214WC BRIGHT RED
LTL·2234GT/2234WC GREEN
LTL·2254YT/2254WC YELLOW
LTL·2224RT HIGH EFFICIENCY RED
LTL.2294WC ORANGE
FEATURES
.WIDE VIEWING ANGLE
• LOW POWER CONSUMPTION
• LONG LlFE·SOLlD STATE RELIABILITY
• LOW COST.
DESCRIPTION
The Bright Red source color devices are made with
Gallium Phosphide on Gallium Phosphide Red Light
Emitting Diode.
The High Efficiency Red and Orange source color
devices are made with Gallium Arsenide Phosphide
on Gallium Phosphide Orange Light Emitting Diode.
The Green source color devices are made with Gallium
Phosphide on Gallium Phosphide Green Light Emitting
Diode.
The Yellow source color devices are made with Gallium
Arsenide Phosphide on Gallium Phosphide Yellow Light
Emitting Diode.
PACKAGE DIMENSIONS
DEVICES
PART
NO.
LTL-
LENS
COLOR
DIFFUSION
l 5'7~O'2
SOURCE
COLOR
(.224!.OOB)
22.0 M1N
2214RT
2214WC
Red
Water Clear
Transparent
Non-Diffused
Bright Red
2234GT
2234WC
Green
Water Clear
Transparent
Non-Diffused
Green
2254YT
2254WC
Yellow
Water Clear
Transparent
Non-Diffused
Yellow
2224RT
Red
Transparent
HI. Eff. Red
2294WC
Water Clear
Non-Diffused
Orange
~
+
":"--'-'A-T-O-EN"'O-TE'f-S-CATHODE
(!O~)MIN
't'--j--'-r
2.54
(-1)
NOM
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
2-194
473
ABSOLUTE MAXIMUM RATINGS AT TA = 25°C
BRIGHT
RED
GREEN
YEELOW
HI. EFF. RED
ORANGE
UNIT
40
100
60
100
mW
60
120
80
120
mA
Continuous Forward Current
15
30
20
30
mA
Derating Linear From 25°C
0.2
0.4
0.25
0.4
mAtC
5
5
5
5
V
PARAMETER
Power Dissipation
Peak Forward Current
(1/10 Duty Cycle, 0.1 ms Pulse Width)
Reverse Voltage
Operating Temperature Range
-55°C to +100°C
Storage Temperature Range
_55°C to +100°C
Lead Soldering Temperature
260°C for 5 Seconds
[1.6mm (0.063in) From Body]
Green Yellow
Hi. Eft. Red
Orange
Bright Red
1.0,--------,~~~~_.----~~_r------~~~------_.--------,
>-
.~
on
C
~
0.5 ~--------_t--.r~r_--~_iL-----_7~--------4_------~~~--------~
.~
...
'"
Qj
a:
500
550
600
650
700
Wavelength A (nm)
FIG.1 RELATIVE INTENSITY VS. WAVELENGTH
2-195
474
750
800
.
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
PARAMETER
PART NO.
SYMBOL
LTL-
TEST
CONDITION
MIN.
TYP.
UNIT
0.2
0.2
0.4
0.4
mcd
IF = 10 mA
Note 1
Note 2 (Fig. 6)
MAX.
Iv
2214RT
2214WC
Viewing Angle
21JY:.
2214RT
2214WC
150
deg.
Peak Emission
Wavelength
?"PEAK
2214RT
2214WC
697
nm
nm
Luminous Intensity
= 2SoC
Spectral Li ne
Half Width
A?,
2214RT
2214WC
90
Forward Voltage
VF
2214RT
2214WC
2.1
Reverse Current
IR
2214RT
2214WC
capacitance
C
2214RT
2214WC
Measurement
@ Peak (Fig. 1)
2.8
V
100
p,A
VR = 5V
PF
VF =0
f=lMHZ
55
IF = 20 mA
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eciairage) eye-response curve.
2. IIY:. IS the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
~
I
I
40
E
50
~
E
~
"
'E.,
~
.f
u
40
~
~
~
50
60
30
E
"~
I
I
20
10
~
"
u.
J
1.2
20
1.6
24
...... ~
10
32
28
20
40
~~
..... .....
60
./
V
r- .....
oV
o
100
80
o·
;;;
c:
-
2
~
oS
"'"o
c:
10
20
30
40
10'
20'
30'
- - r-- -
,50'
60'
E 0.5
"
...J
70'
§!
"
~
50
Forward Current IF(mAl
FIG 4 RELATIVE LUMINOUS
INTENSITY VS. FORWARD
CURRENT
Ambient Temperature TA (OCI
FIG. 3 FORWARD CURRENT
DERATING CURVE.
Forward Voltage VF (VI
FIG. 2 FORWARD CURRENT VS.
FORWARD VOLTAGE
C
-
'E 20
V
o
30
u
80'
0.2
II:
01
-30
H-++-H+++-t"9--+-P't-H-+++-tH-H 90'
I
-20
-10
10
20
30
40
Ambient Temperature TA (0 CI
FIG 5 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
18
14
1.0
06
02
04
08
1.2
FIG. 6 SPATIAL DISTRIBUTION
16
20
2-196
475
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 2SoC
PARAMETER
PART NO.
SYMBOL
LTL-
MIN.
TYP.
0.5
-0,5
' 0.6
0.5
1.7
1.7
1.7
1.7
MAX.
tv
2234GT
2234WC
2254YT
2254WC
Viewing Angle
28Y"
2234GT
2234WC
2254YT
2254WC
150
Peak Emission
Wavelength
",PEAK
2234GT
2234WC
2254YT
2254WC
565
566
585
585
nm
Spectral Line
Half Width
41\
2234GT
2234WC
2254YT
2254WC
30
30
35
35
nm
Forward Voltage
VF
2234GT
2234WC
2254YT
2254WC
Luminous Intensity
Reverse Current
IR
2234GT
2234WC
2254YT
2254WC
Capacitance
C
2234GT
2234WC'
2254YT
2254WC
TEST
CONOITION
UNIT
mcd
tF = 10 mA
Note 1
deg.
Note 2 (Fig. 11)
'. ,
2.1
Measurement
@ Peak (Fig. 1 )
2.8
V
IF =20mA
100
J.lA
VR =5V
PF
VF =0
fool MHZ
-.
-..
"
35
35
15
15
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination 'that approximates the CI E
(Commission Internationale De L'Eciairage) eye-response curve.
2. /:lY" is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
«
.s
40
~
~
30
:;
u
'E
60
II,
11/
2234GT
2234WC/A,1
'j 2254YT
2254WC
I
20
'"~
II
«
.s
rr-
50
~
40
2234GT
2234WC
~
:; 30
12
16
2254YT
2254WC
~
is 10
u.
20
24
2B
20
32
Forward Voltage VF (VI
FIG 7 FORWARO CURRENT VS
FORWARD VOLTAGE
'"0
30
-
-
-
2234GT
2234WC
E
0
..J
.........
.......
r:- ........ ........
40
w
>
"
60
r-...:: ~
/
o/
o
100
- r--
/
10
......
BO
2254WC
I
20
g
0;
a:
pi
IV 2254YT
II'
c
I'l'
o
40
0
~
u
'E 20
j
c
w
.E
E
II
0 10
u.
50
~
10
30
20
40
50
Forward Current IF (rnA)
Ambient TemperatureTA (OC)
FIG 8 FORWARD CURRENT
DERATING CURVE
FIG 9 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
0'
10'
20'
30'
,-.c------.,.--.---.--.----,--,--,-----" 40'
2254YT
2254WC
50'
1 ~2234GT
r- 2234WC
60'
5
70'
2
o1
BO'
H-+-HH-I---l-H""f--I-----P"I-H-I--+-HH-t-I 90'_
-30
2-197
476
-20
-10
10
20
30
40
Ambient Ten p81ature TA (OC)
FIG'O LUMINOUS INT,ENSITY VS AMBIENT
TEMPERATUP:
50
60
70
I.B
1.4
1.0
06
02
04
O.B
1.2
FIG.', SPATIAL ulSTRIBUTION
16
20
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
TEST
CONDITION
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
2224RT
2294WC
05
05
1.7
1.7
mcd
IF = 10 rnA
Note 1
Viewing Angle
2BY:.
2224RT
2294WC
150
deg.
Note 2 (Fig. 16)
Peak Emission
Wavelength
;\PEAK
2224RT
2294WC
635
PARAMETER
Luminous Intensity
MAX.
UNIT
Measurement
11m
@ Peak (Fig. 1)
.
Spectral Line
Half Width
A;\
2224RT
2 L1cJ4WC
40
Forward Voltage
VF
2224RT
2294WC
2.0
Reverse Current
IR
2224RT
2294WC
Capacitance
C
2224RT
2294WC
nm
2.8
V
100
IJ,A
VR =5V
PF
VF =0
f=lMHZ
20
IF = 20 rnA
NOTES: 1 Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eciairage) eye-response curve.
2. BY:. is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
~
I
40
.E.
30
5
"
0;
50
.,c:
:; 40
'"
:l
E
~ 30
0
"
~ 20
;:
I
10
~
II
E
:l
~
......
10
12
16
20
24
2B
40
20
32
.,>
'"OJ'"
..J
/
o
"
60
a:
/
V
10
r--... .......
BO
/
20
/
o 1/
o
100
FIG 13 FORWARD CURRENT
DERATING CURVE
o·
i':
10
20
30
10'
20'
30'
-
0;
.,c:
£
50
40
Forward Current IF (rnA)
FIG 14 RELATIVE LUMINOUS
INTENSJT¥ VS FORWAflD
CURRENT
Ambient Temperature TA (0 C)
Forward Voltage VF (V)
FIG 12 FORWARD CURRENT VS
FORWARD VOLTAGE
/
30
c:
U
I
/
40
£
:l
u 20
"E
~
i':
E
I
~
u..
~
I
~
E
50
60
I
50'
'"o
:l
60'
c:
E
05
.3
.,
70'
>
'"
"*
a:
BO'
02
o1
-30
-20
-10·
10
20
30
40
Ambient Temperature TA (OC)
FIG 15 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
lB
14
1.0
06
02
04
OB
12
FIG.16 SPATIAL DISTRIBUTION
16
20
2-198
477
ILITE(']~II
ROUND RECTANGULAR
LED LAMPS
L TL·6203LN RED
LTL·6213LN BRIGHT RED
L TL·6223LN HIGH EFFICIENCY RED
L TL·6233LN GREEN
L TL·6253LN YELLOW
L TL·6293LN ORANGE
FEATURES
- lOW POWER CONSUMPTION.
_MINIMUM lEAD lENGTH 1".
- ROUNDED END RECTANGULAR SHAPE.
-I.C. COMPATI BlE.
- lONG LlFE·SOLID STATE RELIABILITY.
DESCRIPTION
The Red source color devices are made with Gallium
Arsenide Phosphide Red Light Emitting Diode.
The Bright Red source color devices are made with
Gallium Phosphide on Gallium Phosphide Red Light
Emitting Diode.
The High Efficlency Red Orange source color devices
are made with Gallium Arsenide Phosphide on Gallium
Phosphide Orange Light Emitting Diode.
The Green source color devices are made with Gallium
Phosphide on Gallium Phosphide Green Light Emitting
Diode.
The Yellow source color devices are made with Gallium
Arsenide Phosphide on Gallium Phosphide Yellow Light
Emitting Diode.
I ! ~I
,~
PACKAGE DIMENSIONS
DEVICES
PART
NO.
lTl-
COLOR
DIFFUSION
SOURCE
COLOR
6203lN
Red
Diffused
Red
6213lN
Red
Diffused
Bright Red
6223lN
Red
Diffused
Hi. Eff. Red
6233LN
Green
Diffused
Green
6253LN
Yellow
Diffused
Yellow
6293LN
Orange
Diffused
Orange
lENS
(.1
2·199
478
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
ABSOLUTE MAXIMUM RATINGS AT TA = 2SoC
RED
BRIGHT
RED
GREEN
YELLOW
HI. EFF. RED
ORANGE
UNIT
Power Dissipation
80
40
100
60
100
mW
Peak Forward Current
(1/10 Duty Cycle. 0.1 ms Pulse Width)
200
60
120
80
120
mA
Continuous Forward Current
40
15
30
20
30
mA
Derating Linear From 25°C
0.5
0.2
0.4
0.25
0.4
mArC
5
5
5
5
5
V
750
800
PARAMETER
Reverse Voltage
Operating Temperature Range
_55° C to +100° C
Storage Temperature Range
_55" C to +1000 C
Lead Soldering Temperature
[1.6mm (0.063in) From Body]
2600 C for 5 Seconds
Green Yellow
Hi. Eff. Red
Orange Red
Bright Red
>
.....
'u;
c
'"c
.....
0.5
'"
'"
a::
>
.;;
a;
500
550
600
650
700
Wavelength /I. (nm)
FIG.1 RELATIVE INTENSITY VS. WAVELENGTH
2-200
479
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
PARAMETER
PART NO.
LTL6203LN
6213LN
6223LN
6203lN
6213lN
6223LN
6203LN
6213LN
6223LN
6203LN
6213LN
6223LN
6203LN
6213LN
6223LN
6203LN
6213LN
6223LN
6203LN
6213LN
6223LN
SVMBOL
Luminouil Intensity
Iv
Viewing Angle
28%
Peak Emission
Wavelength
APEAK
Spectral Line
Half Width
/}.A
Forward Voltage
VF
Reverse CUrrent
IR
Capacitance
C
MAX.
TEST
CONDITION
MIN.
TVP.
0.09
0.4
1.7
0.2
1.5
5.6
moo
IF'" 10 mA
Note 1
70
deg.
Note 2 (Fig. 6)
655
697
635
nm
24
90
40
1.7
2.1
2.0
UNIT
Measurement
Peak (Fig. 1)
@
nm
2.8
V
100
p.A
VR =5V
PF
VF=O
f'" 1 MHZ
IF "'20mA
-
30
55
20
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the elE
(Commission Internationale De L'Eciairage) eye-response curve.
2. e% is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
~
40
~
E
~
u
'E
60
,/J
1/6223l 'I
II 1
6203lN
I.
II
I I
I If
I I
I
30
20
'"~
5 10
50
~
E
~
~
12
30
u
'E 20
rT
5 10
6213lN
2
~
u.
16
20
24
2B
32
20
-
~
in
c
£"
-
--
"'-
E
:>
">
30
6223lN V
E
:>
........
- ""
........
.......
40
...J
-~~
60
">
1ii
CD
a:
~~
BO
'/
6203lN
20
£
1.0
1£-
oP
o
lGO
-
6213lN
4
10
20
30
40
Forward Current IF (mAl
FIG 4 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
FIG 3 FORWARD CURRENT
DERATING CURVE
0'
10'
20'
6203lN
6213lN6223lN
r-- ~
30'
i::::,..
40'
1.0
09
05
50'
DB
02
60'
70'
07
CD
BO'
a:
01
-30
2-201
480
L
/
/
c
...J
1ii
'0"
:>
:>
g
40
Ambient Temperature TA (0 C)
Forward Voltage VF (VI
FIG 2 FORWARD CURRENT VS
FORWARD VOLTAGE
'"
62~lN
.//V
o
iiic
£"
40
E
J 6213lN
u.
50
>-
-20
-10
10
20
30
40
Ambient Temperature TA (OC)
FIG 5 LUMINOUS INTENSITY VS. AMBIENT
TEMPERATURE
50
60
70
o5
03
01
02
0.4
FIG 6 SPATIAL DISTRIBUTION
06
50
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
=
2SoC
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
6233LN
6253LN
1.7
1.7
5.6
5.6
mcd
IF = 10 mA
Note 1
Viewing Angle
211Y:.
6233LN
6253LN
70
deg.
Note 2 (Fig. 11)
Peak Emission
Wavelength
APEAK
6233LN
6253LN
565
585
nm
Measurement
@ Peak (Fig. 1)
Spectra I Li ne
Half Width
AA
6233LN
6253LN
30
35
Forward Voltage
VF
6233LN
6253LN
2.1
Reverse Current
IR
6233LN
6253LN
Capacitance
C
6233LN
6253LN
PARAMETER
Luminous Intensity
MAX.
TEST
CONDITION
UNIT
,
nm
2.8
V
100
p.A
VR =5V
PF
VF = 0
f= 1 MHZ
35
15
IF =20mA
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eclairage) eye· response curve.
2. IIY:. is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
~
40
E
l'
30
6!33l~~ 253lN
II
E
II
If
5
u
'0
20
ro
;::
(;
u.
60
A
V
~
.
-
§
12
16
20
24
28
40
oS ~
11
6 53
E
::0'0
"- I'....
.........
~
>
r" ~
3.2
20
40
60
I
l! 20
;:; E
r-.... I"
I"-- l"80
£~
/
10
......
o
100
Ambient Temperature TA (DC)
FIG 8 FORWARD CURRENT
DERATING CURVE
/
/
o
10
;;;
2
10'
50
20'
I r--6233lN
40'
10
05
09
.3
50'
,
0.8
">
~
a:
40
30'
::0
~
30
62~3lN
c
"
E
'"a
20
Forward Current IF (mAl
FIG 9 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
O'
?:
L
623~lN P6253lN
I'
-;;; E
::0 030
6233lN
10
Forward Voltage VF (VI
FIG 7 FORWARD CURRENT VS.
FORWARD VOLTAGE
I
I
"
E«
40
~
(;
u.
/,
~
o
50
E
l' 30
5
u
l' 20
III
10
50
?:
~
02
60'
10'
BO'
0.7
1++-l-I--'1"9-+f9-H+-H
o1
-30
-20
-10
10
20
30
40
Ambient Tempelature TA (OC)
FIG 10 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
10
0.5
03
01
0.2
04
FIG 11 SPATIAL DISTRIBUTION
90'
06
2·202
481
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 2SoC
TEST
CONDITION
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
6293LN
1.7
5.6
mcd
IF = 10 mA
Note 1
Viewing Angle
28%
6293LN
70
deg.
Note 2 (Fig. 16)
Peak Emission
Wavelength
APEAK
6293LN
630
nm
Measurement
@ Peak (Fig. 1)
Spectral Line
Half Width
AA
6293LN
40
nm
Forward Voltage
VF
6293LN
2.0
Reverse Current
IR
6293LN
PARAMETER
Luminous Intensity
MAX.
UNIT
2.8
V
IF = 20mA
100
J.lA
VR =5V
PF
,VF =0
f = 1 MHZ
,
Capacitance
C
6293LN
20
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eciairage) eye-response curve.
2.8% is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
«
50
~
I
40
Eu.
~
60
I
.,~
I
I
30
~
:;
!:
~ 30
~ 10
~ ~ 20
"
12
16
2.0
24
28
32
40
20
Forward Voltage VF IV)
FIG 12 FORWARD CURRENT VS
FORWARD VOLTAGE
/
>Cii
~
........
/
o
II
~"C
r-....
~
I
II
u.
~
E .,
........
u
"E 20
I
I
5'" ~E 3.0
~
~
u 20
"E
.,
;:
15 10
/
40
E
'"., 02
a;
~
40"
1.0
0
09
50"
~
..J
08
01
-30
482
60"
70"
80'
07
c:
2-203
40
Forward Current IF ImA)
FIG. 14 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
H---t-Hf-f'9--+--F'hH--t---H 90"
-20
-10
10
20
30
40
Ambient Temperature TA (Oel
FIG.15 LUMINOUS INTENSITY VS. AMBIENT
TEMPERATURE
50
60
70
05
03
01
02
04
FIG.16 SPATIAL DISTRIBUTION
06
50
ILlTE[.]~11
2x4 RECTANGULAR BAR LED
LAMPS
LTL·403P BRIGHT RED
LTL·403G GREEN
LTL·403Y YELLOW
LTL·403A AMBER·
FEATURES
• LOW POWER CONSUMPTION
• MOST SUITABLE
FOR
USE
LI KE
LEVEL
INDICATOR
• EXCELLENT UNIFORMITY OF LIGHT EMITTANCE.
• LONG LIFE-SOLID STATE RELIABI L1TY .
• I.C. COMPATIBLE.
II !
!1/.
DESCRIPTION
The Bright Red source color devices are made with
Gallium Phosphide on Gallium Phosphide Red Light
Emitting Diode.
The Green source color devices are made with Gallium
Phosphide on Gallium Phosphide Green Light Emitting
Diode.
The Yellow and Amber source color devices are
made with Gallium Arsenide Phosphide on Gallium
Phosphide Yellow Light Emitting Diode.
PACKAGE DIMENSIONS
7.0
SEE NOTE 3
:l:::=$;:::I:::='~l
I
DEVICES
PART
NO.
LTL-
COLOR
DIFFUSION
403P
Red
Diffused
Bright Red
403G
Green
Diffused
Green
403Y
Yellow
Diffused
Yellow
403A
Amber
Diffused
Amber
LENS
25.4
tJ·"
SOURCE
COLOR
NOTES:
1. All dimensions are in millimeters (Inches).
2. Tolerance is ±0.25mm (.010") unless otherWise
noted.
3. Protruded resin under flange is 1.5mm (.059")
max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice. 2-204
483
"
.:.:.
'''' '
:.,
ABSOLUTE MAXIMUM RATINGS AT TA =2SoC
BRIGHT
RED
GREEN
40
,
YELLOW
AMBER
UNIT
100
60
mW
60
120
80
mA
Continuous Forward Current
15
30
20
mA
Detating Linear From 25°C
0.2
0.4
0.25
mArC
5
5
5
V
PARAMETER
Power Dissipation
Peak Forward Current
(1/10 Duty Cycle. 0.1ms Pulse Width)
Reverse Voltage
,
Operating Temperature Range
_55°C to +100°C
Storage Temperat.ure Range
_55°C to +100°C
Lead Soldering Temperature
[1.6mm (0.063 in) From Body)
260° C for 5 Seconds
Green
1.0
Yellow
Amber
.,
Bright Red
.~
.,
c
ec
Q)
...co
.<: 0.5
Q;
a:
500
550
600
650
700
Wavelength ~ (nm)
FIG.1 RELATIVE INTENSITY VS. WAVELENGTH
2-205
484
750
800
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
PARAMETER
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
403P
01
0.4
mcd
20110
403P
104
deg.
?.PEAK
403P
697
nm
nm
Luminous Intensity
Viewing Angle
Peak Emission
Wavelength
Spectra I Li ne
Half Width
A?.
403P
90
Forward Voltage
VF
403P
2.1
Reverse Current
IR
403P
Capacitance
C
MAX.
.
403P
TEST
CONDITION
UNIT
2.8
V
100
p.A
IF = 10 mA
Note 1
Note 2 (Fig. 6)
Measurement
@ Peak (Fig. 1)
IF =20 mA
VR =5V
VF =0
PF
55
f = 1MHZ
I
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'Eciairage) eye·response curve.
2. ey. is the off·axis angle at which the luminous intensity is half the axial luminous intensity.
50
50
60
I
'"
,.- ~-
'" E
0 1.0
a:Z
"*
/
o/
o
100
10
--
c
~
"o'"
FIG. 3 FORWARD CURRENT
DERATING CURVE
c:
-- -
20
30
40
10'
20'
30'
I--
40'
10
09
E 05
.3
50'
08
">
til
a; 02
a:
60'
0.7
01
-30
I++H'-f=t-+-t=H'--++-H
-20
50
Forward Current IFlmAI
FIG 4 RELATIVE LUMINOUS
INTENSITY VS. FORWARD
CURRENT
.
Ambient Temperature TA (OC)
o·
~
'in
-
-10
10
20
Ambient Temperature TA
30
40
(OC)
FIG 5 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
0.5
FIG. 6
03
0.1
0.2
04
70'
80'
90'
06
SPATIAL DISTRIBUTION
2·206
485
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
403G
403Y
0.7
0.7
2.5
2.5
mcd
IF = 10 mA
Note 1
Viewing Angle
28%
403G
403Y
104
deg.
Note 2 (Fig. 11)
Peak Emission
Wavelength
i\PEAK
403G
403Y
565
585
nm
Measurement
@ Peak (Fig. 1)
PARAMETER
Luminous Intensity
Spectral Line,
Half Width
6i\
403G
403Y
30
35
Forward Voltage
VF
403G
403Y
2.1
Reverse Cu rrent
IR
403G
403Y
Capacitance
C
403G
403Y
MAX.
TEST
CONDITION
UNIT
,
nm
,
= 20mA
2.8
V
IF
100
p.A
VR
PF
VF =0
f = 1MHZ
35
15
= 5V
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission I nternationale De L'Eciairage) ~ye-response curve.
2. 8% is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
«
..s
40
~
30
IV
f
~
u
'E
~
(;
u.
«
03~/l!. r403Y
~
20
II
..s
r/
~
12
16
20
c:
(;
u.
2S
0
403G
........
4~3Y
E
.3
p
4U,."
30
20
40
r--.
60
SO
-.;
a:
20
o 1/
o
100
1/
10
20
30
40
Forward Current IF (rnA)
Ambient Temperature TA (OC)
Forward Voltage VF IV)
FIG 7 FORWARD CURRENT VS
FORWARD VOLTAGE
FIG 9 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
FIG 8 FORWARD CURRENT
DERATING CURVE
O'
10'
20'
30'
""
in
2
40Jy
§
E
-40
40'
'"o
10
~
c:
E
.3
">
~
a:
09
05
70'
SO'
f-++H'---t-==t--+--F+-1-+-+-+-t 90'
-30
-20
-10
10
20
30
40
Ambient Tempelature TA (OC)
486
60'
0.7
oI
. 2-207
50'
O.S
02
FIG 10 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
-
V
10
......
-
I/'
>
i'" ~
~' 403Y
/
g"
........ I......... .........
10
32
40
c:
"'- .........
~
24
1:"
'"
40
~ 30
~
u
'E 20
I
~
o
""inc:
50
~
/I
10
50
60
11
0.5
FIG. 11
0.3
0.1
02
04
06
SPATIAL DISTRIBUTION
50
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
=
2SoC
SYMBOL
PART NO.
lTl-
MIN.
TYP.
Iv
403A
0.7
2.5
mcd
IF = 10 mA
Note 1
Viewing Angle
20Y.
403A
104
deg.
Note 2 (Fig. 16)
Peak Emission
Wavelength
i\PEAK
600
nm
nm
PARAMETER
Luminous Intensity
Spectral Line
Half Width
D.X
35
Forward Voltage
VF
2.1
Reverse Current
IR
Capacitance
C
MAX.
TEST
CONDITION
UNIT
Measurement
Peak (Fig. 1 )
@
IF = 20 mA
2.8
V
100
p.A
VR =5V
PF
VF =0
f=1MHZ
15
NOTES: 1. Luminous Intensity IS measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eclairage) eye-response curve.
2. OY. is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
50
I
40
;;:
.s
II
16
........
is 10
u..
~
~ 20
Q)~
> '"
" E
~ is 10
r-..,. .......
24
2B
20
32
40
60
/
a:z
....... r-..,.
........
20
80
J
o 1/
100
0
Ambient Temperature TA (OC)
Forward Voltage VF IV)
FIG 12 FORWARD CURRENT VS
FORWARD VOLTAGE
~
in
c
!O
I
/
E '"
~
o
12
30
.3
'E 20
I
40
o~
';
/
~
E«
~ .§
w
40
u
/
';
u
'E 10
;:
'"
is
u..
50
@ 30
I
~ 20
50
::-
10
20
30
40
50
Forward Current IF(mA)
FIG 13 FORWARD CURRENT
DERATING CURVE
FIG 14 RELATIVE LUMINOUS
INTENSITY VS. FORWARD
CURRENT.
30"
2
2
s
40"
~
10
~
o
c
E
09
05
~
50"
DB
..J
60"
W
>
"
~
a:
70"
0.7
02
~-+-+-,~:::j...-+-....j::~H-+-..j....j
o1
-30
-20
-10
10
20
30
Ambient Temperature TA (Oel
FIG. 15 LUMINOUS INTENSITY VS
AMBIENT TEMPERATURE
40
50
60
70
o5
0.3
01
0.2
04
BO"
90"
06
FIG.16 SPATIAL DISTRIBUTION
2-208
487
ILlTE('J~11
2x5 RECTANGULAR BAR LED
LAMPS
LTL·3201A I 23203A
LTL·3211A I 23213A
LTL·3221A I 23223A
LTL·3231A /23233A
RED
BRIGHT RED
HIGH EFFICIENCY RED
GREEN
LTL·3251A /23253A YELLOW
LTL·3271A I 23273A AMBER
LTL·3291A I 23293A ORANGE
FEATURES
• LOW POWER CONSUMPTION.
• MOST SUITABLE FOR USE LIKE LEVEL
INDICATOR.
• EXCELLENT UNIFORMITY OF LIGHT EMITT·
ANCE.
• LONG L1FE·SOLID STATE RELIABILITY .
• I.C. COMPATIBLE.
DESCRIPTION
The Red source color devices are made with Gallium
Arsenide Phosphide Red Light Emitting Diode.
The Bright Red source color devices are made with
Gallium Phosphide on Gallium Phosphide Red Light
Emitting Diode.
The High Efficiency Red and Orange source color
devices are made with Gallium Arsenide Phosphide
on Gallium Phosphide Orange Light Emitting Diode.
The Green source color devices are made with Gallium
Phosphide on Gallium Phosphide Green Light Emitting
Diode.
The Yellow and Amber source color devices are made
with Gallium Arsenide Phosphide on Gallium Phosphide
Yellow Light Emitting Diode.
LTL·32xlA Series
PACKAGE DIMENSIONS
LTL-232x3A Series
I~
(.,~O I
SEENOTE3~r
I
I
I
rt-,
t !
6.S!O.2
'II =T)T
w
1
I
7. o
!
L
t
SEE NOTE 3
(e27 0)
i
-+-
I
I
2.
11
U
I
1.
(.0
~
ee1) NOM
2-209
488
I
t
7
256±.ooa)(.2
25.4
MIN
~ ·~)MIN
2.54 NOM
(.1
I
NOTES;
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
DEVICES
PART
NO:
LTL-
LENS
COLOR
3201 A
Red
DIFFUSION
SOURCE
COLOR
PART
NO.
LTL-
LENS
COLOR
DIFFUSION
SOURCE
COLOR
Diffused
Red
23203A
Red
Diffused
Red
3211 A
Red
Diffused
Bright Red
23213A
Red
Diffused
Bright Red
3221 A
Red
Diffused
HI. Eft. Red
23223A
Red
Diffused
Hi. Eff. Red
3231 A
Green
Diffused
Green
23233A
Green
Diffused
Green
3251A
Yellow
Diffused
Yellow
23253A
Yellow
Diffused
Yellow
3271 A
Amber
Diffused
Amber
23273A
Amber
Diffused
Amber
3291 A
Orange
Diffused
Orange
23293A
Orange
Diffused
Orange
ABSOLUTE MAXIMUM RATINGS AT TA
= 2SoC
RED
BRIGHT
RED
GREEN
YELLOW
AMBER
HI. EFF.RED
ORANGE
UNIT
Power Dissipation
80
40
100
60
100
mW
Peak Forward Current
(1/10 Duty Cycle, 0.1 ms Pulse Width)
200
60
120
80
120
mA
30
mA
0.4
mA/oe
5
V
PARAMETER
Continuous Forward Current
40
15
30
20
Derating Linear From 25°e
0.5
0.2
0.4
0.25
5
5
5
5
Reverse Voltage
Operating Temperature Range
- 55°e to + 100 e
Storage Temperature Range
- 55"C to + 1000 e
Lead Solering Temperature
[1.6mm (0.063in) From Body)
260° e for 5 Seconds
0
Green
Yellow
Hi. Eff. Red
Orange Red
Amber
Bright Red
1.0 r---------,--,~-.~-r------~~rn._----~~~------_.--------__,
....>-
·in
c
....CD
c
0.5
CD
'"
'II:"
.;;
OJ
500
550
600
FIr: 1
650
700
750
800
Wavelength A (nm)
RELATIVE INTENSITY VS. WAVELENGTH
2·210
489
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
PARAMETER
SYMBOL
PART NO.
LTL-
MIN.
TYP.
3201A
3211A
0.08
0.2
0.08
0.2
0.2
0.6
0.3
0.&
140
140
140
140
655
697
655
697
24
90
24
90
1.7
2.1
1.7
2.1
Iv
Luminous IntensitY
232031<
Viewing Angie
26%
Peak Emission
Wavelength
>"PEAK
Spectral Line
Half Width
A>"
Forward Voltage
VF
Reverse Current
IR
Capacitance
C
23213A
3201A
3211A
23203A
23213A
320tA
3211A
23203A
23213A
3201A
3211A
23203A
23213A
3201A
3211A
23203A
23213A
3201 A
3211 A
23203A
23213A
3201A
3211A
23203A
23213A
25°C
=
TEST
CONOITION
UNIT
MAX.
moo
IF'" 10 mA
Note 1
deg.
Note 2 (Fig. 6)
nm
Measurement
@ Peak (Fig. 1)
nm
2.0
2.8
2.0
. 2.8
V
100
30
55
30
IF =20mA
IJ.A
VR =5V
PF
VF"'O
f'" 1 MHZ
66
NOTES' 1. Luminous Intensity IS measured With a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eciairage) eye-response curve.
2. 0% is the off-axis angle at which the luminous intensity is half the aXlallummous intensitv.
50
60
~3~6~k I
-
«
I
I
II
E
E
3211 A
23213A- r-- r--
~
c
«
30
l'
~
3
12
~
0
u. 10
16
20
24
28
Forward Voltage VF (VI
u;
c
-
2
r--- ......
"'-
r-r t
32
3.2
20
40
..... 1'-
...... r60
f.,
~~
80
oP
o
100
---
--
~
o
c
" 3211A
23~13A
-1
10
20
30
40
50
Forward Current IF (rnA)
Ambient TemperatureTA (OC)
FIG. 3 FORWARD CURRENT
DERATING CURVE
FIG. 4 RELATIVE LUMINOUS
'JTENSITY VS. FORWARD
CURRENT
10'
20'
30'
""--....--,----,--,-....,--}-,--:71
m6~~
~
E
3211 A
V3201A
23203A- -
O'
3211A
23213A
!!l
.E
I'-
ro 20
FIG 2 FORWARD CURRENT VS.
FORWARD VOLTAGE
~
3201A
23203A
30
/
/
o
40
"C
II
<;
u. 10
V
u
I
I
~
3
I
I
V"
50
c
~
u 20
1:
50
"""=:::::: F::::::,...
40'
50'
60'
05
~
..J
70'
~
>
iii
0:;
c::
02
80'
o1
-30
2-211
490
-20
-10
10
20
30
40
50
Ambient TemperatureTA (OC)
FIG 5 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
60
70
0.9
07
0.5
03
0.1
02
0.4
0.6
FIG. 6 SPATIAL DISTRIBUTION
0 BID
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
2SoC
=
SYMBOL
PART NO
LTL-
MIN.
TYP.
Iv
3221 A
23223A
0.5
0.7
1.7
2.5
mcd
IF = 10 mA
Note 1
Viewing Angle
2BY.
3221 A
23223A
140
140
deg.
Note 2 (Fig. 11 )
Peak Emission
Wavelength
APEAK
3221 A
23223A
635
nm
nm
PARAMETER
Luminous Intensity
Spectral Line
Half Width
AA
3221 A
23223A
40
Forward Voltage
VF
3221 A
23223A
2.0
Reverse Current
IR
3221 A
23223A
Capacitance
C
3221 A
23223A
MAX.
TEST
CONDITION
UNIT
Measurement
Peak (Fig. 1)
@
2.8
V
100
p.A
VR =5V
PF
VF =0
f=1MHZ
20
IF = 20 mA
NOTES: 1. Luminous i)ltensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eciairage) eye·response curve.
2. BY. is the off·axis angle at which the luminous intensity is half the axial lurninous intensity.
50
~
I
40
..s
30
~
5
'"
""
~
~
u;
50
40
<::
~ 30
~
~
I
10
II
12
16
24
28
30
"
">
"0::'"
r---- .......
20
"'"g
...J
.......
10
V
o
40
20
32
40
60
/
/
E
'I'-. ,
u
'E 20
I
<::
"
E
"
u 20
'E
u.
~
I
I
~
::
50
60
I
80
/
20
"
I
V
10
o l/
o
100
10
30
20
40
50
Forward Current 1F (rnA)
Ambient Temperature TA (OC)
Forward Voltage VF (V)
FIG. 7 FORWARD CURRENT VS
FORWARD VOLTAGE
1/
FIG. 9 RELATIVE LUMINOUS
INTENSITY VS. FORWARD
CURRENT
FIG B FORWARD CURRENT
DERATING CURVE
o·
10'
20'
--..--,--,----.--,---,----:n 40'
r<""""-_ _
~
u;
<::
11~~m
E 05~
3
50'
60'
~_+-4_-~_+-~-+-_1-_r-+_~
70'
">
~ 02~_+-4_-~_+-~-+-_1-_r-+_~
80'
0::
01L-~_-L_L-~_~_~~~~_~~
-30
-20
-10
10
20
30
40
Ambient Temperature TA (0 C)
FIG 10 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
.If!
o9
0 7 05
03
0I
02
0.4
06
FIG 11 SPATIAL DISTRIBUTION
0.8
I0
2·212
491
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
PARAMETER
SYMBOL
Luminous Intensity
2eY:z
Peek Emission
Wavelength
APEAK
Spectral Line
Half Width
AA
Forward Voltage
VF
Reverse Current
IR
Capacitance
C
MIN.
LTL-
TYP.
0.5
0.8
323M
3251 A
23233A
23253A
323M
325M
23233A
23253A
3231A
325M
23233A
23263A
3231A
325M
23233A
23253A
3231A
3251A
23233A
23253A
3231A
3251A
23233A
23263A
3231A
3261A
23233A
23253A
Iv
Viewing Angle
-
PART NO.
MAX.
25°C
TEST
CONDITION
UNIT
1.7
2.5
3.8
3.8
140
140
140
140
565
585
565
585
30
35
30
35
1.1
1.1
=
mcd
IF"" 10 mA
Note 1
deg
Note 2 (Fig.161
nm
Measurement
@ Peak (Fig. 1)
nm
2.1
IF =20 mA
2.8
V
100
"A
VR =5V
PF
VF=O
f == 1 MHZ
36
16
36
15
NOTES: 1. Luminous intensity IS measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eclairage) eye-response curve.
2. 0]1, is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
~
40
E
c:
30
~
:;
u
"E
I
20
(;
~
r-
E
~
~:;
/I
10
J.
'C
ro
IL
"
c
(;
~
~
3231A
23233A
30
~
a
c
.......
20
3251A
23253A
10
.......
12
16
20
24
28
3.2
20
E
.3
.......
r--- r--.
"
f/
o
40
E
40
~
LL
40
ru
30
--
"
60
Q;
r-..:: ~
80
c::
2
"
E
~
V
10
oV
o
/
10
20
30
40
~
a
50
Forward Current IF (rnA)
FIG 14 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
10'
20'
30'
50'
~ ~~~~~A
~
j--
f-- j - -
I!,
20
"""-100
r~~51123253A _
3251A
23253A
c
~
3231A
-23233A
I
O'
~
-
>
iii
Ambient Temperature TA (Oel
FIG 13 FORWARD CURRENT
DERATING CURVE
Forward Voltage V, (VI
FIG 12 FORWARD CURRENT VS
FORWARD VOLTAGE
I I
~
50
U
J
~
LL
.1.
'I m~~A
oU
60
lA
III
3231A
23233A/ fl.
60'
05
~
..J
~
70'
>
iii
Q;
c::
02
80'
o1
-30
2-213
492
-20
-10
10
20
30
40
Ambient Tempelature TA (OC)
FIG 15 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
09070503
01
02040.60810
FIG. 16 SPATIAL DISTRIBUTION
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
= 2SoC
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
3271A
3291A
23273A
23293A
0.5
0.5
1.1
0.7
1.7
1.7
3.8
2.5
mcd
IF = 10 mA
Note 1
Viewing Angle
20Y,
3271A
3291A
23273A
23293A
140
140
140
140
deg.
Note 2 (Fig. 21)
Peak Emission
Wavelength
APEAK
3271A
3291A
23273A
23293A
600
630
600
630
nm
Measurement
@ Peak (Fig. 1)
Spectral Line
Half Width
AA
3271A
3291A
23273A
23293A
35
40
35
40
nm
Forward Voltage
VF
3271A
3291A
23273A
23293A
2,1
2.0
2.1
2.0
Reverse Current
IR
3271A
3291A
23273A
23293A
Cap.acitance
C
3271A
3291A
23273A
23293A
PARAMETER
Luminous IntensitY
TEST
CONDITION
UNIT
MAX.
V
100
!J.A
VR =5V
PF
VF =0
f 1 MHZ
15
20
15
20
IF
= 20 mA
2.8
=
NOTES. 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'Eciairage) eye·response curve.
2. OY, IS the off-ilxis angle at which the luminous intensity is half the axial luminous intensity.
50
~
.s
c
I-
40
/
30
~
/
/
3271A
23273A
~
.s
-
~
/
'0
ro
b
o
-
40
'0
ro 20
3271A
23273A
s
1i 10
u.
20
24
28
""
........
//
20
32
40
I 3271 A
23273A
I/'
........
60
,
b
........ ......... ........
r-..:: ~
Forward Voltage VF IV)
oV
o
.......
100
80
/
10
30
20
50
40
Forward Current IF (rnA)
Ambient Temperature TA (OC)
FIG 19 RELATIVE LUMINDUS
INTENSITY VS FORWARD
CURRENT
FIG 18 FORWARD CURRENT
DERATING CURVE
FIG 17 FORWARD CURRENT VS
FORWARD VOLTAGE
3291A
23293AJ I
I-
3291A
23293A
~
U
J
16
12
/
50
c
I
10
50
l' 30
/
/ /
u 20
~
V
3291A
r- ~ 23293A/
l'
s
60
11
o·
~
2
~
3271A
23273A
c
S
.£
"'"o
A::::::s
c
60'
3291
23293A
E 05
"
">
~0:
50'
...J
70'
02
80'
H-++-H-+-+--l"'1R-+--J:=I"'H-+-+-+-H-f-.. 90'
01
-30
-20
-10
10
20
30
40
Ambient Temperature TA (-Oel
FIG 20 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
09
07
05
03
01
02
04
06
FIG 21 SPATIAL DISTRIBUTION
08
10
2-214
493
ILlTE['] ~ II
2xS RECTANGULAR BAR
FLANGELESS LED LAMPS
L T L-433R
LTL-433P
LTlA33HR
LTL-433G
RED
BRIGHT RED
HIGH EFFICIENCY RED
GREEN
L TL·433Y YELLOW
L TL-433A AMBER
L TL-433EA ORANGE·
FEATURES
• LOW POWER CONSUMPTION.
• MOST SUITABLE FOR USE LIKE LEVEL
INDICATOR.
• EXCELLENT UNIFORMITY OF LIGHT EMITTANCE_
• LONG LIFE-SOLID STATE RELIABILITY .
• I.C. COMPATIBLE.
DESCRIPTION
The Red source color devices are made with Gallium
Arsenide Phosphide on Gallium Phosphide Red Light
Emitting Diode.
The Bright Red source color devices are made with
Gallium Phosphide on Gallium Phosphide Red Light
Emitting Diode.
The High Efficiency Red and Orange source color
devices are made with Gallium Arsenide Phosphide
on Gallium Phosphide Orange Light Emitting Diode.
The Green source color devices are made with Gallium
Phosphide on Gallium Phosphide Green Light Emitting
Diode.
The Yellow and Amber source color devices are made
with Gallium Arsenide Phosphide on Gallium Phosphide
Yellow Light Emitting Diode.
-. . i
~
PACKAGE DIMENSIONS
DEVICES
PART
NO.
LTL-
LENS
SOURCE
CO,"OR
COLOR
DIFFUSION
433R
Red
Diffused
Red
433P
Red
Diffused
Bright Red
433HR
Red
Diffused
Hi. Eff. Red
433G
Green
Diffused
Green
433Y
Yeliow
Diffused
Yellow
433A
Amber
Diffused
Amber
433EA
Orange
Diffused
Orange
25.4 MIN
(100)
(:o~rIN
~:~:.. NOM
C.ll
2-215
494
,
!'
NOTES:
1. All dimensions are In mililmeters !Inches).
2. Tolerance IS ±0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change Without notice.
ABSOLUTE MAXIMUM RATINGS AT TA
= 25°C
RED
BRIGHT
RED
GREEN
AMBER
YELLOW
HI.EFF.RED
ORANGE
UNIT
80
40
100
60
100
mW
(1/10 Duty Cycle, 0.1 ms Pulse Width)
200
60
120
80
120
mA
Continuous Forward Current
40
15
30
20
30
mA
Derating Linear From 25° C
0.5
0.2
0.4
0.25
0.4
mArC
5
5
5
5
5
V
PARAMETER
Power Dissipation
Peak Forward Current
Reverse Voltage
Operating Temperature Range
- 55°C to + 100°C
Storage Temperature Range
- 55°C to + 100°C
Lead Solering Temperature
260°C for 5 Seconds
[1.6mm (0.063in) From Body]
Green
1.0
...>
...cc
Yellow
Hi. Eff. Red
Amber
Orange Red
Bright Red
r---------,-~~~~.-----~~07~----~~~------_,--------_,
"0;
Q)
0.5
Q)
>
";;
1)1
Q)
II:
500
550
600
650
700
750
800
Wavelength A (nm)
FIG.l RELATIVE INTENSITY VS. WAVELENGTH
2-216
495
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 2SoC
PARAMETER
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
433R
433P
433HR
0.08
0.2
0.5
0.2
0.6
Luminous Intensity
TEST
CONDITION
UNIT
MAX.
mcd
IF'" 10mA
Note 1
1.7
Viewing Angle
28Y:.
433R
433P
433HR
140
deg.
Note 2 (Fig. 6)
Peak Emission
Wavelength
i\.PEAK
433R
433P
433HR
655
697
635
nm
Measurement
@ Peak (Fig. 1)
nm
Spectral Line
Half Width
Ai\.
433R
433P
433HR
24
90
40
Forward Voltage
VF
433R
433P
433HR
2.1
2.0
Reverse Current
IR
433R
433P
433H.R
Capacitance
C
433R
433P
433HR
2.0
2.8
2:8
V
100
p.A
1.7
IF "'20mA
VA =5V
30
55
VF "'0
PF
f'" lMHZ
20
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eciairage) eye-response curve.
2. OJ!, is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
~
1433HR
40
I
E
~
~
"E
'I
50
.s
20
0 10
II /
o
LlV
~
e
1 2.
16
20
40
~
30
"E
~
.1
0 10
433P
L1.
24
2B
20
3.2
40
60
It
~"O
~ ~ 20
> rn
" E
,
80
-ffi
./
--
~-
010
a:Z
oP
433P
f?'
o
100
,/
433R
/
rn
10
30
20
40
50
Forward Current IF (mAl
FIG. 4 RELATIVE LUMINOUS
INTENSITY VS. FORWARD
CURRENT
Ambient Temperature TA (OC)
Forward Voltage VF (VI
FIG 2 FORWARD CURRENT VS
FORWARD VOLTAGE
- --r--
E
L
/
30
~ ~
r-.... "r-- t--. "~ ~
r- r- S:
1
20
15 S'
i'-
43 3HR
433HR
-; E
~
4j3R
u
II /433P
L1.
~ 40
"
1:..;
1:
I
I III
~
50
c
~
I
1/
I
~
u
/
433R
1: 30
60
h
I
FIG 3 FORWARD CURRENT
DERATING CURVE
U'
10'
20'
30'
433R
433P
433HR
~ I::::,...
50'
60'
70'
80'
01
-30
2-217
496
t++-H-t-+-H"'"f'+-+-A4-+-H++-H-J
-20
-10
10
20
30
40
Ambl9nt Temperatur~ TI\.(OCI
FIG 5 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
09
0.7
0.5
FIG. 6
0.3
0.1
02
04
06
SPATIAL DISTRIBUTION
0B
1.0
90'
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
PARAMETER
PART NO.
SYMBOL
MIN.
TYP.
Iv
433G
433Y
0.6
0.6
1.7
1.7
mcd
IF=10mA
Note 1
Viewing Angle
20%
433G
433Y
140
deg,
Note 2 (Fig. 11 )
Peak Emission
Wavelength
?I, PEAK
433G
433Y
565
585
nm
nm
Luminous Intensity
Spectra I Li ne
Half Width
A?I,
433G
433Y
30
35
Forward Voltage
VF
433G
433Y
2.1
Reverse Current
IR
433G
433Y
Capacitance
C
433G
MAX.
TEST
CONDITION
LTL-
UNIT
IF =20 mA
2.8
V
100
J.l.A
35
15
~33Y
Measurement
Peak (Fig, 1)
@
VR =5V
VF =0
PF
f = lMHZ
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eciairage) eye·response curve.
2. e% is the off-axls angle at which the luminous intensity is half the aXial luminous intensity.
50
4133G
40
60
I
III
~5~33Y c- C-
30
~
E
O
If
20
50
40
~
f',
u
"::;~
u.
)
20
l"-
433Y
I
10
12
16
20
24
Forward Voltage
28
li
1'...
I ......
I'l ' l'
V
l' ~
V'
o
32
20
(V)
40
60
80
~
100
o k"
o
Ambient Temperature TA fOCI
FIG 7 FORWARD CURRENT VS
FORWARD VOLTAGE
433Y
It'
433G
30
5
Lt
33G
c
VI
10
50
FIG 8 FORWARD CURRENT
DERATING CURVE
IL
10
20
30
40
FIG 9 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
0'
10'
20'
~--'\-\-'-'--'---'---r--~
:::
2
50
Forward Current IF (mA)
40'
I
in
433Y
iii
.s 1F- 433G
50'
'"o
~
~
05
60'
~
..J
">
~
c:
70'
02
80'
o1
-30
-20
-10
10
20
30
40
Ambient TempelatureTA (OC)
FIG 10 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
o1
0.2
04
06
FIG 11 SPATIAL DISTRIBUTION
08
10
2-218
497
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 2SoC
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
433A
433EA
0.6
0.5
2.5
1.7
mcd
IF'" 10 mA
Note 1
Viewing Angle
2SY,
433A
433EA
140
deg.
Note 2 (Fig, 16)
Peak Emission
Wavelength
?\PEAK
433A
433EA
600
630
nm
nm
PARAMETER
Luminous Intensity
Spectral Line
Half Width
t;?\
433A
433EA
35
40
Forward Voltage
VF
433A
433EA
2,0
Reverse Current
IA
433A
433EA
Capacitance
C
433A
433EA
MAX •.
2.1
TEST
CONDITION
UNIT
Measurement
Peak (Fig, 1)
@
2.8
V
100
IlA
VR =5V
PF
VF =0
f '" 1MHZ
15
20
IF =20mA
NOTES: 1, Luminous intensity is measured with a light sensor and filter combination that appro;·:imates the CI E
(Commission Internationale De L'Eciairage) eye-response curve.
2. BY, is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
~ 40
E
II
I
II
~ 30
u 20
'E
~
""
50
in
II
433EA
30
0
"
i'
20
16
20
24
28
32
Forwerd Voltage VF (V)
FIG 12 FC8WARD CURRENT VS
"CJRWARD VOLTAGE
~
ro
40
r-- r--
Iho'
i '~
60
~~
80
10
o0
100
433A
A
~
~
I
I/'
" E
IL
10
20
30
Forward Current
Ambient Temperature TA (OC)
FIG 13 FORWARD CURRENT
DERATING CURVE
40
50
(mA)
FIG 14 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
O'
~
I
~
-; ~ 20
> ro
.....
i ' ~ I'
lLV
433EA
~'O
f'..
10
12
o~
E
~
43t
20
I II
II
V I
0
1
~~0 30
40
.L
40
c
~
II
5
~
433A
f - f - t-- 433EA
~
, 50
60
/,
1/
10'
20'
30'
40'
2
in
-
c
~
E
50'
43L
~
~
o
c
E
60'
433Ei\:s
05
.3
~
70'
>
iii
ID
a:
02
BO'
01
-30
2-2J9
498
90'
-20
-10
0
10
20
30
40
Ambient Temperature TA (OC)
FIG 15 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
0.9
0.7
05
0.3
0.1
0.2
0.4
0.6
FIG. 16 SPATIAL DISTRIBUTION
O.B
1.0
RECTANGULAR BAR .LED LAMPS
LTL-3215S BRIGHT· RED
LTL-3235S GREEN
LTL-3255S YELLOW
LTL-3295S ORANGE
FEATURES
- LOW POWER CONSUMPTION .
.- MOST SUITABLE FOR USE LIKE LEVEL IN·
DICATOR.
- EXCELLENT UNIFORMITY OF LIGHT EMIT·
TANCE.
- LONG LlFE·SOLID STATE RELIABI LlTY.
-I.C. COMPATIBLE.
I
r
,! I,:
DESCRIPTION
The Bright Red source color devices are made with
Gallium Phosphide on Gallium Phosphide Red Light
Emitting Diode.
The Orange source color devices are made with Gallium
Arsenide Phosphide on Gallium Phosphide Orange Light
Emitting Diode.
The Green source color devices are made with Gallium
Phosphide on Gallium Phosphide Green Light Emitting
Diode.
The Yellow source color devices are made with Gallium
Arsenide Phosphide on Gallium Phosphide Yellow Light
Emitting Diode.
PACKAGE DIMENSIONS
DEVICES
PART
LENS
NO.
SOURCE
COLOR
lTL-
COLOR
DIFFUSION
32158
Red
Diffused
Bright Red
32358
Green
Diffused
Green
32558
Yellow
Diffused
Yellow
32955
Orange
Diffused
Orange
r-'"
(.oa! .008)
(~;~)
'Tt"r'1"-rf--=-''-'l'"
5.4±O.5
Co21.! .02)
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spaCing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
2·220
499
ABSOLUTE MAXIMUM RATINGS AT TA = 25°C
BRIGHT
RED
GREEN
YELLOW
ORANGE
UNIT
Power Dissipation
40
100
60
100
mW
Peak Forward Current
(1/10 DutY Cycle. 0.1 ms Pulse Width)
60
120
80
120
mA
Continuous Forward Current
15
30
20
30
mA
Derating Linear From 25°C
0.2
0.4
0.25
0.4
mAtC
5
5
5
5
V
PARAMETER
Reverse Voltage
Operating Temperature Range
_55°C to +100°C
Storage Temperature Range
-55" C to +100° C
Lead Soldering Temperature
[1.6mm (0.063in) From Body]
260° C for 5 Seconds
Green Yellow
Orange
Bright Red
1.0r---------",-,-._~._._----~~,_------~~~------_,--------_,
>-
"~
on
c:
ec:
0.5
t------+-f--+----f1r---I------,Y\------t-------'~----____l
~
";::;
co
Q;
a::
500
550
600
650
700
Wavelength A (nm)
FIG.l RELATIVE INTENSITY VS. WAVELENGTH
2-221
500
750
800
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 2SoC
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
3215S
0.2
0.4
mcd
IF = 10 mA
Note 1
Viewing Angle
20%
3215S
150
deg.
Note 2 (Fig. 6)
Peak Emission
Wavelength
AP.EAK
3215S
q97
nm
Spectral Line
Half Width
AA
3215S
90
nm
Forward Voltage
VF
3215S
2.1
Reverse Current
IR
3215S
Capacitance
C
3215S
PARAMETER
Luminous Intensity
MAX.
TEST
CONDITION
UNIT
Measurement
@ Peak (Fig. 1)
2.8
V
100
JJA
VR = 5V
PF
VF =0
f = 1 MHZ
55
IF = 20 mA
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eciairage) eye-response curve.
2. 0% is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
I
~ 40
50
~
I
.s
~
E 30
5
I
II
20
'C
:;;
~
0
u.
~
40
~
30
E
~
u
50
60
10
5
u
"E 20
;;:'"
<;
u.
/
....
10
J-.....
V
o
1.2
16
2.0
24
32
2B
20
Forward Voltage V, IVI
FIG. 2 FORWARO CURRENT VS
FORWARD VOLTAGE.
40
.... r--. ....
60
80
L'
V
o lL
r-
o
100
10
-r--r--r--
in
c
~
.s
~
:J
a
c
E 0.5
--
20
30
40
FIG 4 RELATIVE LUMINOUS
INTENSITY VS. FORWARD
CURRENT
10'
20'
30'
40'
10
:J
..J
"
>
'"
~ 02
cr
09
50'
08
60'
70'
07
01
-30
H---t--'HH'==t-+--F'H-----I'4-+-l
-20
-10
10
20
AmbIent Temperature TA
30
50
Forward Current IF(mA)
Ambient Temperature TA lOCI
FIG. 3 FORWARD CURRENT
DERATING CURVE
O'
i'="
-- -
40
(OC)
FIG 5 LUMINOUS INTENSITY VS. AMBIENT
TEMPERATURE
50
60
70
05
03
01
02
04
FIG 6 SPATIAL DISTRIBUTION
BO'
90'
06
2-222
501
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 2SoC
TEST
CONDITION
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
3235S
3255S
0.3
0.4
0.8
1.1
mcd
IF=10mA
Note 1
Viewing Angle
28~
3235S
3255S
150
deg.
Note 2 (Fig. 11 )
Peak Emission
Wavelength
APEAK
3235S
3255S
565
585
nm
Spectral Line
Half Width
AA
32355
3255S
30
35
nm
Forward Voltage
VF
3235S
32555
2.1
Reverse Current
IR
3235S
3255S
Capacitance
C
3735S
3255S
PARAMETER
Luminous Intensity
UNIT
MAX.
Measurement
Peak (Fig. 1)
@
2.8
V
100
p.A
VR = 5V
PF
VF =0
f= 1 MHZ
35
15
IF =20mA
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'Eclairage) eye-response curve.
2. O~ is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
60
fA
32355/11
1~255~- f-'I
h
f
;:t 40
E
~
E 30
~
S
u 20
"E
~
50
40
'"
E
;:t
E
~
~
S
32355
30
<;
u.
11
16
20
24
26
'"0
30
32555
I I
10
E
.:l
........
3.2
20
Forward Voltage VF IVI
FIG 7 FORWARD CURRENT VS
FORWARD VOLTAGE
I
32355.t~_1
3255S- -
iii
0;
....... "'-
40
60
20
"'" ~
60
a::
/
10
~
100
~
o/
o
Ambient TemperatureTA (OC)
10
2
<=
~
::>
FIG 8 FORWARD CURRENT
DERATING CURVE
FIG 9 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
20'
40'
1.0
05
0.9
50'
oa
60'
70'
02
07
O. 1
-30
aD'
H-+'H-F=t-+-R-+-+I-+--1 90'
-20
-10
10
20
30
40
Ambient TemperatureTA (OC)
502
10'
1 =32355
!!!
2-223
40
30'
..J
~
a::
30
32~55
in
'"
E
::>
'"o
20
Forward Current IF (rnA)
0'
~
FIG 10 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
f---
••
I
'">
i"""- ....... ........
IY'
o
40
<=
~
~
I
<=
::>
u
'E 20
VI
<; 10
u.
50
~
in
o5
0.3
01
0.2
0.4
FIG 11 SPATIAL DISTRIBUTION
0.6
50
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
=
25°C
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
3295S
0.3
0.8
mcd
IF =10mA
Note 1
Viewing Angle
20Y,
3295S
150
deg.
Note 2 (Fig. 16)
Peak Emission
Wavelength
APEAK
3295S
630
nm
Spectral line
Half Width
AA
3295S
40
nm
Forward Voltage
VF
3295S
2.0
Reverse Current
IR
3295S
Capacitance
C
3295S
PARAMETER
Luminous Intensity
TEST
CONDITION
UNIT
MAX.
2.8
V
100
JJ.A
Measurement
@ Peak (Fig. 1)
IF =20mA
VR =5V
VF =0
PF
20
f = 1 MHZ
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eciairage) eye-response curve.
2. OY, is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
~
.s
40
30
l'
5
50
I
I
II
~
to
60
I
1/
I
"~
30
:J
u 20
'E
;:
'"
I
0 10
u..
I
~ 20
;:
.f
II
r"-,
U
" I"-
10
V
o
12
16
20
24
2.B
32
20
Forward Voltage VF (V)
FIG.12 FORWARD CURRENT VS.
FORWARD VOLTAGE
40
60
J
V
J
"- i'..
80
o 1/
o
100
10
O'
i?:
;;;
cQ)
30
10'
-----
'"o
40'
10
c
05
Q)
09
50'
08
60'
>
a:
50
30'
:J
iii
Q;
40
20'
2
.E
E
.3
20
Forward Current IF (mA)
FIG. 14 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
Ambient Temperature TA (OC)
FIG. 13 FORWARD CURRENT
DERATING CURVE
02
70'
07
BO'
H--f-''l-H==t--+--F=t-IH4--H 90'
01
-30
-20
-10
10
20
Ambient Temperature
30
40
TA (OC)
FIG 15 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
05
03
0.1
0.2
04
FIG.16 SPATIAL DISTRIBUTION
06
2-224
503
RECTANGULARBA}{S.LED LAMPs
·ILITE[')~II
l Tl~3217A/3218A .BRIGHT· RED 'lTl~3277A/3278A AMBER
lTL-3237A13238AGREEN'
lTl·3297A
ORANGE
l Tl~3257A/325'8A YELLOW.'
FEATURES
e LOW POWER CONSUMPTION.
eMOST SUITABLE FOR USE LIKE LEVEL INDICATOR.
e EXCELLENT UNIFORMITY OF LIGHT EMITTANCE.
e LONG LIFE-SOLID STATE RELIABI LITY.
el.C. COMPATIBLE.
DESCRIPTION
The Bright Red source color devices are made with
Gallium Phosphide on Gallium Phosphide Red Light
Emitting Diode.
The Orange source color devices are made with Gallium
Arsenide Phosphide on Gallium Phosphide Orange Light
Emitting Diode.
The Green source color devices are made with Gallium
Phosphide on Gallium Phosphide Green Light Emitting
Diode.
The Yellow and Amber source color devices are made
with Gallium Arsenide Phosphide on Gallium Phosphide
Yellow Light Emitting Diode.
LTL-32
X
8A Series
2.6+0.'2
.102_0008)
1.0:!:O.2
.~
I
PACKAGE DIMENSIONS
LTL-32
X
7A Series
2.8
1.0
1jI__-+-.~_~(.~O:4) MI N
2.54 NOM
(.1
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
2-225
504
DEVICES
SOURCE
COLOR
PART
NO.
LTL-
COLOR
DIFFUSION
SOURCE
COLOR
Diffused
Bright Red
3218A
Red
Diffused
Bright Red
Green
Diffused
Green
3238A
Green
Diffused
Green
3257A
Yellow
Diffused
Yellow
3258A
Yellow
Diffused
Yellow
3277 A
Amber
Diffused
Amber
3278A
Amber
Diffused
Amber
3297A
Orange
Diffused
Orange
PART
NO.
LTL-
LENS
COLOR
DIFFUSION
3217A
Red
3237A
LENS
ABSOLUTE MAXIMUM RATINGS AT TA = 2SoC
PARAMETER
BRIGHT
RED
GREEN
YELLOW
AMBER
ORANGE
UNIT
Power Dissipation
40
100
60
100
mW
Peak Forward Current
(1/10 Duty Cycle, 0.1 ms Pulse Width)
60
120
80
120
mA
Continuous Forward Current
15
30
20
30
mA
Derating Linear From 25°C
0.2
0.4
0.25
0.4
mAtC
5
5
5
5
V
Reverse Voltage
Operating Temperature Range
_55° C to +100° C
Storage Temperature Range
_55°C to +100°C
lead Soldering Temperature
£1.6mm (0.063in) From Body]
260° C for 5 Seconds
Green
Yellow
Amber
Orange
Bright Red
1.0,--------,~~~~_,----~~_.------~~~------_r--------~
>
.t::
~
E 0.5
r---------~--.r~r_--~_iL-----~~--------4_------~\rl~--------~
.~
.,
.!!1
a::
500
550
600
650
700
Wavelength A (nm)
FIG.l RELATIVE INTENSITY VS. WAVELENGTH
750
800
2-226
505
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 2SoC
SYMBOL
·PARTNO.
LTL-
MIN.
TYP.
Iv
3217A
3218A
0.3
0.2
0.8
0.6
mcd
IF'" 10 mA
Note 1
Viewing Angle
2e%
3217A
3218A
120
106
deg.
Note 2 (Fig. 6)
Peak Emission
Wavelength
i\PEAK
3217A
3218A
697
nm
Spectral Line
Half Width
Ai\
3217A
3218A
90
nm
Forward Voltage
VF
3217A
3218A
2.1
Reverse Current
IR
3217A
3218A
Capacitance
C
3217A
3218A
PARAMETER
LUlJ'linous Intensity
TEST
CONDITION
UNIT
MAX.
Measurement
Peak (Fig. 1)
@
IF =20 mA
28
V
100
IlA
VR = 5V
PF
VF =0
f= 1 MHZ
55
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eclairage) eye-response curve.
2. e% is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
/
1/
c:
.s
50
~
40
'"
30
~
/
'/
5
u 20
1:'
~
«
30
~
.l:
5.0
60
10
/
o
12
16
5
u
1:' 20
;-:'"
5 10
LL
/
20
24
28
--
32
20
Forward Voltage VF (VI
FIG 2 FORWARD CURRENT VS.
FORWARD VOLTAGE.
~~
I--...
40
,.... ,....
t- I--...
60
BO
V
oV
o
100
10
--
2
c:
5
.s
""o
c:
E
.3
- -- -
40
10'
20'
40'
1.0
0.5
>
iii 02
a;
09
50'
0.8
60'
70'
oj
a:
01
-30
506
30
30'
Q)
2-227
20
Forward Current IF(mA}
FIG. 4 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT.
Ambient Temperature T" (OC)
FIG 3 FORWARD CURRENT
DERATING CURVE
O·
~
-
./
BO'
I+-HH~'l--+-1'9'~+H-I 90'
-20
-10
10
20
30
40
Ambient Temperature TA (OC)
FIG 5 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
o5
03
01
0.2
0.4
0.6
FIG 6 SPATIAL DISTRIBUTION
50
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 2SoC
PART NO.
LTL-
SYMBOL
PARAMETER
Luminous Intensity
20Y,
Peak Emission
Wavelength
;\PEAK
Spectral Line
Half Width
A;\
Forward Voltage
VF
Reverse Current
IR
Capacitance
C
TYP.
0.5
03
0.5
0.5
1.7
0.8
1.7
1.7
120
120
106
106
565
585
565
585
3237A
3257A
3238A
3258A
3237A
3257A
3238A
325BA
3237A
3257A
323BA
325BA
Iv
Viewing Angle
MIN.
3237A
3257A
3238A
3258A
3237A
3257A
323BA
325BA
3237A
3257A
3238A
3258A
3237A
3257A
3238A
3258A
MAX.
TEST
CONDITION
UNIT
mcd
IF = 10 mA
Note 1
deg
Note 2 (Fig. 11)
Measurement
nm
30
35
30
35
@ Peak (Fig. 1)
nm
2.1
2.8
V
100
Jl.A
35
15
35
15
IF = 20 mA
VR =5V
VF =0
.
PF
f = 1 MHZ
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'Eclairage) eye-response curve.
2.0% is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
0
«
40
E
~:;
u
60
IA
3237A III
323B~/l!. J
«
E
r/3257A- t325BA
30
II
II
0
50
;:-
50
~
"
c«
40
:; 30
VI
3257A
325BA
~
(;
u..
i""'-
10
I"
f' 1'-f'.
~
o
12
16
20
24
2B
32
20
Forward Voltage VF IV)
FIG 7 FORWARD CURRENT VS
FORWARD VOLTAGE
FIG
e
40
W
I)
E
'"
~'C
i"- J'..,
'C
)
'3257A- t - t 325BA
~ ~
S
_ 30
U
:0 20
323B~1. ,~
:; E
3237A
323BA
c
ru
237A
40
60
~ ~ 20
> '"
ji;
1"" ~ ,..,
80
E
V
~ ~"O
o~
o
100
Ambient TemperatureTA 1°C)
FORWARD CURRENT
DERATING CURVE
lL
10
0'
;:-
2
~
~
~
~
1 F=3237A
f--- 3238A
40'
09
50'
DB
60'
02
70'
07
Bo'
90'
o1
-30
-20
50
20'
10
05
">
~
40
3~'
.3
a::
10'
3257A
3258A
00
a
30
I
c
.5
20
Forward Current IF (mAl
FIG 9 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
-10
10
20
30
40
Ambient TempelatureTA (OC)
FIG 10 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
05
03
01
FIG. 11 SPATIAL DISTRIBUTION
2·228
507
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
3277A
3297A
3278A
0.5
0.5
0.5
1.7
1.7
1.7
Viewing Angle
20%
3277A
3297A
3278A
Peak Emission
Wavelength
APEAK
3277A
3297A
3278A
120
120
106
600
630
600
Spectral Line
Half Width
All.
3277A
3297A
3278A
35
40
35
VF
3277 A
3297 A
3278A
2.1
Forward Voltage
PARAMETER
Luminous Intensity
Reverse Current
IR
3277A
3297A
3278A
Capacitance
C
3277A
3297A
3278A
MAX.
TEST
CONDITION
UNIT
mcd
IF'" 10 mA
Note 1
deg.
Note 2 (Fig. 16)
Measurement
Peak (Fig. 1)
nm
@
nm
2.0
2.8
V
IF'" 20mA
100
fJ.A
VR =5V
PF
VF =0
f = 1 MHZ
2.1
15
20
15
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'Eciairage) eye-response curve.
2.0% is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
U
~
/
/
50
V3277A
3278A f -
E
~
-
40
3297A
E
~
:;
3297
30
r--.-
u
"E 20
I I
10
50
o
~
:>
40'
1.0
3297A----=
05
0.9
50'
..J
O.B
~
~
a:
02
60'
70'
0.7
80'
o1
I--t-~H-T'\-+-f'9'4-+H-l 90'
-30
2-229
508
-20
-10
10
20
30
40
Ambient Temperature TA (OC)
FIG 15 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
05
03
0.1
0.2
04
FIG. 16 SPATIAL DISTRIBUTION
06
ILlTE[.J~lr
1.5x3.8' RECTANGULAR,BAR
'LlDJ)'L~S,
, LJ~-~3Z18A BR.IGIiT: ,RED:
, LTL-13238A ·GREEN::·
::,
lTL:1?~!?8.~ YELLOW
LTL~13278A
AMBER
FEATURES
• LOW POWER CONSUMPTION.
• MOST SUITABLE FOR USE LI KE LEVEL INDICATOR.
• EXCELLENT UNIFORMITY OF LIGHT EMITTANCE.
• LONG LIFE-SOLID STATE RELIABILITY .
• 1. C. COMPATIBLE.
DESCRIPTION
The Bright Red source color devices are made with
Gallium Phosphide on Gallium Phosphide Red Light
Emitting Diode.
The Green source color devices are made with Gallium
Phosphide on Gallium Phosphide Green Light Emitting
Diode.
The Yellow and Amber source color devices are made
with Gallium Arsenide Phosphide on Gallium Phosphide
Yellow Light Emitting Diode.
.--~--.-~:;,
PACKAGE DIMENSIONS
DEVICES
PART
NO.
LTL-
COLOR
DIFFUSION
13218A
Red
Diffused
Bright Red
13238A
Green
Diffused
Green
13258A
Yellow
Diffused
Yellow
13278A
Amber
Diffused
Amber
LENS
SOURCE
COLOR
12.7 MIN
(_5)
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059")
max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
2-230
509
ABSOLUTE MAXIMUM RATINGS AT TA = 2SoC
BRIGHT RED
GREEN
YELLOW
AMBER
UNIT
Power Dissipation
40
100
60
mW
Peak Forward Current
(1/10 Duty Cycle. 0.1 ms Pulse Width)
60
120
80
mA
Continuous Forward Current
15
30
20
mA
Derating Linear From 25°C
0.2
0.4
0.25
mArC
5
5
5
V
PARAMETER
Reverse Voltage
Operating Temperature Range
-55"C to +100°C
Storage Temperature Range
-55°C to +100°C
Lead Soldering Temperature
[1.6mm (0.063in) From Body]
260° C for 5 Seconds
Green
1.0
Yellow
Amber
Bright Red
r------,-....,......--..,....--,.------..,..-----::i>".......-------,-------,
.f'
c'"
2lc
.~
...
'"
a:
0.5 1------~-+--+--~r_----i7<_------I------''r+----___l
c;;
c;;
a:
500
550
600
650
700
Wavelength 71. (nm)
FIG.l RELATIVE INTENSITY VS. WAVELENGTH
2-231
510
750
800
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
PARAMETER
PART NO.
LTL-
SYMBOL
Luminous Intensity
=
25°C
TEST
CONDITION
MIN.
TYP.
0.1
0.3
mcd
IF=10mA
Note 1
Note 2 (Fig. 6)
MAX.
UNIT
Iv
13218A
Viewing Angle
20Y:.
13218A
180
deg.
Peak Emission
Wavelength
APEAK
13218A
697
nm
Spectral Line
Half Width
b.?>.
13218A
90.
nm
Forward Voltage
VF
13218A
2.1
Reverse Cu rrent
IR
13218A
Capacitance
C
13218A
Measurement
Peak (Fig. 1)
@
IF = 20 mA
2.8
V
100
jJ.A
VR = 5V
PF
VF =0
f=lMHZ
55
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(CommisSion Internationale De L'Eclairage) eye-response curve.
2. OY:. is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
I
I
~ 40
E
50
E
~
~
in
c:
:;
I
II
u 20
'C
:;;
~
"5
u
,
40
E
;;:
I
r- .....
10
/
o
12
20
16
24
28
"
20
~
a;
a:
1.0
-'
>
:;; 20
u.
30
c:
30
'C
(;
10
40
~
"'"a
E
~
a
;:-
~
E 30
u.
50
60
3.2
20
40
t60
.... r-.. r-....
80
/"
V
oV
o
20
10
30
40
50
Forward Current l'ImAI
FIG 4 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
100
Ambient Temperature TA lOCI
FIG 3 FORWARD CURRENT
DERATING CURVE
Forward Voltage V,IVI
FIG 2 FORWARD CURRENT VS
FORWARD VOLTAGE
o·
>
liic:
--
2
l!l
E
"'"ac:
E
.3
-
"
10'
20'
30'
- ---
50'
60'
0.5
70'
">
"
~ 0.2
a:
BO'
01
-30
-20
-10
10
Ambient Temperature TA
30
40
(OC)
FIG.5 LUMINdI'lS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
09
07
05
FIG 6
03
01
02
04
06
SPATIAL DISTRIBUTION
08
10
2-232
511
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
PARAMETER
PART NO.
LTL-
SYMBOL
MAX.
TYP.
UNIT
0.4
0.4
1.1
1.1
mcd
IF=10mA
Note 1
Note 2 (Fig. 11 )
Iv
13238A
13258A
Viewing Angle
28~
13238"A
13258A
180
deg.
Peak Emission
Wavelength
APEAK
13238A
13258A
565
585
nm
Spectral Line
Half Width
AA
13238A
13258A
30
35
nm
Forward Voltage
VF
13238A
13258A
2.1
Reverse Current
IR
13238A
13268A
Capacitance
G ,
Luminous Intensity
I
..
.13238A
13258A'
TEST
CONDITION
MIN.
35
>:15,'
'. ,
""I,i'
:
I.
2.8
V
100
J.lA
"
Measurement
Peak (Fig. 1)
@
IF =20mA
VR =5V
VF =()
, PF
II
·f =lMHZ
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'Eclairage) eye-response curve.
2. (J~ is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
~ 40
~
c
1323BA
30
'3
u
'E 20
E
::>
1325BA
~
I I
Ci 10
..J
,.... .......
.......
.......
12
16
20
24
2B
3.2
20
Forward Voltage VF IV)
FIG 7 FORWARD CURRENT VS
FORWARD VOLTAGE
1325BA
f
"
....... .......
-....::
40
/
20
>
f/
o
1323~A#
30
c
r-....
u..
/,
40
2
.E
C
/I
Ci 10
u..
50
60
lA
1323BA/II
60
~
ji;
0;
a:
,
BO
V
10
1/
oV
o
100
10
Ambient Tempera1UreTA (OC)
FIG 8 FORWARD CURRENT
DERATING CURVE
2
""c
1-
E
'"::>a
30
40
50
IF (rnA)
FIG 9 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
o·
i::
20
Forward Current
10'
20'
30'
13~5BA
50'
23BA
~ o. 5
.3
;';
70'
i0
a:
2
1-+-+-+-+-+"I---H-F'1---+-Ft-!-+-H-!-+-I--H 90'
o1
-30
2-233
512
-20
-10
10
20
30
40
Ambient Tempelature TA (OCI
FIG 10 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
09
0.7
0,5
0.3
0,1
0,2
0,4
n,6
0.8
FIG, 11 SPATIAL DISTRIBUTION
1,0
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
=
25°C
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
13278A
0.4
1.1
mcd
IF=10mA
Note 1
Viewing Angle
20%
13278A
180
deg.
Note 2 (Fig. 16)
Peak Emission
Wavelength
APEAK
13278A
600
nm
Spectral Line
Half Width
D.A
13278A
35
nm
Forward Voltage
VF
Reverse Current
IR
Capacitance
C
PARAMETER
Luminous Intensity
MAX.
TEST
CONDITION
UNIT
-
Measurement
@ Peak (Fig. 1)
.'
13278A
2.1
13278A
13278A
IF = 20 mA
2.8
V
100
/J.A
VR = 5V
PF
VF =0
f = lMHZ
15
NOTES: 1 Luminous intensity is measured with a light sensor and fi Iter combination that approximates the CI E
(Commission Internationale De L'Eciairage) eye-response curve.
2.0% is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
I
40
«
E
1/
c
~:J
~
0
12
I
/
30
'C
20
/
r--. ........
~
<;
u..
J
~
40
~
~
U
:.
II
"E 10
50
E
II
20
U
~
50
60
50
10
r--.
V
20
16
24
2.a
20
32
40
60
I
........
/
r--.
ao
oV
100
0
Ambient Temperature TA (OCI
FIG 13 FORWARD CURRENT
DERATING CURVE
Forward Voltage VF (VI
FIG. 12 FORWARD CURRENT VS
FORWARD VOLTAGE
10
20
30
40
50
Forward Current I F (rnA)
FIG.14 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT.
10'
20'
30'
50'
60'
70'
ao'
01L--L__
-30
-20
~
-10
__
L-~
__- L__
10
20
f++-+-H+-+-H==t--+--F+-H-J<-I-+-1-+-H 90'
L-~
30
Ambient Temperature TA (eCI
FIG 15 LUMINOUS INTENSITY VS.
AMBIENT TEMPERATURE
__- L_ _J-~
40
50
60
70
0.9
07
0.5
03
01
02
04
0.6
FIG.16 SPATIAL DISTRIBUTION
0a
1.0
2-234
513
·1
1.Sx7.0 RECTANGULAR BAR
LlTErl] ~II
LED LAMPS
LTL·13215A BRIGHT REO
LTL·13255A YELLOW
L TL·13225A HIGH EFFICIENCY REO· LTL-13295A ORANGE
LTL·13235A ·GREEN
FEATURES
• LOW POWER CONSUMPTION.
FOR
USE LIKE LEVEL
• MOST SUITABLE
INDICATOR.
• EXCELLENT UNIFORMITY OF LIGHT EMITTANCE.
• LONG LIFE-SOLID STATE RELIABILITY •
• I.C. COMPATIBLE.
;
,.
DESCRIPTION
The Bright Red source color devices are made with
Gallium Phosphide on Gallium Phosphide Red Light
Emitting Diode.
The Orange source color devices are made with Gallium
Arsenide Phosphide on Gallium Phosphide Orange
Light Emitting Diode.
The Green source color devices are made with Gallium
Phosphide on Gallium Phosphide Green Light Emitting
Diode.
The Yellow source color devices are made with gallium
Arsenide Phosphide on Gallium Phosphide Yellow
Light Emitting Diode.
DEVICES
2-235
514
LENS
COLOR
DIFFUSION
13215A
Red
Diffused
Bright Red
13225A
Red
Diffused
Hi.Eff.Red
13235A
Green
Diffused
Green
13255A
Yellow
Diffused
Yellow
13295A
Orange
Diffused
Orange
..
PACKAGE DIMENSIONS
1.7±O.2
(.CS7±.aoe)
7.0±O.2
(.276± .ooe)
PART
NO.
LTL-
;
"-""R1;:f:;:f?:===tSEE NOTE 3
SOURCE
COLOR
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
ABSOLUTE MAXIMUM RATINGS AT TA = 25°C
BRIGHT
HI.EFF.REO
GREEN
YELLOW
40
100
'60
100
mW
60
120
80
120
mA
Continuous Forward Current
15
30
20
30
mA
Derating Linear From 25°C
0.2
0.4
0.25
0.4
mAtC
5
5
5
5
V
PARAMETER
RED
Power Dissipation
Peak Forward Current
(1/10 Duty Cycle, 0.1ms Pulse Width)
Reverse Voltage
Operating Temperature Range
_55°C to +100 0 e
Storage Temperature Range
_55°e to +100 0 e
Lead Soldering Temperature
ORANGE
UNIT
260° e for 5 Seconds
[1.6mm (0.063in) From Body]
Green
Yellow
Hi. Eft. Red
Orange
Bright Red
....;;;
>
c
ec
0.5
r----------f---r~r_--~~~-----_;Ar--------~--------~r_--------~
.~
'"
Qi
a:
500
550
600
650
700
750
800
Wavelength A (nm)
FIG.1 RELATIVE INTENSITY VS. WAVELENGTH
2-236
515
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
PARAMETER
PART NO.
LTL-
SYMBOL
MAX
TEST
CONDITION
UNIT
MIN
TYP
0.2
0.3
0.4
0.8
mcd
IF = lOrnA
Note 1
Iv
13215A
13225A
Viewing Angle
20Y.
13215A
13225A
150
deg.
Note 2 (Fig. 6)
Peak Emission
Wavelength
APEAK
13215A
13225A
697
635
nm
Measurement
@ Peak (Fig. 1)
Luminous Intensity
Spectral Line
Half Width
All.
132l5A
13225A
90
Forward Voltage
VF
13215A
13225A
2.1
2.0
Reverse Current
IR
l3215A
l3225A
Capacitance
C
13215A
13225A
nm
40
2.8
V
100
p.A
VR =5V
PF
VF=O
f= 1MHz
55
20
IF =20mA
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'Eciairage) eye-respose curve.
2. OY. is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
60
!J
III
50
rl
c;
~
ro
~
a
30
II
"C
LL
13225A
20
L
10
13215A
10
II/
-r-...
VV
o
12
16
20
24
28
20
32
40
E
~
-'
"-
r-....
r-- ..... ~
60
20
/
10
~"
>
;'"
ID
0:
oV
o
!oo...
80
100
Ambient TemperatureTA fOCI
FIG 3 FORWARD CURRENT
DERATING CURVE
Forward Voltage VF (VI
FIG 2 FORWARD CURRENT VS
FORWARD VOLTAGE
3225A
co
i"- t'-....
r113215A
u 20
/
30
~
II
/
40
'"
E
"'0
40
13225AI
30
~
50
~
in
co
~
10
3215A
20
30
Forward Current
40
IF (mAl
FIG 4 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
O'
10'
20'
30'
--t:::t- t:::::::: ~ ::::--
~ 2
c
l'l
13225A
"'"'
~
o
c
E 05
~
-'
'">
~0:
02
oI
-30
2-237
516
-20
-10
10
20
30
40
Ambient TemperatureTA (DC)
FIG 5 LUMINOUS ,INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
09
0.7
0.5
0.3
0.1
0.2
0.4
0.6
FIG. 6 SPATIAL DISTRIBUTION
O.B
10
50
= 25°C
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
PARAMETER
PART NO.
LTL-
SYMBOL
MAX
TEST
CONDITION
MIN
TYP
UNIT
0.3
0.3
0.8
0.8
mcd
IF = 10mA
Note 1
Iv
13235A
13255A
Viewing Angle
20%
13235A
13255A
150
deg.
Note 2 (Fig. 11)
Peak Emission
Wavelength
A. PEAK
13235A
13255A
565
585
nm
Measurement
@ Peak (Fig. 1)
nm
Luminous Intensity
Spectral Li ne
Half Width
"'A.
13235A
13255A
30
35
Forward Voltage
VF
13235A
13255A
2.1
Reverse Current
IR
13235A
13255A
Capacitance
C
13235A
13255A
NOTES:
rn
""'"
iii E
Qi 0
~ .....
80
60
c::Z
V
10
oV
o
100
10
Ambient TemperatureTA (OC)
FIG 7 FORWARD CURRENT VS
FORWARD VOLTAGE
2
~
~
30
40
50
FIG 8 FORWARD CURRENT
DERATING CURVE
FIG 9 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
10'
20'
30'
I
c
.s"
20
Forward Current If (rnA)
O'
c;;;
1/
13255A
1
=
50'
13235A
o
~
.3
60'
05
70'
">
~
c::
02
o1
-30
-20
-10
10
20
30
40
Ambient TempelatureTA (OC)
FIG 10 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
09
0.7
05
03
0.1
0.2
0.4
06
FIG. 11 SPATIAL DISTRIBUTION
08
1.0
2-238
517
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
PARAMETER
PART NO.
LTL-
SYMBOL
Iv
13295A
Viewing Angle
29~
13295A
Peak Emission
Wavelength
i\PEAK
Luminous Intensity
2SoC
TEST
CONDITION
MIN
TYP
0.3
0.8
mcd
IF =10mA
Note 1
150
deg.
Note 2 (Fig. 16)
630
nm
Measurement
@ Peak (Fig. 1)
nm
Spectral Line
Half Width
Ai\
40
Forward Voltage
VF
2.0
Reverse Current
IR
Capacitance
C
MAX
=
UNIT
2.8
V
100
JJ.A
VR =5V
PF
VF =0
f = 1MHz
20
IF =20mA
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'Eclairage) eye-respose curve.
2. 9~ is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
<
.s
40
"0
50
~
50
40
~ 30
:J
1.2
i""'-
~
~ 10
20
24
28
20
32
........
Q;
40
60
80
/
/
/
V
10
a:
/
o 1/
o
"
100
Ambient Temperature TA (Oe)
FIG.13 FORWARD CURRENT
DERATING CURVE
Forward Voltage VF IVI
FIG.12 FORWARD CURRENT VS
FORWARD VOLTAGE
/
20
">
iii
........
16
30
..J
/
o
'"
"
E
:J
........ ~
"E 20
I
10
4.0
:J
0
E
I
"'"
2l
E
U
20
~
"
~
I
;;;
u.
<
I
~
E 30
~
:;
u
60
I
I
20
30
40
50
Forward Current IF ImAI
FIG.14 RELATIVE LUMINOUS
INTENSITY VS. FORWARD
CURRENT
o·
~
10
10'
20'
2
'"
-
<::
~
50'
'"o
:J
<::
E 05
60'
:J
..J
">
70'
~ 02
a:
80'
'"
o1
-30
-20
-10
10
20
30
40
Ambient Temperature TA lOCI
FIG 15 LUMINOUS INTENSITY VS. AMBIENT
TEMPERATURE
2-239
518
50
60
70
o7
0.5
03
0.1
0.2
0.4
0.6
FIG.16 SPATIAL DISTRIBUTION
08
1.0
ILITE['] ~ I[
2.2x4.5 RECTANGULAR BAR
LED LAMPS
l Tl-13219B BRIGHT RED
l Tl-13239B GREEN
l Tl-13259B YEllOW
l Tl-13279B AMBER
FEATURES
- LOW POWER CONSUMPTION.
FOR
USE LIKE LEVEL
- MOST SUITABLE
INDICATOR.
- EXCELLENT UNIFORMITY OF LIGHT EMITTANCE.
- LONG LIFE-SOLID STATE RELIABILITY.
-I.C. COMPATIBLE.
DESCRIPTION
The Bright Red source color devices are made with
Gallium Phosphide on Gallium Phosphide Red Light
Emitting Diode.
The Green source color devices are made with Gallium
Phosphide on Gallium Phosphide Green Light Emitting
Diode.
The Yellow and Amber source color devices are made
with gallium Arsenide Phosphide on Gallium Phosphide
Yellow Light Emitting Diode.
PACKAGE DIMENSIONS
5.0
(0196)
2.Q±O.2
C.o8±.00af
DEVICES
1.5±O.2
(o059±.OOa)
PART
NO.
LTL-
LENS
COLOR
DIFFUSION
13219B
Red
Diffused
Bright Red
13239B
Green
Diffused
Green
13259B
Yellow
Diffused
Yellow
13279B
Amber
Diffused
Amber
SOURCE
COLOR
seE NOTe
3:t=='~:!:;;:7--.--'-
2.54 NOM
(.1
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice. 2-240
519
ABSOLUTE MAXIMUM RATINGS AT TA
=
25°C
BRIGHT
RED
GREEN
YELLOW
AMBER
UNIT
40
100
60
mW
60
120
80
mA
Continuous Forward Current
15
30
20
mA
Derating Linear From 25°C
0.2
0.4
0.25
mAtC
5
5
5
V
PARAMETER
Power Dissipation
Peak Forward Current
(1/10 Duty Cycle. 0.1 ms Pulse Width)
Reverse Voltage
Operating Temperature Range
_55°C to +100°C
Storage Temperature Range
_55°C to +100°C
Lead Soldering Temperature
[l.6mm (0.063in) From Body]
260°C for 5 Seconds
Yellow
Green
Bright Red
1.0
...>...'"
'OJ
I:
I:
...'"
.2
0.5
'"
Qi
a:
Qi
a:
500
550
600
650
700
Wavelength ~ (nm)
FIG.1 RELATIVE INTENSITY VS. WAVELENGTH
2-241
520
750
800
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
PARAMETER
PART NO.
LTL-
SYMBOL
Iv
13219B
Viewing Angle
21:1%
13219B
Peak Emission
Wavelength
APEAK
Luminous Intensity
TYP
0.1
0.26
mcd
IF = 10mA
Note 1
170
deg.
Note 2 (Fig. 6)
697
nm
Measurement
@ Peak (Fig. 1)
nm
Spectral Line
Half Width
A'll.
90
Forward Voltage
VF
2.1
Reverse Current
IR
Capacitance
C
MAX
TEST
CONDITION
MIN
UNIT
2.8
V
100
/LA
55
IF = 20mA
VR =5V
VF =0
PF
f= lMHz
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eciairage) eye-respose curve.
2. 1:1% is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
50
60
I
;0: 40
50
;0:
I
E
E 30
~
40
~
30
E
~
:;
:;
I
I
u 20
'E,
ro,
s:
u
'E 20
ro
--
s:
0 10
LJ..
0 10
LJ..
V
o
12
16
20
24
28
32
20
Forward Voltage VF (VI
FIG. 2 FORWARD CURRENT VS
FORWARD VOLTAGE
r-....
40
--
./
oV
o
100
80
~
-
2
E.
"'"co
10
20
30
40
50
Forward Current I F(mAl
FIG 4 RELATIVE LUMINOUS
INTENSITY VS. FORWARD
CURRENT
Ambient Temperature TA (OCI
FIG 3 FORWARD CURRENT
DERATING CURVE
o·
§
-
V
:---. r-
60
~-
10'
20'
30'
~--__~--r--.---,--,---~--~--~40·
- ----
50' .
60'
E 05
"
">
..J
70'
'"
BO'
~ 02
a:
1+++-H--I'-+H==+-+-f=t-H-++t-lH-t-i
01
-30
-20
-10
10
20
30
40
Ambient Temperature TA (0 CI
FIG.5 LUMINOUS INTENSITY VS. AMBIENT
TEMPERATURE
50
60
70
o9
0.7
a5
03
90'
0.1
FIG 6 SPATIAL DISTRIBUTION
2-242
521
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
PARAMETER
PART NO.
LTL·
SYMBOL
TEST
CONDITION
UNIT
MIN
TYP
MAX
0.3
0.4
0.75
1.1
mcd
IF" 10mA
Note 1
Note 2 (Fig. 11)
Iv
13239B.
13259B
Viewing Angle
28%
13239B
1325913
170
deg.
Peak Emission
Wavelength
~PEAK
13239B
13259B
565
585
. nm
Luminous Intensity
= 25°C
30
Spectral line
Half Width
A~
13239B
13259B
35
Forward Voltage
VF
13239B
13259B
2.1
Reverse Current
IR
13239B
13259B
Capacitance
C
132398
132598
Measurement.
Peak. (Fig. 1)
@
nm
2.8
V
100
/l.A
VR =5V
PF
f =lMHz
35
15
IF =20mA
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'Eclairage) eye·respose curve.
2. 8% is the off·axis angle at which the luminous intensity is half the axial luminous intensity.
50
13239B
60
fA
/1/
30
l-
~
E
3
I' J'.,
20
t-- l'
~
o
12
16
20
24
28
32
20
Forward Voltage V, IV)
40
L(I
20
60
>
l '~
80
FIG 8 FORWARD CURRENT
DERATING CURVE
a::
~
100
V
10
a 1/
a
(OC)
2
~
10
20
30
40
50
FIG 9 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
10'
20'
30'
I
in
c
"
E
1/
Forward Current IF (rnA)
O·
::-
i
II
g
a;
Ambient Temperature
FIG 7 FORWARD CURRENT VS
FORWARD VOLTAGE
1
13239811. .
13259B l - t-
l - t30
~
1~259i l"'- f"'- ......
10
)
g
13239B
30
40
~
::>
VI
10
c
E
40
II
If
20
-
50
40
ij1325JB
50
::-in
13259B
1
=
50'
13239B
::>
o
~
3
05
60'
">
~
a::
70'
02
80'
a1
·30
·20
·10
10
20
30
40
Ambient Tempel ature TA (OC)
2-243
522
FIG 10 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
f+++--t-+++--t--f=r-+-A-++"H++-H-i
09 0.7 0.5 0.3
a 1 02 0.4. 0.6 O.B 1 a
FIG 11 SPATIAL DISTRIBUTION
90'
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
PARAMETER
PART NO,
LTL
SYMBOL
Iv
13279B
Viewing Angle
211Y:.
13279B
Peak Emission
Wavelength
i\.PEAK
Luminous Intensity
2SoC
=
UNIT
TEST
CONDITION
1.1
mcd
IF. = 10mA
Note 1
170
deg.
Note 2 (Fig. 16)
600
nm
Measurement
@ Peak (Fig. 1)
nm
MIN
TYP
0.4
Spectra! Line
Half Width
Ai\.
35
Forward Voltage
VF
2.1
Reverse Current
IR
Capacitance
C
MAX
IF "'20mA
2.8
V
100
IJ.A
VR =5V
PF
VF=O
f =-lMHz
16
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission InternatiGnale De L'Eclairage) eye-res pose curve.
2. 1IY:. is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
60
50
II
40
«
.s
/
~
5
II
5
u
I
/
30
i"'-- .........
~
(;
u.
/
20
40
u
"E 20
ro
1/
16
50
1:
~
~ 20
50
24
28
10
/
.......
. . . . r-.....
20
32
40
60
/
.........
o/
100
80
0
Ambient Temperature TA (OC)
Forward Voltage VF (V)
FIG 12 FORWARD CURRENT VS
FORWARD VOLTAGE
10
20
30
40
50
Forward Current I F(mA)
FIG.14 RELATIVE LUMINOUS
INTENSITY VS. FORWARD
CURRENT.
FIG 13 FORWARD CURRENT
DERATING CURVE
O'
10'
20'
30'
50'
60'
70'
80'
01L-~---L--~--L-~--~---L--~--~~
-30
-20
-10
10
20
30
Ambient Temperature TA (OC)
FIG 15 LUMINOUS INTENSITY VS
AMBIENT TEMPERATURE
40
50
60
70
o9
07
0.5
0.3
01
02
04
06
08
10
FIG.16 SPATIAL DISTRIBUTION
2-244
523
ILITEr.] ~ II
2.4xS.O RECTANGULAR BAR
LED LAMPS
LTL-23201AL REO
L TL-23231AL GREEN
L TL-23211AL BRIGHT RED
L TL-23251AL YELLOW
LTL·23221AL HIGH EFFICIENCY REO LTL·23291AL ORANGE
FEATURES
• LOW POWER CONSUMPTION .
• MOST SUITABLE FOR USE LIKE LEVEL INDICATOR.
.
.EXCELLENT UNIFORMITY OF LIGHT EMITTANCE .
• LONG LIFE-SOLID STATE RELIABILITY .
• I.C. COMPATIBLE.
DESCRIPTION
The Red source color devices are made with Gallium
Arsenide Phosphide on Gallium Phosphide Red Light
Emitting Diode.
The Bright Red source color devices are made with
Gallium Phosphide on Gallium Phosphide Red Light
Emitting Diode.
The High Efficiency Red and Orange source color
devices are made lII(ith Gallium Arsenide Phosphide
on Gallium Phosphide Orange Light Emitting Diode.
The Green source color devices are made with Gallium
Phosphide on Gallium Phosphide Green Light Emitting
Diode.
The Yellow source color devices are made with Gallium
Arsenide Phosphide on Gallium Phosphide Yellow Light
Emitting Diode.
-----,
- --0- __
PACKAGE DIMENSIONS
5 0
(.197)
lENS
COLOR
DIFFUSION
23201AL
Red
Diffused
Red
23211 AL
Red
Diffused
Bright Red
SOURCE
COLOR
I
I
2.4
094 )
8.
(.3
I
L
t
PART
NO.
lTl-
IC·
I
SEE NOTE 3
DEVICES
I
I
I
25.
0)
MIN
!J
I
1•
•0
I
2.54
.!O
on
<:
e<:
0.5
Q)
>
.;;
ctJ
iii
a:
500
550
600
650
700
Wavelength ~ (nm)
FIG.1 RELATIVE INTENSITY VS. WAVELENGTH
2-246
525
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 2SoC
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
23201AL
23211AL
23221AL
0.08
0.2
0.4
0.2
0.4
1.3
mcd
IF = 10 mA
Note 1
Viewing Angle
20%
23201AL
23211AL
23221AL
130
deg.
Note 2 (Fig. 6)
Peak Emission
Wavelength
APEAK
23201AL
23211AL
23221AL
655
697
635
nm
Spectral Line
Half Width
AA
23201AL
23211AL
23221AL
24
90
40
nm
Forward Voltage
VF
23201AL
23211AL
23221AL
1.7
2.1
2.0
Reverse Current
IR
23201AL
23211AL
23221AL
Capacitance
C
23201AL
23211AL
23221AL
PARAMETER
Luminous Intensity
MAX.
TEST
CONDITION
UNIT
Measurement
Peak (Fig. 1)
@
2.0
2.8
2.8
V
100
JJ.A
VR '" 5V
PF
VF = 0
f= 1 MHZ
30
55
20
IF =20mA
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eclairage) eye-response curve.
2. 0% is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
«
.s
c
!J
I III
;/3221 A~ I
/
23211Al
II
I I
I III
II I
J
1/V 23201,Al
40
30
l'
~
u
20
o
12
16
20
50
60
I
«E
i:"
50
in
c
2
:;- 40
2320lAl
C
l' 30
~
u
'E 20
;:
'"
:;
LL
24
28
23221 Al
23211Al
10
20
32
- ....
........
i:"
23211 Al
23221Al
..... ,.... ~ ~
.....I- ~
40
20
60
80
l-
V
">
,
"'"
"iii
0:
23211Al
-'1
aP
o
100
-
1£..-
10
10
20
30
40
Forward Current IF (rnA)
FIG 4 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
0"
10"
20"
i"'- ~ I:::::,..
40"
1.0
05
0.9
50"
...J
60"
">
70"
~ 02
"iii
80"
0:
01
-30
2-247
526
1/
23201 Al
FIG 3 FORWARD CURRENT
DERATING CURVE
~
E
:J
...J
E
:J
".......
/'
/
V
23201 Al
2
.s
'"
g
"'-
30
~
Ambient Temperature TA (0 C)
FIG 2 FORWARD CURRENT VS
FORWARD VOLTAGE
in
c
23221AlV
'c"
0
........
Forward Voltage VF (VI
~
/
40
.s
~-1-~q::=!-+--A-++H-t 90"
-20
-10
10
20
30
40
Ambient Temperature TA (OC)
FIG 5 LUMINOUS INTENSITY VS. AMBIENT
TEMPERATURE
50
60
70
0.5
0.3
0.1
02
04
0.6
FIG. 6 SPATIAL DISTRIBUTION
50
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
23231AL
23251AL
0.4
0.4
1.3
1.3
mcd
IF =10mA
Note 1
Viewing Angle
20)1,
23231AL
23251AL
130
deg.
Note 2 (Fig. 11)
Peak Emission
Wavelength
APEAK
23231 AL
23251AL
565
585
nm
Spectra I Li ne
Half Width
"A
23231AL
23251 AL
30
35
nm
Forward Voltage
VF
23231AL
23251 AL
2.1
Reverse Current
IR
23231 AL
23251 AL
Capacitance
C
23231 AL
23251 AL
PARAMETER
Luminous Intensity
MAX.
TEST
CONOITION
UNIT
Measurement
Peak (Fig. 1)
@
IF = 20 mA
2.8
V
100
/-LA
VR = 5V
PF
VF=O
f = 1 MHZ
35
15
NOTES: 1. Luminous intensity IS measured with a light sensor and filter combination that approximates the CIE
(Commission Intemationale De L'Eclairage) eye-response curve.
2.0)1, is the off-axis·angle at which the luminous intensity is half the axial luminous intensity.
50
23231AL
:;r
40
E
1/4325iAL
~
30
u
20
/I
~
"~~
60
IA
III
rl
E
~
~
If
in
40
23231AL
30
~
":;~
u.
/
t '"r--.
r--...
20
2i
10
251
i'"
V
o
12
16
20
24
28
J
40
§
23231 AL/,t
23251AL
£
u
VI
10
50
:;r
-
50
~
32
20
40
"'"c0
3D
"w
20
E
...J
........
........
'" ,
60
/
>
iii
w
~ .....
80
V
10
c::
1/
oV
o
100
10
Ambient TemperatureTA (Oel
Forward Voltage VF (V)
FIG 7 FORWARD CURRENT VS
FORWARD VOLTAGE
r- -
••
20
30
40
50
Forward Current IF (rnA)
FIG 8 FORWARD CURRENT
DERATING CURVE
FIG 9 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
O'
10'
20'
I
30'
23~51AL
1
F= 23231AL
5
o1
40'
1.0
0.9
50'
08
60'
07
70'
80'
H--t--t-M+-+-F-r-"H-++-t 90'
-30
-20
-10
10
20
30
40
Ambient TempelatureTA {OCI
FIG'O LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
05
FIG."
03
01
02
04
06
SPATIAL DISTRIBUTION
2-248
527
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 2SoC
PARAMETER
PART NO.
SYMBOL
LTL-
MAX.
TYP.
UNIT
0.4
1.3
mcd
IF=10mA
Note 1
130
deg.
Note 2 (Fig. 16)
Iv
23291AL
Viewing Angle
28%
23291AL
Peak Emission
Wavelength
~PEAK
630
nm
Spectral Line
Half Width
A~
40
nm
Forward Voltilge
VF
2.0
Reverse Current
IR
Capacitance
C
Luminous Intensity
TEST
CONDITION
MIN.
Measurement
Peak (Fig. 1)
@
IF =20mA
2.8
V
100
p,A
VR =5V
PF
VF =0
f = 1 MHZ
20
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'Eciairage) eye-response curve.
2.8% is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
«
60
I
I
40
E
«E
<;;
~ 10
~ 30
::>
u
"E 20
......
~ 10
LL
/
'-,
~
II
0
/
E
I
"C
/
50
:; 40
I
II
~
E 30
i"
:;
u 20
50
'-
V
o
1.2
1.6
20
24
2.8
3.2
20
Forward Voltage VF (VI
FIG.12 FORWARD CURRENT VS
FORWARD VOLTAGE
40
60
/
/
r-... .......
80
o ./
o
100
AmbIent Temperature TA (OC)
FIG 13 FORWARD CURRENT
DERATING CURVE
10
O·
i':"
20
30
40
Forward Current IF (mA)
FIG.14 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
10'
20'
2
30'
0;
c
--
l'J
E
~
::>
o
E
::>
40'
1.0
c
0.5
0.9
50'
0.8
60'
..J
Q)
>
;
Q;
a:
0.2
70'
0.7
I++HI'-f'++--t==f--'!H+--H
o1
-30
-20
-10
10
20
30
40
AmbIent Temperature TA (OC)
FIG 15 LUMINOUS INTENSITY VS. AMBIENT
TEMPERATURE
50
60
70
0.5
03
0.1
0.2
0.4
06
FIG.16 SPATIAL DISTRIBUTION
80'
90'
50
ILlTErl] ~ II
2.Ox6.0 RECTANGULAR BAR
LED LAMPS
L TL·23254A YELLOW
L TL·23274A AMBER
L TL·23214A BRIGHT RED
LTL-23234A GREEN
FEATURES
• LOW POWER CONSUMPTION.
eMOST SUITABLE FOR USE LIKE LEVEL INDICATOR.
e EXCELLENT UNIFORMITY OF LIGHT EMITTANCE.
e LONG LIFE-SOLID STATE RELIABILITY.
el.C. COMPATIBLE.
DESCRIPTION
The Bright Red source color oevices are made with
Gallium Phosphide on Gallium Phosphide Red Light
Emitting Diode.
The Green source color devices are made with Gallium
Phosphide on Gallium Phosphide Green Light Emitting
Diode.
The Yellow and Amber source color devices are made
with Gallium Arsenide Phosphide on Gallium Phosphide
Yellow Light Emitting Diode.
PACKAGE DIMENSIONS
.Ei=::r----.1
2.6
~(.'1)
6.0
t
1(.08
~
1
F1
I
I
DEVICES
j
I
~I
SEE NOTE 3
PART
NO.
LTL-
LENS
COLOR
DIFFUSION
23214A
Red
Diffused
Bright Red
23234A
Green
Diffused
Green
23254A
Yellow
Diffused
Yellow
23274A
Amber
Diffused
Amber
SOURCE
COLOR
t
25. 4 MIN
(1. 0)
Ll
1.0
(.04
2.54
(.1
NOM
t
NOTES.
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
2-250
529
ABSOLUTE MAXIMUM RATINGS AT TA = 2SoC
BRIGHT RED
GREEN
YELLOW
AMBER
UNIT
Power Dissipation
40
100
60
mW
Peak Forward Current
(1/10 Duty Cycle. 0.1ms Pulse Width)
60
120
80
mA
Continuous Forward Current
15
30
20
mA
Derating Linear From 25°C
0.2
0.4
0.25
mAtC
5
5
5
V
750
800
PARAMETER
Reverse Voltage
Operating Temperature Range
-55°C to +100°C
Storage Temperature Range
_55°C to +100°C
Lead Soldering Temperature
[1.6mm (0.063in) From Body]
2600 C for 5 Seconds
Green
1.0
Yellow
Amber
Bright Red
.f'
'"c:
...'"c:
...'"
.
f,;
70"
a; 02
a:
07
80"
!-+--l--+---Pf:==i--++=1Z-f---+++i
0.1
-30
-20 _-10
10
Ambient Temperature TA
30
40
(0 C)
FIG 5 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
05
70
FIG
6
03
01
02
04
90"
06
SPATIAL DISTRIBUTION
2-252
531
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
PART NO.
LTL-
MIN.
Iv
23234A,
23254A
0.3
0.5
Viewing Angle
28%
23234A
23254A
Peak Emission
Wavelength
APEAK
Spectral Line
Half Width
PARAMETER
SYMBOL
TYP.
MAX.
TEST
CONDITION
UNIT
mcd
IF = 10mA
Note 1
125
deg.
Note 2 (Fig. 11)
23234A
23254A
565
585
nm
Measurement
@ Peak (Fig. 1)
AA
23234A
23254A
30
35
nm
Forward Voltage
VF
23234A
23254A
2.1'
Reverse Current
IA
23234.A;
23254A
..
Capacitance
C
23234A
23254A
35
. 15
Luminous IntensitY
0.75
1.7
.
.
IF =20mA
28
V
tOO
p.A
VA = 5V
VF =0
PI'" .
f,'" 1MHZ
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination'that approximates the CIE
(Commission Internationale De L'Eclairage) eye-response curve.
2.9% is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
~
40
~
30
!J
~
"
~
"
u
"E
u.
E
'I
;;;
§
00
E
~
"
~
"
30
"E 20
10
u.
/,
~
o
12
16
20
24
2B
TT
10
3,2
20
Forward Voltage VF (VI
FIG 7 FORWARD CURRENT VS
FORWARD VOLTAGE
::I
30
E
.3
20
a
c
23234A
u
Iff
.J
40
~3234y,;(
' 23254A
E
40
~
if
20
50
i!'
50
~
I ~325~A r-
E
E
60
IA
23234A/V
"'- i'..
........
j'-...
40
m
60
iii
'iD
r-.;:: ~
BO
a:
10
.....
oV
o
100
V
1/
10
Ambient TemperatureTA (DC)
FIG 8 FORWARD CURRENT
DERATING CURVE
;;;
TA
FIG 9 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
40'
10
a
05
09
..J
50'
08
m
>
02
07
o1
-30
2-253
20'
!=-23234A
00
::I
532
10'
2k54A
E
~
40
30'
c
a:
30
2
m
~
::I
20
Forward Current IF (rnA)
O'
i!'
I'
)
>
"'-
j'-... r--..
r- r-
-20
-10
10
20
30
40
Ambient TempelatureTA (DC)
FIG 10 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
60'
70'
BO'
H-+-H~=f-+--Flq-+H'" 90'
o5
03
0,1
02
0,4
0B
FIG. 11 SPATIAL DISTRIBUTION
50
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
PARAMETER
SYMBOL
PART NO.
LTL-
MAX.
TYP.
UNIT
0.5
1.7
mcd
IF = 10 mA
Note 1
Note 2 (Fig. 16)
Iv
23274A
Viewing Angle
20Y:.
23274A
125
deg.
Peak Emission
Wavelength
~PEAK
23274A
600
nm
Spectral Line
Half Width
,,~
23274A
35
nm
Forward Voltage
VF
23274A
2.1
Reverse Current
IR
23274A
Capacitance
C
23274A
Luminous Intensity
TEST
CONDITION
MIN.
Measurement
Peak (Fig. 1)
@
IF = 20 mA
2.8
V
100
!J.A
VR =5V
PF
VF = 0
f= 1MHZ
1.5
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'Eciairage) eye·response curve.
2. oY:. is the off·axis angle at which the luminous intensity is half the axial luminous intensity.
60
50
'/
40
«
E
/
~
5
u.
40
I
e
:; 30
I
u
"E 20
'";:
:;
u
"E 10
'";:
50
c
/
~ 20
5.0
/
I'-- .......
5 10
u.
o
12
16
2B
2.0
24
Forward Voltage V, IVI
20
32
40
r--...
/
........
60
.......
J
r--.
BO
o /'
20
10
30
40
Forward Current IFlmAI
FIG 14 RELATIVE LUMINOUS
100
0
Ambient Temperature TA (Oe)
FIG 13 FORWARD CURRENT
DERATING CURVE
FIG. 12 FORWARD CURRENT VS.
FORWARD VOLTAGE
INTENSITY VS FORWARD
CURRENT.
O'
~
10'
20'
2~-+---r--1---+-~r--+--~--+---+-~
30'
in
c
ru
LJ~~~~~~~~~~~~~~~~~~
£
j
~-+---r--1---+-~---+---r--+---~~
0.9
">
a:
07
__- L__
-20 -10
01L-~
-30
~
__~__L-~__- L__J -__L-~
10
20
30
Ambient Temperature TA (OC)
FIG. 15 LUMINOUS INTENSITY VS
AMBIENT TEMPERATURE
40
50
60
70
40'
10
OB
~ 02~~---+--1---+---~-+---r--1---+-~
50
50'
60'
70'
BO'
H-1-H--'I"=t-1---Ff-l-+-r+-i 90'
0.5
03
01
02
0.4
06
FIG 16 SPATIAL DISTRIBUTION
2·254
533
2.5x7.1 RECTANGULAR BAR
LED LAMPS
ILITEre] ~ II
LtL-3213A· BR·IGHT RED
LrL~3223A HI. EFF •. RED·
·lTI..-3233A ·GREEN .
LTl-3253A YELLOW
l Tl-3293A ORANGE
FEATURES
• LOW POWER CONSUMPTION.
• MOST SUITABLE FOR USE LIKE LEVEL INDICATOR.
• EXCELLENT UNIFORMITY OF LIGHT EMITTANCE.
• LONG LIFE-SOLID STATE RELIABI LlTY.
el.C. COMPATIBLE.
DESCRIPTION
The Bright Red source color devices are made with
Gallium Phosphide on Gallium Phosphide Red Light
Emitting Diode.
The High Efficiency Red and Orange source color
devices are made with Gallium Arsenide Phosphide on
Gallium Phosphide Orange Light Emitting Diode.
The Green source color devices are made with Gallium
Phosphide on Gallium Phosphide Green Light Emitting
Diode.
The Yellow source color devices are made with Gallium
Arsenide Phosphide on Gallium Phosphide Yellow Light
Emitting Diode.
1 ,
PACKAGE DIMENSIONS
I
7.7
I
L
I
-1"
SEE NOTE~
DEVICES
PART
NO.
LTL-
COLOR
DIFFUSION
3213A
Red
Diffused
Bright Red
3223A
Red
Diffused
Hi. Eff. Red
3233A
Green
Diffused
Green
3253A
Yellow
Diffused
Yellow
3293A
Orange
Diffused
Orange
LENS
c
c
liS
I
U~
534
1.0
( o04)MIN
2.54 NOM
(01
2-255
--- -f€S
w
SOURCE
COLOR
2.5± 0.2
.098±.OOB)
'.
1
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
ABSOLUTE MAXIMUM RATINGS AT TA = 2SoC
BRIGHT
RED
GREEN
YELLOW
HI. EFF. RED
ORANGE
UNIT
Power Dissipation
40
100
60
100
mW
Peak Forward Current
(1/10 Duty Cycle, 0.1 ms Pu Ise Width)
60
120
80
120
mA
Continuous Forward Current
15
30
20
30
mA
Derating linear From 25°C
0.2
0.4
0.25
0.4
mAfC
5
5
5
5
V
PARAMETER
Reverse Voltage
Operating Temperature Range
_55° C to +100° C
Storage Temperature Range
_55° C to +100° C
Lead Soldering Temperature
[1.6mm (0.063in) From Body]
260° C for 5 Seconds
Green Yellow
Hi. Eff. Red
Orange Red
Bright Red
1.0 ,-------,-7""i~7""i:__r--____:""'___.7"r--~__..;;::__---.....,...----...,
>-
~
.u;
c:
~
c:
.,
0.5
>
.;::;
co
a;
rc
500
550
600
650
700
750
800
Wavelength A. (nm)
FIG.l RELATIVE INTENSITY VS. WAVELENGTH
2-256
535
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 2SoC
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
3213A
3223A
0.3
1.1
0.7
2.5
mcd
IF == 10mA
Note 1
Viewing Angle
2814
3213A
3223A
130
deg.
Note 2 (Fig. 6)
Peak Emission
Wavelength
APEAK
3213A
3223A
635
nm
Spectral Une
Half Width
AA
3213A
3223A
90
40
nm
Forward Voltage
VF
3213A
3223A
2.1
2.0
Reverse Current
IR
3213A
3223A
Capacitance
C
3213A
3223A
PARAMETER
Luminous Intensity
MAX.
TEST
CONDITION
UNIT
697
Measurement
Peak (Fig. 1)
@
IF == 20mA
2.8
V
100
p.A
VR ==5V
PF
VF =0
foo 1 MHZ
66
20
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'Eclairage) eye-response curve.
2. 0% is the off-axis anqle at which the luminous intensity is half the axial luminous intensitv.
50
a;
r- ~
80
II:
o~
o
.......
100
~
10
Ambient Temperature TA(OC)
FIG 2 FORWARD CURRENT VS
FORWARD VOLTAGE
2
~
r-:::: ~~
E
FIG 3 FORWARD CURRENT
DERATING CURVE
">
~II:
FIG 4 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
20'
40'
10
0.9
50'
08
60'
02
70'
07
80'
t-+-HI-'I--t='1-+-A++-1-H 90'
-30
-20
-10
10
20
30
40
Ambient Temperature TA (OC)
536
10'
30'
05
o1
2-257
40
::::::: ::::::- l:::--
""'o
~
.3
30
I
- 3223A
~
20
Forward Current IF (mAl
O'
~
-
3213A
FIG 5 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
0.5
0.3
01
02
0.4
FIG. 6 SPATIAL DISTRIBUTION
06
50
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 2SoC
PARAMETER
PART NO.
LTL-
SYMBOL
3233A,
3253A
Iv
Luminous Intensity
TEST
CONDITION
MIN.
TYP.
UNIT
0.8
0.5
1.9
1.7
mcd
IF = 10 mA
Note 1
Note 2 (Fig. 11)
MAX.
Viewing Angle
20%
3233A
3253A
130
deg.
Peak Emission
Wavelength
~PEAK
3233A
3253A
565
585
nm
Spectral Line
Half Width
A~
3233A
3253A
30
35
nm
Forward Voltage
VF
3233A
3253A
2.1
Reverse Current
IR
3233A
3253A
Capaci tance
C
3233A
3253A
Measurement
@ Peak (Fig. 1)
IF = 20 mA
2.8
V
100
!LA
VR =5V
PF
VF =0
f= 1 MHZ
35
15
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eciairage) eye-response curve.
2. oY.. is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
60
Iii
3233A/II
14253~ - r-'I
40
30
50
::i
E
~
~:;
II
I
20
o
12
16
a
u.
20
40
~
~
24
28
a
3233A
"r--.
~
i""'-
3253A
I
10
32
20
Forward Voltage,VF IVI
FIG 7 FORWARD CURRENT VS
FORWARD VOLTAGE
3233A.t-1
tV 3253A
30
1#
~
30
~
/
~
40
E
u
l' 20
/I
10
50
?:
~
:i;'
40
E
.3
.......
I"---
/
20
<1>
>
""'"
60
g
0;
~ i'o-.
80
Ambient Temperature
100
c:
10
o 1/
o
V
1/
10
TA (OC)
FIG 8 FORWARD CURRENT
DERATING CURVE
2
~
<1>
~
40'
1.0
05
09
.3
50'
08
<1>
>
~
50
20'
1 F=3233A
~
c:
40
30'
a
~
10'
32~3A
~
E
30
FIG 9 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
o·
?:
2D
Forward Current IF (rnA)
60'
02
70'
07
80'
I-++-H-t==t-+-Ft-++-H-j 90'
o1
-30
-20
-10
10
20
30
40
Ambient TempelatureTA (OC)
FIG 10 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
050.301
020406
FIG 1.1 SPATIAL DISTRIBUTION
2-258
537
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
TEST
CONDITION
SYMBOL
PART NO.
LTL-
MIN.'
TYP.
Iv
3293A
1.1
2,5
moo
IF=10mA
Note 1
Viewing Angle
2eYo
3293A
,130
deg.
Note 2 (Fig. 16)
Peak Emission
Wavelength
i\PEAK
3293A
630
om
Measurement
@Peak (Fig. 1)
Spectral Line
Half Width
Ai\.
3293A
40
nm
Forward Voltage
VF
'3293A
2,0
Reverse Current
IR
3293A
Capacitance
C
3293A
PARAMETER
Luminous Intensity
MAX.
UNIT
2.8
V
IF "'20mA
100
J.lA
VR "'5V
'\IF =0
PF
20
f=, 1 MHZ:,
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'EcJairage) eye-response curve.
2. BY:. is the off-axis angle at which the luminous intensity is half the aXial luminous intensity
50
20
'a:"
10
V
I
g"
I' I'
/
o
30
c:
~ 30
u-
/
",'
:J
c:
I
J
40
E
80
100
Ambient Temperature TA (OC)
FIG 13 FORWARD CURRENT
DERATING CURVE
/
/
o ,/
o
10
20
o·
~
300
--
1
'"o
:J
05
0.9
:J
-'
02
538
60'
70'
07
01
-30
2-259
50'
08
g">
&!
40'
10
c:
E
40
10'
2
u;
c:
£"
30
Forward Current IF (mA)
FIG. 14 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
-20
-10
10
20
30
40
• Ambient Temperature TA (OC)
FIG 15 LUMINOUS INTENSITY VS AMBIENT
, TEMPERATURE
50
60
70
BO'
J-t--t-H-t==t-+-Ff-f-+H-j
o5 0 3 0 1 0 2 04 0.6
FIG.16 SPATIAL DISTRIBUTION
\
90'
50
DOUBLE 2.0 SQUARETQP LED
LAMPS
ILITEr.] ~ II
, LTL·23276A AMBER
LTL·23296A, DR~NGE
L TL·23216A BRIGHT RED
L TL~23236A 'GREEN
L TL·23256A YELLOW
FEATURES
• LOW POWER CONSUMPTION.
FOR
USE LIKE LEVEL
• MOST SUITABLE
INDICATOR.
• EXCELLENT UNIFORMITY OF LIGHT EMITTANCE.
• LONG LIFE-SOLID STATE RELIABILITY .
• I.C. COMPATIBLE.
DESCRIPTION
•
The bright Red source color devices are made with
Gallium Phosphide on Gallium Phosphide Red Light
Emitting Diode.
The Orange source color devices are made with Gallium
Arsenide Phosphide on Gallium Phosphide Orange
Light Emitting Diode.
The Green source color devices are made with Gallium
Phosphide on Gallium Phosphide Green Light Emitting
Diode.
The Yellow and Amber source color devices are made
with gallium Arsenide Phosphide on Gallium Phosphide
Yellow Light Emitting Diode.
,
J
PACKAGE DIMENSIONS
5.9±O.2
(.232 ± .008)
I.g
(.075)
2.8
(.11)
1.9::!:O.2
(.07S::!:.008)
+
--=='"N7
1
seE NOTE 3_
DEVICES
PART
NO.
LTL-
COLOR
DIFFUSION
23216A
Red
Diffused
Bright Red
23236A
Green
Diffused
Green
23256A
,Yellow
Diffused
Yellow
23276A
Amber
Diffused
Amber
23296A
Orange
Diffused
Orange
LENS
SOURCE
COLOR
:I:
(.,
NOM
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
2-260
539
ABSOLUTE MAXIMUM RATINGS AT TA
BRIGHT
PARAMETER
RED
Power Dissipation
=25°C
GREEN
YELLOW
AMBER
ORANGE
UNIT
40
100
60
100
mW
60
120
80
120
mA
Continuous Forward Current
15
30
20
30
mA
Derating Linear From 25°C
0.2
0.4
0.25
0.4
mAtC
5
5
5
5
V
Peak Forward Current
(1 /1 0 Duty Cycle. 0.1 ms Pulse Width)
Reverse Voltage
Operating Temperature Range
_55° C to +100° C
Storage Temperature Range
_55°C to +100°C
Lead Soldering Temperature
[1.6mm (O.063in) From Body)
260° C for 5 Seconds
Green
Yellow
Amber
Hi. Eff. Red
Orange
Bright Red
1.0r---------~,_.-~._._----~~,_------~~~------_.--------_,
......c:>2l
c:
0.5
~----+-~_\_---\1r__I_.---IA_----_I_-----''rl----__i
.:::...'"
ro
iii
II:
500
550
600
650
700
Wavelength A (nm)
FIG.1 RELATIVE INTENSITY VS. WAVELENGTH
2-261
540
750
800
ELECTRICAl/OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
PARAMETER
PART NO.
LTL·
SYMBOL
Iv
23216A
Viewing Angle
20%
23216A
Peak Emission
Wavelength
lI.PEAK
Luminous Intensity
MIN
TYP
0.1
0.3
mcd
120
deg.
697
nm
nm
Spectral line
Half Width
"-lI.
90
Forward Voltage
VF
2.1
Reverse Current
IR
Ca paci ta nce
C
NOTES:
MAX
TEST
CONDITION
UNIT
IF = 10mA
Note 1
Note 2 (Fig. 6)
Measurement
@ Peak (Fig. 1)
2.8
V
100
J.lA
VR =5V
PF
VF = 0
f= 1MHz
55
IF = 20mA
1.
Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eclairage) eye·respose curve.
2. 8% is the off·axis angle at which the luminous intensity is half the axial luminous intensity.
50
50
60
1
I
<{ 40
.s
.!:
50
i:"
~
40
-;;;" '"
..... r-60
" E
~~
--
80
r-...
10
20
30
40
50
Forward Current IF(mA)
FIG 4 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
I--r--
a:
o
FIG. 3 FORWARD CURRENT
DERATING CURVE.
:J
iii
a;
/'
oV
100
-
/--
10
AmbIent Temperature TA (OC)
FIG. 2 FORWARD CURRENT VS.
FORWARD VOLTAGE.
i:"
30
!; ~
30
u
"E 20
;:
'"
I
LL
o
5
40
!!l
02
0.7
01
-30
-20
-10
10
20
Ambient Temperature TA
30
40
(OC)
FIG 5 LUMINOUS INTENSITY VS. AMBIENT
TEMPERATURE
50
60
70
o5
03
0.1
·0.2
0.4
0.6
FIG 6 SPATIAL DISTRIBUTION
2·262
541
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
PART NO.
LTL-
MIN
TYP
Iv
23236A
23256A
0.4
0.4
1.2
1.2
mcd
Viewing Angle
28%
23236A
23256A
120
deg.
Peak Emission
Wavelength
APEAK
23236A
23256A
565
585
nm
nm
PARAMETER
SYMBOL
Luminous Intensity
Spectral Line
Half Width
AA
23236A
23256 A
30
35
Forward Voltage
VF
23236A
23256A
2.1
Reverse Current
IA
23236A
23256A
Capacitance
C
23236A
23256A
MAX
= 2SoC
TEST
CONOITION
UNIT
IF = 10mA
'Note 1
Note 2 (Fig. 11)
Measurement
Peak (Fig. 1)
@
2.8
V
'.
IF =20mA
;
100
/J.A
• VA =5V
PF
: VF =0
f'" 1MHz
35
15
.,
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eclairage) eye-respose curve.
2. 8% is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
iii
"
60
I
Q;
r--:: ~
80
a:
10
.....
o/
o
100
L
I
10
Ambient Temperature TA (OC)
20
30
40
Forward Current IF (rnA)
FIG 8 FORWARD CURRENT
DERATING CURVE
FIG 9 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
o·
i:'
30'
2
in
c:
'"
E
'"o
J256A
1 =23236A
~
~
05
0.9
~
..J
02
70'
80'
H--t-H-t-'T-+-f-t-+-+-t-+-I 90'
-30
-20
-10
10
20
30
40
Ambient Tempelature TA 1°C)
542
60'
07
o1
2-263
50'
0.8
'">
~
a:
40'
1.0
FIG 10 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
05
03
0.1
0.2
0.4
FIG 11 SPATIAL DISTRIBUTION
0.0
50
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
=
25°C
PART NO.
LTL-
MIN
TYP
Iv
23276A
23296A
0.4
0.4
1.2
1.2
mcd
IF = 10mA
Note 1
Viewing Angle
2911;,
23276A
23296A
120
deg.
Note 2 (Fig. 16)
Peak Emission
Wavelength
i\ PEAK
23276A
23296A
600
630
nm
PARAMETER
SYMBOL
Luminous Intensity
Spectra I Li ne
Half Width
~i\
23276A
23296A
40
Forward Voltage
VF
23276A
23296A
2.1
2.0
Reverse Current
IR
23276A
23296A
Capacitance
C
23276A
23296A
MAX
TEST
CONDITION
UNIT
35
Measurement
@ Peak (Fig. 1)
nm
2.8
V
100
JJ,A
VR =5V
PF
VF =0
f= lMHz
15
20
IF = 20mA
1. Luminous intensity is measured with a light sensor and filter combination that
NOTES:
approxima~es
(Commission Internationale De L'Eclairage) eye-res pose curve.
2. 911;, is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
I
I
i!'
5
E
~
I
~
5
I
u 20
"E
;:
'"
I I
.b
o
12
;:-
40
E
in
c:
2l
3D
~
0
LL
/
16
20
24
2.B
Forward Voltage VF IVI
'"
:J
0
23296A
u
"E 20
II
~ 10
-, --,
50
50
;{
123276A
23296A
c: 3D
60
II
V
2i27y
10
32
I
/
40
23296A
/
3D
c:
""r--. r-...
........
20
40
I"
E
:J
..J
20
;,
Ql
""""
60
>
iii
~~
BO
"a:
I
-,-
23276A, "
/
1/
01/
0
10
3D
20
40
50
Forward Current IF (mAl
Ambient Temperature TA {OCI
FIG 12 FORWARD CURRENT VS
FORWARD VOLTAGE
Iv
,
1
:
I
10
100
the CIE
'
FIG 14 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
FIG 13 FORWARD CURRENT
DERATING CURVE
;:in
c:
2l
23)76A
E
'"o
:J
c:
E
23296A-=
05
:J
..J
1.0
O,g
OB
Ql
>
~
a:
02
0.7
01
-3~
-20
-10
0
10
20
3D
40
Ambient Temperature TA (OC)
FIG 15 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE.
50
60
70
o5
0,3
0.1
02
04
FIG 16 SPATIAL DISTRIBUTION
a6
2-264
543
.
ILITEr·) ~ II
,~
-
DOUBLE 1~5x5 RECTANGULAR
TOP LED LAMPS
l Tl-472P BRIGHT RED
l Tl-472G GREEN'
l Tl-472Y YEllOW
FEATURE
• LOW POWER CONSUMPTION
• MOST
SUTIBLE
FOR
USE
LIKE
LEVEL
INDICATOR
• LONG LIFE SOLID STATE RELIABI LlTY
.I.C. COMPATIBLE.
jI
I
,
c .
DESCRIPTION
The Bright Red source color devices are made with
Gallium Phosphide on Gallium Phosphide Red Light
Emitting Diode.
The Green source color devices are made with Gallium
Phosphide on Gallium Phosphide Green Light Emitting
Diode.
The Yellow and Amber source color devices are
made with Gallium Arsenide Phosphide on Gallium
Phosphide Yellow Light Emitting Diode.
PACKAGE DIMENSIONS
I
--f--
--
--
I
rr
1..
,
DEVICES
PART
NO.
LTL-
COLOR
DIFFUSION
472P
Red
Diffused
Bright Red
472G
Green
Diffused
Green
472Y
Yellow
Diffused
Yellow
LENS
~~
SOURCE
COLOR
1.0(.04 )MIN
2.54 NOM
.2-265
544
7 MIN
c. 5)
f
t
Oo. 5
C.02)TYP
m
I.
0 •• 95
(.195)
I
")
NOTES:
1. All dimensions are in millimeters {inches!'
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1 .5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice .
ABSOLUTE MAXIMUM RATINGS AT TA
= 25°C
BRIGHT
PARAMETER
GREEN
YELLOW
UNIT
40
100
50
mW
60
120
80
rnA
Continuous Forward Current
15
30
20
mA
Derating Linear From 25c C
0.2
0.4
0.25
mAlC
5
5
5
V
RED
Power Dissipation
Peak Forward Current
,1/10 DutyCycle, O.lms Pulse Width)
Reverse Voltage
Operating Temperature Range
_55°C to +100°C
Storage Temperature Range
-55°C to +100°C
Lead Soldering Temperature
250°C for 5 Seconds
[1.6mm (O.063in) From Body 1
Vel/ow
Green
1.0
.~
....
Bright Red
r---------.-~~~.-.---------,_------~~~------_r--------_,
0.5 ~--------~--~_4~--~--------~~--------_r--------~r_--------_l
'"
OJ
a:
II>
a:
500
550
600
650
700
750
800
Wavelength A (nm)
FIG.l RELATIVE INTENSITY VS. WAVELENGTH
2·266
545
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
PARAMETER
PART NO.
LTL-
SYMBOL
MIN.
TYP.
MAX.
=
25°C
TEST
CONDITION
UNIT'
0.3
mcd
IF'" WmA
Note 1
472P
200c
deg.
Not~ 2 (Fig, 6)
APEAK
472P
697
nm
Measurement
@ Peak (Fig, 1)
Spectral line
Half Width
t.A
472P
90
nm
Forward Voltage
VF
'472P
2.1
Reverse Current
IR
472P
Capacitance
C
472P
Iv
472P
Viewing Angle
Ze% .
Peak EmiSSion
Wavelength
Luminous Intensity
0.1
2.8
V
100
IJ.A
VR "'5V
PF
. VF =0
f= 1 MHz
55
IF "'20mA
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission I nternationale De L'Eclairage) eye-response curve.
2. 0% is the off-axis angle at which the lum inous intensity is half the axial luminous intensity.
50
«
.s
I
I
40
«
.s
~,
~
1: 30
1:
5
u 20
"E
5
~
~
I
0 10
u.
~c:
50
.£"
"'"a
40
1.2
2.0
1.6
;:
'"
0
u. 10
2.4
2.8
"
2.0
iii
Q;
10
...J
--
/
o
20
32
t.......
40'
l- t60
-
80
FIG 3 FORWARD CURRENT
DERATING CURVE.
-
">
c:
t.......
100
Ambient Temperature TAI(OC)
Forward Voltage VF ~VI
FIG. 2 FORWARD CURRENT VS.
FORWARD VOLTAGE
30
c:
"E 20
/
40
·E
30
u
I
~
5.0
60
I
/"
/
oV
o
10
0'
3
>-
Jji
-
2
c:
2l
E
"'"ac:
E
.3
">
~
c:
--
0.5
r--
20
30
40
50
Forward Current 1,'(mAI
FIG 4 RELATIVE LUMINOUS
INTENSITY VS. FORWARD
CURRENT
10'
20'
30'
-70 0
0.2
I-++H4.-I-H-=t:l=-~a+-t-b'f-++-Ir-t-l 90'
2-267
546
01
- 30
-20
-10
10
20
30
40
Ambient Temperature TA (OCI
FIG.5 LUMINOUS INTENSITY VS. AMBIENT
TEMPERATURE
50
60
70
0.8
FIG. 6 SPATIAL DISTRIBUTION
1.0
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
SYMBOL
PART NO.
LTL-
MIN.
Iv
472G
472Y
0.3
0.3
Viewing Angle
20Y:.
Peak Emission
Wavelength
PARAMETER
TYP.
MAX.
TEST
CONDITION
UNIT
07
0.7
mcd
IF = 10 mA
Note 1
472G
472Y
200 0
deg.
Note 2 (Fig 11)
APEAK
472G
472Y
565
585
nm
Measurement
@ Peak (Fig. 1)
Spectral Line
Half Width
Ai\
472G
472Y
30
35
nm
Forward Voltage
VF
472G
472Y
2.1
Reverse Current
IR
472G
472V
Capacitance
C
472G
472Y
Luminous Intensity
= 20 mA
2.8
V
100
IJ.A
VR '" 5V
PF
VF = 0
f'" 1 MHz
35
15
IF
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission I nternatlonale De L'Eclairage) eye-response cu rve.
2. OY:. is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
'"
~
02 f--t---+---/---t----il--t---+---/---i----i
0::
01L--L---L--L-~---L--~~---L--~~
-30
-20
-10
10
20
30
40
Ambient Temperature TA (Oe)
FIG 10 LUMINOUS INTENSITY VS. AMBIENT
TEMPERATURE
50
2-268
60
FIG 11 SPATIAL DISTRIBUTION
547
ILITEr.] ~ II
3.0, 5.0 SQUARE TOP LED LAMPS
LTL-9212A/9213A BRIGHT REO
L TL-9222A/9223A HIGH EFFICIENCY REO
LTL·9232A/9233A GREEN
LTL·9252Al9253A YELLOW
. L TL·9272A/9273A AMBER
L TL·9292A/9293A ORANGE
FEATURES
• LOW POWER CONSUMPTION.
FOR
USE LIKE LEVEL
• MOST SUITABLE
INDICATOR.
• EXCELLENT UNIFORMITY OF LIGHT EMIT·
TANCE.
• LONG LIFE-SOLID STATE RELIABILITY.
.I.C. COMPATIBLE.
R
DESCRIPTION
The bright Red source color devices are made with
Gallium Phosphide on Gallium Phosphide Red Light
Emitting Diode.
The High Efficiency Red and Orange source color
devices are made with Gallium Arsenide Phosphide
on Gallium Phosphide Orange Light Emitting Diode.
The Green source color devices are made with Gallium
Phosphide on Gallium Phosphide Green Light Emitting
Diode.
The Yellow and Amber source color devices are made
with gallium Arsenide Phosphide on Gallium Phosphide
Yellow Light Emitting Diode.
II
PACKAGE DIMENSIONS
LTL-92x3A Series
!
I
LTL-92x2A Series
~
~IT'008)
3.a±o 2
:D
~
(.15±.008)
I
N
3.0±O.2
(.118±"OD8J
"'T"
SEE NOTE l
Z.O±O.2
T
I
L
t
$ -1
25.4
(100r'N
3.0±O.2
(.118±.008)
5 Typ---2)
:-
3r==f.:~t:=t=::
(.1)
2-269
548
NOM
9
--1
•• 0
(.236)
-- -- ---.l
C~~~)M IN
2.54 NOM
(.1
2,54
U
I
I
SEe NOTE
7.0±O.25
O.7:!:O.2 (. 276!.012)
t
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package ..
5. Specifications are subject to change without notice.
DEVICES
PART
NO.
LTL·
COLOR
9212A
LENS
DIFFUSION
SOURCE
COLOR
PART
NO.
LTL·
COLOR
DIFFUSION
SOURCE
COLOR
Red
Diffused
Bright Red
9213A
Red
Diffused
Bright Red
9222A
Red
Diffused
Hi.Eff.Red
9223A·
Red
Diffused
HLEff.Red
9232A
Green
Diffused
Green
9233A
Green
Diffused
Green
9252A
Yellow
Diffused
Yellow
9253A
Yellow
Diffused
Yellow
9272A
Amber
Diffused
Amber
9273A
Amber
Diffused
Amber
9292A
Orange
Diffused
Orange
9293A
Orange
Diffused
Orange
LENS
ABSOLUTE MAXIMUM RATINGS AT TA = 25°C
BRIGHT
RED
GREEN
YELLOW
AMBER
HI.EFF.RED
ORANGE
UNIT
Power Dissipation
40
100
50
100
mW
Peak Forward Current
(1/10 Duty Cycle. 0.1 ms Pulse Width)
50
120
80
120
mA
Continuous Forward Current
15
30
20
30
mA
Derating Linear From 25°C
0.2
0.4
0.25
0.4
mAtC
5
5
5
5
V
PARAMETER
Reverse Voltage
Operating Temperature Range
_55°C to +100°C
Storage Temperature Range
_55°C to +100°C
Lead Soldering Temperature
l1.5mm (0.053in) From Body)
260° C for 5 Seconds
Green
Yellow
Amber
Hi. Eff. Red
Orange
Bright Red
1.0,--------:~~~~_,----~~_.------~~~------_.--------,
>-
.~
'"
<:
~
<:
0.5 r----------t--~_;----~_i~-----_?~--------+_------~~----------~
Q)
...
.2
III
(jj
II:
500
550
600
650
700
750
800
Wavelength A (nm)
FIG.1 RELATIVE INTENSITY VS. WAVELENGTH
2-270
549
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 25°C
PARAMETER
SYMBOL
Luminous Intensity
Iv
9212A
9222A
9213A
9223A
9212A
9222A
9213A
9223A
Viewing Angle
28%
Peak Emission
Wavelength
~PEAK
Spectral Line
Half Width
6~
Forward Voltage
VF
Reverse Current
IR
Capacitance
C
PART NO.
LTL-'
MIN
TYP
0,3
0.5
0.2
0.5
0.8
1.7
0.6
1.7
100
100
150
150
MAX
mcd
IF = 10mA
Note 1
deg.
Note 2 (Fig. 6)
Measurement
@ Peak (Fig. 1)
9212A
9222A
9213A
9223A
697
635
697
635
nm
921:~A
90
40
90
40
nm
9222A
9213A
9223A
9212A
9222A
9213A
9223A
9212A
9222A
9213A
9223A
9212A
9222A
9213A
9223A
2.1
2.0
2.1
2.0
TEST
CONDITION
UNIT
IF =20mA
2.8
V
100
IJ.A
VR
PF
VF = 0
f = 1MHz
55
20
55
20
= 5V
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eclairage) eye-response curve.
2.8% is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
~
.s
40
922ZA
9223AI
1: 3D
~
;;
~
"
u.
u
1': 20
;:
'"
"
u..
-II
o
12
16
20
24
~
§
28
~
9222A
9223A
r-
92112A
9213A
10
~
0
20
/9222A
9223A
30
c
E
""- r-....
~
-'
....... r--.. l"'- i'.
40
60
/
20
~
>
15
r--- r---
3.2
Forward Voltage VF (VI
FIG 2 FORWARD CURRENT VS
FORWARD VOLTAGE
/
40
.E
40
1:
~ 30
;;
I
I
10
50
i?:
50
~
.s
II
, 19212A
II 9213A
u 20
1':
u..
60
II
III
rI
ID
c::
~
80
""""100
Ambient TemperatureTA (Oe)
FIG 3 FORWARD CURRENT
DERATING CURVE
10
o~
o
~
~
~
E
~
~
o
9212A
---:::: ~t-
=
9222A
9223A
-
10
~~
-
9212A
1921~A
20
30
40
50
Forward Current IF (mAl
FIG 4 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
00
i?: 2
f1'
~
100
~----';----'.----.--r--r--"---r-----'"
I::::::-
40'
50'
h5
60'
~
-'
~
>
~
c::
70'
02
80'
o1
-30
2-271
550
-20
-10
10
20
30
40
Ambient Temperature TA (OC)
FIG 5 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
H--t-t-l:-t+-P'H"T-+--r:=r-I-Lf-+++-1-+-+-I
o9 0 7 0 5 0.3 0.1 0.2 0.4 0.6 08 1.0
FIG. 6 SPATIAL DISTRIBUTION
90'
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
=
25°C
PARAMETER
SYMBOL
PART NO.
LTL·
MIN
TYP
Luminous Intensity
Iv
9232A
9252A
9233A
9253A
0.5
0.5
0.5
0.5
1.7
1.7
1.7
17
mcd
IF = 10mA
Note 1
Viewing Angle
2ey,
9232A
9252A
9233A
9253A
100
100
150
150
deg.
Note 2 (Fig. 11)
Peak Emission
Wavelength
APEAK
9232A
9252A
9233A
9253A
565
585
565
585
nm
Measurement
@ Peak (Fig. 1)
Spectral Line
Half Width
AA
9232A
9252A
9233A
9253A
30
35
30
35
nm
Forward Voltage
VF
9232A
9252A
9233A
9253A
21
Reverse Current
IR
9232A
9252A
9233A
9253A
Capacitance
C
9232A
9252A
9233A
9253A
MAX
TEST
CONDITION
UNIT
2.8
V
100
IlA
VR= 5V
PF
VF = 0
f = 1MHz
35
15
35
15
IF = 20mA
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'Eclairage) eye·response curve.
2. ey, is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
~m~/I/
;;( 40
E
~
u
"~~
50
.s
/
'/9253A
30
I
20
~
~
/I
5
'C
~
II
9232A
9233A
30
16
12
20
24
28
I
'"
g
30
.........
9252A
9253A
~
20
Forward Voltage VF (V)
J
III
.........
">
"
40
iii
r-.... ........
w
r-...:: ::::::
60
....
80
/
o ,/
o
100
10
Ambient Temperature TA (OC)
20
30
40
FIG 9 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
0'
10'
20'
30'
"'"-----.;-~,---.-...,--.--r_-"]"""-"""'71
1:'
2
50
Forward Current IF (rnA)
FIG 8 FORWARD CURRENT
DERATING CURVE
FIG 7 FORWARD CURRENT VS
FORWARD VOLTAGE
-
/
10
c::
'-
J
~O
..J
........
10
32
9232A
9233A/jo
9252A - 9253A- -
E
~
o
40
~
........
20
~
5
u.
J.
in
~
40
u
J
10
50
1:'
;;(
~252~- -
.s
!:
60
Iii
40'
9252A
9253A
in
c
"
E
'"a l=m~~
50'
~
~
.3
">
~
c::
05
60'
02
80'
70'
o1
-30
-20
-10
10
20
30
40
Ambient Tempelature TA (OC)
FIG 10 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
0.9
07
05
0.3
01
0.2
0.4
06
FIG 11 SPATIAL DISTRIBUTION
08
10
2-272
551
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 2SoC
PARAMETER
SYMBOL
Luminous Intensity
Iv
Viewing Angle
26Y.
Peak Emission
Wavelength
APEAK
Spectral Line
Half Width
AA.
Forward Voltage
VF
Reverse Current
IR
Capacitance
C
PART NO.
LTL·
MIN
TYP
0.5
0.5
0.5
0.5
1.7
1.7
1.7
1.7
100
100
150
150
600
630
600
630
35
9272A
9292A
9273A
9293A
9272A
9292A
9273A
9293A
9272A
9292A
9273A
9293A
9272A
9292A
9273A
9293A
9272A
9292A
9273A
9293A
9272A
9292A
9273A
9293A
9272A
9292A
9273A
9293A
TEST
CONDITION
UNIT
MAX
mcd
IF = 10mA
Note 1
deg.
Note 2 (Fig. 16)
Measurement
Peak (Fig. 1)
nm
40
35
@
nm
40
2.1
2.0
2.1
2.0
2.8
V
100
Jl.A
15
20
15
20
IF "'20mA
VR=5V
VF =0
PF
f'" 1MHz
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission IntenatlOnale De L'Eciairage) eye-response curve.
2. 6Y. is the off-axis angle at which the liminous intensity is half the axial luminous intensity.
50
1/
I
II
;;: 40
30
~
';
u
9mA
1 9273A
9293A
~
c
V
9291A
.§
I
I /
20
'E
;:
'"
60
J1
;;:
.§
e-
~
b
o
12
/
40
9292A
9293A
~
';
30
to 20
9272A
9273A
;:
5
u. 10
20
"...... ".......
l:J
24
2.8
40
20
32
Forward Voltage VF (V)
FIG 12 FORWARD CURRENT VS
FORWARD VOLTAGE
Ib
!J
",
........
'-.. I"60
~
~ ......
oV
o
100
80
10
30
20
10'
20'
30'
1
92 72A
9273A
.f
"'"ac
60'
~~m~
05
g'>"
a; 02
II:
2-273
552
50
40
2
."l
E
.3
/
Forward Current IF (mA)
FIG 14 RELATIVE LUMINOUS
INTENSITY VS. FORWARD
CURRENT
Ambient Temperature TA (OC)
FIG 13 FORWARD CURRENT
DERATING CURVE
O'
~
in
c
I
9mA
9273A
I
U
/
16
/
9292A
I- 9293,,/.
r-- -
C
I
5 10
u.
50
50
01
-30
-20
-10
10
20
30
40
Ambient Temperature TA (OC)
FIG 15 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
o9
07
05
03
01
0.2
04
06
FIG 16 SPATIAL DISTRIBUTION
0.8
10
3.2x5.6 REFLECTOR CAP
RECTANGULAR BARS
ILlTErl] ~ II
l Tl-33221AA HIGH EFFICIENCY RED
l Tl-33231AA GREEN
l Tl-33251AA YEllOW
APPLICATIONS
- LEGEND BACKLIGHTING.
-, LLUMINATED PUSHBUTTON.
-PANEL INDICATOR.
-.BARGRAPH METER.
DESCR IPTION
The High Efficiency Red source color devices are made
with Gallium Arsenide Phosphide on Gallium Phosphide
Orange Light Emitting Diode.
The Green source color devices are made with Gallium
Phosphide on Gallium Phosphide Green Light Emitting
Diode.
The Yellow source color devices are made with Gallium
Arsenide Phosphide on Gallium Phosphide Yellow Light
Emitting Diode.
-~
..
DEVICES
PART
NO.
LTL-
LENS
COLOR
DIFFUSION
33221AA
Red
Diffused
Hi. Eff. Red
33231AA
Green
Diffused
Green
SOURCE
COLOR
PACKAGE DIMENSIONS
(.
)
5.58
33251AA
Yellow
DIffused
Yellow
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.25mm L010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059")
max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
(.22)MA
2.54
(.1
NOM
2·274
553
ABSOLUTE MAXIMUM RATINGS AT TA = 25°C
PARAMETER
HI. EFF. RED
GREEN
YELLOW
UNIT
Power Dissipation
100
100
60
mW
Peak Forward Current
(1/10 Duty Cycle. 0.1 ms Pulse Width)
120
120
80
mA
Continuous Forward Current
30
30
20
mA
Derating linear From 25°C
0.4
0.4
0.25
mArC
5
5
5
V
Reverse Voltage
Operating Temperature Range
_55°C to +100°C
Storage Temperature Range
_55°C to +100°C
lead Soldering Temperature
11.6mm (0.063in) From Body)
260° C for 5 Seconds
Green Yellow
HI. Eft. Red
1.0
......>c:
2l
c:
0.5
CIl
>
.~
'"
"iii
a:
500
550
600
650
700
Wavelength A (nm)
FIG.l RELATIVE INTENSITY VS. WAVELENGTH
2·275
554
750
800
ELECTRICAl/OPTICAL CHARACTERISTICS AND CURVES AT TA = 2SoC
PARAMETER
PART NO.
LTL-
MIN.
TYP.
Iv
33221AA
1.1
3.8
mcd
IF = 20 mA
Note 1
20Y:.
33221AA
100
deg.
Note 2 (Fig. 6)
"II. PEAK
33221AA
635
nm
Measurement
@Peak (Fig. 1)
nm
Luminous Intensity
Viewing Angle
Peak Emission
Wavele~gth
Spectral Line
Hall Width
1:>",,-
33221AA
40
Forward Voltage
VF
33221AA
2.0
Reverse Current
IR
33221AA
Capacitance
C
33221AA
NOTES:
MAX.
UNIT
IF
2.8
V
100
JJ.A
VR = 5V
VF =0
PF
20
=20mA
f = 1MHZ
1. Luminous intenSity IS measured with a light sensor and tilter combination that approximates the CI E
(Commission Internationale De L'Eclairage) eye-response curve.
2. OY:. is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
60
L
25
i':
50
40
«
.§.
in
30
5
u 20
~
i'.
I
5 10
u-
1.6
12
2.0
'"g
15
E
:J
"- I.......
-'
r--.
V
o
20
:J
I
"E
<::
:g'"
/
II
~
~
TEST
CONDITION
SYMBOL
24
28
32
20
60
1/
'"
>
"'"
c::
r--. r-...... "
80
o k"
o
100
V
/
05
10
Ambient Temperature TA {eel
Forward Voltage VF IV)
FIG. 2 FORWARD CURRENT VS.
FORWARD VOLTAGE.
40
/
. 10
20
30
40
50
I--orward Current IF (rnA)
FIG. 4 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
FIG 3 FORWARD CURRENT DERATING
CURVE.
0'
10'
20"
30"
40"
10
09
50"
08
60"
70"
07
80"
__- L__L-~__- L__~~L--L__~~
-20 -10
10
20
30
40
50
60
70
90"
01L-~
-30
Ambient Temperature TA (OeJ
FIG 5 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
05
03
01
02
04
FIG 6 SPATIAL DISTRIBUTION
06
2-27"6
555
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 2SoC
PARAMETER
PART NO.
SYMBOL:
LTL-
MAX.
TYP.
UNIT
-p
5.6
5.6
mcd
IF =20mA
Note 1
100
deg.
Note 2 (Fig. 11)
Measurement
@ Peak (Fig. 11
Iv
33231AA
33251AA
Viewing Angle
28%
33231AA
33251AA
Peak Emission
Wavelength
71. PEAK
33231AA
33251AA
565
585
nm
Spectral Line
Half Width
A7I.
33231AA
33251AA
30
35
nm
Forward Voltage
VF
33231AA
33251AA
2.1
Reverse Current
IR
33231AA
33251AA
Capacitance
C
33231AA
33251AA
Luminous Intensity
TEST
CONDITION
MIN.
\
IF =20mA
2.8
V
100
pA
VR =5V
PF
VF =0
f'" 1 MHZ
35
15
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eclairage) eye-response curve.
2.0% is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
331131A1/11
1
~
30
u
10
,
!J
5
"~ 10
&
2.5
60
IA
/13151 AA
'I
~
.s
r-
~
~
50
~
c
40
~
~
5
u
"'"
20
3r51
~
0
u. 10
J
11
16
20
24
"" " "40
60
V
10
1/
Q>
jA r---. ........ ........
10
Forward Voltage VF IVI
FIG 7 FORWARO CURRENT VS
FORWARD VOLTAGE
~
>
;
a;
--....:::
32
1B
V
c
V
o
33131AA
33151 AA
1.5
0
33131AA
@ 30
II
2.0
Q>
E
~
BO
0:
"
o
100
/
0.5
Ambient Temperature TA (OC)
FIG 8 FORWARO CURRENT
DERATING CURVE
./
o
20
10
30
40
Forward Current IF (rnA)
FIG 9 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
o·
10'
20'
30'
40'
10
09
50'
OB
60'
70'
07
BO'
OIL-~
-30
2-277
556
__~__L-~___ L __L--i__~__L-~
-10
-10
10
10
30
40
Ambient Temperature TA (OC)
FIG 10 LUMINOUS INTENSITY VS. AMBIENT
TEMPERATURE
50
60
I++H-'P'f---+-j;q++-l-+-l
70
05
03
01
02
04
06
FIG 11 SPATIAL DISTRIBUTION
90'
50
ILlTErl] ~ II
BIPOLAR INDICATOR LAMP
LTL·298E HIGH EFFICIENCY. RED
FEATURES
eT-1% TYPE PACKAGE.
e LONG LI FE-SOLID STATE RELIABI LlTY.
e LOW POWER CONSUMPTION.
el.C. COMPATIBLE.
DESCRIPTION
High Efficiency Red source color chip is Gallium
Arsenide Phosphide on Gallium Phosphide Orange
Light Emitting Diode.
The LTL-29BE is a red, diffused, wide viewing angle,
dual chips, utilizing Gallium Arsenide Phosphide on
Gallium Phosphide High Efficiency Red Light Emitting
Diode.
The dual chips operating dependently of each other.
~
,
r!
;
, ,I
::..::.
_. ~-
~- ---~--
•
DEVICES
PART
NO_
LTL-
COLOR
OIFFUSION
298E
Red
Diffused
LENS
SOURCE
COLOR
Hi. Eff. Red
PACKAGE DIMENSIONS
5_0
~~:
CATHOOE
HI. EFF.RED
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
2.54 NOM
(.1)
2-278
557
ABSOLUTE MAXIMUM RATINGS AT TA
= 2SoC
PARAMETER
HI. EFF. RED
UNIT
Power Dissipation
100
mW
Peak Forward Current
(1110 Duty Cycle, 0.1 ms Pulse Width)
120
mA
Continuous Forward Current
30
mA
Derating Linear From 25°C
0.4
mA/oC
5
V
Reverse Voltage
Operating Temperature Range
_55°C to +100°C
Storage Temperature Range
_55°C to +1 oaoc
Lead Soldering Temperature
[1.6mm (O.063in) From Body]
260° C for 5 Seconds
HLEff.Red
1.0
.~
c
~
c
OJ
0.5
:>
.;:;
co
Qi
a:
500
550
/\
/
\
/
600
650
Wavelength A (nm)
FIG. 1 RELATIVE INTENSITY VS
2-279
558
700
WAVELENGTH
750
800
= 25°C
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
SY!IO~OL
PART NO.
LTL·298E
MIN.
TYP.
Iv
298E
1.5
50
mcd
IF = 20 mA
Note 1
Viewing Angle
2011:,
298E
50
deg.
Note
Peak EmisSion
Wavelength
APEAK
635
nm
Measurement
@ Peak (Fig 1)
Spectra I LI ne
Half Width
boll.
40
nm
Forward Voltage
VF
2.0
Reverse Current
IR
Capacitance
C
PARAMETER
,
Luminous IntenSity
MAX.
TEST
CONDITION
UNIT
,
NOTES:
2 (Fig. 6)
28
V
100
IJA
VR = 5V
PF
VF = 0
f = 1 MHZ
20
IF =20mA
Luminous Intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internatlonale De L'Eciairage) eye-response curve.
2 (111:, IS the off-axIs angle at which the luminous intensity IS half the axial luminous intensity
50
"
r-....
40
E
">
iii
Q;
a:
=>0 15
o~
""-
E 10
=>'0
10
-'
C1J~
"
~ t\
60
-
> '"
"'" E
~
BO
- GREI~ /
Q; 0
a:Z 05
~
REO
~
A
A
10
100
20
30
40
Forward Current IF (rnA)
FIG 4 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
30'
....-40'
10
05
09
50'
O.B
02
60'
70'
07
BO'
01
-30
2-283
562
i-+-1-H--t-=P,,+","FH-++-t-! 90'
l
-20
-10
10
20
30
40
Ambient Temperature TA (OC)
FIG 5 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
L
V
v:
<::
~O
<::
=>
-'
-;;; E
FIG. 3 FORWARD CURRENT
DERATING CURVE
FIG 2 FORWARD CURRENT VS
FORWARD VOLTAGE
in
"- "-
Ambient Temperature TA (DC)
Forward Voltage V, (V)
C
V
<=-0:
u. 10
If
20
"
Rio
/
..J
o
~
II GREEN
I
1/
~
in
E
I
I
ro
25
C
50
:;;; 40
~
'0
(;
~
...c"'
C
Ql
,.
0.5
Ql
.;;
co
Qi
a:
500
550
600
650
700
Wavelength A (nm)
FIG.l RELATIVE INTENSITY VS. WAVELENGTH
2-285
564
750
800
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
=
25°C
SYMBOL
PART NO.
LTL·298WJ
MIN.
TYP.
.Iv
Orange
Green
1.7
25
55
87
mcd
IF =20mA
Note 1
Viewing Angle
20)1;,
Orange
Green
50
deg.
Note 2 (Fig. 6)
Peak Emission
Wavelength
APEAK
Orange
Green
630
565
nm
Spectral Line
Half Width
"A
Orange
Green
40
30
nm
Forward Voltage
VF
Orange
Green
20
21
Reverse Current
IR
Orange
Green
CapaCitance
C
Orange
Green
PARAMETER
Luminous Intensity
NOTES
I
- -
E
«
I
E
I
II /
ORANGE
30
';
u 20
"C
:0
I
I I
~
a
IF = 20 mA
V
2.8
100
20
35
60
I I
I
« 40
u..
Measurement
@ Peak (Fig. 1)
IlA
VR = 5V
PF
VF = 0
f = 1 MHZ
1. Luminous IntensItY IS measured with a light sensor and filter combination that approximates the CI E
(Commission Internatlonale De L'Ecialrage) eye-response curve
2.0)1;, IS the off-axIs anqle at which the luminous Intensity IS half the aXial luminous intensity
50
ce
TEST
CONDITION
UNIT
MAX.
10
.!:
25
~
50
~ 2.0
:g"
40
6'"
C
e
II GREEN -
-
" "'
U
r--
:0 20
~
a
u..
16
1.2
20
..3
10
20
242.832
40
1.0
.,>
£'" 05
~
60
'- ........
80
ORANGE
./
o
10
Ambient Temperature TA (OC)
Forward Voltage V, (V)
FIG. 2 FORWARD CURRENT VS.
FORWARD VOLTAGE
~REEN
/
o
100
V
/
~
rr.
40'
10
ORANGE
~
02
09
50'
08
60'
70'
07
01
-30
H--t-Hf--f==t""+"TH-t--t-+-I
-20
-10
10
20
30
40
Ambient Temperature TA (OC)
FIG 5 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
05
03
01
02
04
80'
90'
06
FIG 6 SPATIAL DISTRIBUTION
2-286
565
DUAL COLOR INDICATOR LAMP
ILITE[']~II
LTL·293SJ CaAIAS RED·GREEN
FEATURES
G U L TRA-BR IGHTN ESS.
oT-l% TYPE PACKAGE .
• LONG LIFE-SOLID STATE RELIABI L1TY.
o LOW POWER CONSUMPTION.
o I.C. COMPATIBLE.
DESCRIPTION
The Red/Green LT L-293SJ bicolor lamp is white
diffused, wide viewing angle, dual chips utilizing
Gallium Aluminum Arsenide Ultra-brightness Red Light
Emitting Diode and Gallium Phosphide on Gallium
Phosphide Green Light Emitting Diode.
The Red and the Green operating dependently of each
other.
....:.......---.-.--:::,"
DEVICES
PART
LENS
NO.
LTL-
COLOR
DIFFUSION
293SJ
White
Diffused
SOURCE
COLOR
PACKAGE DIMENSIONS
GaAIAs Red
5.0
Green
GaAIAs REO
CATHODE
2·287
566
NOTES;
1. All dimensions are in millimtlters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
1.0
~_-:+_---,,(.~04) MIN
2.54 NOM
(.1)
ABSOLUTE MAXIMUM RATINGS AT TA = 25°C
PARAMETER
GREEN
GaAIAs RED
UNIT
Power Dissipation
100
100
mW
Peak Forward Current
(1/10 Duty Cycle, 0.1 ms Pulse Width)
120
200
mA
Continuous Forward Current
30
40
mA
Derating Linear From 25°C
0.4
0.5
mArC
5
4
V
Reverse Voltage
Operating Temperature Range
_55°C to +100°C
Storage Temperature Range
_55° C to +100° C
Lead Soldering Temperature
[l.6mm (0.063in) From Body]
260°C for 5 Seconds
Green
GaAIAs Red
1.0 ,------,--------,...,.----....---------.--.....- - - . , - - - - - - - - - . - - - - - - ,
...>
'in
c
ec
0.5
~--------~~--_4----+_--------._4~--~----~----------~--------_1
.,'"
.>
'"
Qi
a::
500
550
600
650
700
750
800
Wavelength A (nm)
FIG.l RELATIVE INTENSITY VS. WAVELENGTH
2-288
567
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 2SoC
TEST
CONDITION
SVMBOL
PART NO.
LTL·293S'J
MIN.
TVP.
Iv
GaAIAs Red
Green
5.6
19.0
12.0
mcd
IF =20mA
Note 1
Viewing Angle
28}1.
GaAIAs Red
Green
80
deg.
Note 2 (Fig. 6)
Peak Emission
Wavelength
APEAK
GaAIAs Red
Green
660
565
nm
@ Peak (Fig. 1)
Spectral Line
Half Width
AX
GaAIAs Red
Green
20
Forward Voltage
VF
GaAIAs Red
Green
1.8
2.1
Reverse Current
IR
GaAIAs Red
Green
Capacitance
C
GaAIAs Red
Green
PARAMETER
Luminous Intensity
4.0
UNIT
MAX.
Measurement
nm
30
2.4
2.8
V
100
100
30
35
IF =20mA
p,A
VR =4V
VR "'5V
PF
VF =0
f .. 1 MHZ
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'Eclairage) eye-response curve.
2.0% is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
~
f!f
50
50
~
I
40
~
~
"c.
E
f"
1:
:c"
60
II
r- GaA1As RED
30
~ 40
II
I
I
I
2
.f
/
<::
1/ GREEN c- -
20
~ 30
u
c-
1i 20
~
&10
I /
I
IJ /
E
« 10
o
12
16
2.0
24
r--.. r-....
:>
2.B
20
3.2
40
~ 30
GaAIAs RED
GREEN
"
V
>
""
"
60
BO
1/
a:
o~
~GREEN
o
BO
20
40
60
Forward Current IF (rnA)
FIG. 4 RELATIVE LUMINOUS
INTENSITY VS
100
O'
10'
20'
GaAIA~ RED
~ 1--1--
~
;;;
<::
2
-
.f
'"o:>
<::
E
05
:>
30'
GREEl-
40'
10
09
..J
:;;"
GaAIAs RED
/
:;;"
Cii 10
Ambient Temperature TA (OC)
FIG. 3 FORWARD CURRENT
DERATING CORVE
Forward Voltage VF (V)
FIG. 2 FORWARD CURRENT VS
FORWARD VOLTAGE
~~
<::
E
.3 20
50'
OB
60'
>
Cii
a:
02
70'
BO'
07
I-t-+-H-f"'I---+-fZ+-I-+--I-H 90'
01
-30
2-289
568
-20
-10
10
20
30
40
Ambient Temperature TA (Oe)
FIG 5 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
05
03
01
02
04
FIG 6 SPATIAL DISTRIBUTION
06
100
ILITEr.] ~ II
DUAL COLOR INDICATOR LAMP
LTL-293SJ CaAIAS RED-GREEN
FEATURES
o ULTRA-BRIGHTNESS
oT-nt. TYPE PACKAGE
o LONG LIFE-SOLID STATE RELIABILlTY_
o LOW POWER CONSUMPTION
ol.C_ COMPATIBLE_
DESCRIPTION
The Red/Green L TL-313SJ bicolor Lamp is a white
diffused, wide viewing angle, dual chips, utilizing
Gallium Aluminum Arsenide Ultra-brightness Red Light
Emitting Diode and Gallium Phosphide on Gallium
Phosphide Green Light Emitting Diode. The dual chips
operating depently of each other.
DEVICES
LENS
PART
NO_
LTL-
COLOR
DIFFUSION
313SJ
White
Diffused
SOURCE
COLOR
GaAJAs Red
PACKAGE DIMENSIONS
Green
GREEN
CATHODE
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
22.0 MIN
(;.B66)
~
2.54
NOM
2-290
569
ABSOLUTE MAXIMUM RATINGS AT TA = 25°C
PARAMETER
GREEN
GaAIAs RED
UNIT
Power Dissipation
100
100
mW
Peak Forward Current
(1/10 Duty Cycle, 0.1 ms Pulse Width)
120
200
mA
Continuous Forward Current
30
40
mA
Derating linear From 25°C
0.4
0.5
mA/oC
5
4
V
Reverse Voltage
Operating Temperature Range
_55°C to +100°C
Storage Temperature Range
_55°C to +100°C
Lead Soldering Temperature
[1.6mm (0.063in) From Body]
260°C for 5 Seconds
Green
1.0
GaAIAs Red
r------,-..,.......----...,------,--~---___,_----___,_----__,
..,>
.;;;
<:
~
<:
0.5 I - - - - - - - + # - - - - - \ , - - - + - - - - - - - - - f ' - - - - - \ - - - + - - - - - - 1 - - - - - - 1
500
550
600
650
700
Wavelength A (nm)
FIG.l RELATIVE INTENSITY VS. WAVELENGTH
2-291
570
750
800
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 2SoC
SYMBOL
PART NO.
LTL·313SJ
MIN.
TYP.
Iv
GaAIAs Red
Green
11
4.0
38.0
13.0
mcd
IF ; 20 mA
Note 1
Viewing Angle
2eY:.
GaAIAs Red
Green
60
deg.
Note 2 (Fig 6)
Peak Emission
Wavelength
A. PEAK
GaAIAs Red
Green
660
565
nm
Spectral Line
Half Width
D.A.
GaAIAs Red
Green
20
30
nm
Forward Voltage
VF
GaAIAs Red
Green
1.8
2.1
Reverse Current
IR
GaAIAs Red
Green
Capacitance
C
GaAIAs Red
Green
PARAMETER
Luminous Intensity
MAX.
TEST
CONDITION
UNIT
Measurement
@ Peak (Fig. 1)
2.4
2.8
V
100
100
J1.A
VR ; 4V
VR ;.5V
PF
VF ; 0
f ; 1 MHZ
30
35
IF; 20 mA
NOTES· 1. Luminous Intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'Ecialrage) eye·response curve.
2. eY:. is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
U
0
50
I
¢ 40
a'"
~
'"
f'"
E
.c'"
_ G.AIAs RED
30
'"
a:
" ........
./
80
1/
10
r--.
o7
o
100
Ambient Temperature TA (OCl
Forward Voltage VF (VI
II~REEN
80
40
60
20
Forward Current IF (mAl
O'
'10'
20'
~ G'AI~s RED
----
~
1);
c
e
E
100
FIG 4 RELATIVE LUMINOUS
INTENSITY VS
FIG 3 FORWARD CURRENT
DERATING CURVE
FIG. 2 FORWARD CURRENT VS.
FORWARD VOLTAGE
G.AIAs RED
V
;:;
Qi
........
32
r-
E
~ 30
o
c:
30'
"""""--
GREEl-
40'
"o
~
c
E
0.5
50'
~
...J
60'
'"
>
iii
Qi
a:
02
70'
80'
07
H--+-HI-+::;-~'-F'HH-+--H
01
-30
-20
-10
10
20
30
40
Ambient Temperature TA (OC)
FIG 5 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
05
03
01
02
04
FIG 6 SPATIAL DISTRIBUTION
90'
06
2-292
571
ILITEr.] ~ II
DUAL COLOR INDICATOR LAMP
LTL-52EG ORANGE-GREEN
FEATURES
-ORANGE AND GREEN CHIPS ARE MATCHED
FOR UNIFORM LIGHT OUTPUT.
-T-1% TYPE PACKAGE.
_ LONG LlFE·SOLID STATE RELIABILITY.
- LOW POWER CONSUMPTION I.C. COMPATIBLE.
DESCRIPTION
The orange/Green LTL-52EG bicolor Lamp is a white
diffused, wide viewing angle, dual chips, utilizing
Gallium Arsenide Phosphide on Gallium Phosphide
Orange Light Emitting Diode and Gallium Phosphide
on Gallium Phosphide Green Light Emitting Diode.
The Orange and the Green operating independently
of each other with a common cathode.
PACKAGE DIMENSIONS
DEVICES
PART
NO.
LTL-
LENS
COLOR
DIFFUSION
52EG
White
Diffused
SOURCE
COLOR
i - :f1~m:o"
:~h:d~
Green
Orange
2.54 NOM
(.1)
2.54 NOM
e
-L-i
/'
',~
2-293
572
~
-"
T
50 ••
(.23)
;
I
I
:L
_ _ _ _ _ _ _ _ JI
Orange Anode
Green Anode
,-ORANGE INDICATOR
2.COMMON CATHODE
3.GREEN
INDICATOR
NOTES:
1. All dimensions are in milN'meters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
ABSOLUTE MAXIMUM RATINGS AT TA
PARAMETER
= 2SoC
GREEN
ORANGE
UNIT
Power Dissipation
100
100
mW
Peak Forward Current
(1/10 Duty Cycle, 0.1 ms Pulse Width)
120
120
mA
Continuous Forward Current
30
30
mA
Derating linear From 25° C
0.4
0.4
mA/oC
5
5
V
Reverse Voltage
Operating Temperature Range
_55°C to +100°C
Storage Temperature Range
-55°C to +100°C
Lead Soldering Temperature
260° C for 5 Seconds
11.6mm (0.063in) From Body]
Orange
Green
1.0
~--.------.-~
__----.-----~~~---------.---------r---------'
>
.':::
c'"
~
c
0.5
Ql
:>
.;;
.!!!
Ql
a:
500
550
600
650
700
750
800
Wavelength A (nm)
FIG.1 RELATIVE INTENSITY VS. WAVELENGTH
2-294
573
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
PARAMETER
PART NO.
SYMBOL
LTL·52EG
MAX.
TEST
CONDITION
MIN.
TYP.
1.5
1.5
5.0
5.0
mcd
IF = 20 mA
Note 1
Note 2 (Fig. 6)
UNIT
Iv
Orange
Green
Viewing Angle
20Y,
Orange
Green
54
deg.
Peak Emission
Wavelength
l\PEAK
Orange
Green
630
565
nm
Spectral Li ne
-Half Width
All.
Orange
Green
40
30
nm
Forward Voltage
VF
Orange
Green
2.0
2.1
Reverse Current
IR
Orange
Green
Capacitance
C
Orange
Green
Luminous Intensity
= 2SoC
Measurement
@ Peak (Fig. 1)
V
2.8
100
20
35
IF = 20 mA
J.lA
VR =5V
PF
VF
0
f
1 MHZ
=
=
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CI E
(Commission Internationale De L'Eciairage) eye-response curve.
2. OY, is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
O~AN~E
I -c
60
II I
I
~
II
u 20
'E
.,
;:
I
:J
I"'- r---.
U
GREEN
'E 20
~
I /
~ 10
~
16
1.2
20
2.4
2.8
~~~~~E_ -
""
5 10
u.
1/ /
o
2.0
.£
E
~ 30
I /
0;
50
E
;- 40
"/
30
~
2.5
~
20
32
40
60
'"g
1.5
E
.3
10
c
f-
""
80
o
10
10'
20'
30"
2::
GREEN 1=
'"o
:J
40'
10
ORANGE
c
:J
40
2
E
E
30
20
Forward Current IF (rnA)
FIG 4 RELATIVE LUMINOUS
INTENSITY VS.
0'
~
in
c
ORANGE
,/
o
100
~REEN
/
£ 05
Ambient Temperature TA (DC)
FIG. 3 FORWARD CURRENT
DERATING CURVE
Forward Voltage VF (V)
FIG. 2 FORWARD CURRENT VS.
FORWARD VOLTAGE
/
">
".,
V
0.9
05
..J
50'
0.8
">
"
~ 0.2
60'
70"
07
0::
80'
H--t-t-H=t""'I""-F+-CH-++-1 90'
01
-30
2-295
574
-20
-10
10
20
30
40
Ambient Temperature TA (DC)
FIG 5 LUMINOUS INTENSITY VS. AMBIENT
TEMPERATURE
50
60
70
05
03
0.1
02
04
FIG 6 SPATIAL DISTRIBUTION
0.6
50
DUAL COLOR INDICATOR LAMP
l Tl·52RG BRIGHT RED -
FEATURES
e RED AND GREEN CHIPS ARE MATCHED FOR
UNIFORM LIGHT OUTPUT.
eT·1% TYPE PACKAGE.
e LONG LlFE-80LlD STATE RELIABILITY.
e LOW POWER CONSUMPTION I.C. COMPATIBLE.
GREEN
1--------1,
Jj1[
,I
Jn~
!;
DESCRIPTION
The Bright Red/Green L TL·52RG bicolor Lamp is a
white diffused, wide viewing angle, dual chips, utiliZing
Gallium Phosphide on Gallium Phosphide Red Light
Emitting Diode and Gallium Phosphide on Gallium
Phosphide Green Light Emitting Diode. The Bright Red
and the Green operating independently of each other
with a common cathode.
--',
--
~J
I
,
I
I
!
i
,"~
j~---
- , -~---
",
PACKAGE DIMENSIONS
DEVICES
seE
PART
LENS
NO.
LTL-
COLOR
DIFFUSION
52RG
White
Diffused
SOURCE
COLOR
Green
Bright Red
NOTE 3
~;;;;:;;;;;:;~~;?b.
Common Cathode
q~~~p
Bright Red Anode
Green Anode
I.BRIGHT RED INDICATOR
2.COMMQN CATHODE
3.GREEN
INDICATOR
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
2-296
575
ABSOLUTE MAXIMUM RATINGS AT TA = 25°C
BRIGHT RED
GREEN
UNIT
flO
100
mW
60
120
rnA
Continuous Forward Current
15
30
mA
Derating Linear From 25"C
0,2
0.4
mAtC
5
5
V
PARAMETER
Power Dissipation
Peak Forwar9 Current
(1/10 Duty Cycle, O.lms Pulse Width)
. Reverse Voltage
Operating Temperature Range
-55°C to +100°C
Storage Temperature Range
-55°C to +l00o C
Lead Soldering Temperature
260°C for 5 Seconds
[1.6mm (a.063in) From Body]
Green
1.0
Bright Red
r_--------,--r~----_.----------r_------~~~------_.--------__,
~
.;;;
...cc:
OJ
0.5
OJ
.~
'"
Q;
0:
500
550
600
650
700
Wavelength A (nm)
FIG. 1 RELATIVE INTENSITY VS. WAVELENGTH
2-297
576
750
800
= 2SoC
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
PARAMETER
PART NO.
LTL-52RG
SYllilBOL
MIN.
TYP.
MAX.
TEST
CONDITION
UNIT
1.7
5.0
mcd
IF = 20 mA
Note 1
Bright Red
Green
54
deg.
Note 2 (Fig. 6)
APEAK
Bright Red
Green
697
565
nm
Measurement
@ Peak (Fig. 1)
Spectral line
Half Width
All.
Bnght Red
Green
90
30
nm
Forward Voltage
VF
Bright Red
Green
2.1
Reverse Current
IR
Bright Red
Green
Capacitance
C
Bright Red
Green
Iv
Bnght Red
Green
VieWing Angle
20Y:,
Peak Emission
Wavelength
Lum inous IntenSity
NOTES'
= 20 mA
2.8
V
IF
100
p.A
VR
PF
VF = 0
f = 1 MHz
55
35
= 5V
Luminous Intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission I nternationale De L'Eclairage) eye-response curve
2. OY:, is the off-axIS angle at which the luminous intensity IS half the axial luminous intensity.
50
60
« 40 r- - BRIIGH~ REU III
..s
«
50
!:
!:
40
E
0.5
15
I
III
II
'I
30
:!'
:;
u 20
-0
ro
"" o
u. 10
..s
GREEN l - t-
:!'
:;
-0
ro
""
u.
20
o
24
2B
20
ro
C-o
30
U
I'
16
~
BRIGHT REO
I
10
32
I'- r-.....
"1"""-- t--..
40
~~
Qi
........
.........
20
Forward Voltage VF (V)
E~
.3 'iii
" E
GREEN
........
60
a:
r- ~ ~
BO
100
10
-?
/ /
05
I
I
BRI~HT IRED I
u
20
10
30
50
40
Forward Current IF (mA)
FIG 3 FORWARD CURRENT
DERATING CURVE
FIG 7 RELATIVE LUMINOUS INTENSITY
VS FORWARD CURRENT
O'
=-
r- -
I
o IV
Ambient Temperature TA (OC)
FIG 2 FORWARD CURRENT VS
FORWARD VOLTAGE
V GREEN
V- f-1
20'
30'
I-- JRIGHT JED
- r-
Z'
0;
C
$
~
.!:
'"::>
g
r-40'
GREEN
10
09
05
E
::>
DB
~" 02
07
50'
60'
..J
70'
BO'
Qi
a:
90'
01
-30
-20
-10
10
20
30
40
Ambient Temperature TA (OC)
FIG 5 LUMINOUS INTENSITY VS
AMBIENT TEMPERATURE
50
60
70
05
03
01
02
04
FIG 6 SPATIAL DISTRIBUTION
06
2-298
577
ILlTErl] ~ II
DUAL COLOR INDICATOR LAMP
L TL·52DG DUAL GREEN
fEATURES
eT-1% TYPE PACKAGE.
e LONG LIFE-SOLID STATE RELIABILITY.
e LOW POWER CONSUMPTION I.C. COMPATIBLE.
DESCRIPTION
----
The Green L TL-52DG bicolor Lamp is a Green diffused,
wide viewing angle, dual chips, utilizing Gallium
Phosphide on Gallium Phosphide Green Light Emitting
Diode.
"0'--
The dual chips operating dependently of each
other.
PACKAGE DIMENSIONS
DEVICES
PART
NO.
LENS
lTL-
COLOR
DIFFUSION
52DG
Green
Diffused
see
SOURCE
COLOR
Green
NOTE 3
~;;;;;;;;;;;;;;~~~~
f--f~~l~t-:-l
L.. _ _ _ _ _ _ _ _ .J
Green
Anode
Green Anod
1.GREEN INDICATOR
2.COMMON CAT HOOF
3 GREEN INDICAYC"
2-299
578
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. Protruded resin under flange is 1.5mm (.059") max.
4. Lead spacing is measured where the leads emerge
from the package.
5. Specifications are subject to change without notice.
ABSOLUTE MAXIMUM· RATINGS AT TA = 2SoC
PARAMETER
GREEN
UNIT
100
mW
120
mA
Continuous Forward Current
30
mA
Derating Linear From 25° C
0.4
mAtC
5
V
Power DISSipation
Peak Forward CUrrent
(1/10 Duty Cycle, alms Pulse Width)
Reverse Voltage
Operating Temperature Range
_55°C to +100°C
Storage Temperature Range
-55°C to +100°C
Lead Soldering Temperature
260°C for 5 Seconds
[1.6mm (0.0631n) From Body]
Green
1.0
~
.;;;
c
~
c
., 0.5
'5
'"
Qi
n:
500
r\
) \
550
r....
600
650
700
750
800
Wavelength A (nm)
FIG.l RELATIVE INTENSITY VS. WAVELENGTH
2-300
579
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
SYMBOL
PART NO.
LTL-
MIN.
Iv
520G
2.5
Viewing Angle
20Y.
Peak Emission
Wavelength
PARAMETER
TYP.
MAX.
= 25°C
TEST
CONDITION
UNIT
8.7
mcd
IF '" 20mA
Note 1
520G
54
deg
Note 2 (Fig 6)
i\PEAK
520G
565
nm
Measurement
@ Peak (Fig. 1)
Spectral Line
Haff Width
.All.
520G
30
nm
Forward Voltage
VF
520G
21
Reverse Current
IR
520G
Capacitance
C
52DG
Luminous Intensity
2.8
V
100
/.LA
VR = 5V
PF
VF =0
f'" 1 MHz
IF'" 20 mA
"
35
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission I nternatlonale De L'Eclairage) eye-response curve.
2. ey. IS the off-axis angle at which the luminous intensity is half the ax ial luminous intensity.
50
120
deg
+
LEADE R
*
Symbol
Dimension
Tol.
Diameter
B
8,0
±2,O
Spindle hole
C
13
±O,5
Hub
•
2-308
587
ILITEr.] ~ Ir
PANEL MOUNTING GRQMMETS
(FOR LED P ANELINDICATORS)
LTL·001B
LTL-OOle
DESCRIPTON
1. The L TL-001
Series of mounting grommets is
intended for panel mounting of many standard
Liton Light emitting diode indicators. The gormmets are made of plastic and are aviailable in clear
and black.
2. The L TL-001 Series will easily mount the applicable
lamps on any panel thickness up to 2.80mm(.11 0")
(See figure A,)
3. For panel thickneli greater than 2.80mm (.110")
counterboring is reguired.(See figure B,)
3.COLLAR
PACKAGE DIMENSIONS
.1
L.
FIG A: PANEL THICKNESS 2.80mm (.110") MAX.
7.11 01 A
(.280)
g - -.
I •.
•
3.COLLAR
14 01 A
(.350)
I
•
I
4.19
~5)
6.85 OIA
(0270)
7.87 OIA
(.310)
LAM P
PANEL
MAX
".18
(.125)
FIG B: PANEL THICKNESS
2.80mm (.110").
2-309
588
GREATER THAN
HOLDER
COLLA R
NOTES:
1. Alii dimensions are in millimeters (inches), tolerance
is 0.25mm (0.1") unless otherwise notes.
2. Material: Polypropylene equivalent for mounting
drill a 6.35mm (.25") hole.
APPLICATION LAMPS
APPLICATION
PART NO.
AVAILABILITY
L TL-OOl B (Black)
Standard
L TL-OOl C (Clear)
Special order only
L TL-203 Series
L TL-4203 Series.
L TL-l 0203 Series.
All 5mm (.2") diameter package.
MOUNTING INSTRUCTIONS
Drill an ASA C size 6.35mm (.250") diameter hole
in the panel. Deburr but do not chamfer the edges
of the hole.
1. Press the holder into the hole from the front of the
panel.
2. Press the LED into the holder from the back. Use
blunt long nose pliers to push on the LED. Do not
use force on the LED Leads. A tool such as a nut
driver may be used to press on the holder.
3. Slip a collar onto the back of the clip and press
tight using toqls such as two nut drivers.
2-310
589
ILITEr.] ~ II
,PANEL MOUNTING' GRoMMETS
FOR LTL-332xlAA SERIES LAMP
, LTL-004B
DESCRIPTION
The L TL-004B mounting grommet is intended for
panel mounting the L TL-332x1 AA Series of rectangular
lamps. The grommets are made of black plastic and
provide the user with an easy to mount, professional
appearance when viewed on a front panel. The L TL004B can be used on any panel thickness up to 3.18mm
(.125").
PACKAGE DIMENSIONS
I·
I
9.4
0\
(.370)
[---,----1-
L rO'J
(~;~~)
.J,
L _______
TOP
3.08S:!: 0·04
(.121:':.0021
MATTE
FIN ISH
VI EW Of GROMMER
---<.-f----+-
9.40
(.370)
I-
I
-;~_t----,1.87:!:O.04
(.074:':.002 )
I
6.86
(.270 )
L
rF
1
I
U
7.72
( .304)
TOP
END
VIEW
GROMMET
NOTES:
1. All dimensions are in millimeters (inches), tolerance
is 0.25mm (.01 ") unless otherwise noted.
2. Material: Black Polypropylene.
590
16
(.2 03)
I
J
8.13 7.62
(.320) (.30)
2·311
5!
r--t
1
1
I
1
1
VIEW OF RING
I
I
1
5 ,DE VIEWOF RI NG
I
I
1
1
1
1
5.08
( .200)
ILlTE[I) ~ II
SNAP-IN LED INDICATORS
LTL·603·1 RED
LTL·633·1 GREEN
LTL-653·1 YELLOW
FEATURES
-SNAP-IN MOUNTING REQUIRES NO ADDITIONAL HARDWARE.
_ STRAIGHT TERMINALS SUITABLE FOR SOLDERING.
- DESIGNED FOR QUICK POSITIVE INSERTION
IN PANELS FROM 0.8mm (0.31") THROUGH
1.6mm (0.062").
- BLACK HOUSING ENHANCES CONTRAST RATIO.
-ANODE
LEAD
TRIMMED
LONGER THAN
CATHODE FOR POLARITY IDENTIFICATION.
-WIDE ANGLE VISIBILITY.
-I.C. COMPATIBLE.
it,
j;~~l
:
~
:":',
;,;:
I
,:
'~,-'--
,-(~
---- " . ~
.
~
--i..w..,.~
--:
APPLICATIONS
- COMPUTERS.
- PROCESS CONTROLLERS.
-INSTRUMENTATION.
- POINT OF SALE.
- COMMUNICATIONS EQUIPMENT.
_ HOME ENTERTAINMENT EQUIPMENT.
-VENDING MACHINES.
PACKAGE DIMENSIONS
DEVICES
PART
NO.
LTL-
LED LENS COLOR
COLOR
DIFFUSION
603-1
Red
Diffused
Red
633-1
Green
Diffused
Green
653-1
Yellow
Diffused
Yellow
SOURCE
COLOR
(.125)
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. The holder color is black only.
4. The holder raw material is thermal plastic polypropylene.
5. The LED lamps are LTL-l0203W (short lead) series.
•
2-312
591
= 2SoC
ABSOLUTE MAXIMUM RATINGS AT TA
PARAMETER
,
RED
GREEN
YELLOW
UNIT
Power Dissipation
80
100
60
mW
Peak Forward Current
(1/10 Duty Cycle. 0.1 ms Pulse Width)
200
120
80
mA
Continuous Forward Current
40
30
20
mA
Derating Linear From 25°C
0.5
0.4
0.25
mAfC
5
5
5
V
Reverse Voltage
Operating Temperature Range
-55°Cto +100°C
Storage Temperature Range
_55°C to +100°C
Lead Soldering Temperature
[1.6mm (0.063in) From Body]
260° C for 5 Seconds
Green Yellow
1.0
Red
r---------.-~._~._.---------07._------_,--------_r--------,
...>
'in
c
Ql
;
0.5
Ql
>
~Ql
II:
500
550
600
650
700
Wavelength.,.. (nm)
FIG.l RELATIVE INTENSITY VS. WAVELENGTH
2-313
592
750
800
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
=
2SoC
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
603-1
0_3
0.8
mcd
Viewing Angle
20%
603-1
60
deg.
Note 2 (Fig. 6)
Peak Emission
Wavelength
;\PEAK
603-1
655
nm
Measurement
@Peak (Fig. 1)
"'71.
603-1
24
nm
Forward Voltage
VF
603·1
1.7
Reverse Current
IR
603-1
Capacitance
C
603-1
PARAMETER
Luminous Intensity
Spectral Li ne
Half Width
MAX.
TEST
CONDITION
UNIT
IF = 10mA
Note 1
IF = 20mA
2.0
V
100
Jl.A
VR =5V
VF=O
NOTES:
PF
30
f = 1 MHZ
1. LuminOUS intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'Eciairage) eye-response curve.
2. 0% is the off-axis angle at which the luminous intensity is half the aXial luminous intensity.
50
=i
60
I
I
I
40
.s
=i
.s
~
~
1: 30
LL
20
10
o
~
':;
I
I
II
':;
"E
~'"0
/
50
,/
40
'"
1:
~
()
50
30
()
'E 20
'"~
5
u.
16
2.0
24
28
o
3.2
...
-
~
20
40
60
'" ""'80
o ./
o
100
'/
10
20
30
10"
30"
I--r--..
00
40"
"
0.5
50"
"
-'
">
iii
~
50
20"
o
c:
'E
40
Forward Current 1,lmA)
FIG 4 RELATIVE LUMINOUS
INTENSITY VS. FORWARD
CURRENT.
0"
I--I--
c:
o
J
Ambient Temperature TA 1°C)
FIG 3 FORWARD CURRENT
DERATING CURVE
Forward Voltage V, IV)
FIG. 2 FORWARD CURRENT VS
FORWARD VOLTAGE.
~
in
"'-
10
.L
1.2
V
60"
10"
02
80"
01
-30
90"
-20
-10
10
30
40
Ambient Temperature TA (OC)
FIG 5 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
10
05
03
01
02
04
FIG. 6 SPATIAL DISTRIBUTION
06
2-314
593
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
PARAMETER
PART NO.
LTL-
SYMBOL
MAX.
2SoC
=
TEST
CONOITION
MIN.
TYP.
UNIT
1.7
5.6
5.6
mcd
IF = 10mA
Note 1
Iv
633-1
653-1
Viewing Angle
20%
633-1
653-1
60
deg.
Note 2 (Fig. 11)
Peak Emission
Wavelength
i\PEAK
633-1
653-1
565
585
nm
Measurement
@Peak (Fig. 1,)
nm
Luminous Intensity
1.7
Spectral Line
Half Width
AX
633-1
653-1
30
35
Forward Voltage
VF
633-1
653-1
2.1
Reverse Current
IR
633-1
653-1
Capacitance
C
633·1
653-1
2.8
V
100
IJ.A
VR =5V
PF
VF =0
f=lMHZ
35
15
IF =20mA
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'Eclairage) eye-response curve.
2.0% is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
60
IA
1633 11
III
«
'/153~- I-
c:
30
/I
~
:;
u
"E
'I
~
20
§
~
~
io 20
653·1
5 10
I
~
u.
.......
12
16
20
24
Forward Voltage
FIG
2,8
0
633.1
"
'">
I'--.
I" ~
3.2
20
(V)
40
60
30
80
..J
20
iii
0;
10
a:
r-....
I
6531- -
V
/
o/
o
100
10
20
30
40
Forward Current IF (rnA)
FIG 8 FORWARD CURRENT
DERATING CURVE
FIG 9 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
o·
10'
20'
30'
6~3'1
If=6331
40'
1.0
5
50'
60'
2
o1
2-315
80'
H-~H--F:P¥-A+-t-I--H 90'
-20
-10
10
20
30
40
Ambient Tempelature TA (OC)
594
70'
07
-30
FIG 10 LUMINOUS INTENSITY VS. AMBIENT
TEMPERATURE
50
60
70
-
I
Ambient TemperatureTA (OC)
7 FORWARD CURRENT VS
FORWARD VOLTAGE
el
1//
E
I""
~
o
"c:
","- ,
6331
30
'C
J
40
oS
40
u
J
If!
10
50
E
If
~
~
.s
50
i!'
;;
0.5
03
01
02
04
FIG. 11 SPATIAL DISTRIBUTION
06
50
ILITEr.] ~ II
ONE AND FOUR ELEMENT LED
ARRAYS
LTL·5 x 3·14 SERIES
LTL·5 x 3·11 SERIES
FEATURES
• DESIGNED FOR EASE IN CIRCUIT BOARD
ASSEMBLY.
• BLACK CASE ENHANCES CONTRAST RATIO.
• DESIGNED TO ALLOW FOR HIGH DENSITY
PACKAGING .
• SINGLE PACKAGE PROVIDES 4-LlNE STATUS
INDICATIONS.
• SOLI D STATE LlG HT SOURCE.
• WIDE VIEWING ANGLE.
• HIGH RELIABILITY-LIFE MEASURED IN YEARS.
APPLICATIONS
•
•
•
•
CIRCUIT BOARD INDICATOR.
PANEL ILLUMINATION.
LOGIC STATUS INDICOTOR.
BINARY DATA DISPLAY-PERMITS STACKING SO
THAT MULTIPLE FUNCTIONS CAN BE DISPLAYED.
• POSITION INDICATOR
PACKAGE DIMENSIONS
LTL-5x3-11 Series
LT L-5x3-14 Series
2S±O.5
(1.0! .02)
6.0
(.236)
L.,tTII=ii=....rF;"'-"':;:'tr-;iI1'fI11r'
(O.236± .04)
r--~2.",,54~Nc..::O:.:::M_
1
--
(.1)
3.3!O.S
SoO! 1.0
(.13!.02J (0.236t.04)
NOTES:
1. All dimensions are in millimeters (inches).
2. Tolerance is ±0.25mm (.010") unless otherwise
noted.
3. The holder color is black only.
4. The holder raw material is thermal plastic polypropylene.
5. The LED lamps are LTL-10203W (short lead) series.
•
2-316
595
DEVICES
PART
NO.
LTL-
LED LENS COLOR
SOURCE
COLO,R
COLOR
DIFFUSION
503-11
503-14
Red
Diffused
Red
533-11
533-14
Green
Diffused
Green
553-11
553-14
Yellow
Diffused
Yellow
ABSOLUTE MAXIMUM RATINGS AT TA = 2SoC
LTL-
lTl-
LTL-
503·11
503·14
533-11
533·14
553-11
553-14
UNIT
Power Dissipation
80
100
60
mW
Peak Forward Current
(1/10 Duty Cycle, 0.1 ms Pulse Width)
200
120
80
mA
Continuous Forward Current
40
30
20
mA-
Derating Linear From 25°C
0.5
0.4
0.25
mA/oC
5
5
5
V
PARAMETER
Reverse Voltage
Operating Temperature Range
-55°Cto+l00°C
Storage Temperature Range
_550 C to +1000 C
Lead Soldering Temperature
[1.6mm (0.063in) From Body]
2600 C for 5 Seconds
Green Yellow
Red
1.0
...>-
'in
c
ec
0.5
r---------~--1_~---+~------1_t_~~----~--------_+--------~
500
550
600
650
700
Wavelength X (nm)
FIG.l RELATIVE INTENSITY VS. WAVELENGTH
2-317
596
750
800
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA
=
25°C
SYMBOL
PART NO.
LTL-
MIN.
TYP.
Iv
503-11
503-14
0.3
0.3
0.8
0.8
mcd
IF = 10mA
Note 1
Viewi ng Angle
20Y.
503-11
503-14
60
deg.
Note 2 (Fig. 6)
Peak Emission
Wavelength
""PEAK
503-11
503-14
655
nm
Measurement
@Peak (Fig. 1)
nm
PARAMETER
Luminous Intensity
Spectral Line
Hall Width
A""
503-11
503-14
24
Forward Voltage
VF
503-11
503-14
1.7
Reverse Current
IR
503-11
503-14
Capacitance'
C
503-11
503-14
NOTES:
E
c:
I
40
~
I
E
c:
~
30
~
u" 20
"E
(5
u..
TEST
CONDITION
IF = 20mA
2.0
V
100
p,A
VR = 5V
PF
VF =0
f = 1 MHZ
30
60
I
~
;:'"
UNIT
1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'Eciairage) eye-response curve.
2. OY. is the off-axis angle at which the luminous intensity IS half the axial luminous intensity.
50
~
MAX.
10
30
20
;:
(5
u..
o
1.2
16
20
24
28
-
~
r- r-
~
!'l
-"00
""
r-...
.....
,
10
o
20
40
60
80
o ./
o
""
,'100
10
20
30
FIG 3 FORWARD CURRENT
DERATING CURVE
0'
10'
30'
~
05
40'
10
09
">
"'"
c::
50'
08
02
60'
70'
80'
07
0.1
-30
-20
-10
10
50
20'
~
a;
40
Forward Current IF(mA)
FIG 4 RELATIVE LUMINOUS
INTENSITY VS. FORWARD
CURRENT.
Ambient Temperature TA (OC)
"o
E
.3
V
I
/
o
32
Forward Voltage VF (V)
FIG 2 FORWARD CURRENT VS
FORWARD VOLTAGE
~
in
,/
40
-0
:0
./
50
~
5
u
I
I
II
50
30
40
Ambient Temperature TA (OC)
FIG 5 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
l++-H-+"1-"t-"--Ft-t-+-+--H 90'
05
03
01
02,04
06
FIG 6 SPATIAL DISTRIBUTION
2-318
597
ELECTRICAL/OPTICAL CHARACTERISTICS AND CURVES AT TA = 2SoC
TEST
CONDITION
SYMBOL
PART NO.
LTL-
MIN.
TVf.
Iv
533·11/·14
553·11/·14
1.7
1.7
5.6
5.6
mcd
IF = lamA
Note 1
Viewing Angle
20Y:.
533·11/·14
553·11/·14
60
deg.
Note 2 (Fig. 11)
Peak Emission
Wavelength
1.. PEAK
533-11/·14
553·11/·14
565
585
nm
Measurement
@Peak (Fig. 1)
nm
PARAMETER
Luminous Intensity
Spectral Line
Hall Width
b.-,...
533·11/·14
553·11/-14
30
35
Forward Voltage
VF
533·11/·14
553·11/·14
2.1
Reverse Current
IR
533·11/-14
553·11/·14
Capacitance
C
533-11/-14
553-11/-14
MAX.
UNIT
2.8
V
100
J.lA
VR == 5V
PF
VF == a
f=1MHZ
35
15
IF =20mA
NOTES: 1. Luminous intensity is measured with a light sensor and filter combination that approximates the CIE
(Commission Internationale De L'Eciairage) eye-response curve.
2. Oy. is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
50
_II
53311
53314
40
60
I·A
IV
1~53.il
50
'"
II
~
u
If
20
J
c
~
OJ>
53311
53314
30
~
0
12162024
.........
0 10
~
3.2
20
Forward Voltage VF (VI
II'
" .........
r-...
40
60
ru
>
1;;
a;
r-.::: ~
BO
V
10
0:
1/
o l/
.......
o
100
10
Ambient TemperatureTA (OC)
2
in
c
OJ>
~
o
~
40
10"
20"
55311
55314
~
.E
30
FIG 9 RELATIVE LUMINOUS
INTENSITY VS FORWARD
CURRENT
0"
i:'
20
Forward Current IF (rnA)
FIG 8 FORWARD CURRENT
DERATING CURVE
FIG 7 FORWARD CURRENT VS
FORWARD VOLTAGE
30"
1 =53311
-53314
40"
05
~
50"
.J
ru
>
~
0:
60"
02
-30
-20
-10
10
20
30
40
AmbIent Tempelature TA (OC)
2-319
598
70'
07
o1
FIG 10 LUMINOUS INTENSITY VS AMBIENT
TEMPERATURE
50
60
70
I--
/
20
.J
.........
:--... r--.
553·11
553-14
'"~
2B
30
c
V
o
5j3.1\
5331
w
E
o
20
24
16
U
480
28
E
I
800
720
Wavelength ( )0. I - nm
Fig 2 SPECTRAL RESPONSE
/
L
o
10
15
20
25
30
Forward Current (lFI - rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENTI
I\,
E
~
";
o
40
60
80
~
r--..
"'"
a.
90
Ambient Temperatu.re (Tal - DC
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE
'\
u;
"
c:
~
">
"0::'"
W
.......
".........
'"
I
20
50
U
~
100
80
\..
I
200
E.
"- r'\
"
x
:;:
'"
3-5
o
640
560
500
0
606
II
/
V
05
«
"- "-
12
o
/
15
/
1000
800
~
";
"
">
"'"
W
0::
,
20
0::
24
20
E
oJ
iii
28
E
I
'""
c:
60
0-
J
/
25
0
Forward Voltage (VFI - Volts
Fig. 1 FORWARD CURRENT Vs FORWARD VOLTAGE
«
c:
0
10
o
u;
!!l
E
80
""
"
/
1/
20
~
100
20
15
"-"\.
~
'"
1
10
10
20
50
100
10
40
i'DC
Duty Cycle %
Duty Cycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE %
(REFRESH RATE - F ~ 1 KHzl
(AVERAGE IF ~ lOrnA PER SEG I
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTL-53173Y
PARAMETER
TEST
CONDITION
SYMBOL
MIN.
TYP.
UNIT
Average Luminous Intensity Per Bar
Iv
2.3
4.2
mcd
IF
= 10 mA
Peak Emission Wavelength
AP
565
nm
IF
= 20 mA
Spectral Line Half-Width
C,A
30
nm
IF
= 20 mA
Forward Voltage any Chip
VF
2.1
28
V
IF
= 20 mA
Reverse Current any Chip
IR
100
p.A
MAX.
I
VR =5V
TYPICAL ELECTRICAl/OPTICAL CHARACTERISTIC CURVES
(250 C Ambient Temperature Unless Otherwise Noted)
50
120
/
«
E
40
I
-E
V
J
V
30
~
"
U
"E
;:
"'
"
Ll.
20
10
12
;ft
16
if
BO
S
e-
60
"
">
iii
40
II:
20
a;
28
24
24
J
V
560
\
/
OS
o
640
BOO
720
Wavelength I A I - nm
Fig. 2 SPECTRAL RESPONSE.
o
10
15
20
E
I
20
""
16
12
.......
4
20
40
r--...
E
l'
5
U
')
.......
I
60
80
90
AmbIent Temperature fTa) - °C
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE
~
100
BO
..........
50
-"
"'W
0.
I!
~
g
'\..
"
' ........ ........
~
20
10
o
30
u
~
200
25
Forward Current (IF) - mA
Fig 3 RELATIVE LUMINOUS INTENSity Vs
FORWARD CURRENT (PER SEGMENT)
500
x
"'
:;;
11
a:
«
l'
U
u
0
/
15
">
iii
a;
/
1000
BOO
«
5
/
"
480
2B
E
/
25
...J
Forward Voltage IVFI - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
E
"
.E"
"'"
"
E
0
o
20
in
0
)
o
?:
100
.......
1
10
20
50
100
10
20
40
DC
Duty Cycle %
Duty Cycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
IREFRESH RATE - F ~ 1 KHz)
IAVERAGE IF ~ 10mA PER SEG )
3-6
607
ELECTRICAl/OPTICAL CHARACTERISTICS AT TA
LTL-53173HR
PARAMETER
=
25°C
MIN.
TYP.
Iv
2.3
4.2
mcd
'F"'10mA
Average Luminous Intensity Per Bar
MAX.
TEST
CONDITION
SYMBOL
UNIT
Peak Emission Wavelength
~p
635
nm
IF = 20 mA
Spectral Lme Half-Width
,,~
40
nm
IF'" 20 mA
Forward Voltage any Chip
VF
2.1
2.8
V
IF'" 20 mA
Reverse Current any Chip
IR
100
p.A
VR =5V
TYPICAL ELECTRICAl/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
-,--
50
;
V
1000
800
Cl
608
Q)
40
>
24
15
~
Q)
28
E
~
5
E
;
20
V
~
0
~
-'
24
U
5
~
Forward Voltage (VF ) - VailS
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
40
a:
20
iii
w
I
Q)
>
4BO
2B
560
/
iii
\
o
24
15
.3
Q)
W 05
a:
/ \
o
640
BOO
720
o
10
15
20
25
30
Forward Current (IF) - rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENT)
Wavelength ( }. I - nm
Fig 2 SPECTRAL RESPONSE
1000
BOO
2B
I\,
500
24
"-
«
20
c: 16
~
8
c:
60
~
Forward Voltage IV,) - Volts
Fig.' FORWARD CURRENT Vs FORWARD VOLTAGE
E
/
E
"'0
s-
20
/
25
S
0
J
12
in
c:
(
~
II
'E
u..
if
/
Q)
U
i!'
100
12
o"
«
"
E
I
g
"-i',
E
~
:;
U
~
""'"
40
60
BO
i!'
l"-
in
c:
I.......
S
i'-.
50
Q)
0.
I
20
100
BO
90
Ambient Temperatu.re (Ta) - °C
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE
'\.
I
200
20
'\
15
l"
E
.......
""
Q)
'r-.
>
iii
w
a:
.......
1
10
10
20
50
100
10
20
40
i'
DC
Duty Cycle %
Duty Cycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE ""
(REFRESH RATE - F ~ , KHzl
(AVERAGE I, ~ , OmA PER SEG )
3-12
613
ELECTRICAL/OPTICAL CHARACTERISTICS AT iA
YELLOW LTL-2400Y 12700Y SERIES
PARAMETER
SYMBOL
2SoC
MIN.
TYP.
2400
1.3
4.2
2450
3.5
8
2700
1.3
4.2
2720
1.3
4.2
2755
3.5
8
2785
7
LTL-
Average luminous IntensitY Per Bar
=
Iv
TEST
CONDITION
UNIT
MAX.
mcd
IF'" 10 mA
nm
IF = 20 mA
16
Peak Emission Wavelength
i\p
Spectral Lme Half-Width
A'l\
35
Forward Voltage any Chip
VF
2.1
Reverse Current any Chip
IR
585
nm
IF
2.8
V
IF
100
IJ,A
= 20 mA
= 20 mA
VR =5V
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25 0 C Ambient Temperature Unless Otherwise Noted)
120
50
I
..:
E
40
II
I
-E
30
.
20
C5
10
'E
;:
u.
~
5
16
Q)
>
0:
24
E
::J
20
:;
U
05
o
640
800
720
Wavelength ( '" ) -
o
10
15
20
Forward Current (IF) -
nm.
25
30
rnA
Flg.3 RELATIVE LUMINOUS INTENSitY Vs
FORWARD CURRENT IPER SEGMENT)
Fig. 2 SPECTRAL RESPONSE.
I\,
500
..:
E
I
20
""
'6
'2
g
.........
C>
..x
::;:
r-....
E
~
::J
U
1
I
20
614
0:
1000
800
40
480
24
~
L
15
...J
28
28
I
c:
'c:"
60
o
20
L
.5
0
iii
CD
L
2.5
::J
Forward Voltage IV,) - Volts
Fig. 1 FORWARD CURRENT Vs. FORWARD VOLTAGE.
..:
E
c:
Q)
::J
Q
)
o
12
e-
~
iii
If
80
I
/
II
~
:;
U
100
40
60
80
90
'\.
200
'r-...
100
80
~
50
7ii
Q)
0..
"
'\.
'~ ........
20
10
o
1
10
20
50
100
'0
20
"
~
,
40
DC
Ambient Temperature ITa) - °C
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
IRE FRESH RATE - F = 1 KHz)
(AVERAGE I, = 10mA PER SEG I
Vs AMBIENT TEMPERATURE
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
GREEN LTL-2500G/2800G SERIES
PARAMETER
LTL-
Average Luminous Intensity Per Bar
MIN.
TYP.
2500
1.3
4.2
2550
31,OJ
8
2800
1,3
4.2
2820
1,3
4.2
2855
3,5
8
2885
7
16
SYMBOL
Iv
MAX.
UNIT
TEST
CONDITION
mcd
IF=10mA
Peak Emission Wavelength
;>"p
565
nm
IF = 20 mA
Spectral Line Half-Width
D.;>"
30
nm
IF = 20 mA
Forward Voltage any Chip
VF
2.1
Reverse Current any Chip
IR
IF = 20 mA
28
V
100
/4A
VR = 5V
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
,-',- ,---
50
40
0:
20
24
1000
24
500
t:
16
S
12
E
/
15
">
iii
a;
0:
/
I
640
560
800
720
Wavelength ( A I - nm.
Fig, 2 SPECTRAL RESPONSE
I
05
o
/
o
10
15
20
25
30
Forward Current (IF) - rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENTI
800
"- '\
~
U
c:
480
28
28
20
.E"
:J
"'0
o
20
/
25
:J
..J
Forward Voltage (VFI - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
Qi
\
rr:
800
720
o
20
40
60
5
50
U
r-...
'"I
80
90
200
100
80
~
.......
.......
............
~
"
Il.
20
r-.... 1'-
10
10
20
50
v
,....
,/
05
o
o
10
15
20
25
30
Forward Current (1,1 - mA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT IPER SEGMENTI
Wavelength I A I - nm
Fig 2 SPECTRAL RESPONSE
E
./
~
\
640
15
~
-'
«
E
o
~
c:
500
24
U
00
0
1000
800
28
E
/
o
24
Forward Voltage IV,I - Volts
Flg.l FORWARD CURRENT Vs FORWARD VOLTAGE
«
II
25
.!:
40
>
"'"
rr:
Qi
20
c:
!!l
/ 1\
0
j
o
;;;
V\
30
~
u
"E
~
100
100
Ambient Temperature (Ta) - °C
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE %
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F ~ 1 KHzl
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTA-1000G
PARAMETER
UNIT
TEST
CONDITION
2000
JJ.cd
IF = 10 mA
SYMBOL
MIN.
TYP.
Iv
800
Average Luminous intensity
MAX.
1-------Peak Emission Wavelength
A.p
565
nm
IF = 20 mA
Spectral Line Half-Width
D.A.
30
nm
IF = 20 mA
Forward Voltage any Bar
VF
2.1
2.8
V
IF = 20 mA
Reverse Current. any Bar
IR
100
JJ.A
Iv-m
2:1
-------
-
Lumlllous Intensity Matching RallO
VR =5V
IF =20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25" C Ambient Temperature Unle~s OtherWise Notedl
r-i
50
40
-l:'
-- '--'
-
r-+-
40
>
$
24
15
~
0
J
Oi
20
0:
o
24
-
480
28
1':
16
U
"
12
E
I
g
f'...
1':
~
5
~
x
U
~
a.
'1
~
622
o
10
15
20
Forward Current (IF) -
25
30
rnA
Fig 3 RELATIVE LUMINOUS INTENSity Vs
FORWARD CURRENT (PER SEGMENT)
o
20
\.
«
0
3-21
800
720
500
~
()
o
/
05
o
640
V
800
~
5
/ \
/
1000
24
20
560
0:
Wavelengtn ( " I - nm
Fig 2 SPECTRAL RESPONSE
Volts
28
E
V
'">
iii
'"
Oi
20
15
:J
.J
40
Flg.1 FORWARD CURRENT Vs FORWARD VOLTAGE
«
/V
E
0
Forward Voltage (VF)
/
25
C
:J
J
12
in
S
60
S:J
V
o
i!'
-
{
80
5
/
~
u
'E
/
40
60
I
80
90
Ambient Temperature (Ta) - °C
Fig 4 MAX ALLOWAaLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE
'"
200
100
80
'"
I
..............
i!'
in
c
........
S
E
I'-..
50
15
...............
20
r-
"I"
" "-
'">
iii
Oi
0:
......
1
10
10
20
50
100
10
20
40
DC
Duty Cycle %
Duty Cycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
(REFRESH RATE - F ~ 1 KHz)
(AVERAGE IF ~ 10mA PER SEG )
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
LTA-1000E
=
2SoC
UNIT
TEST
CONDITION
2000
JLcd
IF =10mA
AP
630
nm
I
Spectral line Half-Width
6A
40
nm
IF = 20 mA
Forward Voltage any Bar
VF
2.1
2.8
V
I
Reverse Current. any Bar
IR
100
}J.A
Iv-m
2 1
PARAMETER
SYMBOL
MIN.
TYP.
Average Luminous Intensity
Iv
800
Peak Emission Wavelength
Luminous Intensity Matching Ratio
MAX.
F
=20 mA
=20 mA
VR =5V
IF = 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
120
/
«
E
I
40
-E
30
/
20
-0
~
10
u..
12
16
60
E
~
">
-
J
20
J
480
2B
E
28
1000
24
500
U
u
Cl
\
800
720
/
05
o
640
I
V-
o
10
15
20
Forward Current (IF) -
25
30
rnA
Fig 3 RELATIVE LUMINOUS INTENSll'Y VS
FORWARD CURRENT (PER SEGMENT)
BOO
I\,
\.
«
E
I
20
r--..
)
E
~
:;
560
'"
a;
a:
Wavelength ( }. ) - nm
Fig 2 SPECTRAL RESPONSE
Volts
Fig 1 FORWARD CURRENT VS FORWARD VOLTAGE
«
V
.,">
40
o
Forward Voltage (V F)
15
~
..J
~
a;
a:
24
/
~
c
0
20
/
25
C
"
E
'"
0
J
o
?;
in
C
BO
:;
8-
/
:;;
(;
J!-
/
~
:;
U
100
16
12
.....
,
g
"'" i'..
x
'"
::;
40
60
100
BO
:;
50
U
I
20
E
~
1
80
90
AmbIent Temperature (Tal - °C
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE
200
r--..
'\
..........
~
c.."
......
,
I'\.
"-
........
20
10
o
"'
.......
1
10
20
50
100
10
40
i'
DC
Duty Cycle %
Duty Cycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE °'0
(REFRESH RATE - F ~ 1 KHz)
(AVERAGE I, ~ lOrnA PER SEG )
3-22
623
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTA-1000HR
UNIT
TEST
CONDITION
2000
#ed
IF=10mA
?lop
635
nm
IF =20 mA
Spectral Line Half·Width
J;.A
40
nm
IF'" 20 mA
Forward Voltage any Bar
VF
2.1
2.8
V
IF =20mA
Reverse Current, any Bar
IR
100
lolA
Iv·m
2:1
PARAMETER
SYMBOL
MIN.
TYP.
Average Luminous intensitY
Iv
800
Peak Emission Wavelength
Luminous Intensity Matching Rati'o
MAX.
VR =5V
IF =20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
120
50
I
II
500
"- "-
2.
l'
U
V
"
\
V
1000
800
20
/
25
E
0
J
16
c
l!l
60
"iii
12
{
80
5a.
5
/
1:
~
in
90
"
0.
L'\.
",
20
10
1
10
20
50
100
10
20
"-
"-
"
40
DC
Ambient Temperature ITal - °C
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE %
Vs AMBIENT TEMPERATURE
IRE FRESH RATE - F = 1 KHzI
(AVERAGE IF = lOmA PER SEG I
3-23
624
NOTES: 1 Clean only
In
water, Isopropanol, ethanol, freon TF (or equivalent).
2. Luminous Intensity IS measured with a light sensor and filter combination that approximates the CIE
(CommisSion International De L'Ecialrage) eye-response curve.
3-24
625
4. LED Displays with
Driver
Ie Built-In
• SELECTION GUIDE
III PROGRAMMABLE DISPLAY (DISCONTINUED)
• LED DISPLAY WITH DRIVER IC BUILT-IN
• PROGRAMMABLE DISPLAY(DISCONTINUED)
PACKAGE
1,171
15,121
i!:1i::!
!LIb!
DI2)
~il>I
PART NO.
COLOR
LTM·2416
Red
TYP. Iv/****
V
"'5.0V
PAGE
NO.
1250 }Jcd
4-2
TYP. Iv/SEG.
@I =O.4mA
PAGE
NO.
Four Digit, Rt. Hand Decimal
With 2 Extra Output Bits
155 }Jcd
220 }Jed
4-6
Four Digit with
Colon
220 }Jcd
270 }Jcd
4-12
DESCRIPTION
RI?I
i21i;!
4.06mm L 16")
Dual·tn·Line
.79"H x l"W x .26"0
Epoxy Type
Magnified Four Character
• LED DISPLAY WITH DRIVER Ie BUILT-IN
PACKAGE
ta
PART NO.
COLOR
DESCRIPTION
y:n 0:0 O::tl
0=00 DdJo 8",,00 Udio
7.62mm (.3·)
Single-ln·Llne
.8"H x 1.6"W x .23"0
Air Type
0:0
8",,8
oeo
U= 00:0
°3
8
7.62mm (.3")
0.7"H x 1.6"W x .23"0
Air Type
0l®1
Ol®o
~o
13.8mm (.54")
Dual-in·Line
.74"H x l"W x .3"0
Epoxy Type
n0:0
+00 Ur=Yo
14.22mm (.56")
Dual·tn·Llne
.75"H x l"W x .32"0
Epoxy Type
0=0 a=o
14~;g~ ~;ar
Dual·ln·Llne
.75"H x l"W x .32"0
Epoxy Type
o n=O UoVo
t:D
OetUO UetUO
4-'
628
14.22mm L56"}
Dual·ln·Line
.75"H x 1.5"W x .32"0
Epoxy Type
LTM·
8328 PKR·04
8328GKR·04
LTM·
8631GMH
8631YMH
Bright Red
Green
Green
Yellow
LTM·
8647AR
8647AP
8647AG
8647AE
8647AHR
Red
Bright Red
Green
Onwge
Hi -Eff Red
LTM·
8529R
8529P
8529G
8529Y
8529E
8529HR
Red
Bright Red
Green
Yellow
Orange
Hi ·Eft Red
LTM·
8530R
8530P
8530G
8530Y
8530E
8530HR
Red
Bright Red
Green
Yellow
Orange
Hi ·Eff Red
LTM·
8522R
8522P
8522G
8522Y
8522E
8522HR
Red
Bright Red
Green
Yellow
Orange
Hi ·Eff Red
400}.Lcd
Dual Character,
With 4 Extra Output Bits
650 !led
1800 }Jcd
1800 }Jcd
1800 }Jcd
1% Digit, Rt. Hand Decimal
With 8 Extra Output Bits
600 }Jcd
950 }Jcd
2400 }Jcd
2400 }JCd
2400 }Jed
2400 !lcd
4-17
4-24
600 }Jed
950 }Jed
Dual Digit, Rt. Hand Decimal
With 8 Extra Output Bits
Triple Digit, Rt Hand Decimal
With 8 Extra Output Bits
2400 }Jcd
2400 }Jcd
2400 }Jed
2400 }Jed
600 }Jcd
950 }Jed
2400 }Jed
2400 !lcd
.2400 }Jcd
2400 !lcd
4-24
4-24
ILlTE['J~11
LTM-2416
ALPHANUMERIC PROGRAMABLE DISPLAY
WITH MEMORY/DECODER/DRIVER
FEATUERES:
-/lP BUS COMPATIBLE.
- END STACKABLE.
-TTL COMPATIBLE.
-64 CHARACTER ASCII FORMAT.
-ON BOARD MEMORY, DECODE, MIX, DRIVE.
-TOTALLY ENCAPSULATED PACKAGE.
-INDEPENDENT AND ASYNCHRONOUS DIGIT
ACCESS .
.. ULTRA-FAST ACCESS TIME-50 ns.
"PARALLEL ENTRY .
.. MEMORY CLEAR FUNCTION.
"DISPLAY BLANK FUNCTION.
APPLICATIONS
o HAND HELD TERMINALS.
" TELECOMMUNICATION.
o INSTRUMENTATIONS.
" MINICOMPUTERS.
oWORD PROCESSORS.
0.30
(.012)
=il
15.24
(.600)
I
I
MIN~
~38l
3.50
address
ecoded or a One-of-n decoder
tend the address for large displays.
The cursor function causes all segments of a digit POSItion to illuminate.
The cursor is not a character,
however, and upon removal the previously displayed
character will reappear.
NOTE: All dimensions are in
IS
0.25mm
(0.010")
millimeters
(Inches)
I
, to erance
I
h'
d
un ess ot erwlse note .
4-2
629
PIN CONNECTIONS
PIN NO.
CONNECTIONS
PIN NO.
CONNECTIONS
CEl Chip Enable
10
Gnd
2
CE2 Chip Enable
11
DO Data Input
3
CLR Clear
12
01 Data Input
4
CUE Cursor Enable
13
5
CU Cursor Select
14
6
WR Write
15
7
8
Al Address
AO Address
9
VCC
16
Input
Input
17
18
ABSOLUTE MAXIMUM RATING:
-0.3V to
vce + 0.3V
_20°C to +700 e
_40° e to +85° e
595 mw
4.5V to 5.5V
7.0V
2600
SYMBOL
Vee
Icc
Icc
Icc
VIL
VIH
ilL
4-3
630
PARAMETER
Supply Voltage
(Vee
(Vee
(Vee
(Vee
5.0) Alisegs. on
- 5.0) Eight seg.ldig.
= 5.0) Display blank
= 5.0)
= 5.0)
= 5.0)
= 5.0V
tW
tDS
tDH
tAS
tAH
Vee
Vee
Vee
Vee
Vee
Segment Lumi us Intensity
Intensity Matching. Within A Digit
Off-Axis Viewing Angle
Digit Size
Spectral Peak Wavelength
Spectral Width Half Intensity
Vee = 5.0V
Vee = 5.0V
Vee = 5.0V
=
=
=
=
5.0V
5.0V
5.0V
5.0V
Vee = 5.0V
Vee = 5.0V
e
MIN.
TYP.
MAX.
UNITS
4.5
5.0
75
40
0.6
5.5
V
mA
mA
mA
V
V
/lA
2.0
35
60
50
40
70
40
100
0.8
Vee
125
ns
ns
ns
ns
ns
1250
±33
±50
160
655
40
/led
%
degrees
mil
nm
nm
FUNCTIONAL DESCRIPTION
o ENTRY INTO DATA MEMORY
To enter an ASCII code CEl and CE2 inputs must be
low, CU must be high. When the address IS set up
at AO and A 1, the WR can go low, at which time the
Internal RAM will respond to the data Inputs (00-06).
Note that the data need not be set up prtor to the WR
transition all digits can be cleared by holding the CLR
input low for the specified interval.
o ENTRY INTO CURSOR MEMORY
This is accomplished by setting the CE 1 and CE2
Inputs as well as the CU Input low. The cursor
memory consists of 4 bits corresponding to the four
digits, each one addressable by way of the AO and A 1
Inputs. Once the address is stable, the WR input must
go low and the cursor memory will respond to the DO
input. That is, If DO IS high, a cursor Will be written
and if DO is low, the cursor will be erased. CLR will
not erase a cursor. A cursor Will only be displayed
_BLANKING THE DISPLAY
Display blanking can be realized by uSing the BL
Input, by taking be low, the display Will be disabled
while leaving the contents of the data and cursor
memory unchanged. A flashing display Will occur if
BL IS pulsed. The display IS blanked by BL regardless
of whether a cursor of character IS being displayed.
Will
hlle leaVing the
co
entered into the data
5) the display Will automatically
tw---~
Gil
INTERNAL BLOCK DIA
4-4
631
CHARACTER SET
DO
L
H
L
H
01
L
L
H
H
L
02
L
L
L
L
H
L
L
L
L
L
2
3
4
, I
:0
=0
70
:J
"
,
,:J
'.J
-Ii
rC_
o
03
06 06 04
0
L
H
L
2
L
H
H
3
Ii
!.J
H
L
L
4
Cu
H
L
H
I'
5· ,--
-,
I I
:J
'-
-.!
C:JI
-ii
-I]
L_
If
i,
;-,
~J
I
!...~
,--
L
-,I
H
L
H
L
H
L
H
H
L
L
H
H
H
H
H
L
L
L
L
L
L
L
H
H
H
H
5
6
7
8
9
A
B
,-v
11-
_u
L
H
I
L
H
L
H
L
L
H
H
H
H
H
H
H
H
H
H
C
0
E
F
,
\1
[~
/
,,
,-
,
,--
"/.I
I
,-,
'"
L_ I
-;
I
L.J
L
-'
DATE AND CURSOR ENTRY FUNCTIO
FUNCTION BL CEl CE2 CUE CU WR CLR
Write
Date
Memory
X
Write
CUrrsor
X
Clear
Cursor
L
L
L
X
03 02 01 DO
H
L
X
X
L
H
L
H
L
X
X
632
o "H" Logic high input
L" Logic low input.
o "X" Don't care
0"
1
0
NC
NC
C
NC
NC
B
NC
NC
A
NC
NC
NC
i~
NC
NC
NC
L
L
L
L
L
L
L
H
L
H
H
L
H
L
H
L
NC
NC
NC
NC
NC
NC
NC
NC
NC
~$
itil
MI
NC
NC
NC
NC
NC
NC
NC
NC
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
H
H
H
H
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
L
L
L
L
X
X
0
'!'lI
!!:'l'
NC
NC
NC
NC
NC
NC
NC
X
H
Display previously
written data
0
C
B
A
H
X
X
H
Display previously
written cursor
~
~
~
1*1
X
X
X
L
Clear data memory
X
X
X
X
Blank display
Data a nd cursor
memories unchanged
4-5
2
L
L
L
L
CUrsor memory
unchanged
Blank
DIG DIG
3
X
CUE
Clear
L
L
H
H
DIG DIG
oNC' No change.
§:~ . cursor character (all segment on)
•
ILlTE('J~1I
LTM-8328XKR SERIES
0.3" FOUR DIGIT 7-SEGMENT NUMERIC DISPLAY
WITH MOS IC DRIVER
FEATURES
-0.3 INCH (7.62mm) DIGIT HEIGHT.
- FOUR-DIGIT, RIGHT HAND DECIMAL.
-WIDE SUPPLY VOLTAGE OPERATION.
-SERIAL DATA INPUT.
-CONSTANT CURRENT DRIVERS.
- CONTINUOUS BR IGHTNESS CONTROL
-OUTPUT AVAILABLE FOR TWO EXTERNAL
LEDS.
-WIDE VIEWING ANGLE .
• CHOICE OF TWO BRIGHT COLORS - BRIGHT
RED/GREEN
-TTL COMPATIBLE.
DESCRIPTION
The LTM-8328KR series are 0.3 inch (7.62mm) height
numeric display modules, having a built-in M5450
MOS Integrated circuits. The Integrated circuit contains
serial data Input, 35 bit shift registers. 34 LED driver
outputs and a brightness control. The bright red and
green devices utilized LED chips which are made from
GaP on a transparent GaP substrate.
The MOS
integrated circUits produced with N-channel silicon gate
technology.
All the displays have black face with white diffused
film.
APPLICATIONS
- MICROPROCESSOR DISPLAY.
- DIGITAL CLOCK, THERMOMETER, COUNTER,
VOLTMETER.
- INSTRUMENTATION READOUTS.
DEVICES
PART NO. LTMDESCRIPTION
BRIGHT RED
GREEN
8328PKR-04
8328GKR-04
Four Digit R.H.D.P., With I.C. Driver
4-6
633
PACKAGE DIMENSIONS
39.02 ± 0.5
1.536 ± 0.02
10.16
0.'
.12 t-~
3.68
.145
~
-
10.16
0.'
FIL M SLIP OUT
TOLE RANCE+~
0.02
10.16
0.'
3.12
.12
~
.145 f--
f
h5
0" ITI
acoll l 'U=oll D'::Jll
~L- _ll=llt ll=D ll=llO ll=ll ~
r- DC::Jll I
$+++
10.12
0.398
1.2
0.047
I
0.012
9.7
0.382
3
p
20.4 ±O.lS
0.8r±o.06
0.3
-
\
+ + + ~ I~
0.02 t---
I
2.54 x 8 = 20.32
0.1 )(8 -O.B
40.4 ±O.15
~
~
0.132
4>0.8
00.0315
00.025 SQUARE PIN
c 0.64
t'87
1.591 ±O.OOS
NOTE:' All dimensions are in millimeters tolerance
,
(inches)
PIN CONNECTION
PIN NO.
IS
0.25mm unless otherwise noted.
(0.010")
BLOCK DIAGRAM
DESCRIPTION
1
EXT LED 1
2
EXT LED
9t------------------;
2
3
DATA ENABLE
4
DATA SERIAL
5
CLOCK
6
VDD
7
DIMMER
8
GND
9
VLED
VDD
BRIGHTNESS
CONTROL
LED DISPLAY
OUTPUT BUFFERS
ENABLE
SERIAL
DATA
FIGURE1
634
2
EXTERNAL
LED
DATA
CLOCK
4-7
0.402
15.9
0.626
-=
8
ABSOLUTE MAXIMUM RATING AT TA
PARAMETER
=
25u C
SYMBOL
MIN.
MAX.
UNITS
Voo
-0.3
15
V
V,
-0.3
15
V
15
V
3.5
V
Po (IC)
660
mW
Supply Current
100
7
mA
Operating Temperature Range
Top
-20
+60
°c
Storage Temperature Range
Tstg
-20
+60
°c
Supply Voltage *1
I nput Voltage
Off State Output Voltage
Vo (off)
LED Supply Voltage
V LED
Power Dissipation of IC *2
2.8
Solder Temperature 1/16 inch Below Seating Plane for 3 Seconds at 260° C
NOTES' 1. All voltages are with respect to Vss (GND)
2. Power dissipation of IC is given by Po = (VLEO -VF) • (IF) • (No. of Segments) + 17mA) • Voo )
*V F IS LED forward voltage
RECOMMENDED OPERATING CONDITION AT TA = 25°C
PARAMETER
Supply Voltage
Input Voltage
Logical "0" Level
Logical "1" Level
SYMBOL
MIN.
Voo
V,
Logical "1" Level
TYP.
MAX.
UNIT
4.75
13.2
V
-0.3
2.2
0.8
VOD
V
V
VOO ·2
Voo
V
TEST CONDITION
±10/-LA Input Bias
4.75V < VDO < 5.25V
VOO > 5.25V
Brightness I nput Current
IB
0
0.75
mA
Brightness Input Voltage
VB
3
4.3
V
13.2
V
10
/-LA
mA
IB
IB
mA
IB
0.5
MHZ
±20
%
Off State Voltage
Vo loff)
Input Current
= 750 /-LA
Output Sink Current
Segment Off
3
Segment On
6
Input Clock Frequency
Output Matchi ng
FCLOCK
10
0
= 0 J1.A
= 100 J1.A
= 200/-LA
4·8
635
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTM-8328PKR-04
PARAMETER
Average Luminous Intensity
UNIT
TEST
CONDITION
250
/lcd
Is = 0.4 mA
SYMBOL
MIN.
TYP.
Iv
120
MAX.
Peak Emission Wavelength
AP
697
nm
Is = 0.4 mA
Spectral Line Half-Width
boA
90
nm
16 = 0.4 mA
Luminous Intensity Matching Ratio
Iv-m
2:1
Is = 0.4 mA
LTM-8328GKR-04
PARAMETER
UNIT
TEST
CONDITION
400
/lcd
Is = 0.4 mA
AP
565
nm
Is = 0.4 mA
boA
30
nm
Is = 0.4 mA
SYMBOL
MIN.
TYP.
Average Luminous Intensity
Iv
200
Peak Emission Wavelength
Spectral Line Half-Width
Luminous Intensity Matching Ratio
Iv-m
MAX.
2:1
16 = 0.4 mA
FUNCTIONAL DESCRIPTION
Serial data transfer from the data source to the display
driver is accomplished with 2 signals serial data and
clock. Using a format of a leading "1" followed by the
35 data bits allows data transfer without an additional
load signal. The 35 data bits are latched after the 36th
bit is complet, thus providing nonmultiplexed, direct
drive to the display. Outputs change only If the serial
data bits differ from the previous time.
Brightness of display IS determined by control the
output current of LED display. A InF capacitor should
be connected to brightness control, Pin 7 to prevent
possible oscillations. The output current is typically
25 times greater than the current Into Pin 7 which
IS set by an external variable resistor. There is an
Internal limiting resistor of 400.0. nominal value.
Figure 1 shows the input data format. A start bit of
logical "1" preceed the 35 bits of data. At the 36th
clock, a LOAD signal is generated synchronously
4-9
636
with the high state of the clock, which loads the 35
bits of the shift registers into the latches. At the low
state of the clock a RESET signal is genera led which
clears all the shift registers for the next set of data.
The shift registers are static master-slave configuration. There is no clear for master portion of the first
register, thus allowing continous operation.
There must be a complete set of 36 clocks or the shift
registers won't clear. When power is first applied to
the chi p an Internal power ON reset signal is generated
which reset all registers and all latches. The START
bit and first clock return the chip on its normal operation. Bit 1 is the first following the start bit and it
will appear on the segment A of the digit 1. A logical
"1" at the input will turn on the appropriate LED.
Figure 2 shows the timing relationship between data,
clock, and DATA ENABLE. A max. clock frequency
of 0.5 MHz is assumed.
FIGURE 1 Input Data Format.
CLOCK
DATA
DATAENABLE
FIGURE 2 Timing Relationship.
36
-I
,-
LJ
CLOCK
1
S;rART
1
i
,
BIT 1 1
LOAD
(INTERNAL)
RESET
(INTERNAL)
______________________________
LO
N
--o /
V LE D Fa
I'\.AL ED a
I-
(P DR
«
u
~
~
,,
t9
w
«
E
w
______
LED Supply Voltage Range
>
...J
W
~rl~
__________________________________~rl~______
Typical LED Element Current Vs
Applied Brightness Control Current
w
::2:
I
i
_ .......,YZ01;72;7J7;7;7;7;Z0Z071Z11R/1ZJ
DATA
IZ
,
: BIT 35\BIT 36
...J
o
>
>...J
a.
a.
:J
~
k
/
,~'
,~,
MI~
ALL
660 nW)
~
I~"~
~
V LE D
o
W
...J
W
...J
>
I BR CaNT (/-LA)
4·10
637
TABLE I SERIAL DATA INPUT SEQUENCE
BIT
1
4-11
638
DIGIT
SEGMENT
BIT
DIGIT
SEGMENT
1
A
18
3
B
2
1
B
19
3
C
3
1
C
20
3
D
D
21
3
E
E
22
3
F
4
1
5
1
6
1
F
23
3
G
7
1
G
24
3
DP
.'
8
1
DP
25
4
A
9
2
A
26
4
B
10
2
B
27
4
C
11
2
C
28
4
D
12
2
0
29
4
E
-
13
2
E
30
4
E
14
2
F
31
4
G
15
2
G
32
4
16
2
DP
33
LED 1
17
3
A
34
LE02
OP
ILITEr.] ~ II
LTM-8631XMH SERIES
0.3" FOUR DIGIT 7-SEGMENT NUMERIC DISPLAY
WITH MOS IC DRIVER
FEATURES
-0.3 INCH (7.62mm) DIGIT HEIGHT.
- FOUR-DIGIT WITH COLON.
-SUPPLY VOLTAGE 5V.
- SERIAL DATA INPUT.
-CURRENT
GENERATOR
OUTPUT
FOR
5
EXTERNAL LEDS.
- DATA ENABLE.
- NO EXTERNAL CAPACITOR OR RESISTOR
REQUIRED.
- CHOICE OF TWO COLORS - YELLOW/GREEN.
-TTL COMPATIBLE.
DESCRIPTION
The L TM-8631 XM H series are 0.3 inch (7 .62mm)
height numeric displav modules, having a built-In
M5450 MOS integrated circuits. The integrated circuit
contains serial' data input, 35 bit shift registers. 34
LED driver outputs and a brightness control.
All the displays have black face with white diffused
film.
APPLICATIONS
-MICROPROCESSOR DISPLAY.
- DIGITAL CLOCK, THERMOMETER, COUNTER,
VOLTMETER.
- INSTRUMENTATION READOUTS.
- DISPLAY
FOR
DIGITAL
MEASURING
INSTRUMENT.
-TV-, VIDEO- AND AUDIO-PANELS.
DEVICES
PART NO. LTMDESCRIPTION
YELLOW
GREEN
8631 YMH
8631 GMH
Four Digit, Colon With I.C. Dnver
4-12
639
PACKAGE DIMENSIONS
SllM
SLIP
OUT
TOLERANCE
+(~::2)
0.3
-(O.olB)
O.B
(0.031)
17.145±O.5
to.675to.O:'.!:)
!
NOTE: All dimensions are in millimeters
(Inches)
tolerance is 0.25 mm unless otherwise noted.
(0.010")
BLOCK DIAGRAM
PIN CONNECTION
PIN NO.
4-13
640
DeSCRIPTION
1
SERIAL DATA
2
CLOCK INPUT
3
Von
4
N.C.
5
GND
6
VlEO
7
DATA ENABLE
8
EXT. LED 2
9
EXT. LED 1
10
EXT. LED 3
11
EXT. LED 4
12
EXT. LED 5
VDD
BRIGHTNESS
CONTROL
Value Selected
O.01A1F
OATA
ENABLE
SERlAL
OATA
CLOCK
=
ABSOLUTE MAXIMUM RATINGS
V DD
4.75V to 5.25V
V LED
3.25V to 4.10V
Voltage at any other pin
-0.3V to 5.25V
Driver ch ip power dissipation
660mW max.
Operating temperature
_20° C to 70° C
Storage temperature
_20° C tc. 70° C
Lead temperature
(Soldering: 5 sec. max.)
ELECTRICAL CHARACTERISTICS
V DD = 5V ± 0.25V (if not otherwise specified)
SYMBOL
I
I
DD
LED
PARAMETER
CONDITIONS T
= 25°C
V DD Supply Current, pm 3
V DO = 5 25V
V
V DD = 5.25V, V LED = 3.5V
all segs & ext drives ON
Ext drives loaded as per
the circuit of Figure 1
LED
Supply Current, pin 6
MIN.
TYP.
MAX.
DIM.
7.5
mA
180
300
mA
V 1L
Input Voltage "0" Level
-0.3
0.8
V
VI
Input Voltage "1" Level
2.2
5.25
V
I
I nput Leak age Current
10
p.A
Input Clock Frequency
0.5
MHz
60
%
f
L
C
Duty Cycle
40
50
OPTICAL CHARACTERISTICS
SYMBOL
I
I\p
PARAMETER
CONDITIONS T
= 25°C
Luminous Intensity
per segment
V DD = 4.75V, V LED =3.5V;
(all segs & ex 1. drives ON)
Intensity matching
Voo = 5.0V, V
Wavelength of peak emission
V DO
LEO
= 3.5V
= 5.0V, V LED
= 3.5V
O,G
y
TYP.
0.3
0.16
0.5
0.3
MAX.
°
y
630
585
565
DIM.
mcd
mcd
± 40
G
Address
Address
MIN.
%
nm
nm
nm
4·14
641
FUNCTIONAL DESCRIPTION
The LTM-8631 series is specifically designed to operate
with minimal interface with the data source. Serial
data transfer from the data source to the display driver
is accomplished with 2 signals, serial data and clock.
Using a format of a leading "1" followed by the 35
data bits allows data transfer without an additional
load signal. The 35 data bits are latched after the
36th bit is complete, thus providing non-multiplexed,
direct drive to the display.
Outputs change only if the serial data bits differ from
the previous time.
Figure 1 shows the timing relationship between DATA,
CLOCK and DATA ENABLE and the input data
format. The max. clock frequency is 0.5 MHz.
A start bit of logical "1" precedes the 35 bits of data.
At the 36th clock a LOAD signal is generated syn-
FIGURE 1
chronously with the high state of the clock, which
loads the 35 bits of the shift registers into the latches.
At the low state of the clock a RESET Signal is
generated, which clears all the shift registers for the
next set of data. The shift registers are static masterslave configurations. There is no clear for the master
portion of the first shift register, thus allowing
continuous operation.
There must be a complete set of 36 clocks or the
shift registers will not clear I
When power IS first applied to the chip an internal
power ON reset signal is generated which resets all
registers and all latches. The START bit and the first
clock return the ch ip to its normal operation.
Bit 1 is the first bit following the start bit. A logical
"1" at the input will turn on the appropriate LED.
Input Data Format.
DATA ENABLE
::--:.-~
DATA
CLOCK
FIGURE 2
Timing Relationship.
36
CLOCK
S~ART l BIT
DATA
LOAD
(INTERNAL)
4-15
642
RESET
(INTERNAL)
I
1 :
I
I
: BIT 35 IBIT 36l
_...,.,IlWa07J7;7;7;7W7/7;7;7;7Q;7;JI//lJ
________________________________
~rl~
__________________________________
_______
~rl~
______
TABLE I
BIT
SERIAL DATA INPUT
SE~UENCE
DIGIT
SEGMENT
BIT
DIGIT
SEGMENT
1
1
A
18
3
B
2
1
B
19
3
C
3
1
C
20
3
0
4
1
0
21
3
E
5
1
E
22
3
F
6
1
F
23
3
G
7
1
G
24
EXT
LED 4
8
EXT
LED 3
25
4
A
9
2
A
26
4
B
10
2
B
27
4
C
11
2
C
28
4
0
12
2
0
29
4
E
13
2
E
30
4
E
14
2
F
31
4
G
15
2
G
32
EXT
LED 5
16
2
OP
33
EXT
LED 1
17
3
A
34
EXT
LED 2
AC CHARACTERISTICS
SYMBOL
t
t
t
t
f
PARAMETER
MIN
TYP
MAX
DIM
WAVEFORMS
See Fig. 1
DE
DATA ENABLE
Set up time
0
Set up time
Data to clock
300
ns
0
Hold time
Data to clock
100
ns
c
Clock Hold time
400
os
c
Max. clock pulse
frequency
ns
400
500
KHz
4-16
643
ILITEr.] ~ II
LTM-8647A SERIES
0.54" 2·CHARACTER 14-8EGMENT
ALPHANUMERIC DISPLAY WITH MOS I.C. DRIVER
FEATURES
-0.54 INCH (13.8mm) DIGIT HEIGHT, 14-SEGMENT
CHARACTER.
-WIDE SUPPLY VOLTAGE OPERATION.
-SERIES DATA INPUT.
-CONSTANT CURRENT DRIVERS.
-CONTINUOUS BRIGHTNESS CONTROL.
-SOLID STATE RELIABI L1TY, LONG OPERATION
LI FE.
-WIDE VIEWING ANGLE.
-CHOICE OF FIVE BRIGHT COLORS-RED/BRIGHT
RED/GREEN/ORANGE/HIGH EFFICIENCY RED.
-TTL COMPATIBLE.
DESCRIPTION
The LTM-8647A series are dual character 14-segment
alphanumeric display modules, having a built-in M5450
MOS integrated circuits. The Integrated circuit contains series data input, 35 bit shift registers, 34 LED
driver outputs and a brightness control. The red devices
utilized LED chips which are made from GaAsP on a
GaAs substrate.
The bright red and green devices
utilized LED chips which are made from GaP on a
The orange and high
transparent GaP substrate.
efficiency red devices utilized LED chips which are
made from GaAsP on a transparent GaP substrast.
The MOS Integrated circuits produced with N-channel
silicon gate technology. Red and bright red displays
have black face and red segment color. Green and
orange displays have gray face and white segment
color. High efficiency red displays have red face and
red segment color.
DEVICES
PART NO. L TM-
4-17
644 ,
RED
BRIGHT
RED
GREEN
ORANGE
HI.-EFF.
RED
8647AR
8647AP
8647AG
8647AE
8647AHR
DESCRIPTION
Dual Character, with
I.e. Driver
PACKAGE DIMENSIONS
1.18
(0046)
DIGIT I
DIGIT 2
6
30
(.012
0.
0.50
(.020)
NOTE: All dimensions are In
millimeters
( Inches)
tolerance are
1. Lead length (from seating plane): minimum valum
15.24
(.600)
+100
mm
-0.000
2
+0.040"
-0000"
±O 25mm
(0.010")
un less otherwise noted
PACKAGE PIN CONNECTION
PIN NO.
CONNECTION
PIN NO.
CONNECTION
1
Bit 32 Output
10
No. Pin
2
Bit 33 Output
11
No Pin
3
Bit 34 Output
12
No. Pin
4
Data Input
13
Vss* 1
5
Clock Input
14
Vss* 1
6
Data Enable
15
No. Pin
16
No. Pin
8
VLEO
17
Bit 31 Output
9
Brt Control
18
No. Pin
7
Voo
NOTE: Pin 13 & 14are internally connected
4-18
645
ABSOLUTE MAXIMUM RATING AT TA = 25°C
SYMBOL
MIN.
MAX.
UNITS
Voo
-0.3
15
V
VI
-0.3
15
V
15
V
3.5
V
Po (lC)
350
mW
Supply Current
100
7
mA
operating Temperature Range
Top
-20
+60
°c
Storage Temperature Range
Tstg
-20
+60
°c
PARAMETER
Supply Voltage *1
Input Voltage
Vo (off)
Off State Output Voltage
LED Supply Voltage
2.8
V LEO
Power Dissipation of IC *2
Solder Temperature 1/16 inch Below Seating Plane for 3 Seconds at 260° C
NOTES: 1. All voltages are with respect to Vss (GND)
2. Power dissipation of IC is given by Po ; (VLEO -VF) • (IF ) • (No. of Segments) + (7mA) • Voo)
*VF is LED forward voltage
RECOMMENDED OPERATING CONDITION AT TA = 25°C
PARAMETER
MAX.
UNIT
4.75
13.2
V
VI
-0.3
2.2
Voo-2
0.8
Voo
Voo
V
V
V
±10}.LA Input Bias
4.75V 5.25V
Brightness I nput Current
16
0
Brightness Input Voltage
VB
3
4.3
V
Input Current; 750}.LA
13.2
V
10
0.5
}.LA
mA
mA
MHZ
±20
%
Supply Voltage
Input Voltage
Logical "0" Level
Logical "1 " Level
Logical "1" Level
Off State Voltage
SYMBOL
MIN.
Voo
Output Matching
4-19
640
0.75
Vo (off)
Output Smk Current
Segment Off
Segment On
Input Clock Frequency
TYP.
mA
3
6
F CLOCK
10
0
TEST CONDITION
16 ; OIlA
18 ; 100llA
18 ~ 200llA
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
LTM-8647AR
PARAMETER
Average Luminous Intensity
= 25°C
TEST
CONDITION
SYMBOL
MIN.
TYP.
Iv
200
400
!lcd
Is
~
0 4 mA
MAX.
UNIT
Peak Emission Wavelength
;"p
655
nm
18
~
0.4 mA
Spectral Line Half-Width
b:A
24
nm
Is
~
0.4 mA
Luminous Intensity Matching Ratio
Iv-m
Is; 0.4 mA
2.1
LTM-8647AP
PARAMETER
UNIT
TEST
CONDITION
650
!lcd
Is ; 0.4 mA
;"p
697
nm
18 = 0.4 mA
A;"
90
nm
Is = 0.4 mA
SYMBOL
MIN.
TYP.
Average Luminous IntenSIty
'Iv
300
Peak Emission Wavelength
Spectral Line Half-Width
Luminous Intensny Matching Ratio
Iv-m
MAX.
Is. = 0 4 mA
2.1
LTM-8647AG
PARAMETER
UNIT
TEST
CONDITION
1800
lJ.ed
Is =0.4 mA
;"p
565
nm
Is ;0.4 mA
All.
30
nm
18 =04 mA
SYMBOL
MIN,
TYP.
Average Luminous Intensity
Iv
600
Peak Emission Wavelength
Spectral Line Half-Width
Luminous Intensity Matching Ratio
Iv-m
MAX.
Is = 0.4 mA
2.1
LTM-8647AE
PARAMETER
UNIT
TEST
CONDITION
1800
!led
Is '" 0.4 mA
lI.P
630
nm
18 = 0.4 mA
All.
40
nm
Is=O.4mA
SYMBOL
MIN.
TYP.
Average Luminous Intensity
Iv
600
Peak Emission Wavelength
Spectral Line Half-Width
Luminous Intensity Matchtng Ratio
Iv-m
MAX.
21
Is =0.4 mA
647
LTM-8647 AH R
PARAMETER
Average Luminous Intensity
UNIT
TEST
CONDITION
1800
/lcd
IB = 0.4 mA
SYMBOL
MIN.
TYP.
Iv
600
MAX.
Peak Emission Wavelength
lI.p
635
nm
IB = 0.4 mA
Spectral Line Half,Wldth
6A
40
nm
IB =0.4 mA
Luminous IntenSity Matchmg RatiO
Iv-m
2.1
IB=O.4mA
FUNCTIONAL DESCRIPTION
Serial data transfer from the data source to the display
driver IS accomplished with 2 signals serial data and
clock. Usmg a format of a leading "1" followed by the
35 data bits allows data transfer without an additional
load signal. The 35 data bits are latched after the 36th
bit is complet, thus providing nonmultlplexed, direct
drive to the display. Outputs change only If the serial
data bits differ from the prevIous time.
Brightness of display IS determined by control the
output current of LED display. A I nF capacitor should
be connected to brightness control, Pin 9 to prevent
possible oscillations. The output current IS typically
25 times greater than the current mto Pin 9 which
is set by an external variable resistor. There IS an
internal limiting resistor of 40051 nominal value.
Figure 1 shows the mput data format. A start bit of
logical "1" preceed the 35 bits of data. At the 36th
clock, a LOAD Signal is generated synchronously with
the high state of the clock, which loads the 35 bits
of the shift registers into the latches. At the low state
of the clock a RESET signal is generaled which clears
all the shift registers for the next set of data. The
shift registers are static master-slave configuration.
There is no clear for master portion of the first register,
thus allowing continous operation.
There must be a complete set of 36 clocks or the shift
registers won't clear.
When power is first applied
to the chip an internal power ON reset signal is
generated which reset all registers and all latches. The
START bit and first clock return the chip on its normal
operation. Bit 1 is the first followmg the start bit and
It will appear on the segment A of the digit 1. A logical
"1" at the input will turn on the appropriate LED.
Figure 2 shows the timing relationship between data,
clock, and DATA ENABLE. A max. clock frequency
of 0.5 MHz IS assumed.
CLOCK
DATA
300ns MIN
DATA ENABLE
lOOns MIN
_of-looarI!f---
4-21
648
FIGURE/lnput data format. FIG.1 Input data format.
36
CLOCK
DATA
LOAD
(INTERNAL)
RESET
(INTERNAL)
________________________________
~r1~
__________________________________
________
~rl~
______
FIG.2 Timing relationship
VDD
3
17
2
LED
8
7
DISPLAY
BRIGHTNESS
CONTROL
100Kn
BIT
34
BIT BIT BIT
33
32
31
9
I
DATA ENABLE
SERIAL DATA
CLOCK
1\111 IVII
IZ!SI. 1&1.
35 OUTPUT BUFFERS
1nF
LATCHES
6
4
BIT SHIFT REGISTERS
5
13
14
FIG.3 Internal Block Diagram
4-22
649
TABlE I SERIAL DATA INPUT SEQUENCE
4-23
650
BIT
DIGIT
SEGMENT
BIT
DIGIT
SEGMENT
1
2
A
18
1
0
2
2
B
19
1
E
3
2
C
20
1
F
4
2
0
21
1
G
5
2
E
22
1
H
6
2
F
23
1
K
7
2
G
24
1
M
8
2
H
25
1
N
9
2
K
26
1
R
10
2
M
27
1
S
11
2
N
28
1
T
12
2
R
29
1
DP
13
2
S
30
2
DP
14
2
T
31
1.5
1
A
32
16
1
B
33
PIN 2
17
1
C
34
PIN 3
PIN 17
PIN 1
I
I
ILITEr.] ~ II
8522
LTM- 8529 SERIES
8530
0.56 INCH 7-SEGMENT
NUMERIC DISPLAY WITH MOS I.C. DRIVER
FEATURES
"0.56 INCH (14.22mml DIGIT HEIGHT.
"WIDE SUPPLY VOLTAGE OPERATION.
"SERIAL DATA INPUT .
• CONSTANT CURRENT DRIVERS.
oCONTINUOUS BRIGHTNESS CONTROL.
oSOLID STATE RELIABILlTY·LONG OPERATION
LIFE.
oWIDE VIEWING ANGLE.
oCHOICE OF SIX BRIGHT COLORS·RED/BRIGHT
RED / GREEN / YELLOW / ORANGE / HIGH
EFFICIENCY RED.
DESCRIPTION
The LTM-8522/8529/8530 series are 0.56 inch
(14.22mml height numeric display modules, and a builtin M5450 MOS Integrated circuits.
The integrated
circuit contains series data Input, 35 bit shift register,
34 LED dnver output and brightness control.
The red deVices utilized LED chips which are made
from GaAsP on a GaAs substrate. The bright red and
green devices ut lIized LED chips which are made from
GaP on a transparent GaP substrate. The orange and
high efficiency red devices utilized LED chips which
are made from GaAsP on a transparent GaP substarate.
The MOS Integrated circuits produced with N-channel
si licon gate technology.
Red and bright red displays have black face and red
segment color. Green and yellow displays have gray
face and white segment color. Orange displays have
orange face and orange segment color. High efficiency
red displays have red face and red segment color.
:::>EVICES
PART NO. L TMDESCRIPTION
PACKA3E
DIMENSION
RED
BRIGHT
RED
GREEN
YELLOW
ORANGE
HI.-EFF.
RED
8522R
8522P
8522G
8522Y
8522E
8522HR
3 Digit, Rt. Hand Decimal
A
8529R
8529P
8529G
8529Y
8529E
8529HR
1 % Digit, Rt. Hand Decimal
B
8530R
8530P
8530G
8530Y
8530E
8530HR
2 Digit, Rt. Hand Decimal
C
4-24
651
PACKAGE DIMENSIONS
A. LTM-8522
DIGIT1
c.
B. LTM-8529
DIGIT 1
DIGIT2
DIGIl3
LTM-8530
o IGITl
DIGIT2
0lGIT2
A
DB il~DB
G~O~ D:D~
DP
8,~00
(.315)
3~26 MIN
(.128)
•
~
1
D
DP
8
,~~8r-
o.sO
('012)
15.24
15.24
(.600)
C.600
NOTE: All dimensions are in
millimeters
(inches)
tolerance are:
+1.00
1. Lead length (from seating plane): minimum value
-=0.00
+0.040"
( -0.000"
4-25
652
mm 2.
±0.2Smm
(0.010")
un less otherwise noted.
PIN CONNECTION
CONNECTION
PIN NO.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
LTM-8522
LTM-8529
LTM-8530
Vss
VLED
VLED
Bit 25 Output
Bit 25 Output
Bit 27 Output
Bit 28 Output
Bit 29 Output
Bit 30 Output
Bit 31 Output
Bit 32 Output
Bit 33 Output
Bit 34 Output
Data Enable
Data Input
Clock Input
VDD
BRT. Control
Vss
VLED
NO PIN
NO PIN
NO PIN
Bit 15 Output
Bit 16 Output
Bit 17 Output
Bit 18 Output
Bit 19 Output
Bit 20 Output
Bit 21 Output
Bit 22 Output
Oata Enable
Data Input
Clock Input
VDD
BRT. Control
Vss
VLED
NO PIN
NO PIN
NO PIN
Bit 17 Output
Bit 18 Output
Bit 19 Output
Bit 20 Output
Bit 21 Output
Bit 22 Output
Bit 23 Output
Bit 24 Output
Data Enable
Data Input
Clock Input
VDD
BRT. Control
ABSOLUTE MAXIMUM RATING AT TA
PARAMETER
=
25°C
-
SYMBOL
MIN.
MAX.
UNITS
Voo
-0.3
15
V
VI
-0.3
1'5
V
15
V
3.5
V
PD (lC)
350
mW
Supply Current
100
7
mA
Operating Temperature Range
Top
-20
+60
°c
Storage Temperature Range
Tstg
-20
+60
°c
Supply Voltage *1
Input Voltage
Off State Output Voltage
LED Supply Voltage
Power Dissipation of IC *2
Vo (off)
VLEO
2.8
Solder Temperature 1/16 inch Below Seating Plane for 3 Seconds at 260°C
NOTES: 1, All voltages are with respect to Vss (GND)
2. Power dissipation of IC is given by Po = (VLED -VF). (IF) • (No. of Segment + (7mA) V 00
*VF is LED forward voltage,
)
4·26
653
RECOMMENDED OPERATING CONDITION AT TA
PARAMETER
SYMBOL
MIN.
Voo
4.75
Supply Voltage
TYP.
=
25°C
MAX.
UNIT
13.2
V
-0.3
0.8
V
± lO/lA Input Bias
2.2
V
4.75V
Voo -2
Voo
Voo
V
Voo
TEST CONDITION
Input Voltage
Logical "0" Level
Logical "1" Level
VI
Logical "1" Level
< Voo < 5.25V
> 5.25V
Brightness Input Current
Is
a
0.75
mA
Brightness Input Voltage
Vs
3
4.3
V
13.2
V
10
/lA
mA
Is = 100 /lA
mA
Is = 200 /lA
Off State Voltage
Vo (off)
Input Current = 7f1J/lA
Output Sink Current
Segment Off
Segment On
3
6
Input Clock Frequency
FlcLOCK
Output Matching
a
10
0.5
MHZ
±20
%
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
LTM·8522R/8529R/8530R
PARAMETER
=
IsooO/lA
25°C
TEST
CONDITION
MIN.
TYP.
Average Luminous Intensity
tv
200
500
/led
Is =0.4mA
Peak Emission Wavelength
?\.p
655
nm
IB =0.4 mA
Spectral Line Half·Width
A?\.
24
nm
Is=0.4mA
Luminous Intensity Matching Ratio
Iv-m
MAX.
UNIT
SYMBOL
tB=O.4mA
2:1
LTM·8522P /8529P/8530P
4-27
654
TEST
CONDITION
MIN.
TYP.
Average Luminous Intensitv
tv
300
700
/lcd
Is =OAmA
Peak Emission Wavelength
?\.p
700
nm
Is =0.4 mA
Spectral Line Half-Width
A?\.
90
nm
Is=OAmA
Luminous Intensity Matching Ratio
Iv-m
MAX.
UNIT
SYMBOL
PARAMETER
2:1
Is =0.4 mA
LTM-8522G/8529G/8530G
PARAMETER
MIN.
TYP.
Average Luminous Intensity
Iv
800
2000
ILcd
IB -= 0.4 mA
Peak Emission Wavelength
?"p
565
nm
IB -= 0.4 mA
"'?"
30
nm
IB-=O.4mA
Spectral Line Half-Width
._-
...
Luminous Intensity Matching RatiO
MAX.
UNIT
TEST
CONDITION
SYMBOL
...... _--
2:1
Iv·m
IB -= 0.4 mA
LTM-8522Y /8529Y /8530Y
PARAMETER
MIN.
TYP.
Average LuminOUS Intensity
Iv
70q
1700
ILcd
IB -= 0.4 mA
Peak Emission Wavelength
?"p
585
nm
IB -= 0.4 mA
Spectral Line Half·Width
"'?"
35
nm
IB -= 0.4 mA
Luminous Intensity Matching Ratio
Iv-m
MAX.
UNIT
TEST
CONDITION
SYMBOL
Is =0.4 mA
2:1
LTM-8522E/8529E/8530E
PARAMETER
Average Luminous Intensity
TEST
CONDITION
SYMBOL
MIN.
TYP.
Iv
800
2000
J-Lcd
IB '" 0.4 mA
MAX.
UNIT
Peak Emission Wavelength
?"p
630
nm
IB '" 0.4 mA
Spectral Line Half-Width
t:.?"
40
nm
IB=O.4mA
Luminous Intensity Matching Ratio
2:1
Iv-m
IB =0.4mA
LTM-8522H R/8529H R/8530H R
PARAMETER
MAX,
UNIT
TEST
CONDITION
SYMBOL
MIN.
TYP.
Average Luminous Intensity
Iv
800
2000
ILcd
IB=O.4mA
Peak Emission Wavelength
?"p
635
nm
Is "'O.4mA
Spectral Line Half-Width
t:.?"
40
nm
IB '" 0.4 mA
luminous Intensity Matching Ratio
Iv-m
2:1
Is=O.4mA
4-28
655
FUNCTION DESCRIPTION
Series data transfer from the data source to the display
driver is accomplished with 2 signals serial data and
clock. Using a format of a leading "1" following by
the 35 data bits allows data transfer without an additional load signal. The 35 data bits are latched after
the 36th bit is complet, thus providing nonmultiplexed,
direct drive to the display. Outputs change only If the
serial data bits differ from the previous time.
Brightness of display is determined by control the
output current of LED display.
A: InF capacitor
shouled be connected to brightness control, Pin 18 to
prevent possible oscillations. The output current is
typically 25 times greater than the current into Pin 18
which is set by an external variable resistor. There is
an 'internal limiting resistor of 400n nominal value.
Figure 2 shows the input data format. A start bit of
logical "1" preceed the 35 bits of data. At the 36th
clock, a LOAD signal is generated synchronously with
VDD
the high state of the clock, which loads the 35 bits
of the shift registers into the latches. At the low state
of,the clock a RESET signal is generaled which clears
all the shift registers for the next set of data. The shift
registers are static master-slave configuration. There
is no clear for master portion of the first register, thus
allowing contionous operation.
There must be a complete set of 36 clocks or the shift
registers won't clear. When power is first applied to the
chip an internal power ON reset signal is generated
which reset all registers and all latches. The START
bit and first clock return the chip on its normal
operation. Bit 1 is the first following the start bit and
it will appear on the segment A of the digit 1. A logical
"1" at the input will turn on the appropriate LED.
Figure 3 shows the timing relationship between data,
clock, and DATA ENABLE. A max. clock frequency
of 0.5 MHz is assumed.
TO
EXTERNAL
LED
VLI:D
BRIGHTNESS
CONTROL
100Kn
LED
DISPLAY
35 OUTPUT BUFFERS
35 LATCHES
DATA ENABLE
SERIAL DATA
35 BIT SHI FT REGISTERS
CLOCK
VSS
FIGURE 1. Internal Block Diagram
4-29
656
CLOCK
DATA
300ns MIN
DATA ENABLE
100ns MIN
FIGURE 2. Input Data Format
-I
L.J
CLOCK
I
LOAD
(INTERNAL)
RESET
(INTERNAL)
I
I
I
I
I
I
r"
:BIT35:BIT36:
_---IIVZ01;7;7;7;7;72;7;7;7;7;7;ZI7I7!1V!/A
~TARTI
DATA
36
1-
BIT '1
______________________________
~rl~
__________________________________
_______
~rl~
______
FIGURE 3. Timing Relationship"
4-30
657
TABLE I SERIAL OAT INPUT SEQUENCE
BIT
4-31
658
LTM·8522
LTM·8529
DIGIT
SEGMENT
DIGIT
1
1
A
1
2
1
B
1
LTM·8530
SEGMENT
DIGIT
SEGMENT
B
1
A
C
1
B
3
1
C
1
G
1
C
4
1
D
1
H
1
D
5
1
E
1
J
1
E
6
1
F
1
D.P.
1
F
7
1
G
2
A
1
G
8
1
D.P.
2
B
1
D.P.
9
2
A
2
C
2
A
10
2
B
2
D
2
B
11
2
C
2
E
2
C
12
2
D
2
F
2
D
13
2
E
2
G
2
E
14
2
F
2
D.P.
2
F
15
2
G
PIN 6
2
G
16
2
D.P.
PIN 7
2
D.P.
17
3
A
PIN 8
PIN 6
18
3
B
PIN 9
PIN 7
19
3
C
PIN 10
PIN 8
20
3
D
PIN 11
PIN9
21
3
E
PIN 12
PIN 10
22
3
F
PIN 13
PIN 11
23
3
G
NO CONNECTION
PIN 12
24
3
D.P.
NO CONNECTION
PIN 13
25
PIN 4
NO CONNECTION
NO CONNECTION
26
PIN 5
NO CONNECTION
NO CONNECTION
27
PIN 6
NO CONNECTION
NO CONNECTION
28
PIN 7
NO CONNECTION
NO CONNECTION
29
PIN 8
NO CONNECTION
NO CONNECTION
30
PIN 9
NO CONNECTION
NO CONNECTION
31
PIN 10
NO CONNECTION
NO CONNECTION
32
PIN 11
NO CONNECTION
NO CONNECTION
33
PIN 12
NO CONNECTION
NO CONNECTION
34
PIN 13
NO CONNECTION
NO CONNECTION
TYPICAL APPLICATION
A. 1% DIGIT DISPLAY
B. 2 DIGIT DISPLAY
VDD
BRIGHTNESS
CONTROL
BRIGHTNESS
CONTROL
2
14
SERIAL DATA
15
CLOCK
2
~nF
~1nF
DATA ENABLE
DATA ENABLE
SERIAL DATA
CLOCK
16
ilc:JD ilc:JD
14
1
5
ac:::::>.v ac:::::>.v
16
c:::J 0
D. 3 DIGIT DISPLAY
VDD
VLEO
BRIGHTNESS
CONTROL
0
VSS
2% DIGIT DISPLAY
VDD
c:::J
1
1
VSS
c.
VLED
VDD
VLED
BRIGHTNESS
CONTROL
2
23
1nF
~nF
DATA ENABLE
14
SERIAL DATA
15
CLOCK
16
DATA ENABLE".h 14
SERIAL DATA
15
CLOCK
16
1
VSS
BIT 15-BIT 22
F. 4 DIGIT DISPLAY
E. 3% DIGIT DISPLAY
VLED
VDD
VLED
LTS-6x60
LTS-6x75
BRIGHTNESS
CONTROL
BRIGHTNESS
CONTROL
DATA
SERIALENABLE
DATA
CLOCK
23
~1nF O~D O;:'D O~D O~D
a nay. a u. a
14
15
16
c::::J 0
c::J 0
c:::/ 0
n
c::::J 0
4-32
659
NOTES
1 Clean only In water, Isopropanol, ethanol, freon TF (or equivalent),
2 Luminous Intensity IS measured with a light sensor and filter combination that approXimates the CIE
(CommiSSion International De L'Eclalrage) eye-response curve
4-33
660
4-34
661
5. Seven-Segment
LED
Displays &.
Alphanumeric Displays
• SELECTION GUIDE
• CROSS REFERENCE GUIDE
• SINGLE COLOR ULTRALARGE SEVEN-SEGMENT
LED DISPLAYS
• MULTICOLOR ULTRALARGE SEVEN-SEGMENT
LED DISPLAYS
• SINGLE COLOR SINGLE DIGIT NUMERIC
. DISPLAYS
• MULTICOLOR SINGLE DIGIT NUMERIC
DISPLAYS
• DUAL DIGIT NUMERIC DISPLAYS
.. • THREE-DIGIT NUMERIC DISPLAYS
• FOUR-DIGIT NUMERIC DISPLAYS
• ALPHANUMERIC DISPLAYS SELECTION GUIDE
• MULTIDIGIT LED DISPLAYS
SELECTION' .GUIDE
• SINGLE COLOR ULTRALARGE SEVEN-SEGMENT LED DISPLAYS
PACKAGE
B,
76,2mm (3,0")
Dual-tn-Une
4.3"Hx2,8"Wx.51 "0
PART
NO.
LTS30301G
30301HRB
a
DESCRIPTION
Green
Comma Anode
Hi·Eff. Red
Rt. Hand Decimal & Comma
TYP. Iv/SEG.
PAGE
NO.
@ IF; 20mA
30mcd
30mcd
5-20
30801G
Green
Common Cathode
30mcd
30801HRB
HL·Eff, Red
Rt. Hand Decimai & Comma
30med
Green
Common Anode
Hi.·Eff. Red
Rt, Hand Decimal & Comma
LTS·
127.0mm (5.0")
Dual-ln·Une
. 7.1 "Hx4.3"Wx,51 "0
COLOR
50301G
50301HRB
@IF '" 30mA
60med
60 mcd
5·27
50801G
Green
Common Cathode
60mcd
50801HRB
Hi,·Eff, Red
Rt, Hand Decimal & eomma
60 med
• MUL TICOLOR UL TRALARGE SEVEN SEGMENT LED DISPLAYS
PACKAGE
5-1
66"
PART
NO.
B,
LTS·
30302A
76.2mm (3.0")
Dual-In-Line
4.3"Hx2.8'Wx.51"0
30802A
a
LTS50302A
127.0mm {S.O"}
Dual-in-Une
7.1"Hx4,3"Wx.51 "0
COLOR
Green
&
Orange
DESCRIPTION
Common Anode
TYP.lv/SEG.
@
Rt. Hand Decimal & Comma
PAGE
NO.
IF'" 10mA
15 mcd
5·20
Green
&
Orange
Green
&
Orange
Common Cathode
15 mcd
At. Hand Decimal & Comma
Common Anode
Rt. Hand Decimal & Comma
@
IF'" 20mA
40mcd
5·27
Green
50802A'
&
Orange
Common Cathode
At. Hand Decimal & Comma
40mcd
SINGLE COLOR SINGLE DIGIT NUMERIC DISPLAYS
PACKAGE
U:U
oUClll
0
elbO
o Do
PART
NO.
LTS311AR
311AP
311AG
311AY
311AE
311AHR
Red
Bright Red
Green
Yellow
Orange
HI. -Eff. Red
312AR
312AP
31-2AG
312AY
312AE
312AHR
Red
Bright Red
Green
Yellow
Orange
HI -Eff. Red
313AR
313AP
313AG
313AY
313AE
313AHR
Red
Bright Red
Green
Yellow
Orange
Hi. -Eff. Red
315AR
315AP
315AG
315AY
315AE
315AHR
7.62mm (3")
Dual-in-line
74"H x 39"W
x 2"0
COLOR
316AR
316AP
316AG
316AY
316AE
316AHR
Red
Bright Red
Green
Yellow
DESCRIPTION
Universal, ± 1 Overflow
500
750
2000
2000
2000
2000
Common Anode. Rt. & Lt.
Hand Decimal
500 !-Lcd
750,!tcd
2000,!tcd
2000,!tcd
2000 !-Lcd
2000,!tcd
Common Cathode, Rt Hand, Decimal
5-34
5~34
2000 !-Lcd
2000 !-Lcd
2000,!tcd
2000 !-Lcd
5-34
500,!tcd
Common Cathode, Rt. Hand Decimal
Red
Yellow
Orange
Hi -Eff. Red
!-Lcd
!-Lcd
!-Lcd
!-Lcd
!-Lcd
!-Lcd
PAGE
NO.
500 !-Lcd
750,!tcd
Orange
Hi. ·Eff. Red
Bright Red
Green
TYP. Iv/SEG.
@ IF = 10mA
750 !-Lcd
2000 !-Lcd
2000 !-Lcd
2000 !-Lcd
2000 !-Lcd
5-34
500,!tcd
750,!tcd
Common Anode ± 1 Overflow
2000 !-Lcd
2000 !-Lcd
2000,!tcd
2000,!tcd
5·34
5-2
665
SELECTION GUIDE
PACKAGE
au
a~a
v
'v
t:::::::50
vvvvv
c{?O
c:::JO
0
9.20mm (.36")
Dual-in-line
.56"Hx.26''Wx.34''D
PART
NO.
COLOR
DESCRIPTION
TVP.lv/SEG.
@ IF = 10mA
PAGE
NO.
lTS360R
360P
360G
360E
360HR
Red
Bright Red
Green
Orange
Hi.-Eff. Red
367R
367P
367G
367E
367HR
Red
Bright Red
Green
Orange
Hi.-Eff. Red
368R
368P
368G
368E
368HR
Red
Bright Red
Green
Orange
HI.-Eff. Red
Common Anode, Rt. Hand Decimal
500/Jcd
750/Jcd
2000/Jcd
2000/Jed
2000/Jed
Common Cathode, Rt. Hand Decimal
500/Jcd
750/Jed
2000/Jed
2000 jJ.ed
2000/Jcd
Common Cathode, ± 1 Overflow
500jJ.ed
750 jJ.ed
2000jJ.ed
2000/Jcd
2000 jJ.cd
Universal, ± 1 Overflow
550/Jcd
850/Jcd
2200/Jed
2200/Jcd
2200 jJ.cd
2200 !lcd
Common Anode, Rt. Hand Decimal
550 !lcd
850 jJ.cd
2200/Jed
2200/Jcd
2200 #Led
2200/Jed
Commoll Anode, ± 1 Overflow
550 #Lcd
850/Jed
2200/Jcd
2200 #Lcd
2200 !led
2200 #Led
Common Cathode, Rt. Hand Decimal
550 #Led
850/Jed
2200 #Lcd
2200 #Lcd
2200 #Lcd
2200 #Led
5·43
LTS-
ilCjO
Cj
OCj~o
0
7f' 00
D
5-3
666
10.16mm (,4")
Dual-In-line
74"H x .39"W
x.2"D
4705AR
4705AP
4505AG
4805AY
4605AE
4905AHR
Red
Bright Red
Green
Yellow
Orange
Hi.-Eff. Red
4710AR
4710AP
4510AG
4810AY
4610AE
4910AHR
Red
Bright Red
Green
Yellow
Orange
Hi -Eff. Red
4730AR
4730AP
4530AG
4830AY
4630AE
4930AHR
Red
Bright Red
Green
Yellow
Orange
Hi ·Eff. Red
4740AR
4740AP
4540AG
4840AY
4640AE
4940AHR
Red
Bright Red
Green
Yellow
Orango
Hi.-Eff. Red
4780AR
4780AP
4580AG
4880AY
4680AE
4980AHR
Red
Bright Red
Green
Yellow
Orange
HI.-Eff. Red
Common Cathode, Rt. Hand Decimal
550 #Led
850/Jcd
2200/Jed
2200~
2200 jJ.cd
2200jJ.ed
5·51
PACKAGE
PART
NO.
COLOR
LTS546AR
546AP
546AG
546AY
546AE
546AHR
Red
Bright Red
Green
Yellow
Orange
Hi -Eft. Red
547AR
547AP
547AG
547AY
547AE
547AHR
Red
Bright Red
Green
Yellow
Orange
Hi -Eff. Red
To
54f:!AR
548AP
548AG
548AY
548AE
548AHR
Red
Bright Red
Green
Yellow
Orange
Hi -Eff Red
13.2n1m (.52")
Dual·ln-Llne
7"H x .49"W
x.28"D
549AR
549AP
549AG
549AY
549AE
549AHR
Red
Bright Red
Green
Yellow
Orange
HI. -Eff Red
LTS6760R
6760P
6460G
6860Y
6660E
6960HR
Red
Bright Red
Green
Yellow
Orange
Hi. ·Eff Red
6780R
6780P
6480G
6880Y
6680E
6980HR
Red
Bright Red
Green
Yellow
Orange
Hi. -Eff. Red
6775R
6775P
6475G
6875Y
6675E
6975HR
Red
Bright Red
Green
Yellow
Orange
Hi -Eff Red
6795R
6795P
6495G
6895Y
6695E
6995HR
Red
Bright Red
Green
Yellow
Orange
Hi ·Eff. Red
aU
ilu
~O
aD
0
Oli
0::00
°0
CJ
Dc[?
14.22mm (.56")
Dual·in·Line
75"H x .5"W
x.32"D
DESCRIPTION
TYP. Iv/SEG.
IF = 10 rnA
@
Common Anode, Rt Hand Decimal
500 ).Icd
750 lied
2000 licd
2000/lcd
2000 licd
2000 lied
Common Cathode,
Rt Hand Decimal
500 ).led
750/led
2000 ).Icd
2000 ).Icd
2000/led
2000 ).Icd
Common Anode, ±1 Overflow
500 ).led
750/lcd
2000/lcd
2000/lcd
2000 ).Icd
2000 ).Icd
Cammon Cathode, ± 1 Overflow.
500 ).Icd
750 ).Icd
2000 ).Icd
2000 ).Icd
2000/led
2000 ).Icd
Cammon Anode, Rt, Hand Decimal
600 ).Icd
950 ).Icd
2400 ).Icd
2400/lcd
2400/lcd
2400 ).Icd
Common Cathode, Rt. Hand Decimal
600 ).Icd
950/lcd
2400/lcd
2400/led
2400/led
2400 ).Icd
Common Anode, ± 1 Overflow
600 ).Icd
950 ).Icd
2400/led
2400 ).Icd
2400 licd
2400 ).Icd
Common Cathode, ± 1 Overflow
600 ).Icd
950).lcd
2400 licd
2400 ).Icd
2400/led
2400 ).Icd
PAGE
NO.
5-60
5·69
5-4
667
SELECTION GUIDE
PACKAGE
ilu
00
0
0J
a0
0
PART
NO.
COLOR
LTS3401 LR
3401LP
3401LG
3401 LY
3401LE
Red
Bright Red
Green
Yellow
Orange
3403LR
3403LP
3403LG
3403L Y
3403LE
Red
Bright Red
Green
Yellow
Orange
3406LR
3406LP
3406LG
3406LY
3406LE
Red
Bright Red
Green
Yellow
Orange
LT.S·
10804G
10804Y
10804E
Green
Yellow
Orange
DESCRIPTION
TYP. Iv/SEG.
@IF = 10mA
Common Ano?e. Rt & Lt Hand
Decimal
600,ued
950,ued
2400,ucd
2400,ued
2400 !Led
Common Cathode.
Rt. & Lt. Hand Decimal
600,ued
950,ucd
2400,ued
2400,ucd.
2400j.lcd
Universal. ±1 Overflow
600j.led
950 j.lcd
2400 !Lcd
2400,ued
2400 j.lcd
Common Anode,
Rt. Hand Decimal
4500 j.lcd
4500 j.lcd
4500 j.lcd
PAGE
NO.
5-78
0
20.32mm ( 8")
Dual·ln- Line
1.09"H x .79"W
x 33"D
[Sl
bOo
25.4mm (10")
Dual-ln·Line
1.3"H x .9"W
x .34"0
5-86
10304G
10304Y
10304E
Green
Yellow
Orange
Common CathOde,
Rt. Hand Decimal
4500/tcd
4500 j.led
4500 ~cd
MULTICOLOR SINGLE DIGIT NUMERIC DISPLAYS
PACKAGE
B
5-5
668
25Amm (1.0")
Dual·in-Line
1.3"H x .9"W
x .34"0
PART
NO.
LTS10805A
COLOR
Green
&
Orange
DESCRIPTION
Common Anode,
Rt. Hand Decimal
TYP. Iv/SEG.
@IF=10mA
PAGE
NO.
4500 j.lcd
5·86
10305A
Green
&
Orange
. Common Cathode,
Rt. Hand Decimal
4500 j.lcd
DUAL DIGIT NUMERIC DISPLAYS
PART
NO.
PACKAGE
LTD322R
322P
322G
Q=O Q=O
0;0 .0;0
0
0
aU
= au
6 Vo 00
10.21rnrn (4")
Dual-In-Line
.63"H x .87"W
x.32"D
CO fbO
Co
0
Red
Bright Red
Green
DESCRIPTION
Common Cathode, Dual Digit
TYP. Iv/SEG.
@IF =10mA
PAGE
NO.
400 JLcd
650 JLcd
1600 JLcd
5-92
7 62mm (,3")
Dual-In-Line
6"H x .62"W
x.29"D
LY
COLOR
0
323R
323P
323G
Red
Bright Red
Green
LTD432RC
432PC
432GC
432EC
Red
Bnght Red
Green
Orange
Common Anode, Dual Digit
Common Cathode, Dual Digit
400 JLcd
650 JLcd
1600 JLcd
200 JLcd
300 JLcd
800 JLcd
800 !lcd
5-98
482RC
482PC
482GC
482EC
Red
Bright Red
Green
Orange
Common Anode, Dual Digit
200 JLcd
300 !lcd
800 JLcd
800 JLcd
LTD524P
524G
Bright Red
Green
Common Anode, Dual Digit
600 !lcd
1800 JLcd
Common Cathode
Dual Digit, Rt, Hand Decimal
500 JLcd
750 !lcd
2000 JLcd
2000 J..Icd
2000 J..Icd
2000 JLcd
5-105
11.0mm (.43")
Dual-In- Line
.74"H x 94"W
x.26"D
aU aCJo
c:::)
LVo
c:::>
LOo
127mm (5")
Dual-In-Line
.76"H x l"W
x 38"0
LTD535R
535P
535G
535Y
535E
535HR
Red
Bright Red
Green
Yellow
Orange
Hi ·Eff. Red
585R
585P
585G
585Y
585E
585HR
Red
Bright Red
Green
Yellow
Orange
HI.-Eff Red
Common Anode
Dual Digit, R t. Hand Decimal
5-110
500 JLcd
750 !lcd
2000 JLcd
2000 JLcd
2000 JLcd
2000 JLcd
5-6
669
C
SELECTION' GUIDE '.
PACKAGE
aU
au
13.2mm (0.52")
Dual· in· line
.69"H x .99"W
x .28"D
iliJ ll~a
U:OoO:Oo
oo=n
fOo Uc=Yo
670
LTD5250R
5250P
5250G
5250Y
5250E
5250HR
COLOR
Red
Bright Red
Green
Yellow
Orange
Hi -Eff. Red
DESCRIPTION
Common Anode, Dual Digit
Rt. Hand Decimal
TYP, Iv/SEG.
@llf = 10mA
14 22mm (.56")
Duai·in·Line
75"H x l"W
x.32"D
PAGE
NO.
. 500/tcd
750/tcd
2000/tcd
2000/tcd
2000/.Lcd
2000/ted
5-119
~
00 fLPo
5-7
PART
NO.
LTD5260R
5260P
5260G
5260Y
5260E
5260HR
Red
Bright Red
Green
Yellow
Orange
Hi. -Eff. Red
LTD·
6710R
6710P
64l0G
68l0Y
6610E
6910HR
Red
Bright Red
Green
Yellow
Orange
Hi. ·Eff. Red
6730R
6730P
6430G
6830Y
6630E
6930HR
Red
Bright Red
Green
Yellow
Orange
Hi. -Eff. Red
6740R
6740P
6440G
. 6840Y
6640E
6940HR
Red
Bright Red
Green
Yellow
Orange
Hi. ·Eff. Red
6750R
6750P
6450G
6850Y
6650E
6950HR
Red
Bright Red
Green
Yellow
Orange
Hi. ·Eft. Red
Common Cathode, Dual Digit
Rt. Hand. Decimal
500/tcd
750/tcd
2000/tcd
2000!Jcd
2000!Jcd
2000 !Jed
Common Anode,
Dual Digit, Rt. Hand Decimal
600 !Jcd
950/tcd
2400/.Lcd
2400/tcd
2400 !Jcd
2400/tcd
Common Anode,
1% Digit, Rt. Hand Decimal
600/tcd
950/tcd
2400/.Lcd
2400/tcd
2400/ted
2400/tcd
5-128
Common Cathode,
Dual Digit Rt. Hand Decimal
600 !Jcd
950/tcd
2400 !Jcd
2400/tcd
2400/tcd
2400 !Jcd
Common Cathode,
1% Digit, Rt. Hand Dicimal
600/tcd
950/tcd
2400/tcd
2400!Jcd
2400/.Lcd
2400/tcd
THREE-DIGIT NUMERIC DISPLAYS
PACKAGE
PART
NO.
LTC·
5836R
5836P
5836G
5836Y
5836E
5836HR
COLOR
Red
Bright Red
Green
Yellow
Orange
Hi. -Eff. Red
DESCRIPTION
Common Anode, Three·Digit
R t. Hand Decimal
TYP. Iv/SEG.
@IF =10mA
PAGE
NO.
500/lcd
750/led
2000/lcd
2000/.Lcd
2000/.Lcd
2000/.Lcd
5-137
tJJ
Dll a=O
1dl==
fb bVo bVo
13.2mm ( 52")
Dual-ln·Line
.7"H x 1.5"W
x 28"0
5336R
5336P
5336G
5336Y
5336E
5336HR
Red
Bright Red
Green
Yellow
Orange
Hi ·Eff. Red
Common Cathode, Three·D igit
Rt. Hand Decimal
500/.Lcd
750/.Lcd
2000/.Lcd
2000/.Lcd
2000/.Lcd
2000/lcd
FOUR-DIGIT NUMERIC DISPLAYS
....
PACKAGE
PART
NO.
LTC5837R
5837P
5837G
5837Y
5837E
5837HR
COLOR
Red
Bright Red
Green
Yellow
Orange
Hi· Eff Red
DESCRIPTION
Common Anode, Four·Digit
R t. Hand Decimal
TYP. Iv/SEG.
@IF = 10mA
PAGE
NO.
500 j.lcd
750 j.lcd
2000/.Lcd
2000/.Lcd
2000/.Lcd
2000 j.lcd
5·146
Bg~g
fJdo fb,Uo g
13.2mm (.52")
Dual·1 n- Line
.7"H x 2"W
x.2S"D
5337R
5337P
5337G
5337Y
5337E
5337HR
Red
Bright Red
Green
Yellow
Orange
Hi -Eff. Red
Common Cathode, Four-Digit
Rt. Hand Decimal
500/lcd
750 j.lcd
2000/.Lcd
2000j.lcd
2000/lcd
2000/lcd
5-8
671
SELECTION GUIDE .
• MULTIDIGIT LED DISPLAYS
RED
DIGIT
SIZE
PART
NUMBER
TYP.
Iv/SEG
@5mA
LTB-0038
LTB"()047
LTB-1466
LTB-1478
L TB-1488
LTB·1498
5-9
250~cd
DRIVE MODE
MULTIPLEX
C.C.
C.C.
C.C.
C.C.
C.C.
C.C.
C.C_
C.C.
C.C.
MULTIPLEX
MULTIPLEX
-
MULTIPLEX
MULTIPLEX
MULTIPLEX
-
MUL TIPLEX
-
MUL TIPLEX
-
MULTIPLEX
DISPLAY
MODE
(HOUR)
DISPLAY
FONT
FF
sxs
FF
x8.8.
FF
8S·8·
FF
8888
FF
x x x x8.8.S.8.x
FF'
x liS.88SS.sx
FF
x8.8S.S SS.S:x
FF
x8.8S 8.8 8S.S
FF
8.S.8.S 8S.8S.8.
0""
.<-
LTF·216141A1P
80~cd
MULTIPLEX
CoCo
FF
x8 8.8.8 -e.S.8 8 x
0.3"
LTF-804-8P
LTF-804-12P
80~cd
MULTIPLEX
MULTIPLEX
C.C.
C.C.
FF
FF
x x8.8.8 8.8 8 8.8.x x
8.8.8.888 S.8.8 8 8 8.
NOTES
672
TYP.
Iv/SEG
@10mA
-
LTB-0028
LTB-402
PART
NUMBER
-
LTB"()022
0.1 "
. DESCRIPTION
BRIGHT RED
C C . Common CathlJde C.A : COMMON ANODE
FF' FULL FEATURE.
CROSS REFERENCE GUIDE FOR:
G.I.!H.P.!TELEFUNKEN/SIEMENS/TOSHIBA/MATSUSHITA/ROHM
In order to designate the similarity between the other manufacturers' device and the nearest LlTON equivalent.
This guide has been included a letter code system to cover this.
Code Definitions:
A
B
C
D
E
LlTON device is electrically and mechanically equivalent.
Mi nor electrical differences exist.
Minor mechanical differences exist.
Significant electrical differences exist.
Significant mechanical differences eXist.
Since Optoelectronics IS a relatively young industry, it is possible that different devices offered by two or more
manufacturers will satisfy the requirements of one application. Therefore, slight mechanical of electrical
variations should not disqualify the nearest equivalent.
The data contained in thiS quide is believed to be accurated. However, no responsibility is assumed by TAIWAN
LlTON ELECTRONIC CO., LTD. for the use of this data in actual circuit design.
5-10
673
CROSS REFERENCE GUIDE
G.I. (General Instrument) Equivalent LED Numeric Display
GI
PART NO.
5-11
674
DIGIT
SIZE
COLOR
LITON
PART NO.
CODE
GI
PART NO.
DIGIT
SIZE
COLOR
LITON
PART NO.
CODE
MAN·71A
0,3"
10
REO
LTS-312AR
A
MAN·4610A
0.4"
10
ORANGE
LTS·4610AE
MAN·72A
0,3"
10
REO
LTS·312AR
A
MAN·4640A
0.4"
10
ORANGE
LTS·4640AE
A
-MAN-73A
0,3"
10
REO
LTS-316AR
A
MAN·4680A
0,4"
10
ORANGE
LTS·4680AE
A
NAN-74A
03"
10
REO
LTS-315AR
A
MAN·4705A ,0.4"
10
REO
LTS-4705AR
A
MAN-78A
03,"
10
RED
LTS-313AR
A
MAN·4710A
0.4"
10
REO
LTS-471 OAR
A
A
MAN·3410A
0,3"
10
GREEN
LTS-312AG
A
MAN·4740A
0.4"
10
REO
LTS-4740AR
A
MAN·3420A
03"
10
GREEN
LTS-312AG
A
MAN·4780A
0.4"
10
REO
LTS·4780AR
A
MAN·3430A
0,3"
10
GREEN
LTS-316AG
A
MAN·4805A
0,4"
10
YELLOW
LTS·4805AY
A
MAN-3440A
0,3"
10
GREEN
LTS-315AG
A
MAN-48lOA
04"
10
YELLOW
LTS-4810AY
A
MAN·3480A
0,3"
10
GREEN
LTS·313AG
A
MAN·4840A
0,4"
10
YELLOW
LTS-4840AY
A
MAN-3610A
0,3"
10
ORANGE
LTS·312AE
A
MAN-4880A
0.4"
10
YELLOW
LTS·4880AY
A
MAN-3620A
0,3"
10
ORANGE
LTS-312AE
A
MAN·4905A
0,4"
10
H,R.
LTS·4905AHR
A
MAN·3630A
0,3"
10
ORANGE
LTS·316AE
A
MAN-4910A
0,4"
10
H,R,
LTS-4910AHR
A
MAN·3640A
0,3"
10
ORANGE
LTS-315AE
A
MAN·4940A
0.4"
10
H,R,
L TS-4940AHR
A
MAN·3680A
0,3"
10
ORANGE
LTS-313AE
A
MANA980A
0,4"
10
H,R,
LTS·4980AHR
A
MAN-3810A
0,3"
10
YELLOW
LTS-312AY
A
MAN·6160
0,56" 10
H,R,
LTS-6160WE
A
MAN·3820A
0,3"
10
YELLOW
LTS·312AY
A
MAN-6180
0,56" 10
H,R,
LTS·6108WE
A
MAN·3830A
0,3"
10
YELLOW
LTS-316AY
A
MAN-6460
0.56" 10
GREEN
LTS·6460G
A
MAN·3840A
0,3"
10
YELLOW
LTS-315AY
A
MAN·6480
0.56" 10
GREEN
LTS·6800G
A
MAN-3880A
0,3"
10
YELLOW
LTS-313AY
A
MAN·6660
0,56" 10
ORANGE
LTS·6660E
A
MAN-391OA
0,3"
10
H,R,
LTS-312AHR
A
MAN-6680
0,56" 10
ORANGE
LTS-6680E
A
MAN-3920A
03,"
10
H,R,
LTS·312AHR
A
MAN·6760
0,56" 10
RED
LTS-6760R
A
MAN·3930A
0,3"
10
H,R,
LTS·316AHR
A
MAN·6780
0,56" 10
REO
LTS·6780R
A
MAN·3940A
0,3"
10
H,R.
LTS·315AHR
A
MAN-6860
0,56" 10
YELLOW
LTS·6860Y
A
MAN·3980A
0,3"
10
H,R,
LTS-313AHR
A
MAN-6880
0,56" 10
YELLOW
LTS·6880Y
A
FNO-350
0,36" 10
RED
LTS·360R
A
MAN·6960
0.56" 10
H,R.
LTS·6960HR
A
FNO·357
0.36" 10
REO
LTS·367R
A
MAN·6980
0,56" 10
H,R.
LTS·6980HR
A
FNO·358
0,36" 10
REO
LTS-368R
A
MAN·6175
0,56" 10
H,R,
LTS-6175WE
A
FNO-360
0,36" 10
BRIGHT RED
LTS·360P
A
MAN-6195
0,56" 10
H,R,
LTS-6195WE
A
FND·367
0,36" 10
BRIGHT REO
LTS·367P
A
MAN-6475
0,56" 10
GREEN
LTS·6475G
A
FNO-368
0,36" 10
BRIGHT RED
LTS·368P
A
MAN·6495
0,56" 10
GREEN
LTS-6495G
A
FNO·310
0,36" 10
H,R.
LTS·360HR
A
MAN·6675
0,56" 10
ORANGE
LTS-6675E
A
FNO-317
0,36" 10
H,R.
LTS·367HR
A
MAN·6695
0.56" 10
ORANGE
LTS-6695E
A
FNO-318
0,36" 10
H.R,
LTS·368HR
A
MAN·6775
0,56" 10
RED
LTS·6775R
A
MAN-4405A
0,4"
10
GREEN
LTS·4505AG
A
MAN-6795
0,56" 10
RED
LTS-6795R
A
MAN·4410A
0.4"
10
GREEN
LTS·4510AG
A
MAN·6875
0.56" 10
YELLOW
LTS·6875Y
A
MAN-4440A
0.4"
10
GREEN
LTS·4540AG
A
MAN-6895
0.56" 10
YELLOW
LTS·6895Y
A
MAN·4480A
004"
10
GREEN
LTS-4580AG
A
MAN-6975
0.56" 10
H,R.
LTS·6975HR
A
MAN·4605A
0,4"
10
ORANGE
LTS-4605AE
A
MAN·6995
0.56" 10
H.R.
LTS·6995HR
A
G. I. (General Instrument) Equivalent LED Numeric Display
GI
PART NO
DIGIT
size
COLOR
LlTON
PART NO.
CODe
GI
PART NO.
DIGIT
size
COLOR
LlTON
PART NO.
CODe
MAN-8410
08"
10
GREEN
LTS-3401 LG
D
MAN-6650
056" 2D
ORANGE
LTD-6650E
A
MAN-8430
OS"
lD
GREEN
LTS-3406LG
D
MAN-6710
056" 2D
RED
LTD-671OR
A
MAN-8440
08"
lD
GREEN
LTS-3403LG
D
MAN-6730
056" 2D
RED
LTD-6730R
A
MAN-8450
O.S"
10
GREEN
LTS-3406LG
D
MAN-6740
056" 2D
RED
LTD-6740R
A
MAN-8610
0.8"
10
ORANGE
LTS-3401 LE
D
MAN-6750
0.56" 2D
RED
LTD-6750R
A
MAN-8630
0.8"
10
ORANGE
LTS-3406LE
D
MAN-6810
0_56" 2D
YELLOW
LTD-6800Y
A
MAN-8640
0.8"
lD
ORANGE
LTS-3403LE
0
MAN-6830
056" 2D
YELLOW
LTD-6830Y
A
MAN-8630
0.8"
10
ORANGE
LTS-3406LE
0
MAN-6840
0.56" 20
YELLOW
LTD-6840Y
A
MAN-881O
0.8"
10
YELLOW
LTS-3401 LY
0
MAN-6850
0.56" 20
YELLOW
LTO-6850Y
A
MAN-8830
0.8"
10
YELLOW
LTS-3406LY
0
MAN·691O
0.56" 20
H.R.
LTD-6910HR
A
MAN·8840
08"
10
YELLOW
LTS-3403LY
0
MAN-6930
0.56" 2D
H.R.
LTO·6930HR
A
MAN-8850
08"
10
YELLOW
L TS-3406L Y
0
MAN-6940
0.56" 20
H.R
LTO·6940HR
A
MAN-S910
O.S"
10
HR
LTS·3401 LE
0
MAN-6950
0.56" 20
H.R.
LTO-6950HR
A
MAN-S930
0.8"
10
HR.
LTS-3406LE
0
MAN·2A
032" 10
RED
LTP·305R
A
MAN·8940
08"
10
H.R.
LTS·3403LE
0
GMA·2175
20"
10
ORANGE
LTP·2057AE
A
MAN-8950
0.8"
10
H.R
LTS-3406LE
0
GMC-2175
20"
10
ORANGE
LTP-2157AE
A
MAN-6110
056" 2D
H.R
LTD·611OWE
A
GMA·2975
2.0"
10
HR
LTP·2057 AHR
A
MAN-6130
056" 20
H.R.
LTO·6130WE
A
GMC·2975
20"
10
H.R.
LTp·2157 AHR
A
MAN-6140
056" 20
HR.
LTO-6140WE
A
GMA-2475
2.0"
10
GREEN
LTP-2057AG
A
MAN-6150
0.56" 20
HR.
LTO·6150WE
A
GMC-2475
20"
10
GREEN
LTP·2157AG
A
MAN-6410
0.56" 20
GREEN
LTO·6410G
A
GMA·2185
2.4"
10
ORANGE
LTP·2058AE
A
MAN-6430
0.56" 20
GREEN
LTO·6430G
A
GMC-2185
2.4"
10
ORANGE
LTp·2158AE
A
MAN-6440
0.56" 20
GREEN
LTO-6440G
A
GMA·2985
2.4"
10
H.R.
L TP·2058AHR
A
MAN·6450
0.56" 20
GREEN
LTO-6450G
A
GMC·2985
24"
10
H_R
LTP-2l58AHR
A
MAN·661O
0.56" 20
ORANGE
LTO·66l0E
A
GMA-2485
2.4"
10
GREEN
LTP·2058AG
A
MAN·6630
0.56" 20
ORANGE
LTD·6630E
A
GMC·2485
2.4"
10
GREEN
LTP·2l58AG
A
MAN·6640
0.56" 20
ORANGE
LTO-6640E
A
5·12
675
CROSS REFERENCE GUIDE
H.P. (Hewlett Packard) Equivalent LED Numeric Display
H.P.
PART NO.
5·13
676
DIGIT
SIZE
COLOR
LITON
PART NO.
CODe
H.P.
PART NO.
DIGIT
SIZE
COLOR
LlTON
PART NO.
CODe
HOSP-7301
0.3"
10
RED
LTS-360R
C
5082-7751
0.43" lD
RED
LTS·7751R
A
HDSP.7303
0.3"
10
RED
LTS·367R
C
5082·7756
0.43" lD
RED
LTS·7756R
A
HDSP·7308
0.3"
10
RED
LTS·368R
C
5028·7760
0.43" lD
RED
LTS·7760R
A
HOSP·7311
0.3"
lD
aRIGHT TED
LTS·360P
c
5082·7650
0.43" lD
H.R.
LTS·7651HR
A
HOSP.7313
0.3"
lD
aRIGHT RED LTS·367P
C
5082·7651
043" 10
H.R.
LTS·7651HR
A
aRIGHT RED LTS·368P
C
5082·7653
0.43" lD
H.R.
LTS·7653HR
A
HDSP·7318
0.3"
10
HOSP·7501
0.3"
10
H.R.
LTS·360HR
C
5082·7656
0.43" 10
H.R.
LTS·7656HR
A
HDSP·7503
0.3"
lD
H.R.
LTS·367HR
C
5082·7660
0.43" 10
YELLOW
LTS-7661YN
A
HOSP·7508
0.3"
lD
H.R.
LTS·368HR
C
5082·7661
0.43" 10
YELLOW
LTS·7661YN
A
HDSP·7511
0.3"
lD
H.R.
LTS·360WE
C
5082·7663
0.43" 10
YELLOW
LTS-7663YN
A
HDSP·7513
0.3"
10
H.R.
LT5-367WE
C
5082·7686
0.43" 10
YELLOW
LTS·7666YN
A
HDSP.7518
0.3"
10
H.R.
LTS·368WE
C
HDSP·4600
0.43" 10
GREEN
LTS·7671GN
A
HDSP·7801
0.3"
10
GREEN
LTS·36GG
C
HOSp·4601
0.43" 10
GREEN
LTS·7671GN
A
HDSP·7803
0.3"
10
GREEN
LTS·367G
C
HDSP·4603
0.43" 10
GREEN
LTS·7673GN
A
HDSP·7808
0.3"
lD
GREEN
LTS·368G
C
HDSP·4606
0.43" lD
GREEN
LTS·7676GN
A
5082.7730
0.3"
10
RED
LTS·312AR
A
HDSP-3730
0.43" lD
ORANGE
LTS·3731E
A
5082·7731
0.3"
10
RED
LTS·312AR
A
HDSP·3731
0.43" 10
ORANGE
LTS·3731E
A
5082·7736
0.3·'
10
RED
LST·311AR
A
HDSP·3733
0.43" 10
ORANGE
LTS·3733E
A
5082·7740
0.3"
10
RED
LTS·313AR
A
HDSP·3736
0.43" lD
DRAGE
LTS·3736E
A
10
H.R.
LTS·312AHR
A
HDSP-3351
0.43" 10
H.R.
LTS·3351WE
A
5082·7610
0.3"
5082·7611
0.3"
lD
H.R.
LTS·312AHR
A
HDSP·3353
0.43" lD
H.R.
LTS·3353WE
A
5082·7613
0.3
10
H.R.
LTS·313AHR
A
HOSP·3356
0.43" 10
H.R.
LTS·3356WE
A
5082.7616
0.3"
lD
H.R.
LTS·311AHR
A
HDSP·4130
0.43" lD
YELLOW
LTS·7681YN
a
5082·7620
0.3"
10
YELLOW
LTS·312AY
A
HDSP·4131
0.43" 10
YELLOW
LTS·7661YN
a
5082·7621
0.3"
10
YELLOW
LTS-312AY
A
HOSP·4133
0.43" 10
YELLOW
LTS·7663YN
a
5082·7623
0.3"
10
YELLOW
LTS·313AY
A
HDSP·4136
0.43" }O
YELLOW
LTS·7666YN
B
A
5082·7626
0.3"
10
YELLOW
LT5-311AY
HOSP·5301
0.56" 10
RED
LTS·5301AR
A
HOSP·3600
0.3"
10
GREEN
LTS·312AG
A
HOSP·5303
0.56" lD
RED
LTS·5303AR
A
HDSP·3601
0.3"
10
GREEN
LTS·312AG
A
HOSP·5307
0.56" 10
RED
LTS-5307AR
A
HOSP·3603
0.3"
lD
GREEN
LTS·313AG
A
HDSP·5308
0.56" lD
RED
LTS·5308AR
A
HDSP·3606
0.3"
lD
GREEN
LTS·311AG
A
HOSP·5501
0.56" 10
ORANGE
LTS·5501AE
A
HDSP·3530
0.3"
10
ORANGE
LTS·312AE
B
HDSP·5503
0.56" lD
ORANGE
LTS-55034E
A
HOSP-3531
0.3"
lD
ORANGE
LT5-312AE
B
HDSP.5507
0.56" 10
ORANGE
LTS-5507AE
A
B
HOSP·3533
0.3"
10
ORANGE
LTS·313AE
HOSP·5508
0.56" lD
ORANGE
LTS·5508AE
A
HDSP·3536
0.3"
lD
ORANGE
LTS·311AE
a
HOSP-5551
0.56" lD
H.R.
LTS-5551WE
A
HDSP-4030
0.3"
10
YELLOW
LTS-312AY
B
HDSP·5553
0.56" 10
H.R.
LTE-5553WE
A
HDSP·4031
0.3"
10
YELLOW
LTS·312AY
a
HOSP-5601
0.56" 10
GREEN
LTS-5801AG
A
HOSP·4033
0.3"
10
YELLOW
LTS·313AY
B
HOSP.5603
0.56" 10
GREEN
LTS-5803AG
A
HDSP·4036
0.3"
10
YELLOW
LTS·311AY
a
HDSP·5607
0.56" 10
GREEN
LTS·5807AG
A
5082·7750
0.43" lD
RED
LT5-7751R
A
HOSP·5608
0.56" 10
GREEN
LTS-5808AG
A
H.P. (Hewiett Packard) Equivalent LED Numeric Display
H.P.
PART NO.
DIGIT
SIZE
COLOR
LlTON
PART NO.
CODE
H.P.
PART NO.
DIGIT
SIZE
COLOR
LIT ON
PART NO.
CODE
HDSP·5701
056" 10
YELLOW
LTS·5701AY
A
HDSP·3905
OS"
1D
ORANGE
LTS·3403LE
HDSP·5703
056" 1D
YELLOW
LTS·5703AY
A
HDSP·3906
08"
10
ORANGE
LTD·3406LE
A
A
HDSP·5707
0.56" 1D
YELLOW
LTS·5707AY
A
HDSP·4200
OS"
10
YELLOW
LTD·3401LY
A
A
HDSP-570S
056" 10
YELLOW
LTS·570SAY
A
HDSP·4201
OS"
10
YELLOW
LTD·3401 LY
HDSP·5531
0.56" 10
ORANGE
LTS·5501AE
B
HDSP·4203
OS"
1D
YELLOW
LTS·3403LY
A
HDSP·5533
0.56" 1D
ORANGE
LTS·5503AE
B
HDSP·4205
O.S"
10
YELLOW
LST·3403LY
A
HDSP·5537
056" 1D
ORANGE
LTS·5507AE
B
HDSP·4206
OS"
10
YELLOW
LTS·3406LY
A
HDSP·553S
0.56" 10
ORANGE
LTS·550SAE
B
HDSP·S600
O.S"
1D
GREEN
LTS·3401LG
A
HSDP·5731
0.56" 1D
YELLOW
LTS·5701AY
B
HOSP·S601
O.S"
10
GREEN
LTS·3401LG
A
HOSP·5733
0.56" 10
YELLOW
LTS·5703AY
B
HDSP·S603
O.S"
10
GREEN
LTS·3403LG
A
HOSp·5737
0.56" 10
YELLOW
LTS·5707AY
B
HDSP·S605
O.S"
10
GREEN
LTS·3403LG
A
HDSp·573S
056" 10
YELLOW
LTS·570SAY
B
HDSP·S606
O.S"
10
GREEN
LTS·3406LG
A
HDSp·3400
O.S"
10
RED
LTS·3401 LR
A
HDSP·5321
0.56" 20
RED
LTD·5321RA
A
HOSP·3401
O.S"
10
RED
LRS·3401 LR
A
HDSP·5323
0.56" 20
RED
LDT.5323AR
A
HOSP·3403
O.S"
10
RED
LTS·3403LR
A
HDSP·5521
0.56" 20
ORANGE
LTD·5521AE
A
HDSP·3405
O.S"
10
RED
LTS·3403LR
A
HDSP·5523
0.56" 2D
ORAGEN
LTD·5523AE
A
HDSP·3406
O.S"
10
RED
LTS·3406LR
A
HDSP·5621
056" 20
GREEN
LTD·5621AG
A
HOSP·3900
OS"
10
ORANGE
LTS·3401 LE
A
HDSP·5623
056" 2D
GREEN
LTD·5623AG
A
HDSP·3901
O.S"
10
ORANGE
LTS·3401 LE
A
HDSP·5721
0.56" 2D
YELLOW
LTD·5721AY
A
HDSP·3903
O.S"
10
ORANGE
LTS·3403LE
A
HDSP·5723
0.56" 20
YELLOW
LTD·5723AY
A
5·14
677
CROSS REFERENCE GUIDE
TELEFUNKEN Equivalent LED Numeric Display
TELEFUNKEN
PART NO.
D200·PA
10
LITON
PART NO.
CODE
TELEFUNKEN
PART NO.
DIGIT
SIZE
COLOR
LITON
PART NO.
CODE
RED
LTS·4710AR
E
D350·PA
0.51" 10
RED
LTS·5301AR
C
E
D350·PK
0.51" 10
RED
LTS·5303AR
C
C
004"
10
RED
D201·PA
0.4"
10
ORANGE
LTS·4610AE
E
D351·PA
0.51" 10
ORANGE
LTS-5501AE
D201·PK
04"
l~
ORANGE
LTS-4680AE
E
D351·PK
0.51" 10
ORANGE
lTS·5503AE
C
D202·PA
0.4"
1D
GREEN
LTD·4510AG
E
D352-PA
0.51" 10
GREEN
lTS·5801AG
C
D202·PK
0.4"
10
GREEN
LTS-4580AG
E
D352·PK
0.51" 10
GREEN
LTS·5803AG
C
D203·PA
0.4"
1D
YEllOW
lTS·4810AY
E
D353·PA
0.51" 10
YELLOW
LTS·5701AY
C
1D
YEllOW
lTS·4880AY
E
D
40
a:
2Il
">
iii
0:;
a:
I
o
4BO
28
24
56
1000
800
48
500
E
I
I'
I
E
~
5
U
32
24
o
o
x
~
16
" 1'-.. I'I
5-23
686
40
60
5
50
U
o
20
1:'
100
80
~
h
8
80
90
Amb,ent Temperature (Ta) - °C
F'g 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE
r--...
200
g
""'"
"
"-
I
o
20
30
40
50
......
T
I
'\.
"t--....
c
~
,...
I
"-
>
iii
r-.
"'
1.5
.E
">
10
20
50
--
""
......
.......
I,
t....
1
100
10
I
I
a:
20
o
60
Forward Current (IF) - rnA
F'g 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENT)
iii
0:;
10
10
r\.
«
E 40
BOO
720
/
/
,7
05
o
640
6. .
Wavelength ( }. } - nm
F'g 2 SPECTRAL RESPONSE
Forwa,d Voltage (V,) - Volts
F'g.1 FORWARD CURRENT Vs FORWARD VOLTAGE
«
15
~
.J
iii
0:;
20
/
~
0
J
/
25
"
E
'"0
BO
:;
B-
/
/
~
U
120
~,-
/
II
«
-1:'
-
2Il
40
Iii
lil
DC
Duty Cycle %
Duty Cycle %
F,g 5 MAX PEAK CURRENT Vs DUTY CYCLE % F'g 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
(REFRESH RATE - F ~ 1 KHzl
(AVERAGE I, ~ 10mA PER SEG I
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTS-30301 HRB/30801 HRB
PARAMETER
TEST
CONDITION
UNIT
SYMBOL
MIN.
TYP.
Iv
12
30
mcd
IF = 20 mA
;>.P
635
nm
IF = 40 mA
Spectral Line Half·Width
c,;>.
40
nm
IF =40 mA
Forward Voltage, any Segment (O.P')
VF
12.6
(4.2)
16.8
(5.6)
V
IF =40mA
Reverse Current, any Segment
IR
200
p,A
Iv-m
2:1
Average Luminous Intensity
Peak Emission Wavelength
Luminous Intensity Matching Ratio
MAX.
VR = 30V
IF =40 mA
TYPICAL ELECTRICAL/OPTICAL GHARACTERISTIC CURVES
(250 C Ambient Temperature Unless Otherwise Noted)
100
'-'
I
4:
E 80
-C
40
:;;
~
20
0
12
16
40
o
24
480
28
16
8
x
/
\
o
640
800
720
Wavelength ( )., ) -
nm
/
05
o
10
/
20
30
40
50
60
Forward Current (IF) - rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENT)
Fig 2 SPECTRAL RESPONSE
l\
'\.'
500
I"-
24
~
560
0:
4:
32
"
">
iii
c;
20
0:
20
lS
1000
800
I
0
/
~
">
48
:;
c:
E
.-
/
oJ
iii
4:
E 40
U
/
2'
"'0
- -C-'
60
c;
56
~
in
c:
--
1:"
0
Forward Voltage IV,) - Volts
Flg.1 FORWARD CURRENT Vs FORWARD VOLTAGE
C
'1-
f
80
Sc.
S
V
J
"0
5
if
/
~
"-
100
--
:.:-
~
:;
U
/
1/
60
,-r--
120
~-
E
I
g
" "- i'.
60
50
80
"'- ......
"
~
I'\.
I'-.
-"
OJ
"
0-
I
40
:;
U
r'l
20
E
100
80
~
o
200
90
20
1
10
10
20
50
100
10
20
"""
......
40
I'
DC
Ambient Temperatu.re (Tal - °c
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F ~ 1 KHz)
(AVERAGE I, ~ lDmA PER SEG)
5-24
687
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 2SoC
LTS-30302A/30802A (GREEN)
UNIT
TEST
CONDITION
15
mcd
IF = 10mA
AP
565
nm
IF
Spectral Line Half-Width
D.A
30
nm
IF = 20 mA
Forward Voltage, any Segment (D.P.)
VF
16.8
(5.6)
V
IF =20mA
Reverse Current. any Segment
IR
100
pA
Iv-m
2:1
PARAMETER
SYMBOL
MIN.
TYP.
Average Luminous Intensity
Iv
6
Peal< Emission Wavelength
Luminous Intensity Matching Ratio
MAX.
12.6
(4.2)
= 20mA
VR ""30V
IF =20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
40
0::
20
Q)
>
g
o
144
12
15
~
..J
a;
)
96
c
60
Q)
10
72
V
'"0
.5
LL
o
/
E
80
~
II
"E
L
25
Q)
/
~
in
C
II
:;
U
~
100
168
480
Forward Voltage {V,I - Volts
FIg I FORWARD CURRENT Vs FORWARD VOLTAGE
a;
0::
IJ
05
o
560
640
800
720
~I
V
o
10
I
15
20
25
30
Wavelength ( A ) - nm
Forward Current (IF) - rnA
FIg 2 SPECTRAL RESPONSE
FIg 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENTI
1000
800
~
500
r--..
;;;
c
S
~
g>
i'
a;
0::
10
I
10
20
50
"."-
"
Q)
...... j'..
20
1.5
.£
I
100
'" "
-.
10
20
40
I
J
DC
Duty Cycle %
Duty Cycle %
FIg 5 MAX PEAK CURRENT Vs DUTY CYCLE % FIg 6 LUMINOUS INTENSITY Vs DUTY CYCLE %
(REFRESH RATE - F ~ I KHz)
(AVERAGE I, ~ lOrnA PER SEG)
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTS-30302A/30802A (ORANGE)
UNIT
TEST
CONDITION
15
mcd
IF =10 mA
AP
630
nm
IF = 20 mA
Spectral Line Half·Width
t::.A
40
nm
IF = 20 mA
Forward Voltage, any Segment (D.P.)
VF
12.6
(4.2)
V
IF = 20 mA
Reverse Current, any. Segment
IR
100
Iv-m
2:1
PARAMETER
SYMBOL
MIN.
TYP.
Average Luminous Intensity
Iv
6
Peak Emission Wavelength
Luminous Intensity Matching Ratio
MAX.
16.8
(5.6)
jJ.A
VR '" 30V
IF = 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
/
«
E
40
-E
~
20
"0;~
(;
/
J
10
u.
o
72
96
/
60
B:J
g'"
>
W
cr:
E
c
V
"'
:J
0
C
20
cr:
15
>
W 05
/ \
480
560
o
640
720
800
Wavelength ( ). ) - nm
Fig 2 SPECTRAL RESPONSE
1000
800
24
500
E
I
""- .............
16
g
12
........
u
o
E
~
:;
,
h
20
40
60
Ambient Temperatu,re (Tal -
80
J
90
°C
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE
U
-"
ro
/
V
f
/
o
/
10
/
,
15
20
25
Forward Current (IF) -
I
I
~
II
'\.
I
200
:--....
100
80
'\.
.........
50
......
20
10
r--. r-....
-
---10
20
Duty Cycle %
50
30
rnA
r--
0..
V
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENT)
«
20
--
E
g'"
28
~
8
25
C
40
168
144
in
~
E
0
12
C
,-- ----
---
:J
..J
0
Forward Voltage (V,) - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
«
-r ----- -~
~ 80~-+-~~+-*-1--+~~
:;
30
:;
U
::: fr___+·.- j - -
/
I
-
100
'--
"""--
1-
j........
1
10
""!-oR:
40
DC
Duty Cycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
(REFRESH RATE - f ~ 1 KHz)
(AVERAGE I, ~ 1 OmA PER SEG )
5-26
689
ILITE[']~II
LTS-
~:~¥lJ:::02A SERIES
5 INCH SINGLE COLOR & MULTICOLOR ULTRA LARGE
SINGLE DIGIT LED NUMERICAL DISPLAY
FEATURES
-5INCH (127.0mm) ULTRA LARGE DIGIT HEIGHT.
-CONTINUOUS UNIFORM SEGMENTS.
- LOW POWER REQUIREMENT.
- EXCELLENT CHARACTERS APPEARANCE.
- HIGH CONTRAST.
- HIGH BRIGHTNESS.
-WIDE VIEWING ANGLE.
-SOLID STATE RELIABILITY.
-CATEGORIZED FOR LUMINOUS INTENSITY.
-I.C. COMPATIBLE.
- EASY MOUNTING ON P.C. BOARD.
-SINGLE COLOR DISPLAYS HAVE THE CHOICE
OF TWO BRIGHT COLORS - GREEN/HIGH
EFFICIENCY RED.
-MULTICOLOR DISPLAYS ARE APPLICABLE TO
THREE BRIGHT COLORS - GREEN, ORANGE
AND YELLOW (GREEN AND ORANGE MIXED).
DESCRIPTION
The LTS·50000 series are 5 inch (127 mm) height ultra
large single digit displays.
The LTS·50301/50801 series are single color displays.
The green displays have black face and green segment
color, the high efficiency red displays have black face
and red segment color.
The L TS·50302A/50B02A are multicolor displays.
The multicolor displays have black face and white
segment color.
The green series utilize LED chips which are made from
GaP on a transparent GaP substrate. The high efficiency
red series devices utilize LED chips which are made
from GaAsP on a transparent GaP substrate.
DEVICES
PART NO. LTS-
5-27
690
MULTICOLOR
DESCRIPTION
PACKAGE
DIMENSION
INTERNAL
CIRCUIT
DIAGRAM
Common Cathode
A
A
Cammon Anode
A
B
GREEN
HI.-EFF.
RED
50301G
50301HRB
50801G
50801HRB
-
-
50302A
Common Cathode
B
C
-
50802A
Common Anode
B
D
-
-
PACKAGE DIMENSIONS
B. L TS-50302A /50802 A
A. LTS-50301 /50801
millimeters tolerance are.
(inches)
1. Lead length (from seating plane): minimum valum
NOTE: All dimensions are in
PIN CONNECTION
+1.00
-=0.00 mm 2. ±0.25mm un less otherwise noted.
+0.040"
-0.000" )
(0.010")
CONNECTION
PIN NO.
LTS-SOlO1
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
Segment E Anode
Segment 0 Anode
Comma Anode
D.P. Anode
Segment C Anode
Segment 8 Anode
Segment A Anode
Common Cathode
Segment F Anode
Segment G Anode
,
LTS·50801
Segment E Cathode
Segment 0 Cathode
Comma Cathode
D.P. Cathode
Segment C Cathode
Segment B Cathode
Segment A Cathode
Common Anode
Segment F Cathode
Segment G Cathode
.LTS-50302A
Anode E, Green
Anode E, Orange
Anode. 0, Green
Anode 0, Orange
Anode Comma, Green
Anode Comma, Orange
Anode DP. Green
Anode DP. Orange
Anode C, Green
Anode C. Orange
Anode B, Green
Anode B, Orange
Anode A. Green
Anode A, Orange
Cathode Conlmon. Green
Cathode Common, Orange
Anode G Green
Anode G, Orange
Anode F, Green
Anode E, Orange
LTS·50802A
Cathode E, Green
Cathode E, Orange
Cathode D, Green
Cathode D. Orange
Cathode Comma. Green
Cathode Comma, Orange
Cathode DP. Green
Cathode DP. Orange
Cathode C. Green
Cathode C. Orange
Cathode B. Green
Cathode B, Orange
Cathode A. Green
Cathode A. Orange
Anode Common. Green
Anode Common, Orange
Cathode G. Green
Cathode G, Orange
Cathode F, Green
Cathode F. Orange
5·28
691
INTERNAL CIRCUIT DIAGRAM
B. LTS-50801
A. L TS-50301
A
2
7
D. LTS-50802A
C. L TS-50302A
GREEN 15
ORANGE 16
GREEN 15
ORANGE 16
COM
COM
7 5
8 6
GREEN 13
ORANGE 14
11
12
9
10
3
4
19
20
17
18
GREEN 13
ORANGE 14
ABSOLUTE MAXIMUM RATINGS AT TA
=
11
12
9
10
19
20
3
4
17
18
25°C
50x01
5Ox02A
UNIT
PARAMETER
GREEN
HI.-EFF. RED
GREEN
ORANGE
1200
1200
900
900
mW
Peak Forward Current Per Segment
(1/10 Duty Cycle, 0.1 ms Pulse Width)
180
180
160
160
mA
Continuous Forward Current Per Segment
60
60
40
40
mA
0.72
0.72
0.48
0.48
mAte
50
50
50
50
V
Power Dissipation Per Segment
Derating linear From 25°C Per Segment
Reverse Voltage Per Segment
Operating Temperature Range
- 25°C to + 85°C
Storage Temperature Range
- 25°C to + 85°C
5-29
692
Soler Temperature 1/16 inch Below Seating Plane for 3 Seconds at 2600 C
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
=
25°C
LTS-50301G/50801G
PARAMETER
TEST
CONDITION
SYMBOL
MIN.
TYP.
Average Luminous Intensity
Iv
21
60
mcd
IF = 30 mA
Peak Emission Wavelength
i\p
565
nm
IF
= 60 mA
!::,i\
30
nm
IF
= 60 mA
Forward Voltage, any Segment (D P.)
VF
21
(4.2)
28
(56)
V
IF
= 60 mA
Reverse Current, any Segment
IR
300
p.A
VR
= 50V
Iv-m
2.1
Spectral Line Half-Width
Luminous IntenSity Matching Ratio
UNIT
MAX.
IF
= 60 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
120
150
/
/
40
">
a:
20
0:
I
k(
/
05
o
560
640
800
720
Wavelength ( A I - nm
Fig 2 SPECTRAL RESPONSE
If
I
o
10
15
20
25
30
Forward Current (IF) - rnA
Fig 3 RELATIVE LUMINOUS INTENSI"FY Vs
FORWARD CURRENT (PER SEGMENTI
1000
800
..p
630
nm
IF '" 60 mA
Spectral Line Half-Width
£::...A
40
nm
IF "'50mA
Forward Voltage, any Segment (D.P.)
VF,
V
IF'" 50mA
Reverse CUrrent, any Segment
IR
300
Iv-m
2:1
Average Luminous Intensity
Peak Emission Wavelength
Luminous Intensity Matching Ratio
UNIT
MAX.
21
28
(42)
(5.6)
p.A
VR "'50V
IF = 60 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
/
iii
a:
20
10
I'\..
"- l~
'"
1
20
50
rnA
I
I
I - - f--'
0;
10
30
I
~
<0
0-
I
20
200
25
Fig 3 RELATIVE LUMINOUS INTENSIl'Y Vs
FORWARD CURRENT.(PER SEGMENTI
0<
')
12
o
/
05
500
72
o
580
a:
/
1000
800
Forward Vollage (V,I - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
E
i"
c
E
::>
,
25
"'0
I-
o
20
c
,.J
~
J
0
.e::>::>
in
1:
<0
30
u.
80
i:
"
2l
o
/
~
'#.
f-
{
-"
::>
/
i"
u
'E
100
II
I
-E
, - - ,--r-,--
120
150
100
10
20
40
I'DC
Duty Cycle %
Duty Cycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
(REFRESH RATE - F = 1 KHz I
(AVERAGE I, = 10mA PER SEG I
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTS-50302A/50802A (GREEN)
UNIT
TEST
CONDITION
40
mcd
IF = 20 mA
AP
565
nm
IF = 40 mA
Spectral Line Half-Width
671.
30
nm
IF'" 40 mA
Forward Voltage, any Segment (D.P.)
VF
21
(6.3)
Reverse Current. any Segment
PARAMETER
SYMBOL
MIN.
TYP.
Iv
13
Average Luminous Intensity
Peak Emission Wavelength
Luminous Intensity Matching Ratio
MAX.
28
(84)
V
IF
= 40 mA
IR
200
tJ.A
VR
= 50V
Iv-m
2'1
IF
= 40 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
120
100
/
«
E 80
-C
40
0
20
u.
o
if
S
s-
:ill
"
0::
480
28
05
o
640
560
800
720
Wavelength ( }. ) - nm
Fig 2 SPECTRAL RESPONSE
~I
V
V
I
o
Forward Current (IF) - rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENT)
I
500
E
I
~
32
24
16
"- i'-.
g
C
!"
I"-
5
U
o
20
40
BD
........
f"".
~
in
........
c
~
.......
50
90
Ambient T emperatwe n al - 0 C
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE
"-
15
I
'\
~
"-"-
.£
Q)
>
iii
"-
"
Q)
I
60
100
80
~
'".,
"I
8
200
I
'"
«
o
~
V
1000
800
I
"
>
o
E 40
o
x
Q)
20
0::
24
15
iii
"
20
16
E
40
>
«
5
/
~
Q)
56
!"
/
25
..J
iii
)
12
c
60
~
0
48
U
~
c
:£
'"0
80
Forward Voltage (V,) - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
c
~
Q)
J
V
!"
~
1-
~
5
u
'E
-- -
100
II
60
~-'-~r-
0::
20
-
10
10
20
50· 100
r-
I
I
I
I,
..... ~
I!!
W
1
10
20
40
DC
Duty Cycle %
Duty Cycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE %
(REFRESH RATE - F ~ 1 KH2)
(AVERAGE I, ~ 1 OmA PER SEG )
5-32
695
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 2SoC
LTS-S0302A/S0802A (ORANGE)
PARAMETER
TEST
CONDITION
SYMBOL
MIN.
TYP.
Average Luminous Intensity
Iv
16
40
mcd
I'F '" 20 mA
Peak Emission WavelenQth
?.p
630
nm
IF =40mA
Spectral line Half-Width
6.'JI.
40
nm
bF =40 mA
Forward Voltage. any Segment (D.P.)
VF
21
(6.3)
Reverse Current. any Segment
IR
200
Iv-m
2:1
Luminous Intensity Matching Ratio
UNIT
MAX.
28
~F
V
(804)
p,A
=40mA
.
VR ""50V
I·F =40mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(2S0C Ambient Temperature Unless Otherwise Noted)
I
..:
E 80
I
-e
5
40
"
u.
~
c
">
/"
E
/
'"
c
E
:J
1S
a;
a:
20
">
iii
a;
o
24
480
28
I
560
a:
I \
o
640
800
720
/
05
II
o
10
15
20
25
30
Forward Current (IF! - rnA
Wavelength ( }. I - nm
Fig 2 SPECTRAL RESPONSE
Fig 3 RELATIVE LUMINOUS INTENSity Vs
FORWARD CURRENT (PER SEGMENTI
1000
800
48
~
500
..:
E
I
E 40
I
""- ........
32
24
u
Q
16
i'..
g
el'
""-
5
U
o
20
40
60
"
Q.
I
80
200
100
80
........
'\.'
...... r-.
i?:
........
~
c
l'l
.......
90
'\
1.5
E
50
-
a;
a:
20
--
10
10
20
50
--
'\.
"1"-
">
iii
~
'I
o
/
25
l'l
..J
"'"
..:
5
U
i?:
0
40
56
l'
1-- r-- 1 -
- I-
60
Forward Vollage (V,I - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
C
- - - - ---
r-,----
0
20
16
r-
:J
S
J
12
--
f
80
.'>
:J
/
20
o
if
I
l'
~
100
V
60
u
"E
----
120
100
--
......
r-.
1
100
10
20
40
DC
5-33
696
AmbIent Temperature (Ta) - °C
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % .Flg 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
(REFRESH RATE - F ~ 1 KHz I
(AVERAGE I, ~ 1 OmA PER SEG I
Vs AMBIENT TEMPERATURE
LTS-310A SERIES
ILITEr.] ~ II
0.3" SINGLE DIGIT NUMERIC DISPLAYS
FEATURES
-0.3 INCH (7.62mm) DIGIT HEIGHT.
_CHOICE OF SIX BRIGHT COLORS-RED/BRIGHT
RED / GREEN / YELLOW / ORANGE / HIGH EFFICIENCY RED.
_ LOW POWER REQUIREMENT.
_ EXCELLENT CHARACTERS APPEARANCE.
_ CATEGORIZED FOR LUMINOUS INTENSITY.
-I.C. COMPATIBLE.
_ EASY MOUNTING ON P.C. BOARD OR SOCKETS.
DESCRIPTION
The L TS-3l0A series are 0.3 inch (7.62mm) height
single digit displays.
The red series devices utilize LED chips which are made
from GaAsP on a GaAs substrate. The bright red and
green series devices utilize LED chips which are made
from GaP on a transparent GaP substrate. The yellow,
orange and high efficiency red series devices utilize LED
chips which are made from GaAsP on a transparent GaP
substrate. Red and bright red displays have black face
and red segment color. Green and yellow displays have
gray face and white segment color. Orange displays
have orange face and orange segment color.
High
efficiency red displays have red face and red segment
color.
DEVICES
PART NO. LTSRED
BRIGHT
HI.-EFF.
GREEN YELLOW ORANGE
RED
RED
DESCRIPTION
PACKAGE INTERNAL
DIMENSION CIRCUIT
DIAGRAM
311AR
311AP
3llAG
3llAY
311AE
311AHR
Universal, ± 1 Overflow
8
A
312AR
312AP
312AG
312AY
312AE
312AHR
Common Anode, Rt. and
Lt. Hand Decimal
A
B
313AR
313AP
313AG
313AY
3l3AE
313AHR
Common Cathode.
Rt. Hand Decimal
A
C
315AR
315AP
315AG
. 315AY
315AE
315AHR
Common Cathode,
Rt. Hand Decimal
A
D
316AR
316AP
316AG
316AY
316AE
316AHR
Common Anode,
± 1 Overflow
8
E
5-34
697
PACKAGE DIMENSIONS
B. LTS·311A/316A
A. LTS·312A/313A/315A
4.78
( 0188)
o.ao
( 003 1)
P'N
NO.1
LTS: PART NO.
410.90
TXXX: DATE CODE
BIN CODE
zi
lO.035)
JL
NOTE: All dimensions are in
0.50
(.020)
millimeters
{inches}
tolerance are:
+1.00
1. Lead length {from seating plane}: minimum valum
_-_+"'~-::~:-~::-:o::-:,:-,m_m
2.
±{~.,~~~,~
unless otherwise noted.
-0.000" }
PIN CONNECTION
PIN
NO.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
NOTES
5·35
698
CONNECTION
A. LTS·311A
B. LTS·312A
C. LTS-313A
O. LTS·315A
E. LTS-316A
Anode H
No Pin
Cathode H
Cathode G
Cathode J
Anode J
Anode G
Anode D.P.
No Pin
Cathode D.P.
Cathode C
Cathode B
Anode B
Anode C
Cathode A
Cathode F
Common Anode *1
No Pin
No Pin
Cathode L.D.P.
Cathode E
Cathode D
Cathode R.D.P.
Cathode C
Cathode G
No Pin
Cathode B
Common Anode *1
Common Cathode *2
Anode F
Anode G
Anode E
Anode D
Common Cathode *2
Anode D.P.
Anode C
Anode B
Anode A
Anode F
Anode G
No Pin
Common Cathode *3
No Pin
Anode E
Anode D
Anode C
Anode D.P.
No Pin
No Pin
Common Cathode *3
Anode B
Anode A
Anode G ,H&J *4
No Pin
Anode G, H&J *4
No Pin
No Pin
No Pin
Cathode H&J
Cathode G
No Connection
Cathode C
Cathode B
No Pin
No Pin
Anode B&C
1. Pin 3 & 14 are Internally connected
2 Pin 1 & 6 are Internally connected
-
-
-
3 Pin 4 & 12 are Internally connected.
4 Pin 1 & 3 are Internally connected
INTERNAL CIRCUIT DIAGRAM
.------11--
12
3
-+----1~_.,
r--+-
2
9
2
3
~~~~
11
_ _ _~__ 11
6
6
10
13
10
5
LTS-313A
~--t-- 14
14
13
4
c.
B. LTS-312A
A. LTS-311A
8
3 --+------1~-+
10
4
9
5
,------1-- 8
8
D. LTS-315A
E. LTS-316A
14
14
13
2
12
3
11
4
10
9
6
1-----+-
8
8
ABSOLUTE MAXIMUM RATINGS AT TA = 25°C
RED
BRIGHT
RED
GREEN
YELLOW
ORANGE
HL-EFF.
RED
UNIT
Power Dissipation Per Segment
55
40
75
60
75
75'
mW
Peak Forward Current Per Segment
(l/lO Duty Cycle. 0.1 ms Pulse Width)
160
60
100
80
100
100
mA
Continuous Forward Current Per Segment
25
15
25
20
25
25
mA
Derating Linear From 25°C Per Segment
0.3
0.18
0.3
0.24
0.3
0.3
mAtC
5
5
5
5
5
5
V
PARAMETER
Reverse Voltage Per Segment
Operating Temperature Range
- 25°C to
+ 85°C
Storage Temperature Range
- 25°C to
+ 85°C
5-36
Solder Temperature 1/16 inch Below Seating Plane for 3 Seconds at 260°C
699
ELECTRICAL/OPTICAL CHARACTERISTICS AT fA = 25°C
LTS·310AR SERI ES
UNIT
TEST
CONDITION
500
IScd
IF "'10mA
il.p
655
nm
IF =20mA
Spectral Line Half-Width
A"A
24
nm
IF =20 mA
Forward Voltage, any Segment or D.P.
VF
1.7
2.0
V
IF =20 mA
Reverse Current. any Segment or D.P.
IR
100
JJA
Iv-m
2:1
PARAMETER
SYMBOL
MIN.
TYP.
Average Luminous IntensitY
Iv
200
Peak Emission Wavelength
Luminous Intensity Matching Ratio
MAX.
VR =5V
IF =20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temoerature Unless Otherwise Noted)
50
120
«
E
I
-C
5
20
0
0
u..
10
a;
'"::>0
c
60
E
::>
">
24
480
28
Forward Voltage (V,) - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
:0
a:
J
20
a;
V 1\
o
20
V
"2
40
a:
16
15
...J
i5
12
25
E
80
S
B::>
l'
in
c
~
*
30
u
"E
~
i:"
100
40
560
640
V
lL'
1/
05
.
1_ .
720
800
Wavelength ( ). ) - nm
Fig 2 SPECTRAL RESPONSE
10
15
20
25
30
Forward Current (IF) - rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENT)
1000
800
28
1
24
l'
c(
E
20
E
l'
5
16
U
12
500
c(
'"
E
I
g
I'-.
C
l'
"- ') "'.."
"
5
"
Cl
U
"
~
0..
o
o
I
40
60
80
90
AmbIent Temperature (Ta) - °C
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE
5-37
700
200
100
80
1',
J
1',
I
!
""'-
50
r"-"
20
10
"-
............
..............
~
1
10
20
50
100
10
20
40
DC
Duty Cycle %
Duty t:;ycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE %
(REFRESH RATE - F ~ 1 KHz)
(AVERAGE I, ~ 10mA PER SEG)
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 2SoC
LTS-310AP SERIES
PARAMETER
MIN.
TYP.
Average Luminous Intensity
Iv
320
750
/led
IF
= 10 mA
Peak Emission Wavelength
~p
697
nm
IF
= 20 mA
Spectral Line Half-Width
A~
90
nm
IF
= 20 mA
Forward Voltage, any Segment or D.P.
VF
2.1
2.8
V
IF
= 20 mA
Reverse Current, any Segment or D.P.
IR
100
/lA
Iv-m
2:1
Luminous Intensity Matching Ratio
MAX.
TEST
CONDITION
SYMBOL
UNIT
VR =5V
IF
= 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(250 C Ambient Temperature Unless Otherwise Noted)
50
120
/
«
E
-E
40
/
30
S
U
20
0
10
u.
12
16
24
480
28
Forward Voltage (V,) - Volts
Flg.1 FORWARD CURRENT Vs FORWARD VOLTAGE
1\
560
V
\
640
a;
cr:
800
720
Wavelength ( ). ) -
15
"
">
ji;
..J
nm
,/
./
,......
-
05
o
o
10
15
20
Forward Current (IF) -
Fig 2 SPECTRAL RESPONSE
25
30
rnA
Fig 3 RELATIVE. LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENT)
«
E
E
16
g
S
12
I 200
I
~
U
E
\
500
24
20
E
0
1000
800
2B
«
"'"c:
/
20
o
20
/ \
40
ji;
a;
cr:
J
o
/
a
>
25
!!l
E
60
"
in
c:
f\
80
5c.
5
II
'E
'"~
~
/
~
?:
100
.........
E
~
:;
........
0
0
x
U
........
'"
:;:
20
40
I'-..
I
60
80
90
""'"
0.
"
100
80
50
'"
"
.........
........
20
r-...
....
10
10
20
50
100
AmbIent Temperature (Ta) - °C
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE %
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F = 1 KHz)
5-38
701
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
LTS-310AG SERIES
=
2SoC
TEST
CONDITION
SYMBOL
MIN.'
TYP.
Average Luminous Intensity
Iv
SOO
2000
~cd
IF
= 10 mA
Peak Emission Wavelength
i\.p
565
nm
IF
= 20 mA
Spectral Line Half-Width
Ai\.
30
nm
IF =20 mA
Forward Voltage, any Segment or D.P.
VF
2.1
2.S
V
IF =20mA
Reverse Current, any Segment or D,P.
IR
100
pA
Iv-m
2:1
PARAMETER
Luminous Intensity Matching Ratio
MAX.
UNIT
VR =5V
IF =20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(250 C Ambient Temperature Unless Otherwise Noted)
50
120
/
0;
a:
40
g"
15
20
a:
>
0;
o
24
480
28
I
os
o
560
640
800
720
Wavelength ( }, I - nm
Fig 2 SPECTRAL RESPONSE
~
I
o
/
/
/
10
15
20
Forward Current (IF) -
25
30
rnA
Fig 3 RELATIVE LUMINOUS INTENSitY Vs
FORWARD CURRENT (PER SEGMENTI
12
"
E
I
~
x
g
1:
1:!
~
u
~
'"'"
"1
40
60
80
90
Ambient Temperatu!e (Tal - °C
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE
200
100
80
"
I
,
so
"
a.
I
20
\.
'\.
500
40
a:
20
4BO
2B
24
>
I
J \
560
iii
a;
a:
o
640
BOO
720
Wavelength ( ). ) - nm
Fig 2 SPECTRAL RESPONSE
/
05
If
o
10
15
20
Forward Current {IF) -
25
30
rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENTI
\.
\.
500
«
""- ......
12
"
x
::;
"'
Q
E
I
g
""- "-
E
~
5
.......
U
-"
i'l
o
/
Q)
o
20
15
~
1000
BOO
~
~
/
1/
...J
Q)
24
E
/
25
E
'"a
60
iii
a;
28
U
in
§
Q
Forward Voltage (V,) - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
«
~
I -I--.
~
~
<5
#.
{
30
5
u
100
/
I
o
20
40
60
Ambient Temperature (Ta) -
80
°C
"'
200
100
BO
""-
"\
.......
Q)
0..
J
90
I'
...........
50
20
10
10
20
Duty Cycle %
"
50
""
1
100
10
......
40
t-DC
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE %
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F = 1 KHz)
(AVERAGE I, = 1 OmA PER SEG)
5-40
703
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTS-310AE SERIES
UNIT
TEST
CONDITION
2000
}.Lcd
IF'" 10mA
AP
630
nm
IF = 20 mA
Spectral Line Half·Width
':"A
40
nm
IF"
Forward Voltage, any Segment or D.P.
VF
2.1
Reverse Current. any Segment or D.P.
SYMBOL
MIN.
TYP.
Average Luminous Intensity
Iv
800
Peak EmiSSion Wavelength
PARAMETER
Luminous Intensity Matching Ratio
MAX.
2.8
V
IR
100
}.LA
Iv-m
2:1
20 mA
IF = 20 mA
VR = 5V
IF =20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
r--~-
--
-
«
E
40
30
20
~
(;
of
12
16
E
20
E
~
:;
16
U
--
g"
40
0::
2D
a;
c
>
a;
480
28
560
0::
/ \
05
o
640
800
720
f
o
7
/
17
/
7
10
15
20
25
30
Forward Current (IF) - rnA
Fig 3 RELATIVE LUMINOUS INTENSIl'Y Vs
FORWARD CURRENT (PER SEGMENTI
Wavelength ( }. ) - nm
FIg 2 SPECTRAL RESPONSE
1000
800
"
E
I
g.
1'..
"
a"
E
~
:;
U
")
x
20
/
25
E
0
28
24
c
E
0>
Forward Voltage (VF) - Volts
Fig 1 FORWARO CURRENT Vs FORWARO VOLTAGE
«
in
!!!
60
E0>
J
o
-
0
'5
10
L1.
80
---
i>:
0>
/
"E
r
100
/
~
:;
U
I
,----
------
120
/
I
-E
-,-
40
60
80
200
100
80
i>:
I'-...
in
c
I"'...
!!!
I'-..
50
J"'.
-'"
"..
a;
I'-...
"'"
0::
20
'\
......
1
10
10
20
50
100
10
2D
40
j..
DC
Ambient Temperature (Tal - °C
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F ~ 1 KHz)
IAVERAGE IF ~ 10mA PER SEG)
5-41
704
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°'C
LTS-310AHR SERIES
UNIT
TEST
CONDITION
2000
!Lcd
IF = 10 mA
AP
635
nm
IF = 20 mA
Spectral Line Half-Width
A"}."
40
nm
IF =20 mA
Forward Voltage, any Segment or D.P.
VF
2.1
2.8
'V
IF = 20 mA
Reverse Current, any Segment or D.P.
IR
100
!LA
VR =5V
Iv-m
2:1
PARAMETER
SYMBOL
MIN.
TYP.
Average Luminous IntensitY
Iv
800
Peak Emission Wavelength
Luminous Intensity Matching Ratio
MAX.
IF = 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
E
-E
/
40
~
~
(;
LL
~
10
12
16
24
"-
20
IS
12
a:
20
o
2.
24
V
~
40
Qi
480
560
I
">
"'"
Qi
a:
\
05
o
640
800
720
Wavelength I ). I - nm
Fig 2 SPECTRAL RESPONSE
f
/
V
o
10
15
ZO
Forward Current (IF) -
25
30
rnA
Fig 3 RELATIVE. LUMINOUS INTENSITY Vs
FORWARD CURRENT IPER SEGMENTI
E
"
I
g
r--..
""-
"
x
~
o
20
40
~
500
1i:
28
E
e:;
c:
E
0
20
/
25
.E"
'"0
- I-
60
_
Forward Voltage IV,I - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
E
c:
~
J
o
in
{
80
S0.
S
/
/
20
~
100
V
30
e:;
u
r--
120
~
20
10
~
Qi
a:
1
10
20
50
100
10
20
"
40
DC
Ambient Temperatu,re ITa I - DC
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX. PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE %
Vs AMBIENT TEMPERATURE
IREFRESH RATE - F = I KHzl
IAVERAGE I, = IOmA PER SEG I
5-42
705
ILITEr.] ~ II
LTS-360 SERIES
0.36" SINGLE DIGIT NUMERIC DISPLAYS-
FEATURES
-0.36 INCH (9.20mm) DIGIT HEIGHT.
e CONTINUOUS UNIFORM SEGMENTS.
_CHOICE OF FIVE BRIGHT COLORS·RED/BRIGHT
RED/GREEN/ORANGE/HIGH EFFICIENCY RED.
_ LOW POWER REQUIREMENT.
_ EXCELLENT CHARACTERS APPEARANCE.
_ HIGH BRIGHTNESS.
_WIDE VIEWING ANGLE.
-SOLID STATE RELIABILITY.
-CATEGORIZED FOR LUMINOUS INTENSITY.
-I.C. COMPATIBLE.
_ EASY MOUNTING ON P.C. BOARDS.
DESCRIPTION
The L TS·360 series are 0.36 inch (9.20mm) height
single digit displays.
The red series devices utilize LED chips which are made
from GaAsP on a GaAs substrate. The bright red and
green series devices utilize LED chips which are made
from GaP on a transparent GaP substrate. The orange
and high efficiency red series devices utilize LED chips
"I'hich are made from GaAsP on a transparent GaP
substrate. Red, bright red and high efficiency red
displays have red face and red segment color. Green
and orange displays have gray face and white segment
color.
DEVICES
PART NO. L TSRED
5·43
706
BRIGHT
GREEN
RED
ORANGE
HI.-EFF.
RED
DESCRIPTION
PACKAGE
DIMENSION
INTERNAL
CIRCUIT
DIAGRAM
360R
360P
360G
360E
360HR
Common Anode, Rt. Hand Decimal
A
A
367R
367P
367G
367E
367HR
Common Cathode, Rt. Hand Decimal
A
B
368R.
368P
368G
368E
368HR
Common Cathode, ±1 Overflow
B
C
PACKAGE DIMENSIONS
B. LTS-368
A. L TS-360/367
PI N
NO.1
LTS: PART NO.
TXXX: DATE CODe
Z: BIN CODe
LTS36X
TXXX
lTS 36X
TXXX
NOTE: All dimensions are in
millimeters
(Inches)
tolerance are:
+1.00
1. Lead length (from seating plane): minimum valum
-=0:00-
mm 2.
+0.040"
-0.000" )
±0.25mm
(0.010")
unless otherwise noted.
PIN CONNECTION
CONNECTION
PIN NO.
1
2
3
4
5
6
7
a
9
10
A. LTS·360
B. LTS-367
C. LTS·368
Common Anode *1
Cathode F
Cathode G
Cathode E
Cathode D
Common Anode *1
Cathode D.P.
Cathode C
Cathode B
Cathode A
Common Cathode *1
Anode F
Anode G
Anode E
Anode D
Common Catnode *1
Anode D.P.
Anode C
Anode B
Anode A
Cathode PI_ & Mi. *
Anode Plus Sign
Anode Minus Sign
Cathode PI. & Mi. *2
No Pin
Cathode B, C & D.P. "3
Anode D.P.
Anode C
Anode B
Cathode B, C & D.P. *3
NOTES: 1. Pin 1 & 6 are internally connected.
2. Pin 1 & 4 are internally connected.
3. Pin 6 & 10 are internally connected.
5-44
707
INTERNAL CIRCUIT DIAGRAM
C. LTS-368
B. LTS-367
A. LTS-360
A
A
10
10
2
9
3
8
4
6
5
2
9
10
2
9
8
3
8
3
4
7
4
5
6
6
RDP
ABSOLUTE MAXIMUM RATINGS AT TA
= 25°C
RED
BRIGHT
RED
GREEN
ORANGE
HI.·EFF.
RED
UNIT
Power Dissipation Per Segment
55
40
75
75
75
mW
Peak Forward Current Per Segment
(1110 Duty Cycle, 0.1 ms Pulse Width)
160
60
100
100
100
mA
Continuous Forward Current Per Segment
25
15
25
25
25
mA
Derating Linear From 25" C Per Segment
0.3
0.18
0.3
0.3
0.3
mArC
5
5
5
5
5
V
PARAMETER
Reverse Voltage Per Segment
Operating Temperature Range
- 25" C to + 85" C
Storage Temperature Range
- 25" C to + 85" C
Solder Temperature 1/16 inch Below Seating Plane for'3 Seconds at 2600 C
;-45
708
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTS-360R SER I ES
PARAMETER
TEST
CONDITION
SYMBOL
MIN.
TYP.
Average Luminous Intensity
Iv
200
500
/-Lcd
IF = 10 mA
Peak Emission Wavelength
AP
655
nm
IF=20mA
Spectral Line Half-Width
D."A
24
nrr>
IF = 20 mA
Forward Voltage, any Segment or D.P.
VF
1.7
2.0
V
IF=20mA
Reverse Current, any Segment or D.P.
IR
100
/-LA
Iv-m
2:1
Luminous Intensity Matching Ratio
UNIT
MAX.
VR '" 5V
IF = 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(250 C Ambient Temperature Un less Otherwise Noted)
120
'0
..:
E
-E
if!
'E
~
(;
u..
20
0
10
iii
a;
40
a:
20
20
24
480
28
2'
a:
V \
560
640
"
o
Wavelength ( }. I - nm
Fig. 2 SPECTRAL RESPONSE
/
o.
800
720
/
~
v
1- .
o
10
15
20
25
Forward Current (IF) -
30
rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENTI
1000
800
500
24
""
20
I
16
~
U
u
Cl
iii
a;
o
16
28
:;
"
">
">
Forward Voltage {Vd - Volts
E
E
--'
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
..:
E
c
60
0
12
c
e
.s
""'
0
"E-"
~
00
"
80
30
:;
U
?:
100
40
I
12
..:
E
I
g
i'..
"-
X
:2:
'"
20
40
['..
200
60
E
~
:;
U
1
I
80
90
"''""
"
0-
100
80
r-.~
c
" 1'-,
50
I
?:
;;;
20
e
.s
!
15
~
...........
.,">
...........
'"
a;
a:
I-
........ :-."
1
10
10
20
50
100
10
20
40
II
.... U
DC
Ambient Temperature (Tal - °C
Duty Cycle %
Duty C;:ycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
Vs AMBIENT TEMPERATURE
!REFRESH RATE - F ~ 1 KH21
(AVERAGE IF ~ IOmA PER SEG I
5-46
709
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTS-360P SERIES
TEST
CONDITION
SVMBOL
MIN.
TVP.
Average Luminous Intensity
Iv
320
750
#4cd
IF =10mA
Peak Emission Wavelength
AP
697
nm
IF'" 20 mA
Spectral Line Half-Width
AA
90
nm
IF'" 20mA
Forward Voltage. any Segment or D.P.
VF
2.1
2.8
V
IF =20mA
Reverse Current, any Segment or D.P.
IR
100
#4A
Iv-m
2:1
PARAMETER
LumInous Intensity Matching Ratio
UNIT
MAX.
VR =5V
IF
=20mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
120
/
II
«
E
-E
40
3D
U
20
"E
'"~
10
.f
'if!.
S
/
II
l!!
:;
s-
12
16
80
">
a:
40
24
20
480
28
">
1\
640
E
16
g
U
12
I'.
E
l!!
:;
\
720
.........
a:
800
Wavelength ( , ) - nm
Fig. 2 SPECTRAL RESPONSE.
"
x
::;;'"
U
.........
o
o
I'-...
I
20
40
60
Ambient Temperature (Ta) -
80
°C
90
'"0..'"
"
......
.........
20
i'- .......
10
10
20
50
05
o
o
.......- ....-
10
15
,.-
20
25
30
Forward Current (I,) - mA
Fig 3 RELATIVE, LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENT)
......
50
/"
iii
a;
200
100
80
15
::I
...J
500
E
I
0
710
c:
E
\
«
20
I
,·47
::I
V
560
25
0
1000
800
24
"~
c:
~
'"
/
o
20
28
E
/
iii
Forward Voltage (V,) - Volts
Fig 1 FORWARO CURRENT Vs FORWARD VOLTAGE.
«
/ \
60
::I
a;
in
'r"\
0
J
o
?:
100
100
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE %
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F = 1 KHz)
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 2SoC
LTS-360G SE R I ES
PARAMETER
MIN.
TYP.
Average Luminous Intensity
Iv
800
2000
/Lcd
IF = 10 mA
Peak Emission Wavelength
i\p
565
nm
IF=20mA
Spectral Line Half-Width
D.i\
30
nm
IF = 20 mA
Forward Voltage, any Segment or D.P_
VF
2.1
2.8
V
IF = 20 mA
Reverse Curreflt, any Segment or D.P.
IR
100
IJ.A
Iv-m
2:1
Luminous Intensity Matching Ratio
MAX.
TEST
CONDITION
SYMBOL
UNIT
VR =5V
IF = 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
120
/
«
E
40
E
e
:;
u
"2
~
"
30
o
12
16
40
g>
480
28
u
05
a
560
640
720
800
Wavelength ( ~ I - nm
Fig 2 SPECTRAL RESPONSE
500
E
e
:;
U
0:;
a:
a
24
24
16
>
20
1000
20
g
a:
20
15
~
28
E
E
-'
Forward Voltage (V" - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
«
c
60
0
)
V
~
0:;
U.
25
.E
'"0
80
:;
":;
II
10
~
c
--
if'.
/
20
~
100
V
-
---
,--
~
/
/
V
/
a
V
10
15
20
25
30
Forward Current OF) - rnA
Fig 3 RELATIVE LUMINOUS INTENSn:y Vs
FORWARD CURRENT IPER SEGMENTI
800
f'-
E
I
'\
E
e
:;
I'\..
"
Q
x
~
U
~
~
~
I
20
40
_'\
200
g-
"
12
1,\
«
60
80
90
100
80
f".
'\
I'-..
50
20
I'
"'c--..
. . . . 1'.....
10
.......
1
10
20
50
100
10
20
40
DC
Ambient Temperatu!e (Tal - °C
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F ~ 1 KHzI
(AVERAGE I, ~ 1 OmA PER SEG I
5-48
711
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
LTS-360E SERI ES
PARAMETER
=
25°C
TEST
CONDITION
SYMBOL
MIN.
TYP.
Iv
800
2000
J,Lcd
IF=10mA
Average Luminous Intensity
.
UNIT
MAX.
Peak Emission Wavelength
l\p
630
nm
IF = 20 mA
Spectral LinE1 Half-Width
AA
40
nm
IF =20 mA
Forward Voltage, any Segment or D.P.
VF
2.1
2.8
V
IF = 20 mA
Reverse Current, any Segment or D.P.
IR
100
J,LA
VR =5V
Iv-m
2:1
Luminous Intensity Matching Ratio
IF'" 20mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25D C Ambient Temperature Unless Otherwise Noted)
50
E
-E
j
40
a
10
o
12
,.
~
..J
>
g"
40
0:
20
a;
)
480
28
"-
16
12
"
E
I
"II
x
~
o
g
~
"
20
40
60
80
90
Ambient Temperatu!e (Ta) - DC
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE
712
I
560
0:
\
o
640
800
720
Wavelength ( ). ) - nm
Fig 2 SPECTRAL RESPONSE
I
05
/
1/
o
10
15
20
25
30
Forward Current (IF) - mA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENT)
\.
~
Cl
5-49
a;
o
24
15
500
20
o
E
~
>
g"
24
U
/
0
c
- I-
60
1000
800
~
"~
/
£
0
20
/
2.
~
28
E
c
l'l
"'
e-
Forward Voltage (V,) - Volts
Fig 1 FORWARD CURRENT Vs. FORWARD VOLTAGE
E
in
{
80
S
/
:;;
;:
LL
ti
I
20
'0
?:
100
/
30
"~
U
r--
120
~
E
e:;
U
~
n.
"
'\.
200
100
80
.......
"."
......
.......
50
I......
" .......
r---
20
10
......
1
10
20
50
100
10
20
40
DC
Duty Cycle %
Duty Cycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
(REFRESH RATE - F ~ 1 KHz)
(AVERAGE I, = lOmA PER SEG)
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
LTS-360H R SE R I ES
PARAMETER
=
25°C
TEST
CONDITION
UNIT
MAX.
SYMBOL
MIN.
TYP.
Iv
800
2000
Itcd
IF =
10
mA
Average Luminous Intensity
Peak Emission Wavelength
i\p
635
nm
IF =
20
mA
Spectral Line Half-Width
D.i\
40
nm
IF =
20
mA
Forward Voltage, any Segment or D.P.
VF
2.1
2.8
V
IF =
20
mA
Reverse Current, any Segment or D.P.
IR
100
itA
Iv-m
2:1
Luminous Intensity Matching Ratio
VR
= 5V
IF =
20
25
30
mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C
Ambient Temperature Unless Otherwise Noted)
50
'20
/
/
40
a:
20
">
iii
Q;
480
2B
I
a:
\
o
640
560
05
BOO
720
/
o
7
V
10
15
20
Forward Current (IF) -
Wavelength I }. ) - nm
Fig 2 SPECTRAL RESPONSE
rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENT)
BOO
"
500
"-
20
,I
Cl
I
,
E
e
5
U
4
20
40
60
80
BO
;:-
i'
in
c:
........
l!!
l'....
50
-'"
"'"
0..
I
o
'00
90
r"~
20
'0
'\.
I
200
g
')
x
o
c:
E
/
1000
"
100
iii
"'"
Q;
a:
,
'0
20
.......
40
DC
Ambient Temperature ITa) - °C
Duty Cycle %
Duty Cycle %
Flg.4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
Vs AMBIENT TEMPERATURE
IREFRESH RATE - F ~ 1 KHz)
IAVERAGE I, ~ 10mA PER SEG I
5-50
713
IliTErl ] ~ II
LTS-4000A SERIES
O~4"· SIl~GLE DIGIT NUMERIC OISP"LAYS
FEATURES
-0.4 INCH (10.16mm) DI(lIT HEIGHT.
- CONTINUOUS UNI FORM SEGMENTS.
-CHOICE OF SIX BRIGHT COLORS-RED/BRIGHT
RED/GREEN/YELLOW/ORANGE/HIGH EFFICIENCY RED.
- LOW POWER REQUIREMENT.
- EXCELLENT CHARACTERS APPEARANCE.
-CATEGORIZED FOR LUMINOUS INTENSITY.
-I.C. COMPATIBLE.
- EASY MOUNTING ON P.C. BOARD OR SOCKETS.
<, II
'L
DESCRIPTION
\~~:;$~ij:'\
The L TS-4000A series are 0.4 inch (1 0.16mm) height
single digit displays.
The red series devices utilize LED chips which are made
from GaAsP on a GaAs substrate. The bright red ~nd
green series devices utilize LED chips which are made
from GaP on a transparent GaP substrate. The yellow,
orange and high efficiency red series devices utilize LED
chips which are made from GaAsP on a transparent GaP
substrate. Red and bright red displays have black face
and red segment color. Green and yellow displays have
gray face and white segment color. Orange displays
have orange face and orange segment color.
High
efficiency red displays have red face and red segment
color.
DEVICES
PART NO. L TS-
5-51
714
DESCRIPTION
PACKAGE
DIMENSION
INTERNAL
CIRCUIT
DIAGRAM
4905AHR
Universal, ±1 Overflow
B
A
A
B
RED
BRIGHT
GREEN
RED
YELLOW
ORANGE
HI.·EFF.
RED
4705AR
4705AP 4505AG
4805AY
4605AE
4710AR 4710AP 4510AG
4810AY
4610AE
4910AHR
Common Anode,
Rt. Hand Decimal
4730AR 4730AP 4530AG
4830AY
4630AE
4930AHR
Common Anode,
±10verflow
B
C
4740AA 4740AP 4540AG
4840AY
4640AE
4940AHR
Common Cathode,
Rt. Hand Decimal
A
D
4780AA
4880AY
4680AE
4980AHR
Common Cathode,
Rt. Hand Decimal
A
E
4780AP 4580AG
PACKAGE DIMENSIONS
A. L TS-4x 1OA/4x40A/4x80A
B. LTS-4x05A/4x30A
I I 2.54
.J-L.-'.1 00)
0.50JL
(.020)
NOTE: All dimensions are in millimeters tolerance are:
(Inches)
1. Lead length (from seating plane): minimum valum
+1.00
-0.00 mm
--=-=-2.
+0.040"
-0.000"
±
0.25 mm unless otherwise noted.
(0.010")
)
PIN CONNECTION
PIN
NO.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
CONNECTION
A. L TS-4x05A
Anode H
No Pin
Cathode H
Cathode G
CathodeJ
AnodeJ
Anode G
Anode D. P.
No Pin
Cathode D.P.
Cathode C
Cathode B
Anode B
Anode C
8. LTS-4x10A
C. L TS-4x30A
Cathode A
Anode G. H & J "2
Cathode F
NoP!n
Common Anode *1 Anode G, H & J "2
No Pin
No Pin
No Pin
No Pin
No Pin
No connection
Cathode E
Cathode H & J
Cathode D
Cathode G
Cathode D.P.
Cathode D.P.
Cathode C
Cathode C
Cathode G
Cathode B
No Pin
No Pin
Cathode B
No Pin
Common Anode *1 Anode B, C & D.P.
NOTES: 1. Pin 3 & 14 are internally connected.
2. Pin 1 & 3 are internally connected.
D. LTS-4x40A
Anode F
Anode G
No Pin
Common Cathode *3
No Pin
Anode E
Anode D
Anode C
AnodeD P
No Pin
No Pin
Common Cathode *3
Anode B
Anode A
E. L TS-4x80A
Common Cathode *4
Anode F
AnodeG
Anode E
Anode D
Common Cathode *4
Anode D. P.
Anode C
Anode B
Anode A
3. Pin 4 & 12 are internally connected.
4. Pin 1 & 6 are internally connected.
-
-
5-52
715
INTERNAL CIRCUIT DIAGRAM
A. L TS-4x05A
r---i--
3
4
--I---I~-,
c.
B. L TS-4xl0A
r--t---
5
LTS-4x30A
14
,--+-14
14
13
2
12
3
-+---.
13
3
11
~4-'+----+-11
11
10
10
10
8
8
9
6
D. LTS-4x40A
9
6
8
E. LTS-4x80A
14
10
13
2
12
9
2
3 -+---~-+
4
r---+-
8
4
6
9
7
8
6
5
ABSOLUTE MAXIMUM RATINGS AT TA = 2SoC
PARAMETER
RED
BRIGHT
GREEN
RED
YELLOW ORANGE
UNIT
55
40
75
60
75
75
mW
Peak Forward Current Per Segment
(1/10 Duty Cycle, 0.1 ms Pulse Width)
160
60
100
80
100
100
mA
Continuous Forward Current Per Segment
25
15
25
20
25
25
mA
Derating Linear From 25°C Per Segment
0.3
0.18
0.3
0.24
0.3
0.3
mArC
5
5
5
5
5
5
V
Operating Temperature Range
- 25°C to + 85°C
Storage Temperature Range
- 25° C to + 85° C
Solder Temperature 1/16 inch Below Seating Plane for 3 Seconds at 2600 C
716
RED
Power Dissipation Per Segment
Reverse Voltage Per Segment
5-53
HI.·EFF.
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTS-4700AR SERIES
PARAMETER
MIN.
TYP.
Iv
200
550
/lcd
IF
= 10 mA
Average Luminous Intensity
MAX.
TEST
CONDITION
SYMBOL
UNIT
Peak Emission Wavelength
AP
655
nm
IF
= 20 mA
Spectral Line Half·Width
D.A
24
nm
IF
= 20 mA
VF
1.7
2.0
V
IF
= 20 mA
IR
100
/lA
VR
Iv·m
2:1
D.P.
Forward Voltage, any Segment or
D.P.
Reverse Current. any Segment or
Luminous Intensity Matching Ratio
IF
= 5V
= 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
E
'00
40
I
-E
~
~
U
if.
80
0
0
S
c:
60
E
~
-'
~
>
40
>
a;
a;
20
0:
24
Forward Voltage (VFl -
460
28
Volts
20
E
'6
~
U
Fig 2
o
800
720
~
SPECTRA~
05
[-
/
/.
/
.
a
10
15
20
25
Forward Current (IF) -
) - nm
......
Fig 3 RELATIVE LUMINOUS INTENSity Vs
FORWARD CURRENT (PER SEGMENTI
RESPONSE
I
«
"'
'2
E
I
~
I
40
60
~
U
50
80
"
i'-.
I
r-.r--...
!
90
a.
"
..........
.....
1'-,
~
')
20
E
'00
80
~
~
"
x
::;;
'"
0
200
g
'""'" "- .........
20
'0
11
I, I!
500
i',
30
rnA
1000
800
28
E
640
560
Wavelength (
Fig 1 FcrRWARD CURRENT Vs FORWARD VOLTAGE
24
0:
II \
a
20
'6
/
~
~
'0
,5
~
0
'2
~
25
~
'"
0
«
in
c:
E
~
20
LJ..
i?:
30
S:J
"~
,
'20
«
10
20
50
100
, ,0
20
I-
......
40
DC
Ambient Temperatu!e (Ta) - ac
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE %
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F = 1 KHz)
(AVERAGE I, = 10mA PER SEG)
5·54
717
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTS-4700AP SERIES
PARAMETER
MIN.
TYP.
Average Luminous Intensity
Iv
340
850
~cd
IF=10mA
Peak Emission Wavelength
?,p
697
nm
IF
Spectral Line Half-Width
A?,
90
nm
IF'" 20 mA
Forward Voltage, any Segment or D.P.
VF
2.1
Reverse Current. any Segment or D.P.
Luminous Intensity Matching Ratio
MAX.
TEST
.cONOITION
SYMBOL
UNIT
= 20 mA
2.8
V
.. IF'" 20mA
IR
100
~A
VR "'5V
Iv-m
2:1
IF =20mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(2SoC Ambient Temperature Unless Otherwise Noted)
50
120
I
II
«
E
40
I
::'t
E
30
!;
20
"C
~
10
0
u..
">
20
)
16
24
480
28
Forward Voltage (VF ) - Volts
Flg.1 FORWARD CURRENT Vs FORWARD VOLTAGE
560
720
640
">
"'"
Qi
a:
800
Wavelength ( }. ) - nm
Fig 2 SPECTRAL RESPONSE.
«
~
20
E
I
1:
16
g
8
12
~
........
Cl
40
60
!;
50
U
........
20
100
80
~
........
o
200
E
.......
......
...........
~
r--..
80
I
90
0..
"'"
r--..
20
r--..
10
10
20
50
100
Ambient Temperature ITal - °C
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Flg.5 MAX PEAK CURRENT Vs DUTY CYCLE %
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F = 1 KHz I
5-55
718
o
o
10
v
15
~
20
25
30
rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENTI
500
24
V
05
/'"
Forward Current (IF) -
1000
800
28
15
..J
\
~
J
o
20
'"0
c:
E
:J
\
/
iii
Qi
12
1/
25
:J
40
a:
o
;;;
c:
"
~
/ 1\
60
0
/
:;;
80
5c.
5
I
~
U
40
"
20
24
480
28
24
E
e
:;
U
0:
560
05
o
640
800
720
Wavelength ( X ) - nm.
Fig 2 SPECTRAL RESPONSE.
/
f
V
V
o
10
15
20
Forward Current (IF) -
25
30
rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENTI
«
"
I.
12
E
I
g
l"-,.
"-
"
Cl
x
:11
o
20
40
1,\
500
1'.
20
o
"
/
1000
800
28
E
">
0
20
15
iii
Forward Voltage (V,) - Volts
Fig 1 FORWARD CURRENT Vs. FORWARD VOLTAGE
«
E
:J
..J
0:
J
o
C
60
iii
10
U.
V
:J
0
II
/
25
"
E
"0
80
:;
0.
:;
/
l:
u;
c
100
30
20
--
I:"
60
E
e
:;
U
I
80
200
100
80
.............
I:"
"'"
J
90
Ambient Temperature (Tal - °c
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE
"' -"-
u;
c
........
l!l
oS
.......
50
15
">
........ :--....
'"
0..
'\.
I
iii
"
a:
20
10
" "'
1
10
20
50
100
10
2D
40
....,
t'DC
Duty Cycle %
Duty Cycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
(REFRESH RATE - F ~ 1 KHz)
(AVERAGE I, ~ lOrnA PER SEG)
5-56
719
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 2SoC
LTS-4800AY SERIES
PARAMETER
SYMBOL
MAX.
. TEST
CONDITION
MIN.
TYP.
UNIT
800· '
2200
/-lcd
IF = 10 mA
Average Luminous Intensity ,
Iv
Peak Emission Wavelength
;\p
585
nm
IF
= 20 mA
Spectral Line Half-Width
A;\
35
nm
IF
=20 mA
Forward Voltage, any Segment or D.P.
VF
2.1
2.8
V
IF
= 20 mA
Reverse Current. any Segment or D.P.
IR
100
/-lA
Iv-m
2:1
Luminous Intensity Matching Ratio
.
VR =5V
IF =20mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERIs)TIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
120
/
..:
E
-E
40
II
30
~
'0
20
~
5
10
12
16
S
B:J
c:
E
:J
40
"'"
0;
20
o
24
480
28
24
J
Ii
560
;"
>
0;
a:
U
<.>
Cl
12
V
/
05
\
640
120
800
Wavelength ( ). I - nm
Fig 2 SPECTRAL RESPONSE
10
15
20
25
30
Forward Current (IFI - mA
Fig 3 RELATIVE LUMINOUS INTENSllY Vs
FORWARD CURRENT (PER SEGMENTI
1,\
500
..:
E
I
20
16
15
1000
800
..:
iii
L
V
'"
-'
a:
28
~
"
E
60
">
20
/
25
0
Forward Voltage (VFI - Volts
Flg.l FORWARD CURRENT Vs FORWARD VOLTAGE
E
If
0
)
o
80
~
;;;
c:
:J
II
ro
u..
'J'.
/
5
u
100
r--..
)(
....
g
"
"
'"
:;;
i'...
40
5
50
60
80
r--...
"'"
a.
90
'\
"~
'\.
~
'r--...
~
I
20
100
80
U
"1
200
E
~
.
20
10
~
......
1
10
20
50
100
10
20
40
DC
Ambient Temperature (Tal - °C
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F = 1 KHzl
(AVERAGE IF = lOmA PER SEG I
5-57
720
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTS-4600AE SERIES
PARAMETER
MIN.
TYP.
Iv
850
2200
!lcd
IF=10mA
Average Luminous IntensitY
MAX.
TEST
CONDITION
SYMBOL
UNIT
Peak Emission Wavelength
A:p
630
nm
IF = 20 mA
Spectral Line Half-Width
A"A
40
nm
IF = 20 mA
Forward Voltage, any Segment or D.P.
VF
2.1
2.8
V
IF=20mA
Reverse Current, any Segment or D.P.
IR
100
IJ.A
Iv-m
2:1
Luminous Intensity Matching Ratio
VR = 5V
IF = 20 mA
TYPICAL ELECTRICAl/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
,--
50
E
40
-E
30
~
~
U
20
'0
;;;
~
a
u.
,--
.
,0
o
'2
'6
'20
~
/
II
q;
.,">
'"
a;
20
20
o
24
28
480
1000
24
500
"
,
/
560
"
...J
..,">
'"
a;
II:
o
720
640
/
05
800
V
If
o
10
15
20
25
30
Forward Current (lFI - rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENTI
'2
E
I 200
t'..
'""x
:;;:'"
o
20
40
I\,
\.
q;
"-
'6
o
V
,5
800
E 20
~
U
E
Wavelength ( ). I - nm
Fig 2 SPECTRAL RESPONSE
28
q;
~
"'"c
-
40
II:
/
/v
0
-
,--
25
-"
0
Forward Voltage (VFI - Volts
Fig 1 FORWARO CURRENT Vs FORWARD VOLTAGE
E
~
l'l
f
80
'5
"- 60
'5
/
II
J
::
'00
if
~
r-'~
60
g
E
"II
80
90
~
~
U
""'"
"
D..
'00
80
::;;;
.......
c
........
......
50
l'l
I""'-
I"
" "-
">
iii
.......
a;
II:
20
'0
"-
'5
-"
,
10
20
50
100
'0
20
.......
40
DC
Ambient Temperatu!e (Tal - °C
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
Vs AMBIENT TEMPERATURE.
(REFRESH RATE - F ~ 1 KH21
(AVERAGE IF ~ lOrnA PER SEG I
5-58
721
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 2SoC
LTS-4900AH R SE R I ES
PARAMETER
TEST
CONOITION
SYMBOL
. MIN.
TYP .
Average Luminous Intensity
Iv
850
2200
~cd
IF = 10 mA
Peak Emission Wavelength
ltp
635
nm
IF=20mA
Spectral Line Half·Width
!.>.A
40
nm
IF = 20 mA
Forward Voltage, any Segment or D.P.
VF
2.1
2.8
V
IF" 20 mA
Reverse Current, any Segment or D.P.
IR
100
~A
Iv-m
2:1
Luminous Intensity Matching Ratio
UNIT
MAX.
VR =5V
IF =20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
--r- r-I-
50
E
-E
i!!
'5
u
~
40
u.
;!1
/
'2
'6
60
">
40
'"
J
20
24
4BO
2B
l-
E
'6
i!!
'5
U
u
0
560
/
E
,
640
'5
">
I
iii
'"
0::
05
o
720
BOO
Wavelength ( ). I - nm
Fig 2 SPECTRAL RESPONSE
/
V
~
..J
V
o
10
15
20
25
30
Forward Current 11,1 - rnA
Fig. 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENTI
I\,
500
f'
20
20
24
480
28
Forward Voltage IV,I - Volts
Fig.' FORWARD CURRENT Vs FORWARD VOLTAGE
16
1'\
~
5
U
"
E
I
" II
<.l
.,X
:;;;
726
o
40
g-
~
Cl
5-63
560
640
1\
0:
05
1.800
720
10
Wavelength I ). I - nm.
Fig 2 SPECTRAL RESPONSE
«
12
o
1/
15
20
25
60
80
90
200
C
100
80
5
50
~
U
I II
[ I!
i'.,
i'~
I
z:-
oo
S
c:
'"
'".,
Q)
Q.
30
Forward Current (1,1 - rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT IPER SEGMENTI
500
24
t:
/
V
v
1000
800
28
20
a;
o
16
V
Q)
iii
0
12
15
...J
40
0:
E
I
:s
60
>
«
25
Q)
'"0
Q)
(;
u..
c:
80
S
B:J
~
~
oo
\
:J
Q)
U
z:-
100
!
15
"
5
Q)
i'.,
>
iii
a;
.........
...........
0:
20
10
.......... 1--.
1
10
20
50
100
10
20
40
DC
Ambient Temperature ITal - °C
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F ~ , KHzI
IAVERAGE I, ~ , OmA PER SEG I
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 2SoC
LT8-S40AP SERIES
PARAMETER
TEST
CONDITION
SYMBOL
MIN.
TYP.
Average Luminous Intensity
Iv
300
750
/-Lcd
IF = 10 mA
Peak Emission Wavelength
i\.p
697
nm
IF
Spectral Line Half-Width
Ai\.
90
nm
IF'" 20mA
Forward Voltage, any Segment or D.P.
VF
2.1
2.8
V
IF =20mA
Reverse Current, any Segment or D.P.
IR
100
j.!A
Iv·m
2:1
Luminous Intensity Matching Ratio
MAX.
UNIT
= 20 mA
VR =5V
IF
=20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
120
50
/
..:
E
-E
40
V
30
:;
U
20
"C
;;;
~
40
"
a:'"
Q;
'2
'6
24
E
"
a:
BOO
05
o
....-- r-
/"
iii
Q;
\
720
./
>
\
640
'5
~
..J
o
10
15
20
Forward Current (IF) -
Wavelength ( ). } - nm
Fig. 2 SPECTRAL RESPONSE
25
30
rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARO CURRENT (PER SEGMENT)
1000
2B
BOO
500
24
..:
..:
20
E
I
<:
'6
g
8
12
I
~
~
0
<:
\
J
560
~
[\
/
480
2B
25
<:
~
.E
II
o
20
Forward Voltage (V,) - Volts
Flg.1 FORWARO CURRENT Vs. FORWARO VOLTAGE
E
/
20
)
o
in
If,
0
'0
0
u.
l:-
'00
'00
........
E so
~
:; 50
........
"
o
o
I'...
I
20
40
60
,
......
.........
U
........
o
200
80
90
~
"
Q.
.........
20
'0
10
20
I'-.
50
....
100
Ambient Temperatu.re (Ta) - °C
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE %
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F ~ 1 KHz)
5-64
727
ELECTRICAL/OPTICAL CHARACTERISTIC$' AT TA = 25°C
LTS-540AG SERIES
PARAMETER
MAX;
TEST
CONOITION·
SYMBOL
MIN.
TYP.
Average luminous IntensitY
Iv
800
2000
Ilcd
IF'" 10mA
Peak Emission Wavelength
i\p
565
nm
IF'" 20mA
Spectral line Half-Width
Ai\.
30
nm
IF'" 20 mA
Forward Voltage, any Segment or D.P.
VF
2.1
2.8
V
IF =20mA
Reverse Current, any Segment or D.P.
IR
100
IlA
Iv·m
2:1
Luminous Inte~ity Matching Ratio
UNIT
VR =5V
IF "'20mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
----
/
0.:
E
-1':
40
V
/
30
l'
5
u
"E
20
~
5
LL
12
16
.3
~
o
20
24
12
i'.
E
I
."-
g.
1':
"""
"
x
5-65
728
640
720
800
Wavelength ( }. ) - nm
FIg 2 SPECTRAL RESPONSE
o
1
1/
o
10
15
20
25
Forward Current (IF) -
30
mA
F,g. 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENT)
4
o
20
~
0.:
CI
o
560
500
l'
~
L-~-L~~L-~~~~
480
28
05
V
800
20
5
-
'>"
g
10-+---I-.
I
U
V
1000
0.:
16
/V
""'oc
28
1':
/
25
E I.
Forward Voltage IV,I - Volts
FIg 1 FORWARD CURRENT Vs FORWARD VOLTAGE
E
Vi
c
-"
J
o
?:
l!!
II
10
24
1-+-----rri-r-t--t-1r-----1
100
40
60
"'1I
80
90
l'
200
100
80
'r'--
~
.....
~
5 50
I'
U
-;:i
'"
IL
~
I
20
"'
'\.
"....
10
-
~
"
1
10
20
50
100
10
20
40
DC
AmbIent Ternperatu.re lTal - °C
Duty Cycle %
Duty Cycle %
FIg 4 MAX ALLOWABLE DC CURRENT PER SEG FIg 5 MAX PEAK CURRENT Vs DUTY CYCLE % FIg 6 LUMINOUS INTENSITY Vs DUTY CYCLE %
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F ~ 1 KHz)
(AVERAG~ I, ~ 10mA PER SEG)
ELECTRICAL/OPTICAL CHARACTIER~STICS AT TA = 25°C
LTS-540A Y SE R I ES
PARAMETER
MIN.
TYP.
Iv
700
2000
,ucd
IF=10mA
Average Luminous Intensity
MAX.
TEST
CONDITION
SYMBOL
UNIT
Peak Emission Wavelength
:\p
585
nm
IF = 20 mA
Spectral Line Half-Width
A?<.
35
nm
IF = 20 mA
Forward Voltage, any Segment or D.P.
VF
2.1
2.8
V
IF = 20 mA
Reverse Current, any Segment or D.P.
IR
100
,uA
Iv-m
2:1
LuminoUS Intensity Matching Ratio
VR =5V
IF =20mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
120
/
..:
E
-C
40
II
30
20
ro
~
1;
10
16
">
15
>
o
480
!J
Qi
rr
\
560
05
o
640
800
720
Wavelength I " ) - nm
Fig 2 SPECTRAL RESPONSE
16
10
15
20
Forward Current (IF) -
25
30
rnA
Fig 3 RELATIVE LUMINOUS INTENSll'Y Vs
FORWARD CURRENT IPFR SEGMENT)
"'-..
500
..:
C
o
1000
800
24
20
/
jij
J
20
28
..:
E
/
Q)
40
Qi
28
"-
E
" " i'-
~
:J
j/
-'
Forward Voltage IVF) - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
U
c
E
:J
jij
24
J
'"
0
20
/
25
£
60
J
12
cQ)
:J
0
rr
o
i?:
;;
L'
80
:;
0.
:;
/
."
u..
?f-
I
~
:;
U
100
12
(J
0
I
g
........
x
20
40
I
60
100
80
:;
50
U
I'l
::;:
'"
C
~
:-....
80
90
200
~
a.
"
20
~
i?:
;;
a5
'\
15
"\.
£
""'" '\'- r'--
">
"'"
IX:
10
1
10
20
50
100
"\
"
Qi
10
20
.......
40
DC
Ambient Temperature ITa) - DC
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F = 1 KHz)
IAVERAGE IF = 10mA PER SEG )
5-66
729
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTS-540AE SERI ES
PARAMETER
TEST
CONDITION
SYMBOL
MIN ..
TYP.
Average Luminous Intensity
Iv
800
2000
tled
IF
= 10mA
Peak Emission Wavelength
Xp
630
nm
IF
=>
Spectral Line Half-W,dth
AX
40
nm
IF ""20mA
Forward Voltage. any Segment or D.P.
VF
2.1
Reverse Current, any Segment or D.P.
Luminous Intensity Matching Ratio
UNIT
MAX.
2.8
V
IR
100
tl A
Iv-m
2:1
IF
20 mA
=20 mA
VR =5V
IF =20mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
·--r- , - , -
50
I
..:
E
40
-E
5
20
'5
S-
12
E
::I
">
40
"
480
28
24
I'-
20
I
o
640
800
720
/
ri
o
/
/
10
15
20
25
30
Forward Current (IF) - rnA
Wavelength ( }. ) - nm
Fig 2 SPECTRAL RESPONSE
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENTI
'\
r--...
12
g 100
E
l'
:;
I'-
U
I
40
60
80
80
r--....
90
"'"
"-
"
........
'\.
........
50
i'"
'"
')
x
20
'\..
I 200
16
o
I\.
500
~
5-67
\
05
E
u
Cl
730
/
560
oc
..:
l'
a
iii
Q;
1
20
o
24
15
/
V
1000
800
..:
8
V
"'0
~
~'"
28
~
25
~
..J
Forward Voltage (V,) - Volts
Flg.l FORWARD CURRENT Vs FORWARD VOLTAGE
E
::-in
:£"
60
g!
20
16
I~
::I
J
o
~.
o
10
Ll.
80
--
--
---
::I
/
"E
l:
'"(;
#.
I
l'
u
r
100
V
30
r-,--
120
r--....
20
10
"D
.....
1
10
20
50
100
10
20
40
DC
Ambient Temperatu.re (Ta) - °C
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F = 1 KHz)
(AVERAGE IF = l0mA PER SEG)
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 2SoC
LTS-S40AHR SERIES
PARAMETER
MIN.
TYP.
Average Luminous Intensity
Iv
900
2000
).Icd
IF = 10 mA
Peak Emission Wavelength
AP
635
nm
IF=20mA
Spectral Line Half-Width
6A
40
nm
IF = 20 mA
Forward Voltage, any Segment or D.P.
VF
2.1
2.8
V
IF = 20 mA
Reverse Current, any Segment or D.P.
IF
100
).IA
Iv-m
2:1
Luminous Intensity Matching Ratio
MAX.
TEST
CONDITION
SYMBOL
UNIT
VR =5V
IF =20mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(2SD C Ambient Temperature Unless Otherwise Noted)
--r- , - , -
50
40
a:
2Il
iii
Q;
)
o
20
24
480
28
24
E
16
5
12
i-- I--~
.L
V
"'a
c
I
560
E
:>
,
640
-'
"
~
>
iii
Q;
a:
05
o
720
800
~
V
L
V
o
10
15
20
25
30
Forward Current (IF) - rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT IPER SEGMENTI
Wavelength I " I - nm
Fig 2 SPECTRAL RESPONSE
"
500
I-I-
o
16
Forward Voltage IV,I - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
-
~
0
~
'-T-'---
1- -
f
80
S
B-
/
l'
u
"E
100
II
30
,- -
120
g
~
E
"1I
x
~
20
40
60
80
90
l'
5
U
I'
1....... [ ' .
1.i
~
15
E
a:
20
10
"- .....
1
10
20
50
100
10
2Il
40
DC
Ambient Temperature ITal - DC
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE %
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F = 1 KHzl
IAVERAGE I, = 10mA PER SEG I
5-68
731
ILITEr.) ~II
LTS-6000 SERIES
0.56 SINGlE DIGIT NUMERIC DISPLAYS
FEATURES
-0.56 INCH (14.2mm) DIGIT HEIGHT.
-CHOICE OF SIX BRIGHT COLORS-RED/BRIGHT
RED / GREEN / YELLOW/ORANGE/HIGH EFFICIENCY RED.
- LOW POWER REQUIREMENT.
- EXCE LLENT CHARACTERS APPEARANCE.
- CATEGORIZED FOR LUMINOUS INTENSITY.
-I.C. COMPATIBLE.
- EASY MOUNTI NG ON P.C. BOARD OR SOCKETS.
DESCRIPTION
The LTS-6000, series are 0.56 inch (14.2mm) height
single digit displays.
The red series devices utilize LED chips which are made
from GaAsP on a GaAs substrate. The bright red and
green series devices utilize LED chips which are made
from GaP on a transparent GaP substrate. The yellow,
orange and high efficiency red series devices utilize LED
chips which are made from GaAsP on a transparent GaP
substrate. Red and bright red displays have black face
and red segment color.
Green and yellow displays
Orange
have gray face and white segment color.
displays have orange face and orange segment color.
High efficiency red displays have red face and red
segment color.
DEVICES
PART NO.
RED
5-69
732
..
BRIGHT GREEN YELLOW ORANGE HI.·EFF.
RED
RED
INTERNAL
CIRCUIT
DIAGRAM
DESCRIPTION
LTS-67OOR 6760P
6400G
6860Y
666GE. 6960HR
Common Anode,
Rt. Hand Decimal
LTS-6780R 6780P
6480G
6OO0Y
6680E
6980HR
Common Cathode,
Rt. Hand Decimal
LTs..6775R 6775P
6475G
6875Y
6675E
6975HR
Common Anode,
±10verflow
C
LTs..6795R 6795P
6495G
6OO5Y
6695E
6995HR
Common CathOde,
±10verflow
D
A
.
B
PACKAGE DIMENSION
LTS-6x60/6x80/6x75/6x95
D.
c{?
Pl.
MI·CJ
o~
DP
¢ll.70
(0.067)
1%11.70
(0.067)
NOTE:
millimeters
(inches)
tolerance are:
+1.00
mm
1. Lead length (from seating plane): minimum valum _-_O~.:,,::Oc::O___ 2.
+0.040"
-0.000" )
±0.25mm
(0.010")
un less otherwise noted.
INTERNAL CIRCUIT DIAGRAM
B. LTS-6x80
A. LTS-6x60
10
•
10
C. L TS-6x75
9
•
RDP
RDP
8
D. LTS-6x95
7
8
RDP
5-70
4
5
733
PIN eONNECTION
PIN
CONNECTION
NO.
A. LTS.6x60
B. LTS·6x80
C. LTS·6x75
,9. LTS·6x96
1
2
3
4
5
Cathode E
Cathode D
Common Anode * 1
Cathode C
Cathode D.P
Cathode B
Cathode A
Common Anode *1
Cathode F
Cathode G
Anode E
Anode D
Common Cathode" 1
AnodeC
Anode D,P.
AnodeB
Anode A
Common Cathode *1
Anode.F
AnodeG
Cathode Minus Sign
Anode PI., Mi *2
Cathode C
Anode B.C.Dp *3
Cathode Cp
Cathode B
Anode B.C,Dp *3
Anode PI., Ml. *2
Cathode Plus Sign
No Connection
Arode Minus Sign
Cathode PI., Mi *2
Anode C
Cathode B.C.Dp *3
Anode Dp
Anode B
Cathode B.C.Dp *3
Cathode PI .. Mi. *2
Anode Plus Sign
No Connection
6
7
8
9
10
I\JOTES: 1. Pin 3 & 8 are internally connected.
2. Pin 2 & 8 are Internally connected.
3. Pin 47 are internally connected.
ABSOLUTE MAXIMUM RATINGS AT TA = 25°C
RED
BRIGHT
RED
GREEN
YELLOW
ORANGE
HI.·EFF.
RED
UNIT
Power Dissipation Per Segment
55
40
75
60
75
75
mW
Peak Forward Current Per Segment
(1/10 Duty Cycle, 0.1 ms Pulse Width)
160
60
100
80
100
100
mA
Continuous Forward Current Per Segment
25
15
25
20
25
25
mA
Derating Linear From 25°C Per Segment
0.3
0.18
0.3
0.24
0.3
0.3
mArC
5
5
5
5
5
V
PARAMETER
Reverse Volt~ge Per Segment
5 .
Operating Temperature Range
_ 25°C to + 85°C
Storage Temperature Range
- 2~C to + 85°C
Solder Temperature 1/16 inch Below Seating PI.ane for 3 Seconds at 260°C
5-71
734
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTS-6700R SERIES
PARAMETER
TEST
CONDiTiON
SYMBOL
MIN.
TYP.
Iv
200
600
~cd
IF = 10 mA
Average Luminous Intensity
UNIT
MAX.
Peak Emission Wavelength
XP
655
nm
IF = 20 mA
Spectral Line Half-Width
AX
24
nm
IF = 20 mA
Forward Voltage, any Segment or D.P.
VF
17
Reverse Current, any Segment or D.P.
Luminous Intensity Matching Ratio
2.0
V
IF
IR
100
~A
Iv-m
2'1
=20 mA
VR =5 V
IF = 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
«
E
-C
100
40
;j!.
30
:;
"0
10
24
480
28
640
05
L_ .
800
720
10
15
20
25
Forward Current (IF) -
Wavelength I A I - nm
Fig 2 SPECTRAL RESPONSE
~
20
«
E
I
'\.
g
16
~
~
12
"
x
:;;
'"
0
C
"-
~
:;
U
1
I
20
40
60
80
90
Ambient Temperatu!e (Tal - °C
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE
200
100
80
rnA
I
I,
1',
r-."
"
I
?:
in
c
l!l
!
15
" "-
.E
50
r"-,
~
0..
30
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENTI
500
24
:;
560
II \
a:
1000
800
28
U
"iD
20
1/
1/
1/
~
>
o
20
V
15
g
Forward Voltage (V,I - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
C
c
E
:J
40
"iD
16
r---
...J
a:
12
25
~
60
0
E
in
c
.f
'"0
>
~
«
?:
:J
g'"
:0
<:;
'-r-
0
20
u.
80
:;
c.
:;
~
U
,
120
g">
"iD
a:
20
............
'" ......
1
10
10
20
50
100
10
20
40
I'DC
Duty Cycle %
Duty Cycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE %
(REFRESH RATE - F ~ 1 KHzl
(AVERAGE I, ~ 10mA PER SEG I
5-72
735
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 2SoC
LTS-6700P SERIES
PARAMETER
TEST
CONDITION
SYMBOL
MIN.
TYP.
Average Luminous Intensity
Iv
300
950
",cd
IF'" 10 mA
Peak Emission Wavelength
II.P
697
nm
IF =:20 mA
Spectral Line Half-Width
611.
90
nm
,IF = 20 mA
Forward Voltage,any Segment or D.P.
VF
2.1
2.8
V
IF "'20mA
Reverse Current. any Segment or" D.P.
IR
100
!J.A
Iv·m
2:1
luminous Intensity Matching Ratio
MAX.
UNIT
VR = 5 V
IF '" 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless OtherWise Noted)
50
120
/
«
E
I
-I:
40
il
30
/
V
I!'
5
u
"E
;:
.
20
0
10
LL
100
12
16
80
S0.
S
60
/ \
/
0
"
:;;
~
Qj
a:
J
o
25
...J
500
24
«
U
c:
E
\
1000
800
28
E
£:"
"'"0
I
20
o
20
~
in
c:
r\
r-.
100
Ambient Temperature (Ta) - DC
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE %
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F = 1 KHz)
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
=
2SoC
LTS-6400G SE R I ES
PARAMETER
TEST
CONDITION
SYMBOL
MIN.
TYP.
Iv
800
2400
~cd
IF = 10 mA
Average Luminous Intensity
UNIT
MAX.
Peak Emission Wavelenqth
?.P
565
nm
IF = 20 mA
Spectral Line Half-Width
6?.
30
nm
IF =20mA
Forward Voltage, any Segment or D.P.
VF
2.1
Reverse Current, any Segment or D.P.
Luminous Intensity Matching Ratio
2.8
V
IR
100
p.A
Iv-m
2:1
IF
=0
20 mA
VR =5V
I~
= 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
120
/
40
Qi
ct:
2D
E
e:;
IJ
480
28
V
/
24
500
05
o
560
640
800
720
Wavelength ( ~ ) - nm
Fig 2 SPECTRAL RESPONSE
1000
V
f
o
10
15
20
Forward Current
25
30
(Id - rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENT)
800
"-
20
16
12
"
E
I
x
"-
~
20
40
60
Ambient Temperatu.re (Tal -
E
e
:;
U
')
0..
90
°C
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE
"'-
100
80
20
'\
........
""-
.......
50
iii
28
?c
35
nm
IF =20 mA
Forward Voltage, any Segment or D.P.
VF
2.1
2.8
V
IF'" 20 mA
Reverse Current, any Segment or D.P.
IR
100
j.lA
Iv-m
2:1
Luminous Intensity Matching Ratio
MAX.
UNIT
VR =5V
IF'" 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(2SoC Ambient Temperature Unless Otherwise Noted)
50
120
/
II
«
E
40
-E
30
U
20
"E
~
u.
;J!.
10
16
60
E
g"
40
>
Q;
20
o
24
480
28
Forward Voltage (VF) - Volts
FIg 1 FORWARD CURRENT Vs FORWARD VOLTAGE
2.
E
E
U
1
IJ
560
>
Q;
II:
/
05
\
640
800
720
Wavelength ( }. ) - nm
FIg 2 SPECTRAL RESPONSE
10
15
20
Forward Current (IF) -
25
30
rnA
FIg 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PFR SEGMENT)
I\,
500
~
16
......
12
E
I
,
""" J
I
x
::;:
'"
o
20
40
60
E
100
80
";
50
~
..........
0
\..
200
g
0
o
V
g"
«
20
~
";
15
/
1000
800
28
«
V
:J
-I
0
20
L
25
0
II:
12
c
S"
'"c
:J
)
o
~
iii
L
80
5
S:J
/
V
"~
(;
100
80
90
U
'to...
\..
...........
.......
-'"
"'"
IL
20
10
o
10
20
~
I,
"-
"
50
I,
.......
1
100
10
20
40
DC
5-75
738
Amb,ent Temperature {Tal - °C
Duty Cycle %
Duty Cycle %
FIg 4 MAX ALLOWABLE DC CURRENT PER SEG FIg 5 MAX PEAK CURRENT Vs DUTY CYCLE % FIg 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
(REFRESH RATE - F = 1 KHz)
(AVERAGE IF = lOmA PER SEG)
Vs AMBIENT TEMPERATURE
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
=
25°C
LTS-6600E SERIES
PARAMETER
TEST
CONDITION
SYMBOL
MIN.
TYP.
Iv
800
2400
!Jcd
IF
= 10 mA
Average Luminous IntensitY
UNIT
MAX.
Peak Emission Wavelength
AP
630
nm
IF
= 20 mA
Spectral Line Half-Width
AA
45
nm
IF
=20 mA
Forward Voltage,any Segment or D.P.
VF
2.1
Reverse Current, any Segment or D.P.
Luminous Intensity Matcning Ratio
2.8
V
IR
100
p,A
Iv-m
2:1
IF =20 mA
VR =5 V
IF =20mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
--
50
-r-
E
-E
40
20
ro
~
10
12
16
in
c
1:
c
E
::>
Qi
20
480
28
Volts
560
/
Il:
\
o
640
Wavelength (
800
720
~
05
) -
/
/
/
iii
o
-
15
">
40
Qi
24
/
-'
II:
20
/
25
~
V
I
o
10
nm
15
20
Forward Current (lFI -
25
30
rnA
Fig 3 RELATIVE. LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENTI
Fig 2 SPECTRAL RESPONSE
1000
800
2.
~
«
20
16
'!'..
u
E
I
g.
"'-
0
~
20
40
60
100
80
5
50
U
~
a.
I
80
90
200
E
l'
~
x
~
o
I\,
500
«
12
o
i':
.~
60
">
28
U
(
-
'"::>0
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
E
l'
5
-
iii
Forward Voltage (V F)
E
--~
0
j
o
- - -- -
.
80
':5
"':5
II
"E
5
;ft
/
5
u.
100
/
30
l'
u
120
I
«
\..
I
...... ~
'\
......
I'\..
I'-..
""
.............
20
10
-
......
1
10
20
50
100
10
20
40
DC
Ambient Temperatu!e (Tal - °C
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F ~ 1 KHzl
(AVERAGE IF ~ l0mA PER SEG)
5-76
739
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 2SoC
LTS-6900HR SERIES
PARAMETER
TEST
CONDITION
UNIT
SYMBOL
MIN.
TYP.
Iv
800
2400
Ited
IF
Average Luminous Intensity
MAX.
= 10 mA
Peak Emission Wavelength
I\.P
635
nm
IF =20 mA
Spectral Line Half·Width
AI\.
45
nm
IF'" 20 mA
Forward Voltage, any Segment or D.P.
VF
2.1
2.8
V
IF =20mA
Reverse Current. any Segment or D ,P.
IR
100
itA
Iv·m
2:1
Luminous Intensity Matching Ratio
VR =5 V
IF'" 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient 'Temperature Unless Otherwise Noted)
50
-~-
E
-
40
30
00
i!!
:;
U
20
"E
~
/
10
0
u-
o
12
16
120
-~I-
/
/
40
~
480
28
560
tt:
\
o
640
720
800
Wavelength ( }. ) - nm
Fig 2 SPECTRAL RESPONSE
/
05
/
V
1/
o
10
15
20
25
30
Forward Current (IF) - mA
Fig 3 RELATIVE, LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENT)
E
I
g
"- ~
12
E
~
:;
U
1
o
20
40
I\,
500
;
Q;
10
Q;
20
0:
o
0
12
20
16
24
480
28
E
C'
28
1000
800
24
500
r'-..
20
5
E
"-
16
l'
U
«
I
gr'\..
12
~
"
x
:;;;'"
0
o
o
40
60
80
/ 1\
640
5
50
'"
W
0..
90
/
05
o
800
720
V
V
v
L_ .
o
10
15
20
25
30
Forward Current (I,) - mA
Fig 3 RELATIVE LUMINOUS INTENSitY Vs
FORWARD CURRENT (PER SEGMENT)
II
I!
,
i'.,
~r'\..
I
?;
in
c:
~
!
15
"- ~
E
;"
>
r--.."
-'"
I
20
C'
U
'I
200
100
80
l'
560
0:
Wavelength ( ~ ) - nm
Fig 2 SPECTRAL RESPONSE
Forward Voltage (V,) - Volts
Flg.l FORWARD CURRENT Vs FORWARD VOLTAGE
«
15
~
0
w
>
20
'0
25
~
20
Q;
0:
...........
....... i'-..
1
10
10
20
50
100
10
20
40
DC
Ambient Temperature (Ta) - °C
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F ~ I KHz)
(AVERAGE I, ~ IOmA PER SEG)
5-81
744
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTS·3400LP SERIES
PARAMETER
TEST
CONDITION
UNIT
SYMBOL
MIN.
TYP.
Average luminous Intensity
Iv
300
950
",cd
IF =10mA
Peak Emission Wavelength
1\p
697
nm
IF = 20 mA
Spectral line Half-Width
1>1\
90
nm
IF = 20 mA
Forward Voltage, any Segment or D.P.
VF
2.1
2.8
V
IF = 20 mA
Reverse Current, any Segment or D.P.
IR
100
",A
Iv-m
2:1
Luminous Intensity Matching Ratio
MAX.
VR =5V
IF
= 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
'20
/
«
E
-E
40
I
30
5
u
-e
20
"
'0
~
u.
o
'2
'6
60
il
J
iii
Qi
rt:
20
/
o
20
24
480
28
560
1:
"'
0
~
~
E
\
/
,5
~
.,
...I
"'"
\
720
..,/
>
\
640
25
~
/ \
40
>
Forward Voltage IV,) - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
Qi
lI:
800
Wavelength I ). ) - nm
Fig 2 SPECTRAL RESPONSE
V
05
o
V r-
o
10
15
20
Forward Current (IF) -
25
30
rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT IPER SEGMENT)
1000
800
28
500
24
«
I
0
.,
~
.,
r'\
80
5c5
/
~
?:
,00
;j1.
«
E
20
E
E
16
g
I 200
~
5
U
........
'2
o
I
20
40
60
Ambient Temperature (Ta) -
5
50
"'.,'""
20
U
r-.... .......
o
,00
80
~
r-....
"
Cl
E
80
90
°C
Fig 4 MAX ALLOWABLE DC: CURRENT PER SEG
Vs AMBIENT TEMPERATURE
0-
'0
........
r-.... .......
r-
10
20
50
100
Duty Cycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE %
(REFRESH RATE - F ~ 1 KHz)
5-82
745
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 2SoC
LTS3400LG SERIES
PARAMETER
TEST
CONDITION
SYMBOL
MIN.
TYP.
Iv
800
2400
#.led
IF'" 10mA
Averaf!!! Luminous Intensity
MAX.
UNIT
Peak Emission Wavelength
~p
565
nm
IF = 20 mA
Spectral Line Half·Width
L>.~
30
nm
IF'" 20mA
Forward Voltage, any Segment or D.P.
VI'
2.1
2.8
V
IF = 20mA
Reverse Current. any Segment or D.P.
IR
100
IJ.A
Iv·m
2:1
Luminous Intensity Matching Ratio
VR =5V
IF'" 20mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25D C-Ambient Temperature Unless Otherwise Noted)
50
/
«
E
-E
40
"E
;:'"
0
J1
10
o
16
12
24
«
E
E
i-- I--
20
- t'-.
16
~
!;
U
12
40
<0
5-83
746
a;
a::
20
480
28
I
560
640
800
720
Wavelength I }, ) - nm
Fig 2 SPECTRAL RESPONSE
05
o
500
I
200
I
E
"'
I
~
:9-
40
60
E
100
80
!;
50
~
~
U
80
90
"
i"'-
/
10
"'
1
50
25
30
C'\.
~ ....
10
20
20
"\..
2.
10
15
\.
I"
I'-.
/
II
o
' ........
-'"
<0
D..
~
/
Forward Current (I,) - mA
Fig 3 RELATIVE LUMINOUS INTENSItY Vs
FORWARD CURRENT IPER SEGMENT)
«
1
I
20
15
"
.,">
1000
800
"
X
:;;
'"
o
"
E
o
Cl
o
/
...J
Forward Voltage IV,) - Volts
Fig 1 FORWARO CURRENT Vs FORWARO VOLTAGE
28
"'"
60
">
24
/
25
0
~
a;
a::
20
---
"
.E"
0
II
J
Ll.
in
80
Sc.
S
/
20
?:
100
II
30
~
"
U
--
120
100
10
20
"' "'
.......
40
DC
Ambient Temperature ITa) - DC
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F ~ 1 KHz)
IAVERAGE I, ~ 10mA PER SEG)
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTS-3400L Y SER I ES
PARAMETER
MIN.
TYP.
Iv
750
2400
/lcd
IF =
10
mA
AP
585
nm
IF =
20
mA
t>A
35
nm
IF
= 20 mA
VF
2.1
2.8
V
IF
= 20 mA
IR
100
/lA
Iv-m
2:1
Average Luminous Intensity
Peak
Emission Wavelength
Spectral Line Half-Width
Forward Voltage, any Segment or
D.P.
D.P.
Reverse Current, any Segment or
TEST
CONDITION
UNIT
SYMBOL
Luminous Intensity Matching Ratio
MAX.
VR =5V
IF
= 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(2SoC Ambient Temperature Unless Otherwise Noted)
50
120
/
II
«
E
40
I
-E
30
20
'0
~
0
10
12
16
0:
20
"
>
~
a;
./
o
24
15
480
28
0:
J \
560
o
640
800
-720
o
10
15
20
Forward Current (IF) -
Wavelength I t.. I - nm
Fig 2 SPECTRAL RESPONSE
25
30
rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PFR SEGMENTI
I\,
\.
500
«
E
I
20
r--..
16
......
12
,
X
<0
:;:
o
E
i!!
5
U
11
I
20
40
200
g
""- .......
"
0
o
I
/
05
/
1000
800
I
U
E
:J
40
24
E
i!!
5
/
..J
">
28
E
c
60
~
a;
20
/
25
"'a
0
Forward Voltage (VFI - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
«
c
"
E
:J
J
o
in
If
80
Sc.
S
/
ro
u.
if!
I
i!!
5
u
i':
100
60
80
90
.........
100
80
50
~
"
Q.
20
'\
""
I'\.
......~
10
10
20
"'\
"
50
"- ......
1
100
10
20
40
""
DC
Ambient Temperature (Tal - °C
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs· DUTY CYCLE%
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F ~ 1 KHz I
(AVERAGE IF ~ 10mA PER SEG)
5-84
747
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 2SoC
LTS-3400LE SERIES
PARAMETER
TEST
SYMBOL
MIN.
TYP.
Iv
800
2400
/Jcd
IF'" 10mA
Average Luminous Intensity
MAX.
UNIT
CONDITION
Peak Emission Wavelength
i\p
630
nm
IF =20 mA
Spectral Line Half-Width
Ai\.
40
nm
IF'" 20mA
Forward Voltage, any Segment or D.P.
VF
2.1
2.8
V
IF'" 20mA
Reverse Current, anv Segment or D.P.
IR
100
/JA
Iv·m
2:1
Luminous Intensity Matching Ratio
VR =5V
IF =20mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Notedl
50
E
I
40
-C
30
/
~
~
(;
u.
"#
10
12
16
s-
Qj
20
o
480
28
560
a:
I \
05
o
640
800
720
Wavelength ( }. I - nm
FIg 2 SPECTRAL RESPONSE
f
/
/
V
1/
o
10
15
20
Forward Current
fld -
25
30
rnA
FIg 3 RELATIVE LUMINOUS INTENSity Vs
FORWARD CURRENT (PER SEGMENT I
E
I
'\
g
16
~
12
u
"-
'"
:;;
o
20
I
500
o
x
5-85
/
iii
\.
\.
«
~
748
15
">
40
&
~
20
o
E
::1
...J
~
24
V
V
1000
800
24
8
c
- I-
60
iii
20
25
'"
::1
28
E
I
E
c
::1
0
Forward Voltage (VF ) - Volts
FIg 1 FORWARD CURRENT Vs FORWARD VOLTAGE
«
in
e
.EO
o
J
o
~
--- I-
f
80
:;
/
/
20
"'"
100
V
:;
U
---
120
«
40
80
100
80
:;
50
U
~
~
a.
I
60
C
~
90
AmbIent Temperatu!e (Tal - DC
FIg 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE
"
I
200
.......
'\
I........
I'-.
I'
I,
'\
i'-.
.......
20
......
1
10
10
20
50
100
10
20
40
DC
Duly Cycle %
Duty Cycle %
FIg 5 MAX PEAK CURRENT Vs DUTY CYCLE % FIg 6 LUMINOUS INTENSITY Vs DUTY CYCLE %
(REFRESH RATE - F ~ 1 KHzI
(AVERAGE If ~ 10mA PER SEG I
ILlTE['] ~ II
10804/10304
LTS-I0805A/I0305A SERIES
1.0" SINGLE DIGIT NUMERIC DISPLAYS
FEATURES
.1.0 INCH (25.4mm) DIGIT HEIGHT.
• CONTINUOUS UNIFORM SEGMENTS.
• CHOICE OF THREE BRIGHT COLORS-GREEN/
YELLOW/ORANGE.
• LOW POWER REQUIREMENT.
• EXCELLENT CHARACTERS APPEARANCE.
• HIGH BRIGHTNESS .
• WIDE VIEWING ANGLE .
• SOLID STATE RELIABILITY.
• CATEGORIZED FOR LUMINOUS INTENSITY .
• I.C. COMPATIBLE.
• EASY MOUNTING ON P.C. BOARD OR SOCKETS.
DESCRIPTION
The L TS-l0000 series are 1.0 inch (25.4mm) height
single digit displays.
The and green series devices utilize LED chips which
are made from GaP on a transparent GaP substrate.
The yellow and orange series devices utilize LED chips
which are made from GaAsP on a transparent GaP
substrate. All devices have black face and white segment color.
DEVICES
PART NO. LTSDESCRIPTION
PACKAGE
DIMENSION
INTERNAL
CIRCUIT
DIAGRAM
A
A
A
B
GREEN
YELLOW
ORANGE
MULTI·
COLOR
10804G
10804Y
10804E
-
10304G
10304Y
10304E
-
-
-
-
10805A
Common Anode,
Rt Hand Decimal
B
C
-
-
-
10305A
Common Cathode,
Rt. Hand Decimal
B
0
Common
Rt. Hand
Common
Rt. Hand
Anode.
Decimal
Cathode
Decimal
5-86
749
PACKAGE DIMENSIONS
A.
LTS-1 Ox04
B.
LTS-1 Ox05A
(.~~
~
(~2fe) MIN.
r:
++~------~
1.50
(.060)
"-S4
(.100)
..Jh~.50
0.020)
NOTE: All dimensions are in millimeters tolerance are:
(Inches)
+1.00 mm
1. Lead length (from seating plane): minimum valum __--:-:o~..,;,O..,.O=- 2 ±0.25 mm unless otherwise noted.
+0.040"
. (0.010")
-0.000" )
PIN CONNECTION
PIN
NO.
1
2
3
4
5
6
7
8
9
10
11
12
13
5-87
750
14
CONNECTION
A. LTS-10804
Cathode E
Cathode D
No Pin
Common Anode
Cethode C
Cathode D.P.
No Pin
Cathode B
Cathode A
No Pin
Common Anode
Cathode F
No Pin
Cathode G
B.
LTS-10304
Anode E
Anode D
No Pin
Common Cathode
Anode C
Anode D.P.
No Pin
Anode B
Anode A
No Pin
CommOn Cathode
Anode F
NoPin
Anode G
C. LTS·10805A
Cathode E
Cethode D
No Pin
Common Anode Green
Cethode C
Cathode D.P.
No Pin
Cathode B
Cathode A
No Pin
Common Anode Orange
Cethode F
No Pin
Cathode G
D. L TS.10305A
Anode E
Anode D
No Pin
Common Cathode Green
Anode C
Anode D.P.
No Pin
Anode B
Anode A
NOPin
Common Cathode Orange
Anode F
No Pin
Anode G
INTERNAL CIRCUIT DIAGRAM
A.
B_
LTS-1 0804
LTS-1 0304
4 11
ABCDEFGDP
9
c_
8
5
2
1
12
14
6
9852112146
D_
LTS-1 0805A
LTS-1 0305A
9
8
12
I..
4
11
11 4
14
9
8
5
12
2
6
14
ORANGE
-KJ--GREEN
ABSOLUTE MAXIMUM RATINGS AT TA = 25°C
PARAMETER
GREEN
YELLOW
ORANGE
UNIT
Power Dissipation Per Segment
120
100
120
mW
Feak Forward Current Per Segment
(1/10 Duty Cycle, O.lms Pulse Width)
100
80
100
mA
Continuous Forward Current Per Segment
25
20
25
mA
Derating Linear From 25° C Per Segment
0.3
0.24
0.3
mAtC
Reverse Voltage Per Segment
10
10
10
V
Operating Temperature Range
_25°C to +85°C
Storage Temperature Range
_25°C to +85°C
Solder Temperature 1/16 inch Below Seatmg Plane for 3 Seconds at 2600 C
5-88
751
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
LTS-l0000G/10000A (GREEN)
=
2SoC
UNIT
TEST
CONDITION
4.5
mcd
IF; 10 mA
?p
565
nm
IF'" 20 mA
Spectral Line Half·Width
l:i.A
30
nm
I r" 20 mA
Forward Voltage, any Segment
VF
4.2
(2.1l
5.6
( 2.8)
V
If = 20 m.A.
Reverse Current, any Segment
IR
100
JJA
Iv·m
2: 1
PARAMETER
SYMBOL
MIN.
TYP.
Average Luminous IntensitY
Iv
2.5
Peak Emission Wavelength
Luminous Intensity Matching Ratio
MAX.
VR = 10V
I F= 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(250 C Ambient Temperature Unless Otherwise Noted)
50
/
V
«
E
-t:
40
30
e
20
3
5
u.
?fi.
:;
e
E
&
24
20
cr:
480
28
Forward Voltage (V,I - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
28
24
t:
e:;
U
'"
16
640
800
720
Wavelength ( " ) - nm
Fig. 2 SPECTRAL RESPONSE
o
V
10
15
20
Forward Current
(lFi -
25
3D
rnA
Fig 3 RELATIVE LUMINOUS INTENSitY Vs
FORWARD CURRENT (PER SEGMENT)
\.
«
E
"-
12
"
x
::;;'"
I
"-
D
o
o
560
500
20
o
II
/
05
/
1000
800
....
«
E
IS
'>"
1il
a;
o
20
/
"
40
~~.
/
-'
%!
J
16
c
60
1il
10
12
"'"0
-
2'
-'=
80
o"
/
o
~
~
c
~
100
/
:;
u
'E
---
120
:e:
"-
t:
e
:;
U
I
40
60
80
i'.
.......
50
,
-"
'"'"
Q.
I
20
200
100
80
90
'\.
I
20
~
"'""-
;;
c
~
15
-'=
.......
Q)
'I'
10
>
1il
a;
cr:
"- .....
I'
1
10
20
50
100
10
20
40
DC
Ambient Temperatu!e (Ta) - °C
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
Vs AMBIENT TEMPERATURE
(REFRESH RATE ~ F = 1 KHz)
(AVERAGE I, = lOrnA PER SEG)
5-89
752
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTS-l0000Y
PARAMETER
UNIT
TEST
CONDITION
4.5
mcd
IF = 10 mA
585
nm
IF=20mA
35
nm
IF = 20 mA
5.6
(2.8)
V
IF = 20 mA
IR
100
p,A
Iv-m
2:1
SYMBOL
MIN.
TYP.
Average Luminous Intensity
Iv
2.5
Peak Emission Wavelength
AP
Spectral Line Half-Width
I:;
Forward Voltage, any Segment
VF
Reverse Current, any Segment
Luminous Intensity Matching Ratio
A
MAX.
4.2
(2.1)
VR = 10V
IF
=20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(250 C Ambient Temperature Unless Otherwise Noted)
50
120
j
00:
E
40
-1::
30
~
20
u.
10
16
e
60
E
W
40
>
>
20
o
480
2B
E
I
l'
16
......
12
,
o
640
BOO
720
Wavelength ( A ) -
.......
4
o
o
V
10
nm
15
20
Forward Current (IF) -
Fig 2 SPECTRAL RESPONSE
25
30
rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PFR SEGMENTI
1,\
o
20
40
'\
200
~
x
"
\
560
L
05
00:
20
0
~
J
I)
500
24
00:
U
u
ji;
a;
a:
1000
BOO
28
1::
~
:;
15
~
...J
ji;
a;
a:
24
L
V
'"0
~
20
L
25
w
c
Forward Voltage (V,I - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
E
c
.s
~
0
w
)
12
~
If
80
:;
II
"E
"~
1;
J!.
/
:;
U
?:
100
II
I
60
........
1::
~
:;
U
~
BO
100
BO
50
........ ~
'\
..........
"
~
"
Cl.
J
90
I'\.
"
........
20
10
~
"
1
10
20
50
100
10
20
40
DC
Ambient Temperature (Tal - °C
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
(REFRESH RATE - F ~ 1 KH21
IAVERAGE I, ~ 10mA PER SEG I
Vs AMBIENT TEMPERATURE
5-90
753
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTS-10000E/10000A (ORANGE)
PARAMETER
Average luminous Intensity
UNIT
TEST
CONDITION
4.5
mcd
IF
eo
630
nm
IF
= 20 mA
nm
IF = 20 mA
V
IF = 20 mA
SYMBOL
MIN.
TYP.
Iv
2.5
MAX.
Peak Emission Wavelength
lI.P
Spectral Line Half·Width
All.
40
Forward Voltage, any Segment
VF.
4.2
(2.1)
Reverse Current, any Segment
IR
100
fv·m
2: 1
Luminous Intensity MatChing Ratio
5.6
(2.8)
fJ.A
10 mA
VR'" 10V
IF'" 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25 0 C Ambient Temperature Unless Otherwise Noted)
--
50
/
/
..:
E
40
I
-E
~
~
U
'"(;~
~
25
g"
40
0;
a:
>
0;
20
o
24
480
28
Forward Voltage (V,I - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
24
I--
- .....
20
E
16
~
U
12
~
"-
"
E
I
g
i'..
"
x
~
o
20
/ \
05
o
640
BOO
720
/
o
/
10
15
20
Forward Current (IF) -
Wavelength ( A I - nm
Fig 2 SPECTRAL RESPONSE.
25
30
mA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENT I
500
I
200
I
..:
0
o
560
a:
V
1000
800
28
..:
IS
~
>
20
16
E
..J
g"
j
12
c
60
/
V
0
0
V
/
.E
80
'5
"'5
---
l'l
~
/
/
o
E
~
~
c
f--
(
~
10
u..
100
---
30
20
'E
-,--
120
-r-I~
40
60
E
"'-
~
~
U
'1
I
80
90
100
BO
50
"
'\.
I'-....
"
.......
1ii
0.
1\
I"
""
""
.......
20
1
10
10
20
50
100
10
20
....... r-..,
40
DC
Ambient Temperatu!e (Tal - °C
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE %
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F ~ 1 KHz)
(AVERAGE I, ~ 10mA PER SEG )
5-91
754
ILlTE(')~1i
LTD- ~~~ SERIES
0.3" DUAL DIGIT NUMERIC DISPLAYS
FEATURES
-0.3 INCH (7.62mm) DIGIT HEIGHT.
-CONTINUOUS UNIFORM SEGMENTS.
-CHOICE OF THREE BRIGHT COLORS-RED/
BRIGHT RED/GREEN.
_ LOW POWER REQUIREMENT.
- EXCELLENT CHARACTERS APPEARANCE.
- HIGH CONTRAST.
_ HIGH BRIGHTNESS.
-WIDE VIEWING ANGLE.
-SOLID STATE RELIABILITY.
- COMMON
ANODE OR COMMON CATHODE
MODELS.
_TWO DIGIT PACKAGE SIMPLIFIES ALIGNMENTS
& ASSEMBLY.
o LEADS ON .100" (2.54mm) CENTERS.
- CATEGORIZED FOR LUMINOUS INTENSITY.
-I.C. COMPATIBLE.
- EASY MOUNTING ON P.C. BOARD.
DESCRIPTION
The LTD-322/323 series are 0.3 inch (7.62 mm) height
dual digit displays.
The red series deVices utilize LED chips which are made
from GaAsP on a GaAs substrate. The bright red and
green series deVices utilize LED chips which are made
from GaP on a transparent GaP substrate. Red, bright
red and green displays have black face and white segment color.
DEVICES
PART NO. LTDDESCRIPTION
INTERNAL
CIRCUIT
DIAGRAM
RED
BRIGHT
RED
GREEN
322R
322P
322G
Common Cathode
A
323R
323P
323G
Common Anode
B
5-92
755
PACKAGE DIMENSIONS
OlGIT1
DIGIT2
A
A
FQ~BFac:'oB
EQC)OCEQC)OC
=
o
<=>
0
8
0.'.
(.400
millimeters
tolerance are:
( inches)
1. Lead length (from seating plane): minimum valum
NOTE: All dimensions are in
+1.00
-0.000 mm
2.
+0.040"
-0.000"
_....::..:.c::.='--_ _
±o. 2 5mm
10.010")
unless otherwise noted.
PIN CONNECTION
PIN
NO.
1
2
3
4
5
6
7
8
9
10
5-93
756
CONNECTION
..
A. LTD·322
B. LTD·323
Anode G
No Pin
Anode A
Anode f,
Common Cathode (Digit 2)
Anode 0
Anode·E
Anode C
Anode B
Common Cathode (Digit 1 )
CathodeG
No Pin
Cathode A
Cathode F
Common Anode (Digit 2)
Cathode 0
Cathode E
Cathode C
Cathode B
Common Anode (Digit 1 )
INTERNAL CIRCUIT DIAGRAM
A. LTD-322
B. LTD-323
DIGIT
1
0
C
B
~
~
A
E
A~
F
A
G
~
0
C
B
A
A
DIGIT
1
E
F
G
A
A
B
.
~,
C
2
5
10
5
10
A
DIGIT
DIGIT 2
E
D
~
F~, G
~
A~, B ,
C~
D
E~,
f ,
G
8
3
9
8
6
4
ABSOLUTE MAXIMUM RATINGS AT TA = 25°C
RED
BRIGHT
RED
GREEN
UNIT
Power DISSipation Per Segment
55
40
75
mW
Peak Forward Current Per Segment
(1/10 Duty Cycle, 0.1 ms Pulse Width)
160
60
100
mA
Continuous Forward Current Per Segment
25
15
25
mA
Derating Lmear From 25°C Per Segment
0.3
0.18
0.3
mAtC
5
5
5
V
PARAMETER
Reverse Voltage Per Segment
Operating Temperature Range
_25° C to +85° C
Storage Temperature Range
_25°C to +85°C
•
Solder Temperature 1/16 inch Below Seating Plane for 3 Seconds at 260°C
5-94
757
ELECTRICAl/OPTICAL CHARACTERISTICS AT TA
LTD-322R/323R
= 25°C
UNIT
TEST
CONDITION
400
).Lcd
IF=10mA
AP
655
nm
IF = 20 mA
Spectral line Half-Width
611.
24
nm
IF = 20 mA
Reverse Current. an y Segment or D.P.
VF
1.7
2.0
.V
IF = 20 mA
Reverse Current, any Segment or D.P.
IR
100
IJ.A
VR =5V
Iv·m
2:1
PARAMETER
SYMBOL
MIN.
TYP.
Average luminous intensitY
Iv
200
Peak Emission Wavelength
luminous Intensity Matching Ratio
MAX.
IF=20mA
TYPICAL ELECTRICAl/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
120
50
«
E
?F-
-t:
?:
100
40
~
:J
80
'"
:;;
~
0
LL
60
">
40
II:
20
0
10
"'"
-;;
c
E
:J
">
16
20
24
480
2.
Forward Voltage IVFI - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
24
E
I
20
t:
~
:;
16
U
o 1._
720
640
.
o
800
10
15
20
Forward Current (IF) -
Wavelength ( ). I - nm
FIg 2 SPECTRAL RESPONSE
t"\
'"
0
0
x
'"
E
I
g
'"
~
o
20
25
30
rnA
FIg 3 RELATIVE LUMINOUS INTENSrFY Vs
FORWARD CURRENT (PER SEGMENT)
I
L
!
500
«
12
o
560
/
05
V
V
1000
800
28
«
0:
J \
o
0
12
15
..J
"'"
-;;
v
25
:J
0
SCo
S
20
"0
758
c
:£"
30
U
5-95
1n
\
40
60
~
t:
i!!
:;
U
1
J
80
90
"''""
"
0-
~~
200
,
r-.r--.....
100
80
!
'i'o
20
10
'""
"-
50
o
I.........
...........
.......
r-...
1
10
20
50
laO
10
20
40
i'DC
AmbIent Temperature (Ta) - °C
Duty Cycle %
Duty C;yele %
FIg 4 MAX ALLOWABLE DC CURRENT PER SEG FIg 5 MAX PEAK CURRENT Vs DUTY CYCLE % FIg 6 LUMINOUS INTENSITY Vs DUTY CYCLEO/O
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F ~ 1 KHz)
(AVERAGE IF ~ 10mA PER SEG )
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTO - 322P /323P
UNIT
TEST
CONDITION
650
/lcd
IF=10mA
l\p
697
nm
IF =20 mA
Spectral Line Half-Width
lll\
90
nm
IF =20mA
FDrward Voltage any Segment or D.P.
VF
2.1
2.8
V
IF =20mA
Reverse Current, an y Segment or D.P.
IR
100
p.A
Iv-m
2:1
PARAMETER
SYMBOL
MIN.
TYP.
Average Luminous intensity
Iv
250
Peak Emission Wavelength
Luminous Intensity Matching Ratio
MAX.
VR =5V
IF =20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
120
/
I
0
40
~
a;
a:
J
o
80
'5
I
II
~
';
U
*
24
480
28
/ \
~
560
00
"0
~
E
\
''""
\
640
15
"
">
-'
11
V
25
~
.s
L
20
o
20
?:
;;;
In
100
a;
a:
800
720
05
V
/'
10
,..,...-
15
20
25
30
Forward Voltage IV,I - Volts
Wavelength I }. I - nm.
Forward Current (1,1 - rnA
Fig. 1 FORWARD CURRENT Vs FORWARD VOLTAGE
Fig 2 SPECTRAL RESPONSE.
Fig 3 RELATIVE. LUMINOUS INTENSIl'Y Vs
FORWARD CURRENT IPER SEGMENT!.
1000
800
26
500
24
80
°C
90
200
"
......
..........
r-... . . .
20
10
10
20
50
100
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE %
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F ~ 1 KHzl
5-96
759
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
LTD-322G/323G
= 2SoC
UNIT
TEST
CONOITION
1600
}lcd
IF=10mA
i\p
565
nm
IF =20mA
Spectral Line Half-Width
Ai\
30
nm
IF'" 20 mA
Forward Voltage any Segment or D.P.
VF
2.1
2.8
V
IF =20mA
Reverse Current, any Segment or D.P.
IR
100
}lA
Iv-m
2:1
SVMBOL
MIN.
TYP.
Average Luminous, intensity
Iv
600
Peak Emission Wavelength
PARAMETER
Luminous IntensitY Matching Ratio
MAX.
VR "'5V
IF =20mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(2SoC Ambient Temperature Unless Otherwise Noted)
50
E
/
40
30
U
20
"E
~
(;
10
u.
?f'.
12
16
0
-'
">
40
0:
20
~
a;
o
24
480
28
24
~
";
U
20
12
"
0
x
~
5-97
760
o
560
640
720
800
Wavelength ( A ) - nm
Fig 2 SPECTRAL RESPONSE
f
I
V
V
o
10
15
20
25
30
Forward Current ifF) - rnA
Fig 3 RELATIVE LUMINOUS INTENSI"FY Vs
FORWARD CURRENT (PER SEGMENTI
1\
«
"
'6
o
1/
05
500
f',
I
E
">
"0:'"
a;
1000
800
28
E
V
'5
~
Forward Voltage (VFI - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
«
E
~
20
/
/V
~
c
60
---
25
"
E
'"0
80
e
)
o
~
c
:;
/
II
~
";
1':
100
V
I
-C
--,
120
«
o
E
I
;g
"r'\ '1
C
~
";
U
40
60
80
'00
80
"-
"
1':
~
I'
50
c
S
r-....
7;i
~
I
20
200
90
Ambient Temperature (Ta) - °C
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE
\
'\
'5
~
.5
i"'"
1'. .
20
">
~
a;
II:
"-
"-
,
'0
10
20
50
100
'0
20
40
'"
DC
Duty Cycle %
Duty Cycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
(REFRESH RATE - F ~ 1 KHz)
(AVERAGE IF ~ 10mA PER SEG)
ILITEr.] ~ II
LTD- :~~~~ SERIES
0.4" DUAL DIGIT NUMERIC DISPLAYS
FEATURES
-0.4 INCH (10.21 mm) DIGIT HEIGHT.
-CONTINUOUS UNIFORM SEGMENTS.
-CHOICE OF FOUR BRIGHT COLORS-RED /
BRIGHT RED/GREEN/ORANGE.
- LOW POWER REqUIREMENT.
- EXCE LLENT CHARACTERS APPEARANCE.
- HIGH CONTRAST.
- HIGH BRIGHTNESS .
• WIDE VIEWING ANGLE.
- SOLID STATE RELIABI L1TY.
-COMMON
ANODE OR COMMON CATHODE
MODELS.
-TWO DIGIT PACKAGE SIMPLIFIES ALIGNMENTS
& ASSEMBLY.
_ LEADS ON .100" (2.54mm) CENTERS.
- CATEGORIZED FOR LUMINOUS INTENSITY.
-I.C. COMPATIBLE.
-EASY MOUNTING ON P.C. BOARD.
DESCRIPTION
The LTD-432XC/482XC series are 0.4 inch 11021mml
height dual digit di splays.
The red series devices utilize LED chips which are made
from GaAsP on a GaAs substrate. The bright red and
green series devices utilize LED chips which are made
from GaP on a transparent GaP substrate. The orange
series devices utilize LED chips which are made from
GaAsP on a transparent GaP substrate. Red, bright
red and orange displays have red cap. Green displays
have green cap.
DEVICE
PART NO. lTDDESCRIPTION
INTERNAL
CIRCUIT
DIAGRAM
RED
BRIGHT
RED.
GREEN
ORANGE
432RC
432PC
432GC
432EC
Common Cathode
A
482RC
482PC
482GC
482EC
Common Anode
B
5-98
761
PACKAGE DIMENSIONS
PIN
NO.1
Irt'===;::::=====*===~
8
(.5001
NOTE: All dimensions are in
millimeters
(inches)
tolerance are:
+1.00
mm
-0.00
2
+0.040"
.
-0.000" )
-~.,;-
1. Lead length (from seating plane): minimum valum
±0.25mm
(0.010")
unless otherwise noted.
PIN CONNECTION
CONNECTION
PIN NO.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
5-99
762
\
A. L TD-432XC
B. L TD-482XC
Anode C (Digit 1 )
Anode E (Digit 1)
Anode 0 (Digit 1 )
Common Cathode (Digit 1 )
Common Cathode (Digit 2)
Anode 0 (Digit 2)
Anode E (Digit 2)
Anode C (Digit 2)
Anode G (Gigit 2)
Anode A (Digit 2)
Anode F (Digit 2)
Anode B (Digit 2)
Anode B (Digit 1)
Anode F (Digit 1 )
Anode A (Digit 1 )
Anode G (Digit 1)
Cathode C (Digit 1)
Cathode E (Digit 1)
Cathode 0 (Digit 1)
Common Anode (Digit 1 )
Common Anode (Digit 2)
Cathode 0 (Digit 2)
Cathode E (Digit 2)
Cathode C (Digit 2)
Cathode G (Digit 2)
Cathode A (Digit 2)
Cathode F (Digit 2)
Cathode B (Digit 2)
Cathode B (Digit 1 )
Cathode F (Digit 1)
Cathode A (Digit 1 )
Cathode G (Digit 1 )
INTERNAL CIRCUIT DIAGRAM
A. LTD-432XC
16
15
B. LTD-482XC
14
13
12
11
10
16
9
15
14
13
12
11
10
9
B
c
2
2345678
ABSOLUTE MAXIMUM RATINGS AT TA
=
3
4
5
6
8
25°C
RED
BRIGHT
RED
GREEN
ORANGE
UNIT
Power Dissipation Per Segment
55
40
75
75
mW
Peak Forward Current Per Segment
(1/10 Duty Cycle, 0.1 ms Pulse Width)
160
60
100
100
mA
Continuous Forward Current Per Segment
25
15
25
25
mA
Derating Linear From 25° C Per Segment
0.3
0.18
0.3
0.3
mArC
5
5
5
5
V
PARAMETER
Reverse Voltage Per Segment
Operating Temperature Range
-2~ C to +850 C
Storage Temperature Range
-2~ C to +85° C
Solder Temperature 1/16 inch Below Seating Plane for 3 Seconds at 260°C
5-100
763
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
LTD·432RC/482RC SERIES
PARAMETER
=
25°C
TEST
CONDITION
UNIT
SYMBOL
MIN.
TYP.
Iv
100
300
/lcd
IF = 10 rnA
Average Luminous Intensity
MAX.
Peak Emission Wavelength
~p
655
nm
IF'" 20 rnA
Spectral Une Half-Width
AA
24
nm
IF'" 20 rnA
Forward Voltage Segment or D.P.
VF
1.7
2.0
V
IF = 20 rnA
100
/lA
Reverse Current
any Segment or D.P.
IR
Iv-m
Luminous Intensity Matching Ratio
VR =5V
,
2:1
IF =20mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C
Ambient Temperature Unless Otherwise Noted)
50
'20
40
'00
«
E
#.
-1':
30
s-
5
"0
20
0
,0
iii
a;
ro
~
0
L.L.
0
'2
,6
c
60
24
'>"
40
0::
20
'">
iii
a;
V 1\
480
2B
24
«
E
i-- I--
-
20
~
5
U
"
«
E
'2
I
r'-..
x
4
20
40
60
1':
"'1I
BO
90
Ambient Temperature (Tal - DC
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE
5-101
200
g.
"
'"
o
BOO
720
1- _
o
10
15
20
25
Forward Current (IF) -
30
rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT !PER SEGMENTI
r
500
0
:2
640
V
V
1/
1000
BOO
"-
1': '6
560
1/
05
0::
Wavelength I ~ I - nm
Fig_ 2 SPECTRAL RESPONSE
Forward Vollage (V,I - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
2B
,5
E
::>
...J
o
20
25
~
:£'"
::>
'"0
::>
u
764
i':
BO
S
~
,
~
5
U
""~'"
'00
,
I"-r-..
I
i':
f'..,
in
BO
50
1'"
20
'0
1
ec
E
'">
!
'5
'"
-- ~
iii
a;
0::
,
1Q
20
50
100
'0
"""" ...... ,....,
20
40
j..
DC
Duty Cycle %
Duty yycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLEO/O
(REFRESH RATE - F = 1 KHzl
(AVERAGE I, = 10mA PER SEG I
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
LTD-432PC/482PC SERIES
PARAMETER
=
25°C
TEST
CONDITION
SYMBOL
MIN.
TYP.
Iv
200
500
!led
IF = 10 mA
Average Luminous Intensity
MAX.
UNIT
Peak Emission' Wavelength
~p
697
nm
IF=20mA
Spectral Line Half-Width
"'~
90
nm
IF = 20 mA
Forward Voltage Segment or D.P.
VF
2.1
2.8
V
IF = 20 mA
., Reverse Current any Segment or D.P.
IR
100
!lA
Iv-m
2:1
Luminous Intensity
M~tehing
Ratio'
VR =5V
IF = 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
'20
/
/
«
E
40
I
-E
20
~
(;
c.
5
o
~
'6
"
~'"
20
/
o
20
24
'"
~
0
c
E
\
480
28
/
Wavelength ( ).. ) - nm
Fig 2 SPECTRAL RESPONSE
05
V
./'"
10
v
15
"""'"
20
Forward Current (IF) -
25
30
rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENT)
1000
800
28
500
24
«
E
20
I 200
I
g
E '6
~
:;
U
II:
800
Forward Voltage (V,) - Volts
E
iii
\
640
560
,5
~
...J
40
J
'2
II
25
.E'"
/ 1\
60
o
'0
u.
80
~
/
/
:;
'E
cF.
;;;
c
In
30
~
U
i':
'00
........
'2
E
~
:;
........
"
0
x
........
£1
o
U
-'"
i'-.
• j
o
20
40
60
80
'"
~
'00
80
......
......
50
.........
i'-.
20
~
,0
90
10
20
50
100
Amblent,Temperatu.re (Ta) - DC
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE %
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F ~ 1 KHz)
5-102
765
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
LTD-432GC/482GC SERIES
PARAMETER
=
2SoC
MIN.
TYP.
Average Luminous Intensity
Iv
500
1100
/Lcd
IF=10mA
Peak Emission Wavelength
AP
565
nm
IF = 20 mA
Spectral Line Half-Width
AA
30
nm
IF'" 20 mA
Forward Voltage Segment or D.P.
VF
2.1
Reverse Current any Segment or D.P.
Luminous Intensity Matching Ratio
MAX.
TEST
CONDITION
SYMBOL
UNIT
2.8
V
IR
100
/LA
Iv-m
2:1
IF
= 20 mA
VR =5V
IF =20mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
120
50
/
..:
E
40
-t:
i:'
100
;J
if
in
c:
:£"
'"
0
80
30
(;
u.
5c.
5
/
5
"~
20
/
g"
20
o
24
480
28
Forward Voltage (V,) - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
E
16
"-
l!!
U
12
"
E
I
g
"- f'.
5-103
~
I
o
/
/
10
15
20
25
30
Forward Current (IF) - rnA
Fig 3 RELATIVE LUMINOUS INTENSI'FY Vs
FORWARD CURRENT (PER SEGMENT)
'\.
'\.
4
20
40
60
5
50
80
i:'
~
in
.......
c:
r-...
.>t.
2l
"
90
'\
15
E
I'\..
" "-
'">
..............
i'
40
>
J
16
E
:J
-'
Oi
12
c:
-
60
0
10
o
5
/
:J
l!!
u
/
25
20
"
40
a:
20
iii
Q;
/
25
.!:
/
'"0
c
I-
E
1S
'">
iii
Q;
480
28
I
560
a:
\
o
640
720
800
500
o
10
15
20
Forward Current (IF) -
Wavelength ( " ) - nm
Fig 2 SPECTRAL RESPONSE
24
I
05
/
/
"
o
20
1000
25
30
rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENT)
800
"-
20
I
~
~
U
c
--
~
-'
28
..;
E
-
60
Co
0;
Forward Voltage (V,) - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
E
-
0
J
16
---
c-oo
~
10
12
r - 1-
T
80
0;
/
o
-
-~,-.----c--
100
60
">
40
0;
0:
20
4BO
2B
E
E
16
g
'5
12
I
I
~
f'.
">
\
0;
0:
BOO
../
,,-
~
/
iii
\
720
"
05
I
10
15
20
Forward Current (IF) -
Wavelength I }. ) - nm
Fig. 2 SPECTRAL RESPONSE
25
30
rnA
Fig 3 RELATIVE. LUMINOUS INTENSitY Vs
FORWARD CURRENT IPER SEGMENTI
U
r---. f'....
x
•
o
I
20
40
60
200
E
~
'5
r---.
0
o
..J
«
20
:<'"
'"::>0
"
E
::>
\
/
2.
500
24
U
u
/ 1\
640
560
"
.£"
1000
BOO
2B
E
/
o
2.
Forward Voltage IV,) - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE.
«
I
iii
20
in
In
0
j
,.
?:
100
80
90
Ambient Temperature ITal - °C
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE
100
BO
......
......
50
...........
7.i
a.
"
20
I'-.. r-...
10
10
20
50
100
Duty Cycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE %
(REFRESH RATE - F = 1 KHzl
5108
771
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
LTD-524G SER I ES
PARAMETER
=
25°C
TEST
CONDITION
SYMBOL
MIN.
TYP.
Average Luminous Intensity
Iv
700
1800
p.cd
I F= 10mA
Peak Emission Wavelength
AP
565
nm
I F= 20mA
Spectral Line Half-Width
AA
30
nm
I F= 20mA
Forward Voltage, any Segment
VF
2.1
2.8
V
I F=20 mA
Reverse Current, any Segment
IR
100
p.A
Iv·m
2:1
Luminous Intensity Matching Ratio
UNIT
MAX.
VR"'5V
I F=20mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
120
1
«
E
-E
40
l'
20
~
E:J
12
16
6'
">
40
II:
20
~
a;
24
48.
28
28
1000
500
20
E
l'
:;
16
U
~
a;
II:
11
05
o
56.
720
640
80.
Wavelength I ~ I - nm
Fig 2 SPECTRAL RESPONSE
24
E
">
o
20
IS
..J
Forward Voltage IV,I - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
«
E
:J
0
)
o
L
:J
0
~
V
/
V
~
10
U.
25
.E"
8.
S
II
10
i5
1l'1
1
:;
U
in
~
V
30
?:
100
~
/
V
II
o
10
15
20
25
30
Forward Current lid - rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT !PER SEGMENTI.
8.0
r"-
12
E
"'
I 2.0
g
~
"
0
x
~
20
40
1,\
\.
«
60
r"-
E
l'
:;
U
')
80
"" .......
,.0
80
'\
.......
r-....
5.
~
"
Q.
I
90
20
......
, r...
I.
1"'-.
"'
"
......
1
10
20
50
100
10
20
40
DC
Ambient Temperatu,re ITa I - °C
Duty Cycle %
Duty Cycle 0/0
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE %
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F = 1 KHzl
IAVERAGE If = lOmA PER SEG I
5·109
772
ILITE[']~II
LTD- 535 SERIES
585
0.5" DUAL DIGIT NUMERIC DISPLAYS
FEATURES
-0.5 INCH (12.7mm) DIGIT HEIGHT.
-CONTINUOUS UNIFORM SEGMENTS.
-CHOICE OF SIX BRIGHT COLORS-RED/BRIGHT
RED/GREEN/YELLOW/ORANGE/HIGH EFFICIENCY RED.
- LOW POWER REQUIREMENT.
- EXCELLENT CHARACTERS APPEARANCE.
- HIGH CONTRAST.
- HIGH BRIGHTNESS.
-WIDE VIEWING ANGLE.
-SOLID STATE RELIABILITY.
-COMMON ANODE OR COMMON CATHODE
MODELS.
-TWO DIGIT PACKAGE SIMPLIFIES ALIGNMENTS
& ASSEMBLY.
- CATEGORIZED FOR LUMINOUS INTENSITY.
-,I.C_ COMPATIBLE.
- EASY MOUNTING ON P.C. BOARD OR SOCKETS.
DESCR IPTION
The L TD-535/585 series are 0.5 inch (12.7mm) height
dual digit displays.
The red series devices utilize LED chips which are made
from GaAsP on a GaAs substrate. The bright red and
green series devices utilize LED chips which are rllade
from GaP on a transparent GaP substrate. The yellow,
orange and high efficiency red series devices utilize LED
chips which are made from GaAsP on a transparent
GaP substrate.
Red, bright red, green, yellow and
orange displays have black face and white segment
color. High efficiency red displays have red face and
red segment color.
DEVICES
PART NO. L TDDESCRIPTION
INTERNAL
CIRCUIT
DIAGRAM
RED
BRIGHT
RED
GREEN
YELLOW
ORANGE
HI.-EFF_
RED
535R
535P
535G
535Y
535E
535HR
Common Cathode, Rt. Hand Decimal
A
585R
585P
585G
585Y
585E
585HR
Common Anode, Rt. Hand Decimal
B
5-110
773
PACKAGE DIMENSIONS
PIN
NO.1
'---+-1----!----T'
1:2 70J
Cl)1.50
0
10"
( .500)
(0.059)
lTD5X5
TXXX
15.24
( .600
NOTE: All dimensions are in
millimeters
(inches)
tolerance are:
+1.00
mm
-0.00
2.
1. Lead length (from seating plane): minimum valum --=-='-=-+0.040"
-0.000" )
±0.25mm
(0.010")
unless otherwise noted.
PIN CONNECTION
CONNECTION
PIN NO.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
5·111
774
"
A. LTD·535
B. LTD·585
Anode C (Digit 1 )
Anode E (Digit 1 )
Anode D (Digit 1)
Common Cathode (Digit 1 )
Common Cathode (Digit 2)
Anode D (Digit 2)
Anode E (Digit 21
Anode C (Digit 21
Anode D.P. (Digit 2)
Anode G (Gigit 2)
Anode A (Digit 2)
Anode F (Digit 21
Anode B (Digit 2)
Anode B (Digit 11
Anode F (Digit 1)
Anode A (Digit 1)
Anode G (Digit 11
Anode D.P. (Digit 1)
Cathode C (Digit 1 )
Cathode E (Digit 1 )
Cathode 0 (Qigit 1)
Common Anode (Digit 1)
Common Anode (Digit 2)
Cathode D (Digit 2)
Cathode E (Digit 2)
Cathode C (Digit 21
Cathode D.P. (Digit 2)
Cathode G (Digit 2)
Cathode A (Digit 2)
Cathode F (Digit 2)
Cathode B (Digit 2)
Cathode B (Digit 1)
Cathode F (Digit 1)
Cathode A (Digit 11
Cathode G (Digit 1)
Cathode D.P. (Digit. 11
INTERNAL CIRCUIT DIAGRAM
B. LTD-585
A. LTD-535
18
17
16
15
14
13
12
23456
11
18
10
17
16
15
14
13
12
11
10
89
23456789
ABSOLUTE MAXIMUM RATINGS AT TA = 25°C
RED
BRIGHT
RED
GREEN
YELLOW
ORANGE
HI.-EFF.
RED
UNIT
Power Dissipation Per Segment
55
40
75
60
75
75
mW
Peak Forward Current Per Segment
(1/10 Duty Cycle. 0.1 ms Pulse Width)
160
60
100
80
100
100
mA
Continuous Forward Current Per Segment
25
15
25
20
25
25
mA
Derating Linear From 25 C Per Segment
0.3
0.18
0.3
0.24
0.3
0.3
mArC
5
5
5
5
5
5
V
PARAMETER
Q
Reverse Voltage Per Segment
Operating Temperature Range
_250 C to +8~ C
Storage Temperature Range
_25°C to +85°C
Solder Temperature 1/16 inch Below Seating Plane for 3 Seconds at 2600 C
5-112
775
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTD-535R/585R
PARAMETER
SYMBOL
MIN.
TYP.
Iv
200
500
Average Luminous Intensity
Peak Emission Wavelength
r..P
Spectral Line Half-Width
"'r..
-- ---,
-------- -------
IF"" 10mA
.--------~---
,_¥
nm
.-
nm
IF = 20 mA
--------1.7
_.-
- ,---
--.
~--~~--.
IR
100
Iv-m
2:1
--
-,
V
2.0
~~-
IF"" 20 mA
--------~
24
-~~------
Luminous Intensity Matching Ratio
.-~
655
VF
Forward Voltage Segment or D.P.
Reverse Current any Segment or D.P.
,tIcd
---- 1------
TEST
CONDITION
UNIT
MAX.
IF = 20 mA
-- -----
.
--VR = 5V
pA
IF = 20 mA
TYPICAL ELECTRICAl/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
120
«
100
E
I
40
-E
30
U
20
0
10
>
~
a;
LL
c
E
::>
"
"
40
rc
20
>
~
a;
o
12
16
20
24
Forward Voltage (V,) -
480
28
Volts
E
l!!
5
U
u
Cl
1000
800
24
500
~
16
E
I
"~
.
x
:;;
o
o
E
l!!
5
U
40
60
'I
Ambient Temperatu.re (Ta) -
80
776
"
Il..
90
°C
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE
5-113
o
800
720
I ..
o
15
20
25
Forward Current (IF) -
30
rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENT)
,
r--"
100
80
c
E
.....
20
!
15
,--......
E
'r-o
I
>
ii
50
10
10
!
~
I
20
640
/
05
1',
200
E-
[\..
/
/
V
1
«
12
V \
Fig 2 SPECTRAL RESPONSE
28
20
560
rc
Wavelength ( }. ) - nm
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
E
15
..J
0
«
E
~
"E
C;
"\
80
25
C
E
::>
"~
~
i:"
;;;
..........
">
..........
~
rc
a;
....... ....
1'-1--
1
10
20
50
100
10
20
40
DC
Duty Cycle %
Duty Cycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
(REFRESH RATE· F ~ 1 KHz)
(AVERAGE I, ~ lOrnA PER SEG)
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
LTD-535P /585P
PARAMETER
=
25°C
MIN.
TYP.
Iv
300
750
}.lcd
IF = 10 mA
Average Luminous Intensity
MAX.
TEST
CONDITION
SYMBOL
UNIT
Peak Emission Wavelength
AP
697
nm
IF =20mA
Spectral Line Half-Width
"A
90
nm
IF = 20 mA
Forward Voltage Segment or D.P.
VF
2.1
2.8
V
IF = 20 mA
Reverse Current any Segment or D.P.
IR
100
}.lA
Iv-m
2:1
Luminous Intensity Matching Ratio
VR = 5V
IF = 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
120
I
II
«
E
I
-E
40
30
~
U
.,
"E
i:
(;
LL
;j?
20
o
16
>
~
a;
24
Forward Voltage (VF )
-
o
28
480
Volts
V
">
~
a;
\
640
0::
800
720
28
1000
500
V
05
o
o
L
10
v
15
~
20
Forward Current (IF) -
Fig. 2 SPECTRAL RESPONSE
2.
15
:J
...J
Wavelength ( }. ) - nm
Fig 1 FORWARD CURRENT Vs. FORWARD VOLTAGE
25
30
rnA
Fig 3 RELATIVE. LUMINOUS INTENSI"FY Vs
FORWARD CURRENT (PER SEGMENT)
800
«
«
E
I 200
E 20
g
E 16
~
:; 12
.........
U
u
.,x
o
20
40
r-...
I
60
Ambient Temperature (Tal -
100
80
:;
50
U
~
:;;
E
~
~
0
o
560
:J
"
E
11
I
20
0::
20
,
II
25
"a>
5
'"0
I 1\
40
a>
)
12
80
60
E:J
a
II
10
in
In
S
I
:;
~
100
80
°C
90
"
.........
~
a>
a..
.........
20
........
I'
10
10
20
50
100
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE %
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F ~ 1 KH21
5-114
777
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
LTD-535G/585G
PARAMETER
=
25°C
MAX,
TEST
CONDITION
SYMBOL
MIN.
TYP.
Average Luminous Intensity
Iv
750
2000
tLcd
IF '" 10 rnA
Peak Emission Wavelength
;\.p
565
nm
IF'" 20 rnA
Spectral Line Half-Width
A;\.
30
nm
IF'" 20 mA
Forward Voltage Segment or D.P:
VF
2.1
2.8
V
IF'" 20 rnA
Reverse Current any Segment or D.P.
IR
100
jJA
Iv-m
2:1
Luminous Intensity Matching Ratio
UNIT
VR =5V
IF = 20 rnA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
E
/
40
~
20
is
10
16
12
">
lS
iii
0;
20
o
0::
L--U~
480
2B
__
L-~~
560
__
640
~~
__
720
OS
o
800
Wavelength ( }. I - nm
Fig 2 SPECTRAL RESPONSE
~.
/
L
V
V
'I'
l
o
10
15
20
Forward Current (IF) -
25
30
rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENTI.
1000
BOO
~~
......
«
I
g
"
E
~
5
[\..
.,x
::;;
o
20
40
'\
E
16
12
1\
500
l' ,''-
20
o
V
"
">
40
0::
2B
24
E
iii
24
L
2S
--'
Forward Voltage (V,I - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
U
u
0
"'"ac:
50
0;
20
c:
-
-
E
0
)
o
E
~
5
-- ---
BO
5
"5
II
L1.
E
- - --
::in
!!l
;f
I
5
«
~- -
30
u
"E
~
r-- -
100
II
I
-E
--
120
«
1
I
60
80
90
U
-"
.,
"
11.
200
100
BO
::in
r"-
c
I......
!!l
50
~
15
E
I"-...
.............
i'
20
~
">
10
~
0;
0::
1
10
20
50
100
10
20
"
"
40
.....
i'
DC
Ambient Temperature (Tal - °C
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
(REFRESH RATE - F = 1 KHzl
(AVERAGE I, = lOrnA PER SEG)
Vs AMBIENT TEMPERATURE
5-115
778
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
LTD·535Y /585Y
PARAMETER
=
2SoC
MIN.
TYP.
Average Luminous Intensity
Iv
600
2000
/lcd
IF = 10 mA
Peak Emission Wavelength
AP
585
nm
IF = 20 mA
Spectral Line Half-Width
AA
35
nm
IF = 20 mA
Forward Voltage Segment or D.P.
VF
2.1
2.8
V
IF = 20 mA
Reverse Current any Segment or D.P.
JR
100
/lA
Iv-m
2:1
Luminous IntensitY Matching Ratio
MAX.
TEST
CONDITION
SYMBOL
UNIT
VR =5V
IF = 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
120
50
"EI
40
-E
30
/
II
20
'E
;:
'"
5
12
16
If
80
S
e
~
E
0)
40
>
Q;
o
-
480
28
Volts
e
:;
U
J \
560
640
10
800
720
/
I
/
05
15
20
Forward Current (IF) -
nm
25
30
rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PFR SEGMENT)
Fig 2 SPECTRAL RESPONSE
,\.
500
"
""
'"
12
"
0
x
~
o
a:
/
1000
800
24
16
iii
a;
Wavelength ( }. ) -
28
E
'">
I
20
a:
24
1
15
::J
..J
iii
Forward Voltage (V F )
20
'"0
60
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
"E
:s'"
::J
20
/
25
~
0
J
o
~
::J
II
10
Ll.
~
I
~
:;
U
?:
100
o
E
I
E
~
:;
.........
U
"'I.
I
20
40
60
Ambient Temperature ITal -
........
80
°c
90
?:
~
100
80
50
~
...........
e
E-
......
-"
'"
20
10
10
20
Duty Cycle %
15
"-
1""-
"' "-
O)
>
"
iii
:"'-
0)
a.
"'
200
g
50
Q;
a:
......
1
100
10
20
40
DC
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE %
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F ~ 1 KHz)
(AVERAGE IF ~ lOrnA PER SEG)
5-116
779
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTO-535E/585E
PARAMETER
MIN.
TYP.
Average Luminous Intensity
Iv
750
2000
pcd
IF
Peak Emission Wavelength
xp
630
nm
IF = 20 rnA
Spectral line Half-Width
AX
40
nm
IF = 20 rnA
Forward Voltage Segment or D.P.
VF
2.1
2.8
V
IF = 20 rnA
Reverse Current any Segment or D.P.
IR
100
pA
Iv-m
2:1
Luminous Intensity Matching Ratio
MAX.
TEST
CONDITION
SYMBOL
UNIT
= 10 rnA
VR '" 5V
IF =20 rnA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(250 C Ambient Temperature Unless Otherwise Noted)
--
50
E
40
V
I
-C
30
Q)
20
'E
~
5
Ll.
10
1.2
16
,-- , - , -
100
I - - I-- I -
f
80
505
C
I!!
5
U
-
Q)
24
c:
40
II:
20
~
x
~
560
I
II:
\
800
120
/
os
o
840
Wavelength ( }. I - nm
Fig 2 SPECTRAL RESPONSE
40
60
200
E-
"-
c
100
80
5
50
I!!
U
'1
V
o
10
15
20
Forward Current (IF) -
25
30
rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENTI
'\.
80
.....
,
-......
,
Q)
90
'\.
I
'"OJ
a.
I
20
iii
Q;
500
"
o
/
>
480
q;
E
I
0
o
15
1000
800
"
12
/
Q)
>
28
~
16
/"
E
'"0
E
:J
o
20
/
25
---'
iii
Q;
.....
20
c:
Q)
0
28
24
0;
60
Forward Voltage (V,I - Volts
Fig I FORWARD CURRENT Vs FORWARD VOLTAGE
q;
E
~
:J
J
o
120
"
OJ
Q;
II:
.....
1
10
10
20
50
100
10
20
40
DC
Ambient Temperatu!e (Tal - °C
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE '0
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F = I KHz I
(AVERAGE I, = IOmA PER SEG I
5-117
780
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
LTD-535HR/585HR
PARAMETER
=
25°C
TEST
CONDITION
UNIT
SYMBOL
MIN.
TYP.
Average Luminous Intensity
Iv
750
2000
/lcd
IF = 10 rnA
Peak Emission Wavelength
Xp
635
nm
IF = 20 rnA
Spectral Line Half-Width
"'x
40
nm
IF =20 rnA
Forward Voltage Segment or D.P.
VF
2.1
2.8
V
IF = 20 rnA
Reverse Current any Segment or D.P.
IR
100
/lA
Iv-m
2:1
Luminous Intensity Matching Ratio
MAX.
VR =5V
IF = 20 rnA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(250 C Ambient Temperature Unless Otherwise Noted)
---,-
50
E
40
-E
~
20
~
:;
B-
24
«:
E
~
U
-
"
40
>
Q;
a:
Q;
20
480
28
560
a:
\
05
o
640
800
720
V
o
10
15
20
Forward Current (IF) -
Wavelength ( A I - nm
Fig 2 SPECTRAL RESPONSE
25
30
mA
Fig 3 RELATIVE LUMINOUS INTENSI'FY Vs
FORWARD CURRENT (PER SEGMENTI
'2
E
I
"-
(J
x
~
E
~
:;
U
')
60
80
.......
'00
80
50
"'
'\
.......
~
'"
0-
I
40
200
g
i'..
Cl
20
'\
'\.
500
«:
"
'6
o
I
o
24
/
iii
/
/
/
~
"
~
20
o
c
E ,5
I-
V
1000
800
I
E
0
..J
Forward Voltage IV,I - Volts
Flg.1 FORWARD CURRENT Vs FORWARD VOLTAGE
28
/
~
iii
20
'6
-
60
>
)
,2
E
~
'0
o
r
80
25
~
0
/
"E
::-u;
~
I
~
:;
C;
u.
'20
'00
V
30
U
,---
I
«:
90
I"'-
I"~
r'--.. .
'0 o
,
10
20
50
100
.......
"'
20
'0
20
40
DC
Ambient Temperatufe (Tal - °C
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
(REFRESH RATE - F = 1 KHzl
(AVERAGE I, = 10mA PER SEG I
Vs AMBIENT TEMPERATURE
5-118
781
ILlTErl] ~ II
LTD-5250 SERIES
5260
0.52" DUAL DIGIT NUMERIC DISPLAYS
FEATURES
-0.52 INCH (13.2mm) DIGIT HEIGHT.
-CONTINUOUS UNIFORM SEGMENTS.
- CHOICE OF SIX BRIGHT COLORS·RED/BRIGHT
RED/GREEN/YELLOW/ORANGE/HIGH EFFICIEN·
CY RED.
- LOW POWER REQUIREMENT.
- EXCELLENT CHARACTERS APPEARANCE.
- HIGH BRIGHTNESS.
-WIDE VIEWING ANGLE.
-SOLID STATE RELIABILITY.
-CATEGORIZED FOR LUMINOUS INTENSITY.
-I.C. COMPATIBLE.
- EASY MOUNTING ON P.C. BOARD OR SOCKETS.
DESCRIPTION
The LTD·5000 series are 0.52 Inch (13.2mm) height
dual digit displays.
The red series devices utilize LED chips which are made
from GaAsP on a GaAs substrate. The bright red, and
green series devices utilize LED chips which are made
from GaP on a transparent GaP substrate. The yellow,
orange and high efficiency red series devices are utilize
LED chips which are made from GaAsP on a transparent
GaP substrate.
Red, bright red, yellow and orange
displays have gray face and white segment color. Green
displays have gray face and green segment color. High
efficiency red displays have red face and red segment
color.
DEVICES
PART NO. LTORED
5·119
782
BRIGHT
HI.·EFF.
GREEN YELLOW ORANGE
RED
RED
DESCRIPTION
INTERNAL
CIRCUIT
DIAGRAM
5250R
5250P
5250G
5250Y
5250E
5250HR
Common Anode, Rt. Hand Decimal
A
5260R
5260P
5260G
5260Y
5260E
5260HR
Common Cathode. Rt. Hand Decimal
B
PACKAGE DIMENSIONS
F~B@
E~~~T{p
PIN NO. 1
DIGIT 1
..
millimeters
NOTE: All dimensions are In (inches)
tolerance are:
1. Lead length (from seating plane): minimum valum
DIGIT 2
+1.00
=o:oomm
to.040n )
±0.25mm
2. (O.01O n) unless otherwise noted.
-O.OOOn
PIN CONNECTION
CONNECTION
PIN NO.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
LTC-5250
LTC-5260
Cathode E (Digit 1)
Cathode 0 (Digit 1)
Cathode C (D igit 1)
Cathode D.P. (Digit 1)
Cathode E (Digit 2)
Cathode 0 (Digit 2)
Cathode G (Digit 2)
Cathode C (Digit 2)
Cathode 0 P (Digit 2)
Cathode B (Digit 2)
Cathode A (Digit 2)
Cathode F (Digit 2)
Common Anode (Digit 2)
Common Anode (D igit 1)
Cathode B (D iglt 1)
Cathode A (Digit 1)
CathodeG (Digit 1)
Cathode F (Digit 1)
Anode E (Digit 1)
Anode 0 (Digit 1)
Anode C (Digit 1)
Anode D.P. (Digit 1)
Anode E (Digit 2)
Anode 0 (Digit 2)
Anode G (Digit 2)
Anode C (Digit 2)
Anode D.P. (Digit 2)
Anode B (Digit 2)
Anode A (Digit 2)
Anode F (Digit 2)
Common Cathode (Digit 2)
Common Cathode (Digit 1)
Anode B (Digit 1)
Anode A (Digit 1)
AnodeG (Digit 1)
Anode F (Digit 1)
5120
783
INTERNAL CIRCUIT DIAGRAM
A. LTD-5250
18
B. LTD-5260
17
16
15
14
13
3
4
5
6
12
11
10
8
9
18
ABSOLUTE MAXIMUM RATINGS AT TA
=
BRIGHT
RED
Power Dissipation Per Segment
55
40
75
Peak Forward Current Per Segment
(1/10 Duty Cycle, 0.1 ms Pulse Width)
160
60
Continuous Forward Current Per Segment
25
Derating Linear From 25° C Per Segment
Reverse Voltage Per Segment
5-121
15
3
4
14
13
12
11
10
8
9
ORANGE
HI.-EFF.
RED
UNIT
60
75
75
mW
100
80
100
100
mA
15
25
20
25
25
mA
0.3
0.18
0.3
0.24
0.3
0.3
mArC;
5
5
5
5
5
5
V
GREEN YELLOW
Operating Temperature Range
-25"C to +85°(:
Storage Temperature Range
-25°C to +85°C
Solder Temperature 1/16 inch Below Seating Plane for 3 Seconds at 260°C
784
16
2SoC
RED
PARAMETER
17
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
LTD-5250R/5260R
PARAMETER
= 25°C
TEST
CONDITION
SYMBOL
MIN.
TYP.
Average Luminous Intensity
Iv
200
500
/-Icd
I F= 10 mA
Peak Emission Wavelength
AP
655
nm
I F= 20 mA
Spectral Line Half-Width
A"A
24
nm
IF'" 20 mA
Forward Voltage, any Segment
VF
1.7
2.0
V
IF'" 20 mA
Reverse Current, any Segment
IR
100
/-IA
Iv-m
2:1
Luminous I ntensity Matching Ratio
MAX.
UNIT
VR=5V
I F= 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
120
«
E
100
40
I
-C
#
S
E
~
0
10
iii
Qi
c--
40
cr:
I.L
20
24
Forward Voltage (VFl -
480
28
28
1000
800
24
500
1'-
20
5"
U
«
E
"i'I.
I
E
16
12
I
"
['..
"
0
x
'"
:2
o
o
40
60
E
100
80
5
50
U
'I
80
640
1\
"'"
0.
90
Ambient Temperature (Tal - DC
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE.
t-05
o
800
720
o
lL
~
10
~
15
v
20
Forward Current (IF) -
25
30
rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENTI
U
I!
I'..r-...
i':
;;;
"
c
S
.....
20
15
"- ~
E
'I'
-"
I
20
200
g
~
560
Wavelength ( }. I - nm
Fig 2 SPECTRAL RESPONSE
Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
E
Qi
II
o
16
">
"'"
cr:
j
20
0
12
15
~
...J
">
«
25
i3
c
60
S-
20
"E
"
;;;
~
~
~
i':
E
"'0
80
30
S
U
t---
'~
10
">
iii
Qi
cr:
~
--.. r--..
1
10
20
50
100
10
20
40
DC
Duty Cycle %
Duty Cycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
(REFRESH RATE - F ~ 1 KHzl
(AVERAGE I, ~ 10mA PER SEG I
5-122
785
= 25°C
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
LTD-5250P /5260P
PARAMETER
MIN.
TYP.
Average Luminous Intensity
Iv
300
750
p,cd
IF'" 10mA
Peak Emission Wavelength
AP
697
nm
IF'" 20mA
Spectral Une Half-Width
t>A
90
nm
IF'" 20mA
Forward Voltage, any Segment
VF
2.1
2.8
V
IF'" 20 mA
Reverse Current, any Segment
IR
100
p,A
Iv-m
2:1
Luminous Intensity Matching Ratio
MAX.
TEST
CONDITION
SYMBOL
UNIT
VR=5V
IF''''2OmA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
120
/
ji;
a:
)
I
40
24
480
28
560
ji;
a:
a;
\
800
720
~
640
15
"
..J
1000
800
28
25
0
E
\
V
o
20
"'"c:
/
20
Forward Voltage (VF) - Volts
Flg,1 FORWARD CURRENT Vs FORWARD VOLTAGE
~
~
U
I \
60
a;
c:
2l
1:
80
I
'5
in
F\
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
LTD-5250G/5260G
PARAMETER
=
25°C
TEST
CONDITION
SYMBOL
MIN.
TYP.
Iv
800
2000
/Jed
IF
Average Luminous Intensity
UNIT
MAX.
= 10 mA
Peak Emission Wavelength
~p
565
nm
IF = 20 mA
Spectral Line Half-Width
D.~
30
nm
IF
= 20 mA
Forward Voltage, any Segment
VF
2.1
2.8
V
IF
= 20 mA
Reverse Current, any Segment
IR
100
/JA
Iv-m
2:1
Luminous I ntenslty Matching Ratio
VR'" 5 V
IF
=20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
/
40
Q;
0:
20
480
28
24
"
~
~
20
25
...J
Forward Voltage (VF) - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
E
"::>
E
60
B::>
0
J
o
<0
:£
'"::>0
80
'5
I
II
20
i':"
iii
II
~
;:
0
LL
-,------,-
30
5
u
120
20
15
E
">
i'
10
~
Q;
0:
""' "
.....
1
10
20
Duty Cycle %
50
100
10
20
40
DC
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F = 1 KHz)
IAVERAGE IF = 10mA PER SEG )
5-124
787
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
LTO-5250Y /5260Y
= 25°C
MIN.
TYP.
Average luminous Intensity
Iv
700
2000
Il~.
IF=10mA
Peak Emission Wavelength
i\.p
585
nm
1 F= 20 mA
Spectral line Half·Width
Ai\.
35
nm
I F= 20mA
Forward Voltage, any Segment
VF
2.1
2.8
V
IF"' 20 mA
Reverse Current, any Segment
1.1:1
100
!lA
Iv-.m
2:1
Luminous Intensity Matching Ratio
MAX.
TEST
CONDITION
SYMBOL
PARAMETER
UNIT
VR=5V
I F= 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
125°C Ambient Temperature Unless Otherwise Noted)
50
120
/
~
a:;
cr:
J
2D
o
24
11
\
560
o
640
BOO
720
/
05
o
10
15
20
25
Forward Current (IF) -
Wavelength ( " I - nm
Fig 2 SPECTRAL RESPONSE.
30
rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENT)
1000
800
24
~
500
~
20
15
~
-'
Q)
2B
U
I
1:
'"0
60
Forward Voltage (V,I - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
~
/
25
Q)
~
)
o
C
Q)
e:
0
II
'E
E
If
BO
S
S-
I
20
~
5
u.
t1
'"
~
:;
U
::-
100
II
I
o
20
40
60
C
100
80
:;
50
~
"-
r'1
J
80
90
-".
200
U
-'"
ro
I"-
.~
"- ...........
20
.
"I, "
~
Q)
0.
."-.
10
1
10
20
50
100
10
2D
40
DC
Ambient Temperature (Tal - DC
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE %
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F ~ 1 KHzl
(AVERAGE I, ~ 1 DmA PER SEG I
5·125
788
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTD-5250E/5260E
PARAMETER
MIN.
TYP.
Average Luminous Intensity
Iv
M('{"':
2000
}.lcd
IF = 10 mA
Peak Emission Wavelength
i\p
630
nm
IF = 20 mA
Spectral Line Half-Wldth
t.i\
40
nm
IF = 20 mA
Forward Voltage, any Segment
VF
2.1
2.8
V
I F= 20 mA
Reverse Current, any segment
IR
100
J.lA
Iv-m
2:1
Luminous I ntensity Matching Ratio
MAX.
TEST
CONDITION
SYMBOL
UNIT
V R= 5 V
IF = 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
-
50
20
I
o
24
15
480
28
560
"
II:
\
05
o
640
800
720
Wavelength ( ~ I - nm
Fig 2 SPECTRAL RESPONSE
I
f
V
'I
o
10
15
20
25
30
Forward Current (IF) - rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENTI
l\.
500
"- "-
~
U
/v
iii
II:
20
/
25
~
...J
"
24
16
c
.
1000
800
J
16
-- -
.--
r-
0
/
12
r---
80
c.
10
o
._-
:J
/
~
u
120
V
I
-C
-,-,-
«
E
I
""
"
0
20
40
60
80
C
100
80
5
50
~
U
~
x
ro
:;;
200
g.
I"-
'\
.......
~
""row
0..
I
90
Ambient Temperature (Tal - °C
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE
'\.
I
20
"\.
......
"-
'r-
10
-
"- ......
r-
1
10
20
50
100
10
20
40
DC
Duty Cycle %
Duty Cycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE 0."
(REFRESH RATE - F = 1 KHzl
(AVERAGE I, = 10mA PER SEG I
5-126
789
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
LTD-5250HR/5260HR
PARAMETER
= 25°C
TEST
CONDITION
UNIT
SYMBOL
MIN.
TYP.
MAX.
Average luminous Intensity
Iv
900
2000
/Jcd
IF'" 10mA
Peak Emission Wavelength
il.p
635
nm
IF'" 20 mA
Spectral line Half-Width
"-iI.
40
nm
IF'" 20 mA
Forward Voltage Segment or D.P.
VF
2.1
2.8
V
IF'" 20 mA
Reverse Current any Segment or D.P.
IR
100
p.A
Luminous I ntensity Matching Ratio
Iv-m
2'1
VR=5V
IF=20mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25 0 C Ambient Temperature Unless Otherwise Noted)
so
;--
.-.-
E
-
40
-C
~
0
~
1.2
16
5
"5
60
28
24
«
e
"
c:
25
-
---- t - - -
~
/
~
40
/
0
-
-
c:
:-
E
Q;
0:
~
iii
Q;
20
o
20
24
/
~
>
iii
J
1S
...J
>
480
28
560
I
0:
\
720
/
os
o
640
-
800
V
f
o
10
15
20
25
30
Forward Current (ld - rnA
Wavelength ( ). I - nrn
Fig 2 SPECTRAL RESPONSE
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT IPER SEGMENTI
800
-
"- '\.
«
E
I
~
12
c
"-
r"-....
"\
15
~
I"
~
')
I
i':
........
100
80
_\.
I
200
50
U
I
20
I
E-
16
o
\.
500
20
o
- 1-
~
1000
I
U
in
---
E
0
Forward Voltage (V,I - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
C
-
{
80
- -
i':
~
f
20
o
E
--
.-
~
10
u..
100
/
e
"
---
120
I
-. l-
30
u
'E
--,-
-
.
«
"- ......
Q;
0:
1
10
10
20
Duty Cycle %
50
100
10
20
40
DC
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F ~ 1 KHzI
IAVERAGE I, ~ lOrnA PER SEG I
5-127
790
ILITEr·] ~ II
LTD-6000 SERIES
0.56" DUAL DIGIT NUMERIC DISPLAYS
FEATURES
00.56 INCH (14.2mm) DIGIT HEIGHT.
oCHOICE OF SIX BRIGHT COLORS-RED/BRIGHT
RED/GREEN!YELLOW/ORANGE/HIGH EFFICIENCY RED.
o LOW POWER REQUIREMENT.
o EXCELLENT CHARACTERS APPEARANCE.
o CATEGORIZED FOR LUMINOUS INTENSITY.
ol.C. COMPATIBLE.
o EASY MOUNTING ON P.C. BOARD OR SOCKETS.
DESCRIPTION
The LTD-6000, series are 0.56 inch (14.2mm) heigh,
dua I digit displays.
The red serres devices utilize LED chips which are made
from GaAsP on a GaAs substrate. The bright red and
green serres devices utilize LED chips which are made
from GaP on a transparent GaP substrate. The yellow.
orange and high efficiency red series devices are utilize
LED chips which are made from GaAsP on a transparent
GaP SUbstrate. Red and bright red displays have black
face and red segment color. Green and yellow displays
have gray face and white segment color.
Orange
displays have orange face and orange segment color.
High efficiency red displays have red face and red
segment color.
DEVICES
PART NO. L TDDESCRIPTION
HI.-EFF.
INTERNAL
CIRCUIT
DIAGRAM
RED
BRIGHT
RED
GREEN
YELLOW
ORANGE
67l0R
67l0P
64l0G
68l0Y
66l0E
69l0HR
Common Anode,
Rt. Hand Decimal
A
6730R
6730P
6430G
6830Y
6630E
6930HR
Common Anode.
±1.8 Overflow
S
6740R
6740P
644(jG
6840Y
6640E
6940HR
Common Cathode,
Rt. Hand Decimal
C
6750R
6750P
6450G
6850Y
6650E
6950HR
Common Cathode,
Overflow
D
RED
:!: 1.8
5-128
791
PACKAGE DIMENSIONS
LTD-6x 10/6x30/6x40/6x50
DIGIT2
,
OlGIT2
D· il~D'
GfD~ D:D~
DP
(.315)
'.00
3.26 ,"UN
(.128)
•
!
D
.
.
. millimeters
NOTE: All dimensions are In (inches)
DP
8
tolerance are:
1. Lead length (from seating plane):
+1.00
--mm
minimum value
15.24
-0.00
+0.040"
( -0.000" )
±0.25 mm
2. (0.010")
unless otherwise noted.
(.600
PIN CONNECTION
PIN
NO.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
5-129
792
16
17
18
CONNECTION
A. LTD-6x10
8. LTD-6x30
Cathode G (0 igit 1)
Cathode E (Digit 1)
CathodeJ. H (Digit 1)
Cathode 0 (Digit 1)
Cathode C (Digit 1)
Cathode C (Digit 1)
Cathode D.P. (Digit 1)
Cathode D.P. (Digit 1)
Cathode'E (Digit 2)
Cathode E (Digit 2)
Cathode 0 (Digit 2)
Cathode 0 (Digit 2)
Cathode G (Digit 2)
Cathode G (Digit 2)
Cathode C (Pigit 2)
Cathode C (Digit 2)
Cathode D.P, (Digit 2)
Cathode D,P. (Digit 2)
Cathode B (Digit 2)
Cathode B (Digit 2)
Cathode A (Digit 2)
Cathode A (Digit 2)
Cathode F (Digit 2)
Cathode F (Digit 2)
Common Anode (Digit 2) Common Anode (Digit 2)
Common Anod,e (Digit 1) Common Anode (Digit 1)
Cathode B (Digit 1)
Cathode B (Digit 1)
Cathode A (Digit 1)
No Connection
Cathode G (Digit 1)
No Connection
Cathode F (Digit 1)
No Connection
.
C. LTD-6x40
D. LTD-6x50
Anode E (Digit 1)
Anode 0 (Digit 1)
Anode C (Digit 1)
Anode D.P. (Digit 1)
Anode E (Digit 2)
Anode 0 (Digit 2)
Anode G (Digit 2)
Anode C (Digit 2)
AnodeO.P (Digit 2)
Anode 8 (Digit 2)
Anode A (Digit 2)
Anode F (Digit 2)
Common Cathode (Digit 2)
Common Cathode (Digit 1)
Anode 8 (Digit 1)
Anode A (Digit 1)
Anode G (Digit 1)
Anode F (Digit 1 ~
Anode G (Digit 1)
AnodeJ. H (Digit 1)
Anode C (Digit 11
AnodeD.P, (Digit 1)
Anode E (Digit 2)
Anode 0 (pigit 2)
Anode G (Digit 2)
Anode C (Digit 2)
Anode D.P. (Digit 2)
Anode B (Digit 2)
Anode A (Digit 2) .
Anode F (Digit 2)
Common Cathode (Digit 2)
Common Cathode (Digit 1)
Anode B (Digit 1)
No Connection
No Connection
No Connection
INTERNAL CIRCUIT DIAGRAM
A. LTD-6x10
18
17
B. LTD-6x30
16
15
14
13
12
4
11
10
15
17
13
12
8
11
10
8
C. LTD-6x40
18
14
D. LTD-6x50
16
15
14
13
5
6
12
11
10
8
2
15
14
4
5
13
12
11
10
ABSOLUTE MAXIMUM RATINGS AT TA = 25°C
RED
BRIGHT
RED
Power DIssipation Per Segment
55
40
75
Peak Forward Current Per Segment
(1/10 Duty Cycle, O.lms Pulse Width)
160
60
Continuous Forward Current Per Segment
25
Derating Linear From 25°C Per Segment
PARAMETER
Reverse Voltage Per Segment
ORANGE
HI.·EFF.
RED
UNIT
60
75
75
mW
100
80
100
100
mA
15
25
20
25
25
mA
0.3
018
0.3
0.24
0.3
0.3
mAtC
5
5
5
5
5
5
V
GREEN YELLOW
Operating Temperature Range
-25°C to +85°C
Storage Temperature Range
-25°C to +85°C
Solder Temperature 1/16 inch Below Seating Plane for 3 Second~ at 260Q C
5-130
793
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
LTD-6700R SERIES
PARAMETER
= 25°C
TEST
CONDITION
SYMBOL
MIN.
TYP.
Average Luminous Intensity
Iv
200
600
!lcd
IF'" 10 mA
Peak Emission Wavelength
l\p
655
nm
IF'" 20 mA
Spectral Line Half-Width
D.l\
24
nm
IF =20mA
Forward Voltage, any Segment
VF
1,7
Reverse Current, any Segment
Luminous I ntensity Matching Ratio
MAX.
UNIT
2,0
V
IR
100
!lA
Iv-m
2:1
=20 mA
IF
VR = 5V
IF = 20mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
E
I
40
-C
30
'00
#.
5
20
"C
~
~
80
">
40
0
'0
'a:"
20
'"0"
~
E
12
16
20
24
480
28
Forward Voltage (VFI - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
20
C
16
5"
U
"'"
12
E
I
~
x
:;;;
'"
o
20
40
200
g.
0
o
640
BOO
720
o
1-
o
10
15
20
25
Forward Current (IF) -
Wavelength ( ~ ) - nm
Fig 2 -SPECTRAL RESPONSE
«
0
60
C
"-
5"
U
1
so
I
90
Ambient Temperatu.re (Ta) - °C
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE
5-131
/ 1\
560
~
05
rnA
"'"
1
1
!
I
1"-1'-..
!
'00
BO
'"
50
t"--r--
..........
...........
........ r-.,
20
'0 o
1
,
I'-~
-"
0..
30
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENT)
500
24
E
I
'a:"
V
V
v
1000
BOO
28
«
,5
"
"iii>
--'
o
0
25
~
"
E
iii
LL
794
~
in
S
B- oo
a"
l'
u
,
'20
«
,
10
20
50
100
I''0
20
40
DC
Duty Cycle %
Duty Cycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE %
(REFRESH RATE - F = 1 KHz)
(AVERAGE IF = lOrnA PER SEG)
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTD-6700P SE R I ES
PARAMETER
TEST
CONDITION
UNIT
SYMBOL
MIN.
TYP.
Average Luminous Intensity
Iv
300
950
/-Icd
IF = 10 mA
Peak Emission Wavelength
i\p
697
nm
IF = 20 mA
Spectral line Half-Width
Cl.i\
90
nm
IF
= 20 mA
Forward Voltage, any Segment
VF
2.1
2.8
V
IF
= 20 mA
Reverse Current, any Segment
IR
100
JlA
VA
Iv-m
2:1
Luminous I ntensity Matching Ratio
MAX.
=5 V
IF = 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
120
/
..:
E
40
-E
30
U
20
'E
'"~
0
u..
g"
~
V
15
..J
Wavelength ( Jo. ) - nm
Fig 2 SPECTRAL RESPONSE
/"
05
o
..---
o
10
15
-
20
Forward Current (IF) -
25
3D
rnA
Fig 3 RELATIVE. LUMINOUS INTENSIl'Y Vs
FORWARD CURRENT (PER SEGMENTI
500
20
E
I
16
g
I
I'-..
12
E
~
:;
:--...
"
0
x
::;;'"
c:
E
:::I
..:
..:
U
'"
0
1000
800
28
E
~
:;
560
25
:::I
I
20
Forward Voltage (V,) - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
E
I
0
>
c:
/ \
60
g"
'"
.f"
Ir\
80
Sc.
S
/
II
~
:;
~
100
II
I
4
o
U
I'-.. r-.....
o
20
40
60
Ambient Temperature (Ta) -
80
ac
I
90
200
100
80
.......
50
..........
'i:i
"
Cl.
20
I'-.. .......
i'
10
10
20
50
100
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE %
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F ~ 1 KHz)
5-132
795
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTO-6400G SERIES
PARAMETER
MIN.
TYP.
Average Luminous Intensity
Iv
8(10
2400
/tcd
IF'" 10 mA
Peak Emission Wavelength
AP
565
nm
IF'" 20mA
Spectral Line Half-Width
tAA
30
nm
IF'" 20 mA
Forward Voltage, any Segment
VF
2.1
2.8
V
IF'" 20mA
Reverse Current, any Segment
IR
100
/tA
Iv-m
2:1
Luminous Intensity Matching Ratio
MAX.
TEST
CONDITION
SYMBOL
UNIT
VR=5V
IF"'20mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
E
/
40
-E
~
20
;;
16
;"
>
Q;
20
a::
o
20
24
480
28
Forward Voltage (V, I - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
24
E
I
20
E
16
II
640
560
8..
720
Wavelength ( ). I - nm
Fig 2 SPECTRAL RESPONSE
/
05
o
f
V
o
10
15
20
Forward Current (IF) -
25
30
rnA
Fig 3 RELATIVE LUMINOUS INTENSIl'Y Vs
FORWARD CURRENT (PER SEGMENTI
E
I
g
"'1I
0
x
~
20
40
\.
\.
«
~
12
I
500
"- '\
~
~
U
u
V
1000
8. .
28
«
V
IS
..J
a::
J
12
c:
E
:J
40
Q;
o
/11'
:J
>
;"
10
25
'"0
60
0
/
"C
~
:£"
80
"ic.
"i
/
~
ro
5
U.
""
/
C;
100
II
30
U
--
120
«
60
80
90
200
100
E so
~
~
50
"'"
20
U
-'"
0.
I
'
........
'"
"\
........
10
10
20
I""-
"
50
I'\.
- - r--
"
"\
.......
1
100
10
20
40
DC
Ambient Temperature (Tal - °C
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
(REFRESH RATE - F ~ 1 KHzI
(AVERAGE I, ~ lOrnA PER SEG I
Vs AMBIENT TEMPERATURE
5-133
796
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTD-6800Y SERIES
PARAMETER
TEST
CONDITION
SYMBOL
MIN.
TYP.
Average Luminous Intensity
Iv
BOO
2400
/led
IF = 10 mA
Peak Emission Wavelength
ltp
585
nm
IF = 20 mA
Spectral Line Half·Wldth
AA
35
nm
IF'" 20 mA
Forward Voltage, any Segment
VF
2.1
2.B
V
IF = 20 mA
Reverse Current, any segment
IR
100
JJ,A
Iv·m
2.1
Luminous I ntensity Matching Ratio
MAX.
UNIT
VR = 5 V
IF = 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
120
50
j
'">
40
~
a;
20
II:
o
20
24
15
V
~
.J
480
28
j
~
a;
J
II:
\
560
720
/
05
o
640
800
Wavelength ( ~ ) - nm
FIg 2 SPECTRAL RESPONSE
Forward Voltage (V,) - Volts
FIg 1 FORWARD CURRENT Vs FORWARD VOLTAGE
V
I
o
10
15
20
25
30
Forward Current (IF) - rnA
FIg 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PFR SEGMENT)
1000
800
28
I\,
500
24
40
a;
a:
20
'"'"
24
E
~
:;
16
U
u
,.
Q)
>
iii
a;
560
I
a:
\
o
640
800
720
Wavelength ( A I - nm
F,g_ 2 SPECTRAL RESPONSE.
/
05
o
/
/
"
10
15
20
Forward Current (IF) -
25
30
mA
Fig 3 RELATIVE. LUMINOUS INTENSity Vs
FORWARD CURRENT (PER SEGMENTI
I\,
500
"-
12
0
«
"
E
I
"- ~
E
~
:;
U
"I
x
o
I
20
40
60
80
90
~
Q)
"-
100
80
\..
I
200
g
::;
'"
o
/
i'
1000
800
24
20
c
480
28
28
E
"'"0
E
o
20
/
25
--'
Forward Voltage (V,I - Volts
Flg.l FORWARD CURRENT Vs FORWARD VOLTAGE
«
~
c
---
e
E
60
Q)
j
o
r
80
5
"5
~
0
II
"E
~
iii
a;
a:
20
'\....
-......
1
10
10
20
50
100
10
20
40
oc
DC
Duty Cycle %
Duty Cycle %
Ambient Temperatu.re (Tal
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
Vs AMBIENT TEMPERATURE
(REFRESH,RATE - F = 1 KHzl
(AVERAGE I, = lOrnA PER SEG I
5-135
798
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTD-6900HR SERIES
PARAMETER
MIN.
TYP.
Average Lum i nous Intensity
Iv
800
2400
~cd
IF = 10 mA
Peak Emission Wavelength
AP
635
nm
IF = 20 mA
Spectral Line Half-Width
D.A
40
nm
IF=20mA
Forward Voltage, any Segment or D.P.
VF
2.1
2.8
V
IF = 20 mA
Reverse Current, any Segment or D.P.
IR
100
J.lA
Iv-m
21
Luminous I ntensity Matching Ratio
MAX.
TEST
CONDITION
SYMBOL
UNIT
VR = 5 V
IF = 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
--
50
/
/
«
E
-C
40
20
ro
;:
12
16
24
0:
20
480
2.B
15
iii
c;;
560
0:
/ \
o
640
BOO
720
Wavelength ( }. I - nm
Fig 2 SPECTRAL RESPONSE
/
/
/
/
05
V
1
o
10
15
20
Forward Current (IF) -
25
30
rnA
Fig 3 RELATIVE. LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENTI
I\,
\.
500
"-
20
I
16
i"
12
«
"'
E
I
g.
"
"-
"
0
x
4
o
c
'"
40
24
~
V
'"0
V
1000
BOO
«
~
U
E
E
::>
o
20
25
-'
>
'">
2B
C
in
c
--
2l
- -
60
Forward Voltage (V,I - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
E
i:
::>
iii
c;;
J
o
---
0
10
LL
r--
--
T
BO
:;
":;
/
/
'C
5
if
---
- - -- -- -
100
30
i"
~
U
,---- - - ,----- -
120
- '--1-
o
20
40
60
C
i"
~
U
I
80
~
1
90
Ambient Temperature (Tal - DC
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE
"-
I
200
100
BO
50
'I"-
i:
in
"
c
2l
E
i'..
"'I'-
20
"\
15
10
I,
" -=" "
'">
iii
c;;
0:
1
10
20
50
100
10
20
40
I'DC
Duty Cycle %
Duty Cycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE %
(REFRESH RATE - F ~ 1 KHzI
(AVERAGE I, ~ lOrnA PER SEG I
15-136
799
·5836 .
1LITE(') ~ II
LTC-5336 SERIES
0.52" THREE-DIGIT NUMERIC DISPLAY$
FEATURES
-0.52 INCH (13.2mm) DIGIT HEIGHT.
- CONTINUOUS UNI FORM SEGMENTS.
- CHOICE OF SIX BRIGHT COLORS-RED/BRIGHT
RED/GR EEN/YELLOW/ORANGE/HIGH E FF ICI ENCY RED.
- LOW POWER REQUIREMENT.
- EXCELLENT CHARACTERS APPEARANCE.
- HIGH BRIGHTNESS.
-WIDE VIEWING ANGLE.
-SOLID STATE RELIABILITY.
- CATEGORIZED FOR LUMINOUS INTENSITY.
- I.C. COMPATIBLE.
- EASY MOUNTING ON P.C. BOARD OR SOCKETS.
DESCRIPTION
The LTC-5000 series are 0.52 inch (13.2mm) height
three-digit
The red series devices utilize LED chips which are made
from GaAsP on a GaAs substrate. The bright red and
green series devices utilize LED chips which are made
from GaP on a transparent GaP substrate. The yellow,
orange and high efficiency red series devices are utilize
LED chips which are made from GaAsP on a transparent
GaP substrate.
Red, bright red, yellow and orange
displays have gray face and white segment color. Green
displays have gray face and green segment color. High
efficiency red displays have red face and red se"gment
color.
DEVICES
PART NO. L TC-
5-137
800
DESCRIPTION
INTERNAL
CIRCUI;r
DIAGRAM
RED
BRIGHT
RED
GREEN
YELLOW
ORANGE
HI-EFF.
RED
5836R
5836P
5836G
5836Y
5836E
5836HR
Common Anode
Rt. Hand Decimal
A
5336R
5336P
5336G
5336Y
5336E
5336HR
Common Cathode
Rt Hand Decimal
B
PACKAGE DIMENSIONS
LTC-5x36
NOTE: All dimensions arc
millimeters tolerance arc:
+1.00
(inches)
-0.00 mm
2.
1. Lead length (from seating plane): minimum valum -+-=0-':.0:":4:-::0-::"In
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
(0.010")
-0.000"
PIN CONNECTION
PIN
NO.
+ 0.25 mm unless otherwise noted.
CONNECTION
CONNECTION
LTC-5836
LTC-5336
E
(Digit 1)
Anode
E
(Digit 1)
Anode
0
Common Cathode Digit
(Digit 1)
Anode
C
Anode
DP (Digit 1)
(Digit 2)
Anode
E
(Digit 2)
Anode
0
Common Cathode Digit
(Digit 2)
Anode
C
DP (Digit 2)
Anode
(Digit 3)
Anode
E
(Dlgit3)
Anode
0
Common Cathode Digit
(Digit3)
Anode
C
Anode
DP (Digit3)
(Digit3)
Anode
B
(Digit 3)
Anode
A
Common Cathode Digit
(Digit3)
F
Anode
(Digit3)
Anode
G
(Digit 2)
Anode
B
(Digit 2)
Anode
A
Common Cathode Digit
(Digit 2)
F
Anode
(Digit 2)
G
Anode
(Digit 1)
Anode
B
(Digit 1)
Anode
A
Common Cathode Digit
(Digit 1)
F
Anode
Anode
(Digit II
G
Cathode
Cathode
Common
Cathode
Cathode
Cathode
Cathode
Common
Cathode
Cathode
Cathode
Cathode
Common
Cathode
Cathode
Cathode
Cathode
Common
Cathode
Cathode
Cathode
Cathode
Common
Cathode
Cathode
Cathode
Cathode
Common
. Cathode
Cathode
(Digit 11
(Digit 1)
Anode Digit 1
(Digit 11
C
DP (Digit 1)
(Digit 2)
E
(Digit 2)
0
Anode Digit 2
(Digit2)
C
DP (Digit2)
(Digit 3)
E
(Digit 3)
0
Anode Digit 3
(Digit.3)
C
DP (Digit 3)
(Digit 3)
B
(Digit 3)
A
Anode Digit 3
F
(Digit 3)
(Digit 3)
G
(Digit 2)
B
(Digit 2)
A
Anode Digit 2
(Digit2)
F
(Digit 2)
G
(Digit 1)
B
(Digit 1)
A
Anode Digit 1
F
(Digit 1)
(Digit 1)
G
0
1
2
3
3
2
1
5-138
801
INTERNAL CIRCUIT DIAGRAM
A.
LTC-5836
3 28
DIGIT 2
DIGIT 1
13 18
8 23
DIGIT 3
ABCDEFGDP
27 26 4
B.
2
1
29 30 5
LTC-5336
3 28
DIGIT 1
8 23
DIGIT 2
ABCDEFGDP
27 26 4
2
1 29 30 5
1318
DIG IT 3
ABCDEFGDP
22 21
9
7
6
24
ABCDEFGDP
5 10
17 16 14 12 11 19 20 15
ABSOLUTE MAXIMUM RATINGS AT TA = 2SoC
PARAMETER
RED
BRIGHT
GREEN
REO
HI.·EFF.
REO
UNIT
Power Dissipation Per Segment
55
40
75
60
75
75
mW
Feak Forward Current Per Segment
(1/10 Duty Cycle, 0.1ms Pulse Width)
160
60
100
80
100
100
mA
Continuous Forward Current Per Segment
25
15
25
20
25
25
mA
Dereting Linear From 25"C Per Segment
0.3
0.18
0.3
0.24
0.3
0.3
mArC
5
5
5
5
5
V
Reverse Voltage Per Segment
Operating Temperature Range
_250 C to +850 C
Storage Temperature Range
-25°C to +85°C
5-139
802
YElLOW ORANGE
Solder Temperature 1/16 inch Below Seating Plane for 3 Seconds at· 2600 C
.5
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
LTC-5836R/5336R
PARAMETER
Average Luminous Intensity
=
25°C
TEST
CONDITION
SYMBOL
MIN.
TYP.
Iv
200
500
/.tcd
IF = 10 mA
MAX.
UNIT
Peak Emission Wavelength
AP
655
nm
I F= 20 mA
Spectral Lme Half-Width
6A
24
nm
I F= 20 mA
Forward Voltage, any Segment
VF
1.7
2.0
V
IF = 20 mA
Reverse Current, any Segment
I R
100
p,A
Iv-m
2 1
Luminous Intensity Matching Ratio
VR = 5V
I F= 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25 0 C Ambient Temperature Unless Otherwise Noted)
E
-E
100
40
if.
'5
"
20
0;
10
""'0
c
"
">
"0:'"
0;
E
20
24
480
28
1000
800
24
500
20
I"-
E
16
""
0
12
U
c
60
0
e
in
e
E
80
e-
u
'E
~
~
30
e
u.
,
120
50
\
640
15
~
.J
1\
/
25
0
c
E
500
E
I
20
I
:;
/ \
«
«
U
;;;
c
"
E
'"
1000
BOO
2B
E
/
o
20
~
40
>
Forward Voltage (V,) - Volts
Flg.1 FORWARD CURRENT Vs FORWARD VOLTAGE
E
I
~
0
II
J
10
,
100
/
:;
U
/
100
Duty Cycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE %
(REFRESH RATE - F ~ 1 KHzl
ELECTRICAL./OPTICAL CHARACTERISTICS AT TA = 25°C
LTC-5836G/5336G
PARAMETER
TEST
COf"DITION
UNIT
SYMBOL
MIN.
TYP.
Average Luminolls IntenSity
Iv
SOO
2000
).Lcd
I F ~ 10 mA
Peak Emission Wavelength
AP
565
nm
I F= 20 mA
Spectral Line Half-Width
boA
30
nm
I F= 20 mA
Forward Voltage, any Segment
VF
2.1
2.S
V
I F= 20 mA
Reverse Current, any Segment
IR
100
).LA
Iv-m
2: 1
Luminous Intensity Matching Ratio
MAX.
VR = 5V
IF = 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25 0 C Ambient Temperature Unless Otherwise Noted)
50
120
/
«
E
~:;
U
40
V
30
'E
~
(;
u.
0"
o.
~
">
40
o
24
4BO
2B
24
500
"-
~
:;
U
12
1/
I
640
560
BOO
720
10
15
Forward Current
20
25
lid -
30
rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT IPER SEGMENT)
E
"
I
~
<.J
X
g
"-
:;;;'"
o
40
60
Ambient Temperatu.re (Tal -
80
°C
100
BO
:;
50
U
1
90
200
C
~
I
20
I\.
«
0
o
/
05
I
/
/
BOO
«
16
Il:
Wavelength I ~ ) - nm
Fig 2 SPECTRAL RESPONSE
1000
C
'is
20
V
/
>
iii
'is
20
15
.,
iii
28
20
E
:J
-'
Forward Voltage IV,I - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
E
I
c
60
II:
16
/
:J
0
~
j
12
25
E
BO
0
10
o
in
.,c
V>
/
1/
20
~
100
...... ~
.......
'\
r-...
~
"
0..
'\.
I
I.......
. - r---
r--...
I"
20
10
"1:"-
-
t......
1
10
20
Duty Cycle %
50
100
10
""
40
DC
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE
IREFRESH RATE - F ~ 1 KH2)
IAVERAGE I, ~ 10mA PER SEG)
Vs AMBIENT TEMPERATURE
5-142
805
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTC-5836Y /5336Y
PARAMETER
TEST
CONDITION
SYMBOL
MIN.
TYP.
Iv
700
2000
j.tcd
I Fe 10mA
Average Luminous IntensitY
MAX.
UNIT
Peak Emission Wavelength
~p
585
nm
IF'"
Spectral Line Half-Width
,,~
35
nm
IF'" 20 mA
Forward Voltage, any Segment
VF
2.1
Reverse Current, any Segment
Luminous Intensity Matching Ratio
2.8
V
I
IA
100
j.tA
Iv-m
2:1
20 mA
f.= 20 mA
VA'" 5V
I F"'20mA
TYPICAL ELECTRICAl/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
120
J
V
od:
E
40
I
-E
30
e
:;
u
'E
~
0
12
16
60
Q)
40
j
.f
V
~
c
E
~
iii
a;
Q)
>
20
II:
o
24
'5
...J
>
20
480
28
iii
a;
j
II:
IJ
\
560
o
640
800
720
Wavelength I l\ I - nm
Fig 2 SPECTRAL RESPONSE
12
E
I
"'-
g
",,-
E
........
0
Cl
.
~
:;
r-....
..
U
')
x
:;;;
o
10
15
20
Forward Current (IF) -
25
30
rnA
l'-.
500
E 20
E
o
Fig 3 RELATIVE LUMINOUS INTENSIl'Y Vs
FORWARD CURRENT IPFR SEGMENTI
od:
od:
U
/
05
V
1000
800
28
24
16
/
25
0
5c.
5
Forward Voltage IVFI - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
e:;
If
80
c
0
)
o
;;
Q)
~
II
10
u..
;j!.
I
20
i':
'00
o
40
60
80
~
200
,00
80
50
i'-
~
..........
"
""
Q)
Q.
J
90
L"'-..
" "- ,
- - J-.........
20
,
10
10
20
50
100
I'
10
20
40
DC
Ambient Temperature ITal - °C
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
IREFRESH RATE - F ~ 1 KHzI
IAVERAGE IF ~ lOmA PER SEG I
Vs AMBIENT TEMPERATURE
5-143
806
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTC-5836E/5336E
PARAMETER
TEST
CONDITION
SYMBOL
MIN.
TYP.
Average Luminous Intensity
Iv
800
2000
}.Lcd
IF= 10mA
Peak Emission Wavelength
'A.p
630
nm
I F= 20 mA
Spectral Line Half-Width
6A
40
nm
I F= 20 mA
Forward Voltage Segment or D.P.
VF
2.1
2.8
V
I F= 20 mA
Reverse CUrrent any Segment or D.P.
IR
100
}.LA
Iv-m
2.1
Luminous Intensity Matching Ratio
UNIT
MAX.
VR =5V
IF = 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
-,--
50
«
E
-E
40
~
I
100
ift
10
o
12
,.
---
60
">
iii
40
0:
20
a;
J
24
~
I
560
0:
\
05
o
640
720
800
~
o
/
V
10
15
20
25
30
Forward Current (IF) - rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENTI
Wavelength ( A I - nm
Fig 2 SPECTRAL RESPONSE
«
E
I
"-
x
"'-
:;;'"
o
E
~
:;
U
-'"
~
40
60
80
"'"
0..
I
20
200
E-
r'\.
12
o
V
IS
800
~
U
u
0
~
E
:>
">
480
28
500
«
:;
/v
"
E
:>
"'0
iii
a;
o
20
/
25
~
..J
24
16
in
0
1000
E
i:'
I~
- I-
9:>
2.
20
~
f
Forward Voltage (V,I - Volts
Flg.1 FORWARD CURRENT Vs FORWARD VOLTAGE
E
--
-- r-,----
80
S
/
/
20
'E
~
5
Ll.
120
/
30
:;
U
-r-,-
90
Ambient Temperatu!e (Tal - °C
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE
100
80
,
~
'\.
I
i:'
in
c:
.......
S
......
50
I......
20
'\
15
""- "-
E
'r-.
">
iii
a;
0:
.......
1
10
10
20
50
100
10
20
40
oc
Duty Cycle %
Duty Cycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLED,
(REFRESH RATE - F = 1 KHzl
(AVERAGE I, = 10mA PER SEG I
5-144
807
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTC-5836HR/5336HR
PARAMETER
TEST
CONDITION
SYMBOL
MIN.
TYP.
Average Luminous Intensity
Iv
800
2000
/lcd
IF'" 10 mA
Peak Emission Wavelength
AP
635
nm
IF = 20 mA
Spectral Line Half-Width
"'A
40
nm
IF" 20 mA
Forward Voltage. any Segment
VF
2,1
2,8
V
I F= 20 mA
Reverse Current, any Segment
I R
100
/lA
Iv-m
2:1
Luminous Intensity Matching Ratio
UNIT
MAX.
VR = 5V
I F= 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(250 C Ambient Temperature Unless Otherwise Noted)
-
50
,---
I
II
<::
E
40
I
-C
30
5
20
1;
10
~
u.
;J!-
12
16
:;
B-
"
40
a::
20
>
~
a;
24
V
"'0=>
c
E
=>
1S
>
~
a;
560
a::
I \
o
640
720
/
05
800
/
V
V
f
o
10
15
20
Forward Current (IF) -
25
30
rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENTI
800
i'
12
0
)
o
120 ,------
100
I
II
l'
u
'E
-r-,-
60
Ambient Temperature (Ta) -
"'1I
80
°C
90
200
C
100
80
5
50
"'"
20
l'
U
-'"
"-
--'"
I
t'--
"-"-
-....
"'t'-- ....
10
"I"
.....
t
10
20
Duty Cycle %
50
100
10
20
40
DC
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F = 1 KHz)
(AVERAGE I, = 10mA PER SEG)
5-145
808
ILITEr.] ~ II
LTC-5837 SERIES
5337
0.52" FOUR·DIGIT NUMERIC DISPLAYS
FEATURES
-0.52 INCH (13.2mm) DIGIT HEIGHT.
-CONTINUOUS UNIFORM SEGMENTS.
-CHOICE OF SIX BRIGHT COLORS-RED/BRIGHT
RED/GREEN!YELLOW/ORANGE/HIGH EFFICIENCY RED.
- LOW POWER REQUIREMENT.
- EXCELLENT CHARACTERS APPEARANCE.
- HIGH BRIGHTNESS.
_WIDE VIEWING ANGLE.
-SOLID STATE RELIABILITY.
- CATEGORIZED FOR LUMINOUS INTENSITY.
- I.C. COMPATIBLE.
- EASY MOUNTING ON P.C. BOARD OR SOCKETS.
DESCRIPTION
The LTD-5000 series are 0.52 Inch (13.2mm) height
four-digit.
The red senes deVices utilize LED chips which are made
from GaAsP on a GaAs substrate. The bnght red and
green series devices utilize LED chips which are made
from GaP on a transparent GaP substrate. The yellow,
orange and high efficiency red series deVices are utilize
LED chips which are made from GaAsP on a transparent
GaP substrate.
Red, bright red, yellow and orange
displays have gray face and white segment color. Green
displays have gray face and green segment color. High
effiCiency red displays have red face and red segment
color.
DEVICES
PART NO. LTDDESCRIPTION
INTERNAL
CIRCUIT
DIAGRAM
REO
BRIGHT
REO
GREEN
YELLOW
ORANGE
HI.·EFF.
REO
5837R
5837P
5837G
5837Y
5837E
5837HR
Common Anode
Rt. Hand Decimal
A
5337R
5337P
5337G
5337Y
5337E
5337HR
Common Cathode
Rt. Hand Decimal
B
5-146
809
PACKAGE DIMENSION
OIGIT1
DIGIT 2
DIGIT3
DIGIT4
. ~R
11..-1
{.012~i::=-'5.24
0.50
(.02grl
I
(.600r--l
INTERNAL CIRCUIT DIAGRAM
A. LTC-5837
3 38
13 28
8 33
DIGIT 1
DIGIT 2
18 23
DIGIT 3
DIGIT 4
p
373642139405
32 31
9
7
6 34 35 10
ABC
27 26 14 12 11 29 30 15
22 21
0
E
F
19 17 16 24 25 20
B. LTC-5337
.
3736
4
2139405
~
..
B
C
A
ABCDEFGDP
32 31
9
7
6
34 35 10
18 23
13 28
IDIGIT 3
833
DIGIT 2
3 38
DIGIT 1
~
.
~ ~~
~
o
·IDIGIT 4
E
IF
G
~~
~
~ ~
A
B
C
0P
27 26 14 12 11 29 30 15
22 21
~. ~
.~
0
E
F
G 0P
19 17 16 24 25 20
ABSOLUTE MAXIMUM RATINGS AT TA = 25 C
v
RED
BRIGHT
RED
GREEN
YELLOW
ORANGE
HI.·EFF.
RED
UNIT
Power Dissipation Per Segment
55
40
75
60
75
75
mW
Peak Forward Current Per Segment
(1/10 Duty Cycle, O.1ms Pulse Width)
160
60
100
80
100
100
mA
Continuous Forward Current Per Segment
25
15
25
20
25
25
mA
Derating Linear From 25°C Per Segment
0.3
0.18
0.3
0.24
0.3
0.3
mArC
5
5
5
5
5
5
V
PARAMETER
Reverse Voltage Per Segment
Operating Temperature Range
-25°C t6 +85°C
Storage Temperature Range
-25°C to +85°C
5-147
810
Solder Temperature 1/16 inch Below Seating Plane for 3 Seconds at 260Q C
PIN CONNECTION
CONNECTION
PIN NO.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
LTC-5837
LTC-5337
Cathode E (D191t 1)
Cathode D (D iglt 1)
Anode E (Digit 1)
Common Anode (Digit 1)
Cathode C (0 igit 1)
Common Cathode (Digit 1)
Anode C (Digit 1)
Cathode D P. (Digit 1)
AnodeD.P (Digit 1)
Cathode E (Digit 2)
Cathode D (D igit 2)
Anode E (Digit 2)
Common Anode (Digit 2)
Common Cathode (Digit 2)
Anoge C (Digit 2)
Cathode C (Digit 2)
Cathode D.P. (Digit 2)
Cathode E (Digit 3)
Cathode 0 (Digit 3)
Common Anode (Digit 3)
Cathode C (Digit 3)
Cathode D.P. (Digit 3)
Cathode E (Digit 4)
Cathode D (Digit 4)
Common Anode (Digit 4)
Cathode C (Digit 4)
Cathode D P. (Digit 4)
Cathode B (Digit 4)
Cathode A (Digit 4)
Common Anode (Digit 4)
Anode D (Digit 1)
Anode 0 (Digit 2)
Anode D.P. (Digit 2)
Anode E (Digit 3)
Anode 0 (Digit 3)
Common Cathode (Digit 3)
Anode C (Digit 3)
Anode D.P. (Digit 3)
Anode E (Digit 4)
Anode 0 (Digit 4)
Common Anode (Digit 4)
Anode C (Digit 4)
AnodeD.P (Digit 4)
Anode B (Digit 4)
Anode A (Digit 4)
Cathode F (Digit 4)
Common Cathode (Digit 4)
Anode F (Digit 4)
25
26
27
Cathode G (Digit 4)
Anode G (Digit 4)
Cathode B (Digit 3)
Cathode A (Digit 31
Anode B (Digit 3)
Anode A (Digit 31
28
29
30
31
32
Common Anode (Digit 3)
Cathode F (Digit 3)
Common Cathode (Digit 3)
Cathode G (Digit 3)
Anode G (Digit 3)
Cathode B (Digit 2)
Cathode A (Digit 2)
Common Anode (Digit 2)
Anode B (Digit 2)
.Ll.node A (Digit 2)
33
34
35
36
37
38
39
40
Anode F (Digit 3)
Cathode F {Digit 2}
Common Cathode (Digit 2)
Anode F (Digit 2)
Cathode G (Digit 2)
Anode G (Digit 2)
Cathode B (Digit 1)
Cathode A (Digit 1)
Anode B (Digit 1)
Anode A (Digit 1)
Common Anode (D igit 1)
Cathode F (Digit 1)
Common Cathode (Digit 1)
Anode F (Digit 1)
CathodeG (Digit 1)
Anode G (Digit 1)
5-148
811
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTC-5837R/5337R
PARAMETER
MIN.
TYP.
Average Luminous Intensity
Iv
200
500
~cd
IF" 10 mA
Peak Emission Wavelength
"Ap
655
nm
IF'" 20mA
Spectral Line Half·Width
e:.].,.
24
nm
I FO'20 mA
Forward Voltage, any Segment
VF
L7
2.0
V
I F= 20 mA
Reverse Current, any Segment
IR
100
~A
Iv..fT1
2:1
Luminous Intensity Matching Ratio
MAX.
TEST
CONDITION
SYMBOL
UNIT
VR=5V
I pO' 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
E
-E
100
40
*
80
30
:;
S:J
60
20
0
~
~
U
"E
;:
'"
5
LL
l:in
c:
c:
E
:J
">
40
Q;
0:
20
">
"'"
16
20
24
480
2.
Forward Voltage (V,) - Volts
Fig 1 FORWARO CURRENT Vs FORWARD VOLTAGE
1000
800
24
500
E
I
20
i'.
E
16
«
"
12
E
I
g~
"- ')
"
x
:;;:
'"
Cl
40
60
80
640
100
80
~
U
50
"'"
0-
90
/
05
o
800
720
i/
o
/
10
/
15
20
25
30
Forward Current (IF) - rnA
Fig 3 RELATIVE LUMINOUS INTENSItY Vs
FORWARD CURRENT (PER SEGMENT).
II
"
!
:
I
r-.~
l:in
c:
~
t"--"
~
I
20
200
E
~
560
Wavelength ( ~ ) - nm
Fig 2 SPECTRAL RESPONSE
28
«
Q;
0:
V 1\
o
12
15
..J
iii
10
25
"
E
'":J0
0
~
~
U
,
120
50
«
20
I
15
""
"
.~
Q;
0:
I"..
..........
........
r-....
1
10
10
20
50
100
10
20
40
DC
Ambient Temperature (Ta) - °C
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
(REFRESH RATE - F = 1 KHz)
(AVERAGE I, = 10mA PER SEG)
Vs AMBIENT TEMPERATURE
5-149
812
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTC-5837P /5337P
PARAMETER
MIN.
TYP.
Average Lum inous Intensity
Iv
300
750
J,tcd
I
Peak Emission Wavelength
Xp
697
nm
IF'" 20 mA
Spectral Line Half·Width
AX
90
nm
I F= 20 mA
Forward Voltage, any Segment
VF
2.1
2.8
V
I F= 20 mA
Reverse Current, any segment
IR
100
J.tA
Iv·m
2:1
Luminous Intensity Matching Ratio
MAX.
TEST
CONDITION
SYMBOL
UNIT
'" 10 mA
V R=5 V
IF'" 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless OtherWise Noted)
120
50
/
..:
E
-E
40
/
/
1/
20
-0
:a
;:
(;
80
5
B:J
60
J
o
12
16
40
Q;
0:
20
24
480
28
25
/ 1\
0
c
E
:J
\
\
640
15
..J
1\
1/
560
'"
:J
">
""
Q;
0::
800
720
V
05
o
o
/'"
10
....-
15
-
20
25
30
Forward Current 11,1 - mA
Fig. 3 RELATIVE LUMINOUS INTENSll'Y Vs
FORWARD CURRENT IPER SEGMENT!.
Wavelength I 1\ I - nm
Fig 2 SPECTRAL RESPONSE.
1000
800
28
500
24
..:
..:
E
20
E
I
E
16
g
U
u
12
.........
E
e:;
.........
0
x
::;;"
in
/
o
20
Forward Voltage IV,I - Volts
Flg.l FORWARD CURRENT Vs. FORWARD VOLTAGE
e
:;
I
">
""
?:
§
.E
0
10
u..
#-
30
"~
U
,
100
U
.........
4
........
I
20
40
60
80
90
200
100
80
......
........
50
..........
~
"
0..
"
i'
20
10
10
20
50
.....
100
Ambient Temperatu.re fTa) - °c
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE %
Vs AMBIENT TEMPERATURE
IREFRESH RATE - F ~ 1 KHzl
5-150
813
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTC-5837G/5337G
MIN.
TYP.
Average Luminous Intensity
Iv
800
2000
j.Lcd
I P' 10 mA
Peak Emission Wavelength
;>..p
565
nm
I F"'20mA
Spectral Line Half-Width
61..
30
nm
I F= 20 mA
Forward Voltage, any segment
VF
2.1
2.8
V
IF" 20 mA
Reverse CUrrent. any Segment
IR
100
IlA
Iv-m
2:1
Luminous Intensity Matching Ratio
MAX.
TEST
CONDITION
SYMBOL
PARAMETER
UNIT
VR=5V
IF=20mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(2SoC Ambient Temperature Unless Otherwise Noted)
50
120
/
0.:
E
-E
40
II
30
u
20
0;
~
5
10
e-
12
16
24
16
i'.
5
12
480
28
a:
II
05
o
560
640
800
720
Wavelength ( A I - nm
Fig 2 SPECTRAL RESPONSE
f
o
10
15
20
Forward Current
25
30
(ld - rnA
Fig 3 RELATIVE LUMINOUS INTENSitY Vs
FORWARD CURRENT (PER SEGMENTI
1,\
"
x
'"
::!:
E
I
,i'.
E
:!:!
5
U
o
I
40
60
~
200
E-
1
20
~
500
Q
o
03
20
0.:
:!:!
U
V
I
iii
1000
800
0.:
E
V
15
">
40
o
24
LV
..J
">
"a:'"
03
28
20
c:
E
::>
0
20
/
25
"
E
::>
"'0
60
Forward Voltage (V,I - Volts
Flg.1 FORWARD CURRENT Vs FORWARD VOLTAGE
E
I
c:
::>
)
o
in
80
:;
V
"C
u-
if
/
:!:!
5
?:
100
80
90
100
80
50
r--..
"
~
.......
........
'"
""'"
,
20
I'
10
~
'\
'" "
1
10
20
50
100
10
40
DC
Ambient Temperatu!e (Tal - °C
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F ~ 1 KHzl
(AVERAGE I, ~ 10mA PER SEG I
5-151
814
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
LTC-5837Y /5337Y
PARAMETER
=
25°C
MIN.
TYP.
Average Luminous Intensity
Iv
700
2000
/.Lcd
I F= 10 mA
Peak Emission Wavelength
;>..p
585
nm
IF = 20 mA
Spectral Line Half-Width
c,;>..
35
nm
I F= 20 mA
Forward Voltage, any Segment
VF
2.1
2.8
V
I F= 20 mA
Reverse Current, any Segment
IR
100
p.A
Iv-m
2:1
Luminous I ntensity Matching Ratio
MAX.
TEST
CONDITION
SYMBOL
UNIT
V R= 5 V
I F= 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
120
/
«
E
40
-E
30
~
20
"0
<0
~
0
u..
10
80
12
16
60
'">
40
Q;
0:
20
480
28
15
'">
24
I
J
580
Q;
0:
05
\
640
800
720
Wavelength I }. ) - nm
Fig 2 SPECTRAL RESPONSE
10
20
E
16
U
u
12
20
25
30
I\,
500
\..
E
r--..
......
I
,
g
"'" ........
0
x
::;;'"
o
15
Forward Current (IF) - rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT IPFR SEGMENT) .
«
E
/
/
ji:
J
1000
800
28
'"~
E
o
24
/
:J
...J
Forward Voltage IV,) - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
«
c:
ji:
20
/
25
'"
0
J
o
40
24
a:
20
>
480
28
\
J
560
a:
05
o
640
720
800
Wavelength I }. ) - nm.
F'g 2 SPECTRAL RESPONSE
~
/
V
V
o
10
15
20
25
30
Forward Current II,) - rnA
F'g 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT IPER SEGMENT)
1000
800
l-
i'-
E
I
'\
g
x
~
20
40
~
500
«
'-
12
"
60
"-
E
~
:;
U
.'"
~
80
100
80
1
90
~
I
200
"
~
in
c:
.......
f!
"
50
~
0.
Ambient Temperature ITa) - °C
F'g 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMB)ENT TEMPERATURE
5-153
15
.
iii
a;
o
20
Cl
816
E
/
/
:J
...J
iii
a;
28
E
c:
'- 1-
60
V
/
'"
S:J
,--
25
:J
0
Forward Voltage IV,) - Volts
F'g.1 FORWARD CURRENT Vs FORWARD VOLTAGE
~
~
U
in
c:
0
)
o
«
.
:£
{
80
S
I
II
10
LL
100
II
.. --
~
30
20
'E
---r-Y--,-,-
120
I
«
E
-r-,--
y--
'\
15
.
E
I.......
~
>
iii
r--..
10
"
~
a;
a:
20
......
1
10
20
50
100
10
20
40
DC
Duty Cycle %
Duty Cycle %
F'g 5 MAX PEAK CURRENT Vs DUTY CYCLE % F'g 6 LUMINOUS INTENSITY Vs DUTY CYCLE '"
(REFRESH RATE -- F = 1 KHz)
IAVERAGE IF = 10mA PER SEG)
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTC-5837HR/5337HR
PARAMETER
SYMBOL
MIN.
MAX,
T'/P.
TEST
UNIT
CONOITION
2000
J,lcd
I F ~
10
mA
AP
635
nm
I F~
20
mA
Spectral Line Half·Width
b."A
40
nm
IF =
20
mA
Forward Voltage. any Segment
VF
2.1
2.S
V
I F=
20
mA
Reverse Cu rrent , a ny Segment
IR
100
J,lA
Iv·m
2:1
Average Luminous Intensity
Iv
Peak Emission Wavelength
Luminous I ntensity Matching Ratio
SOD
5V
VR=
IF =
20
mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
E
-E
--,- ,----
--
50
..:
/
r--- --
40
~
/
/
:;
U
::
~
0
100
II
30
20
12
16
80
s"-
60
U
20
c
24
1:
/
"'::>0
c
IS
">
II:
20
iii
a;
560
II:
\
/
480
28
640
720
Wavelength ( A I -
/
25
l!!
05
800
~
/
/
/
V
10
15
20
25
30
Forward Current (IF) - rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENT)
nm
Fig 2 SPECTRAL RESPONSE
800
\.
SOD
"-
..:
E
"
12
u.
I
"I
"I
x
~
o
20
40
60
Ambient Temperatu.re (Ta) -
80
°C
90
E
~
:;
U
~
~
z:in
........
100
80
50
"-
I
200
E-
"-
0
o
-------I~
1000
..:
16
f--+-+--+-r",t-
- - - - ,------
, - - -,-----
z:in
I"::>
40
24
E
~
:;
--- --
~1--+-H-~-+-t-1-~
">
iii
a;
28
20
----
-'
Forward Voltage (V,) - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
E
-~
0
J
o
~
S
10
u.
r--
120
"
C
l!!
I'-..
'\
IS
..... i'-
.....
20
,
'\..
1:
g">
"'-
a;
II:
"
1
10
10
20
Duty Cycle %
50
100
10
20
40
DC
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE '0
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F ~ 1 KHz)
(AVERAGE I, ~ 10mA PER SEG )
5-154
817
SELECTION GUIDE
• ALPHANUMERIC DISPLAYS
PACKAGE
ilWlJ!J
fFjJ]o
12.7mm ('5")
Oual-In-Line
1"H x.63"W
x .38" 0
II
13.8mm (.54")
Oual·ln-Line
.84"H xl" W
x .32" 0
5-155
818
PART
NO.
COLOR
LTP537R
537P
537G
537Y
537E
537HR
Red
Bright Red
Green
Yellow
Orange
Hi. -Eff. Red
587R
587P
587G
587Y
587E
587HR
Red
Bright Red
Green
Yellow
Orange
Hi. ·Eft. Red
LTP.
3784R
3784G
3784E
Red
Green
Orange
DESCRIPTION
TVP.lv/SEG.
@'F '" 10mA
Common Cathode
Single Character, Rt. Hand Decimal
500 J.'cd
750 J.'cd
2000J.'OO
2000 J.'cd
2000 J.'cd
2000 J.'cd
Common Anode,
Single Character, Rt Hand Decimal
500 J.'OO
750 J.'cd
2000 J.'cd
2000J.'OO
2000 J.'OO
2000J.'OO
Multiplex. Dual Character.
Rt. Hand Decimal
400 J.'OO
1800 J.'OO
1800 J.'cd
PAGE
NO.
5·156
5·156
3785R
3785G
3785E
Red
Green
Orange
Multiplex. Dual, Character.
Rt. Hand Oesimal
4OOJ.'OO
1800 J.'OO
1800 J.'OO
ILITEr.) ~ II
SERIES
LTP- 537/587
3784/3785
0.5" & 0.54" ALPHANUMERIC DISPLAYS
FEATURES
_ LOW POWER REQUIREMENTS .
• EXCELLENT CHARACTER APPEARANCE.
- HIGH CONTRAST.
- HIGH BRIGHTNESS.
-WIDE VIEWING ANGLE.
-SOLID STATE RELIABILITY.
-COMMON ANODE OR COMMON CATHODE
MODELS.
-CATEGORIZED FOR LUMINOUS INTENSITY.
EASY MOUNTING ON P.C. BOARD.
DESCRIPTION
,,
~
The LTP-537/587 series are 0.5 inch (12.7mml hieght
16-segment single digit alphanumeric displays.
The red, bright red, green and orange displays have
black face and white segment colors.
The high
efficiency red display has red face and red segment
colors.
The LTP-3784/3785 series are 0.54 inch (13.8mm l
height 14-segment dual digit alphanumeric displays.
The dual digit displays have gray face and white
segment color.
The red series devices utilize LED chips which are made
from GaAsP on a GaAs substrate. The bright red and
green series devices utilize LED chips which are made
from GaP on a transparent GaP substrate. The yellow,
orange and high efficiency red series devices utilize
LED chips which are made from GaAsP on a transparent
GaP substrate.
DEVICES
PART NO_ L TPRED
BRIGHT
GREEN
RED
YELLOW
HI_-EFF_
ORANGE
RED
DESCRIPTION
PACKAGE
DIMENSION
INTERNAL
CIRCUIT
DIAGRAM
537R
537P
537G
537Y
537E
537HR
Common Cathode,
Rt. Hand Decimal
A
A
587R
587P
587G
587Y
587E
587HR
Common Anode,
Rt. Hand Decimal
A
B
Multiplex Common
Cathqde, Rt. Hand Decimal
8
C
Multiplex Common
Cathode, Rt. Hand Decimal
B
D
3784R
-
3784G
3785R
-
3785G
-
3784E
3785E
-
5-156
819
PACKAGE DIMENSIONS
D:O~:2 D:oil:
f~;5~~
A2
CPA
!J)1e60 DIGIT A
(0.063) LTPIPART NO.
TXXX: DATE CODE
NOTE: All dimenSions are in
millimeters
(inches)
A4
OPe
DIGIT B
tolerance are:
1. Lead length (from seat'ing plane): minimum valum
~ mm
-0.000
2.
+0.040"
( -0.000"
±0.25mm
(0.010")
unless otherwise noted.
PIN CONNECTION
PIN
NO.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
5-157
820
CONNECTION
A. LTP·537
Anode 8
Anode A
Anode M
Anode K
Anode H
Anode G
Anode T
Anode F
Anode E
Anode D.P.
Anode S
Anode R
Anode D
Anode U
Anode P
Anode C
Anode N
Common Cathode
B. LTP·587
C. LTP·3784
D. LTP·3785
Cathode B
Anode E
Anode D,. D 2 • D 3 • D.
No connection
Cathode A
Anode M
Cathode M
No Connection
Anode G,. G z • G 3 • G.
Cathode K
Anode L
Anode C,. C•• C,. C.
Cathode H
Anode K
Cathode A •• 8 •• C •• E •• F •• G •• D.P.A.
Cathode G
Anode D.P.A.
Anode J
Cathode T
No Connection
Anode D
Cathode F
Anode D.P
Cathode A 3 • B,. C3 • D 3 • E,. F" G,
Cathode E
Anode D.P.B.
Anode C
Cathode D.P.
Anode B
Cathode A •• B •• C•• D •• E 4 • F4' G •• D.P.B.
Cathode S
Common Cathode. Character 2
No Connection
Cathode R
Anode A
Anode A, • A •• A,. A.
Cathode D
Anode N
No Connection
Cathode U
Anode H
Anode 8,. 8 •• 8 3 .8.
Cathode P
Anode G
Cathode AI' 8 I • C, • D, • E 1 • F , • G I
No Connection
Cathode C
Common Cathode. Character 1
Cathode N
Anode P
Anode E,. Ez • E,. E.
Common Anode
Anode F
Anode F ,. F 2' F 3' F 4
INTERNAL CIRCUIT DIAGRAM
B. LTP·587
A. LTP·537
,.
,.
•
2
c.
~B
1
C
16 13
F
E
0
9
8
G
6
K
"
5
4
M
3
17
R
P
N
15
12
S
11
U
0
14
10
T
7
.
2
16
10
9
7
1
0
C
16
E
13
9
F
8
G
6
H
5
K
4
M
3
P
N
17
S
R
15
T
12 11
~
0
U
7
14
10
D. LTp·3785
LTP·3784
12
.
B
1
18
15
14
6
5
4
2
13
17
8
12
11
DIGITl DIGIT2
fo"I ~
lGl
14
,.
17
81
.
3
~
1
C
01
~,
"
6.
1
F3
F1
E3
1
~' ~
E2
B2
4
F2
F4
OP
~,
0 P8
G
P
DIGIT
2
155 8 10
ABSOLUTE MAXIMUM RATINGS AT TA = 25°C
RED
BRIGHT
RED
55
40
75
160
60
Continuous Forward Current Per Segment
25
Derating Linear From 25° C Per Segment
PARAMETER
Power Dissipation Per Segment
Peak Forward Current Per Segment
(1/10 Duty Cycle, 0.1 ms Pulse Width)
Reverse Voltage Per Segment
ORANGE
HI.·EFF.
RED
UNIT
60
75
75
mW
tOO
80
100
100
mA
15
25
20
25
25
mA
0.3
0.18
0.3
0.24
0.3
0.3
mArC
5
5
5
5
5
5
V
GREEN YELLOW
Operating Temperature Range
- 25°C to + 85°C
Storage Temperature Range
- 25°C to + 85°C
Solder Temperature 1/16 inch Below Seating Plane for 3 Seconds at 260°C
5·158
821
ELECTRICAl/OPTICAL CHARACTERISTICS AT TA
LTP-537R/587R & LTP-3184R/3785R
PARAMETER
Average Luminous Intensity
= 25°C
MAX.
TEST
CONDITION
LTP-
SYMBOL
MIN.
TYP.
UNIT
537R/587R
Iv
200
500
).Icd
IF '" 10 mA
3784R/3785R
Iv
200
400
).Icd
IF "'lOmA
Peak Emission Wavelength
;>..p
655
nm
IF '" 20 mA
Spectral Line Half-Width
LI;>"
24
nm
IF'"
Forward Voltage, any Segment or D.P.
VF
1.7
Reverse Current, any Segment or D.P.
Luminous Intensity Matching Ratio
2.0
V
IR
100
).IA
Iv-m
2:1
20 mA
IF = 20 mA
VR =5 V
IF = 20 mA
TYPICAL ELECTRICAl/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
00:
E
100
40
;J!.
-E
30
U
20
0
10
~
a;
25
0
c-
~
5
in
c
"
E
.,
80
"""
<0
LL
i':
:J
"~
-0
,
120
12
E
:J
20
24
V
"
>
40
a:
20
a:
II 1\
480
28
>
~
a;
j
o
16
15
...J
j)
o
c
60
Forward Voltage (V,) - Volts
Flg.1 FORWARD CURRENT Vs. FORWARD VOLTAGE
560
640
o
Wavelength ( }. ) - nm.
Fig. 2 SPECTRAL RESPONSE
1/
05
BOO
720
V
~
1- .
o
10
15
20
25
Forward Current (IF) -
30
rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT IPER SEGMENT)
1000
800
28
1
24
"-
00:
E
E
~
5
U
20
16
12
500
"
"
E
I
g
"-
Cl
X
<0
:<
o
5-159
822
o
20
40
200
60
E
i'-.
~
5
U
J
I
so
90
""
50
-Iii
"
"-
in
,
c
2l
o
!
15 ~
~
.5
">
~
a;
a:
20
10
I
i':
.........
100
80
1
1 il
~ I'-..
00:
"
~
..............
1
10
20
50
100
10
20
40
DC
Ambient Temperatu!e (Ta) - °C
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F ~ 1 KHz)
(AVERAGE IF ~ 10mA PER SEG)
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
=
25°C
LTP-537P/587P
PARAMETER
SYMBOL
MIN.
Iv
300
Average Luminous Intensity
TYP.
MAX.
750
- - - I-----
-
TEST
CONDITION
UNIT
IF = 10 mA
/led
---~-------
--"--------- 1---
Peak EmiSSion Wavelength
AP
697
nm
IF '" 20 mA
Spectral Lille Half-Width
6A
90
nm
IF = 20 mA
Forward Voltage, any Segment or D.P.
VF
2.1
2.8
V
IF = 20 mA
IR
100
/lA
Iv-m
2'1
'-Reverse Current, any Segment or D.P.
Lumillous Intensity Matching Ratio
VR =5 V
IF'" 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
{25°C Ambient Temperature Unless Otherwise Noted)
120
50
/
40
0::
20
jij
a;
/
/
o
20
16
60
0
J
o
I \
:J
II
"C
0
u-
e-
24
480
28
0;
"'\
80
:;
/
~
:;
;:
100
c
£
'"0
:J
c
E
:J
\
Forward Voltage IV,) - Volts
Wavelength I }, ) - nm.
Flg.1 FORWARD CURRENT Vs. FORWARD VOLTAGE
Fig 2 SPECTRAL RESPONSE
/'
05
o
......
o
10
15
20
25
30
Forward Current (IF) - rnA
Fig 3 RELATIVE, LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENT)
500
24
jij
a;
\
640
15
..J
\
/
560
25
Q)
i'
E
~
:;
i'
u
0
x
U
I'- I'-..
~
o
o
I
20
40
60
80
90
Ambient Temperatu.re (Ta) - °C
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE
200
100
80
......
50
...........
~
Q)
0..
20
r-.... 1'jo..
10
10
20
50
100
Duty Cycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE %
(REFRESH RATE - F ~ 1 KHzl
5-160
823
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTP-537G/587G & LTP-3784G/3785G
PARAMETER
LTP-
MAX.
TEST
CONDITION
SYMBOL
MIN.
TYP.
UNIT
537G/587G
Iv
750
2000
pcd
IF = 10 mA
3784G/3785G
Iv
,600
1800
#lcd
IF=10rnA
Average Luminous Intensity
Peak Emission Wavelength
;\p
565
nm
IF'" 20 mA
Spectral Line Half-Width
6;\
30
nm
IF '" 20 mA
Forward Voltage, any Segment or D,P,
VF
2.1
2,8
V
IF = 20 rnA
Reverse CUrrent, any Segment or D.P.
IR
100
pA
Iv-m
2:1
Luminous Intensity Matching Ratio
VR =5V
IF = 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
120
/
«
E
-E
40
e
20
0
10
~
u.
c?
:J
'"
-
480
28
Volts
"-
20
I
16
U
u
Cl
12
5-161
V
o
10
nm
15
20
Forward Current (IF) -
Fig 2 SPECTRAL RESPONSE
25
30
rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENT).
500
"
E
I
g
r'\.
4
20
824
800
720
40
1,\
«
x
~
o
640
L
os
V
1000
800
24
e:;
560
Wavelength ( )" ) -
28
E
'"'"
a;
a:
20
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
E
15
">
IJ
24
Forward Voltage (V F )
«
E
40
~'"
20
/
t/
:J
..J
g!
J
16
c
60
C.
'5
o
II
12
25
E
'"0
80
:J
I
:;
u
'E
in
L
iii
V
30
,-~
100
60
E
"-
"~
U
1
I
80
90
'\.
200
100
80
. . . r--..
~
in
c
.......
.......
50
.......
'"
"'"
0..
20
, r-.
10
2l
"I'
1.5
oS
g">
......
........
£
......
1
10
20
50
100
10
20
40
DC
Ambient Temperature (Tal - DC
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F = 1 KHzl
(AVERAGE IF = 10mA PER SEG I
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTP-537Y /587Y
PARAMETER
MIN.
TYP.
Iv
750
2000
}lcd
IF = 10 mA
Average Luminous Intensity
MAX.
TEST
CONDITION
SYMBOL
UNIT
Peak Emission Wavelength
AP
585
nm
IF = 20 mA
Spectral Line Half-Width
6A
35
nm
IF =20 mA
Forward Voltage, any Segment or D.P
VF
2.1
2.8
V
IF = 20 mA
Reverse Current, any Segment
IR
100
}lA
Iv-m
2.1
Luminous Intensity Matching Ratio
VR = 5 V
IF = 20 mA
TYPICAL ELECTRICAl/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
120
/
40
w
20
0:
20
24
15
480
28
Forward Voltage (V,I - Volts
Fig 1 FORWARO CURRENT Vs FORWARD VOLTAGE
">
J
IJ
W
0:
\
560
05
o
640
720
800
Wavelength ( X I - nm
Fig 2 SPECTRAL RESPONSE.
'"
12
x
ro
E
I
g-
. . . . r---.,
E
"
:;;
o
10
15
20
25
30
\.
"
'-.......
~
0-
~
in
ro
W
0:
10
-
~
.......
1
10
20
50
100
10
20
40
DC
Duty Cycle %
Duty Cycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE %
(REFRESH RATE - F ~ 1 KHzl
(AVERAGE I, ~ 10mA PER SEG I
5-162
825
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTP-537E/587E & LTP-3784E/3785E
PARAMETER
LTP-
UNIT
TEST
CONDITION
2000
!led
IF = 10 mA
1800
!lcd
IF = 10 mA
SYMBOL
MIN.
TYP.
537E/587E
Iv
750
3784E/3785E
Iv
600
MAX.
Average Luminous Intensity
Peak Emission Wavelength
AP
630
nm
IF = 20 mA
Spectral Line Half-Width
AA.
40
nm
IF = 20 mA
Forward Voltage,any Segment or D.P.
VF
2.1
2.8
V
IF '" 20 mA
Reverse Current, any Segment or D.P.
IR
100
/LA
Iv-m
2:1
Luminous Intensity Matching Ratio
VR =5 V
IF'" 20 mA
TYPICAL ELECTRICAl/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
5.
,-- -
E
-E
/
II
"
«
4.
3.
'0
2.
<;;
~
I.
(;
ll.
12
16
24
I--
«
E
20
E
16
-
~
5
()
12
.~
20
480
2B
5-163
826
\
560
05
o
640
BOO
720
I
o
/
V
10
15
20
25
30
Forward Current (1,1 - mA
Fig 3 RELATIVE LUMINOUS INTENSIl'Y Vs
FORWARD CURRENT (PER SEGMENTI
Wavelength ( }. I - nm
Fig 2 SPECTRAL RESPONSE
"-
I
500
«
"
E
I
g
~
)(
4
40
60
200
100
E so
~
5 50
()
1
I
20
j
q;
c::
/
1000
BOO
"o
15
"
">
o
"
.,
o
E
40
c::
24
/
..J
~
q;
Cl
:;;;
c
60
"
">
20
/
25
0
Forward Voltage (V,! - Volts
Flg.1 FORWARD CURRENT Vs FORWARD VOLTAGE
2B
c
e
.E
"'"
0
J
o
~
in
I
BO
S
B-
/
II
~
5
()
100
if.
_.
--,---
12.
~-
80
90
......
,
"
""-
.......
........
I.......
'".,
Q.
\.
\.
I
'"1"'-
i'
20
10
......
1
10
20
50
100
10
20
40
DC
Ambient Temperature (Tal - °C
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE %
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F = 1 KHzl
(AVERAGE I, = 10mA PER SEG)
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
=
25°C
LTP-537HR/587HR
PARAMETER
TEST
CONDITION
SYMBOL
MIN.
TYP.
Iv
750
2000
~cd
IF
= 10
mA
Average Luminous Intensity
UNIT
MAX.
Peak Emission Wavelength
AP
635
nm
IF
= 20
mA
Spectral Line Half-Width
C,A
40
nm
IF
= 20
mA
Forward Voltage, any Segment or D.P.
VF
2.1
20
mA
Reverse Current,any Segment or D.P.
Luminous Intensity Matching Ratio
IF =
2.8
V
IR
100
~A
Iv-m
2.1
VR
=5
IF
= 20
V
mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C
Ambient Temperature Unless Otherwise Noted)
50
/
20
V
...J
g
J
16
"'"
60
Qi
1.2
25
-=
0
10
o
c
-_.
~
0
'5c.
'5
/
/
20
80
-.
~
in
r
100
V
:;
U
-,--
120
'--,- r-I-
o
20
40
"-
C
100
80
:;
50
~
U
.
"1
80
......
I
,
.......
,
-"
Q)
0..
I
60
200
90
'\.
'\.
~
in
~
"
I'
....
20
""
15
.£
""
Q)
'."
>
Qi
a:
......
1
10
10
20
50
100
10
20
40
DC
Ambient TemperatuIe (Tal - DC
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE% 5-164
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F = 1 KHzl
(AVERAGE I, = 10mA PER SEG J
827
·ILlTE(')~11
LTB-1400 SERIES
RED 7-SEGMENT MAGNIFIED
MONOLITHIC NUMERIC DISPLAYS
FEATURES
elNTEGRATED MAGNIFIER LENS.
e LOW POWER REQUIREMENTS.
eMONOLITHIC CONSTRUCTION FOR MAXIMUM
BRIGHTNESS AT MINIMUM POWER.
e COMMON CATHODE FOR SIMPLICITY OF MUL TIPLEXING.
eCATEGORIZED FOR BRIGHTNESS UNIFORMITY.
DESCRIPTION
The L TB-0022/0028/0038/004 7 & L TB-1466/1468/
1488/1498 are red numeric LED displays. Low cost
is achieved through minimum use of monlithic GaAsP
material and magnification to full height using a simple
integrated lens construction.
These displays are designed for multiplex operation
the desired digit being displayed by selecting the appropriate cathode. A right hand decimal point is provided.
All devices are optimized for low power portable
battery operated equipment uSing MOS and CMOS
integrated logic circuits.
DEVICES
5-165
828
PART NO.,
LTB-
DESCRIPTION
0022
2
0028
.
CIRCUIT
PIN
CODE
P.O •
BxB
MPX
A
A
?
xBS
MPX
B
A
0038
3
8:8.8
MPX
C
A
0047
4
88B8
MPX
. 'D
B
1466
6
xxB.8 8 8 8.8x
MPX
E
C
DISPLA Y FONT
,
1478
7
x8.8.8 8.8.8Hx
MPX
E
C
1488
8
x8..
8.8.8.8.8S.8.
MPX
E
C
1498
9
E3S.8.8.a.8S 8.8.
MPX
E
C
PACKAGE DIMENSIONS
A. L TB-0022/0028/0038
5.16
('227~1.60
(.063)
I
f
5·
7.49
(.295)
18.29±O.SO
( .720±.020
'27
~
IL
( 050)
R2.59
( R.(02)
---+--+-+-----+--+-----€t-I
KJ1-----+-----+'
(~;~~::~:~~~i;~0"0,)------~~11
~
B. LTB-0047
(.".,.",) I L~
1.21
/pl.aD
(0.039)
.
___
~I
(.050)
27.8 :to.50
(100941.020 1
--------EIl-
2.54~11:27.04
LIo88
(.,00.,1=1.,00) - - - - - '
c.~-----(7:;~~~~~~~)
(.014)
--------..l
C. LTB-402/1466/14 78/1488/149R
r----___________ 48 • 96 ±O.50
(1.928=.020)
r------------
5.09><8=40.72
(.200><8-" 1.603)
.. t:::::;::::=-i
8.12
(.3:20)
18.28±0.50
( .720±.020)
R2.59
(R.,D2)
I
1....~
2.54><17= 43.18
_ _ _ _ _ _ _ _-<(.100><17= 1.70DJ-_ _ _ _ _ _ _ _ _.,..J
¢ll.00
(0.039)
'---------------:(~~~~~~~~~~)
NOTE: All dimensions are
In
millimeters
(inches)
• tolerance
IS
0.25mm
(0.010")
unless otherwise noted.
5-166
829
INTERNAL CIRCUIT DIAGRAM
A. LTB·0022
DIGIT 1
..
A
C .•
11
10
4
5
DIGIT 3
E
F
3
9
G OP
8
A
B
A
B_1
D.!
C
F
G OP
F
G 0
6
B. LTB-0028
DIGIT 3
DIGIT 2
,
A
B
11
c.
10
E
0
C
4
5
G~D,!
F
3
9
8
E
0
6
LTB-0038
DIGIT 1
~B
C
DIGIT 2
e
0
B
A
G OP
F
11
C
10
0
4
F
E
5
3
A
GOP
9
8
B
DIGIT
3
C
E
0
F
G DP
6
D. LTB-0047
DIGIT 1
A
10
5-167
830
B
9
C
6
DIGIT 2
0
E
5
3
F
11
G
4
A
B
C
0
DIGIT 3
E
F
G
A
B
C
DIGIT 4
0
E
F
G
AI'-~ c
0
E
F
G
PIN NO.
LTA-1488
LTA-1478
LTA-1466
1
NC
LTA-1498
NC
NC
NC
NC
2
Digit 1
NC
NC
NC
V
3
Segment C
Segment C
Segment C
Segment C
4
Digit 2
Digit 1
Digit 1
NC
DP
DP
DP
DP
6
Digit 3
Digit 2
Digit 2
Digit 1
7
Segment A
Segment A
Segment A
Segment A
8
Digit 4
Digit 3
Digit 3
Digit 2
9
Segment E
Segment E
Segment E
Segment E
10
Digit 5
Digit 4
Digit 4
Digit 3
11
Segment D
Segment D
Segment D
Segment D
12
Digit 6
Digit 5
Digit 5
Digit 4
13
Segment G
Segment G
Segment G
Segment G
14
Digit 7
Digit 6
Digit 6
Digit 5
15
Segment B
Segment B
Segment B
Segment B
16
Digit 8
Digit 7
Digit 7
Digit 6
17
Segment F
Segment F
Segment F
Segment F
18
Digit 9
Digit 8
NC
NC
=
ANODE
V
V
5
ABSOLUTE MAXIMUM RATINGS AT TA
CATHODE
V
V
V
V
V
V
V
V
V
V
V
V
V
25°C
SYMBOL
MAXIMUM RATING
UNIT
Average Forward Current Per Segment/D.P. Direct Drive Current
PARAMETER
ICF
5
mA
Peak Forward Current Per Segment/D.P. (Duty 1/10 1 KHz)
IPF
40
mA
Reverse Voltage (Segment of Decimal Point)
VR
3
V
Operating Temperature Range
Topr
_250 C to 60° C
Storage Temperature Range
Tstg
_25° C to 70° C
Power Dissipation per Digit
Po
50
mW
Max. Solder Temperature 260°C From 3 Seconds at 2mm From the Case or Reflector Edge
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
f'ARAMETER
SYMBOL
MIN
TYP
= 25°C
MAX
UNIT
TEST CONDITION
Luminous IntensitY per Digit
Iv
100
!-Icd
IF = 5 mA
Peak Emission Wavelength
i\p
655
nm
IF = 5 mA
Spectral Line Half-Width
Ai\
40
nm
IF = 5 mA
Forward Voltage
VF
1.6
Reverse Current
IR
!-IA
VR =5V
Luminous Intensity Matching Ratio
Iv-m
2:1
IF = 5mA
IF = 5 mA
100
5-168
831
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C
Ambient Temperature Unless Otherwise Noted)
50
E
-E
40
30
~
u
"E
;:
.
20
(;
10
100
/
5
II
u.
16
J
12
,
120
j
II
~
li
20
480
Forward Voltage (V,) - Volts
Fig. 1 FORWARD CURRENT Vs. FORWARD VOLTAGE
560
~
~
.J
o
28
640
800
720
Wavelength ( A ) - nm
Fig. 2 SPECTRAL RESPONSE
28
~
in
v
25
~
5
.!:
~
~
15
~
...J
">
"..
a;
a:
~
05
o
~
o
"
I"
16
E
~
~ f.--
~ ~I-..
20
E
I
V
'"
0
E
24
r--....
12
~
U
.....
u
0
.
l'\
I"-
10
15
20
25
o
3D
Forward Current (I,) - rnA
Fig 3 RELATIVE, LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENT)
"Q-'
l'
x
:;:
o
40
20
60
80
90
Ambient Temperature (Ta) - °C
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE
1000
800
500
~
g
E
~
~
in
~
I'i'..
10.
80
5
u
50
0..
2.
""..
"
l'1"-
200
5
.E
""" i'- ...... r"-~
o
a:
I........
............
......~
1
10
20
50
100
Duty Cycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE %
IREFRESH RATE - F ~ 1 KHzl
5-169
~
iii
a;
i'
I.
832
'5
">
t-
10
20
40
oc
Duty Cycle %
Fig 6 LUMINOUS INTENSITY Vs. DUTY CYCLE %
(AVERAGE I, ~ 10mA PER SEG I
ILITE~le..,j~ ~~ II: LTF 216141/804 SERIES
0.2" & 0.3" MULTI·DIGIT DISPLAYS
FEATURES
00.2 & 0.3 INCH (5.08mm/7.6mm) HEIGHT CHARACTER RED COLOR .
.. COMMON CATHODE, MULTIPLEX PINOUT ARE
AVAILABLE.
oCONTINUOUS UNIFORM SEGMENTS.
oWIDE ANGLE, LONG DISTANCE VIEWING .
.. COLOR FILTER PROVIDES HIGH CONTRAST.
o LOW POWER REQUIREMENTS, HIGH RELIABILITY AND LONG LIFE.
o RED (GaAsP) 14 DIGIT LED CLOCK DISPLAY
VERSION
STANDARD
BRIGHT RED
(GaP)
DISPLAY SUFFIX PARE AVAILABLE.
DESCRIPTION
The L TF-2000 Series devices are designed for viewing
distance of up to two meters and for using In instrument, test equipment, communication equipment,
business machines, computers, microprocessor ... etc.
DEVICES
DESCRIPTION
PART
NO.
LTF-
DRIVE
COLOR
BRIGHT
RED
DISPLAY
FONT
PACKAGE
DEMENSION
PIN
CONNECTION
x888 8 8 8 8 8 8 8 8.8 8.8x
A
A
FORM
CIRCUIT
216141Al
C. C.
MPX
216141A1P
C. C.
MPX
V
x8 8 8 8 8 8 8 88 888 88 x
A
A
804-12P
C. C.
MPX
V
8888.88888888
B
B
804-12
C C.
MPX
8888888888.88
B
B
804-08P
C. C.
MPX
xx88888888xx
B
B
804-08
C. C.
MPX
xx88888888xx
B
B
NOTES: 1. C.C. common cathode
RED
V
V
V
V
2. MPX multiplex
5-170
833
PACKAGE DIMENSIONS
A. LTF-216141A1P
I
-~--I
I
I
I
2.54>e23=58.42
_J
'--_ _ _ _ _ _ _--4 0100 )(23=2.300-1-_ _ _ _ _ _ _- - - '
74.16
$0.89
(0.035)
.. -·~-----f2.92'UJ----_ _ _ _ _ _ __'
t"20
-(.047)
4.50
(.177)
85.34.:!:O.50
'----------~~--f3.360±.020)
B. LTF-804
r
rt
(04001
23,37±0.50
r~·
(.92o±
(orO)
109.22
(4.300)
-
0035)
~~~ lr·~·90
16.02± 0.50
(.631 ± .020 )
NOTE: All dimensions are
In
_ ________________________ " "'-
~
tl
$1.00
(0.039)
2.541<19=48.26
(.100><19= 1.900)
!.
J,
~
I
(~~O~~)~
60.32
(2.375 )
120.SS± 0.50
mi(\I~~:::;S. tolerance is ~O~051~~)
unless otherwise noted.
3)
r-
I
L __ -""______________________
f~
.23.
5.08
r'\ !O=U""'~~O q, n qc~Wnt:/[jJc7J q'bfLllc:JlJlcUcO r'\
'\ pt:/o.n=O$nc#o.nt:/o.ncO.A:J~~cU./Jc7J. oco.oco.ocu. oco~ ,../
l__ ~:=
5-171
'O
o
(:;~~) r--
i~ '---~--__;b---;;---- ,,~--- p~L~--~- __ ~~--t;.t-~U---;; ~
(0.146)
834
93.50:!:8:~g
(3.681~:~)
,.•t
.3°r
II
+
II
L_
PIN CONNECTION
A. LTF-216141
FUNCTION
PIN NO.
1
Pad A Anode
2
PIN NO.
PIN NO.
FUNCTION
9
Digit 7 Cathodes
17
Digit 11 Cathodes
Digit 2 Cathodes
10
Segment E Anode
18
Segment F Anode
3
Digit 3 Cathodes
11
Digit 8 Cathodes
19
Digit 12 Cathodes
4
Digit 4 Cathodes
12
Segment A Anode
20
Segment B Anode
5
Digit 5 Cathodes
13
Digit 9 Cathodes
21
Digit 13 Cathodes
6
Decimal Point Anode
14
Segment G Anode
22
Digit 14 Cathodes
7
Digit 6 Cathodes
15
Digit 10 Cathodes
23
Digit 15 Cathodes
8
Segment C Anode
16
Segment D Anode
24
Pad B Cathode
LTF-804-8
B. LTf-804-12
PIN
FUNCTION
FUNCTION
PIN
FUNCTION
PIN
FUNCTION
FUNCTION
PIN
1
Digit 1 Cathodes
11
Digit 11 Cathodes
1
Nc
11
Nc
2
Digit 4 Cathodes
12
Segment A Anode
2
Digit 4 Cathodes
12
Segment A Anode
3
Digit 3 Cathodes
13
Segment B Anocde
3
Digit 3 Cathodes
13
Segment B Anode
4
Digit 2 Cathodes
14
Segment C Anode
4
NC
14
Segment C Anode
5
Digit 5 Cathodes
15
Segment D Anode
5
Digit 5 Cathodes
15
Segment D Anode
6
Digit 6 Cathodes
16
Decimal Point Anodes
6
Digit 6 Cathodes
16
Decimal Point Anodes
7
Digit 7 Cathodes
17
Segment G Anode
7
Digit 7 Cathodes
17
Segment G Anode
8
Digit 8 Cathodes
18
Segment F Anode
8
Digit 8 Cathodes
18
Segment F Anode
9
Digit 9 Cathodes
19
Segment E Anode
9
Digit 9 Cathodes
19
Segment E Anode
10
Digit 10 Cathodes
20
Digit 12 Cathodes
10
Digit 10 Cathodes
20
Nc
5-172
835
ABSOLUTE MAXIMUM RATINGS AT TA
=
2SoC
PARAMETER
SYMBOL
RED
BRIGHT
RED
GREEN
UNIT
Average Forward Current Per Segment/D.P. Direct Drive Current
leF
25
20
20
mA
Peak Forward Current Per Segment D.P. (Duty 1/10 1 KHz)
IpF
200
150
150
mA
IF Ipulse
30
30
30 30
VR
5
5
5
V
Continuous Forward Current Duplex Circuit (Duty 1/2)
Reverse Voltage (Segment of Decimal Point)
mA
Operating Temperature Range
Topr
-25°C to 60°C
Storage Temperature Range
Tstg
_25°C to 70°C
Power Dissipation Per Segment
Po
60
60
60
mW
0.35
0.42
0.42
mA/oC
Derating Linear From 25°C
Max Solder Temperllture 260°C C From 3 Seconds at 2mm From the Case or Reflector Edge
NOTE: Caution
Please be careful of the follOWing.
1) Avoid washing the LED DISPLAY In water.
2) Except for the printed wiring board, Avoid heating the LED DISPLAY over MAXIMUM RATING.
3) Avoid using chemicals except for the following, when washing off flux and wiping off stain on surface of
the LED DISPLAY
Freon TE or TF
Methyl or Ethyl Alcohol
Dai-Fron Solvent S3 or S3-E
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
PARAMETER
SYMBOL
Luminous Intensity
Iv
Peack Emission
Wavelength
AP
Spectra I Li ne
Half-Width
AA
Forward Voltage
VF
Reverse Current
Luminous Intensity
Matching Ratio
5-1 T3
836
DEVICES
MIN.
TYP.
RED
35
70
BRIGHT RED
40
80
RED
630
655
=
2SoC
MAX.
TEST CONDITION
",cd
IF'" 10 mA
nm
IF =20mA
nm
IF =20 mA
V
IF =20mA
680
BRIGHT RRE
697
RED
24
BRIGHT RED
90
RED
1.7
2.2
BRIGHT RED
2.1
2.8
RED
100
BRIGHT RED
100
All Model
2:1
IR
Ivm
UNIT
p.A
VR =5V
IF "'10mA
TYPICAL ELECTRICAl/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
E
-C'
/
40
/
20
80
Sc.
S
60
0
/
"E
~
;f-
30
~
0;
100
/
:;
U
,,
120
~
Qi
j
U.
12
16
,\
/
II
\
40
\
20
\
0::
24
20
J
o
28
480
Forward Voltage IVF) - Volts
Fig 1 FORWARD CURRENT Vs. FORWARD VOLTAGE
\
560
640
800
720
Wavelength ( ~ ) - nrn
Fig. 2 SPECTRAL RESPONSE
28
~
~
24
25
/
c
.E"
:J
'"
0
C
E
:J
15
"2
fI'
0;
0::
05
o
E
I
/
...J
Qi
x 32mm
~
~
f-
1/16"
Soldeclo,
Bath
3. PREVENTING OVER CURRENT
3.1
Do not overcurrent
3.2
In order to operate Liton LED displays under stable conditions. Put protective resistors in series (Fig. 1).
ReSistor values can be determined by supplYing voltage or current for the led display. Recommended current
IS In the range of forward current 5mA to 20mA.
.
3.3
Circuit must be deSigned so that overvoltage (overcurrent) IS not applied to the LED dUring on/off sWitching.
Transients or pulse current will damage the junction of LED die.
Rx
4.
BRIGHTNESS AND COLOR
4.1
4.2
4.3
4.4
5.
For obtalnning even brightness. Each segment should be at the same current, so the best circuit design IS to
supply constant current for each segment.
To Increase brightness. Increase current. But do not over maximum rating.
To check the appearance defect of LED display, the viewing distance should be 30cm minimum.
For obtalnnlng more uniform brightness on yellow and green display. The supplYing forward current
should over 1OmA, but do not over maximum rating.
HOW TO TEST LUMINOUS INTENSITY OF LED DISPLAY
5.1
5.2
EqUipment: Taktronlx
A. J 16-Photometer
B. J6501-Yellow & Green Probe
C. J6505-Red Probe
Measurement Hints
, - - - - - - Display
5.3
5.4
Filter
LED Probe and Adapter
At one foot, one footcandle IS equ Ivalent to one candela.
At 3.8 Inches one footcandle IS equivalent to 100mililcandelas.
The average luminOUS Intensity IS obtained by summing the luminous intensity of each segment and dividing
by the total number of segments. The numeric displays are categorized for luminous intenSity with the intensity
category designated by a letter located on the Side of the package.
6-6
847
:.HOW:.TO USE.·LITON ·LED.·DISPLAYS.:
6.
RELIABILITY TESTS AND CONDITIONS
TEST
Operating Life Test
CONDITONS
IF '" maximum rating current
Ta" 25°C ± 5"c
1000 +72 Hours
-24
High Temperature
storage test
low Temperature
storage test
High Temperature
high humidity Test
Ta '" 65°C ± 5°C (Air type)
Ta'" 85°C ± 5°C (Epoxy type)
1000 +72 Hours
-24
Ta'" 25°C ± 5°C (Air type)
Ta = 35°C ± 5°C (Epoxy type)
1000 +72 Hours
-24
Ta'" 40°C ± 2°C RH= 90 -95%
(Air.type)
Ta = 65°C ± 2°C RH '" 90 - 95%
(Epo>s.V type)
DESCRIPTION
This test is conducted for the purpose of
determining the resistance of a part in
electrical and thermal stresses.
The purpose of this test is to determine
the resistance of the device which is laidunder condition of high temperature for
hours.
The purpose of this test is to determine
the resistance of the device which is laid
under condition of low temperature for
hours.
The purpose of this test is to determine
the resistance of the device under
tropical condition for hours.
1000 +72
Hours
-24
6-7
848
Thermal Shock Test
(Air to aid
_25°C ± 5"c to 65°C ± 5°C (Air type)
_350 C ± 50 C to 85" C ± 5° C
(Epoxy type)
10 Min./Temp., Transfer 5 Sec.
10 Cycles
The purpose of this test is to determine
the resistance of the device to sudden
extreme. Transition time between temp.
Ambients shall be 5 sec. maximum
Solderability Test
(Ta = 230°C ± 5°C)
Dwell flux T '" 5 ± 1 Sec.
Dwell solder T 5 ± .5 Sec.
This test is intended to see soldering
is well performed or not.
Drop Test
o ~ 9kg H = 760mm
9.1 - 22kg H = 610mm
22.1 - 45.5kg H = 530mm
one angle, three corners, six surfaces.
. This test is intended to see the certain
height drop to affect the device.
Vibration Test
F'" 600·3600RPM
Amplitude = 1.5mm
At acceleration of 9G T'" 15 min.
To each direction.
This vibration test is intended to
determine the suitability of the device.
7. MECHANICAL
I..
[f
.. ,
A
.-
..
..
--
-.
--
J
..
Window
~
- ..
IA
Flg.3
J:--
Ref. Dim. +1mm.
'/
r
8. 8mm.
Window
_lLDISPlay
II 1A
II
__ dJ
'-'=-Panel Type
Fig.4
Notes:
f~
~~
A
j
r
~
Type
rn-DisPlay
Ir
Window
Ink Mask (coverlet)
1. For mechanical deSign of LED display application, we recommend to refer Fig. 3 and Fig. 4.
2. For 8.6" - 1.8" clock display of liton's product, the "A" dimension deSign should cover typically O.5mm
on the each edge of lite pipe. For the special type LED clock display, such as the segments or the dots are
too close to the edge of lite pipe. To obtain the O.5mm buffer area, the "A" dimension should be adlusted
to the optlmun. Please refer to the detail package dimensions In Liton's data book.
6-8
849
8. The BIN brightness classification as follow:
CATEGORY A:
/.Icd/seg.
BIN CODe
A
B
C
RANGE
80130
131210
211340
PROPERTY:
D
341540
E
F
G
541860
8611380
13812210
H
22113540
J
K
35415660
56619060
LTS-4x05A, 4x1 OA, 4x30A, 4x80A, 6x60, 6x75, 6x80, 6x95
LTD-322,323,6x10,6x30,6x40,6x50
LTA-1000
LTL-5x173
LTM-8522, 8529, 8530.
CATEGORY B:
/.Icd/seg.
D
BIN CODE
B
C
RANGE
5080
81130
PROPERTY:
F
G
H
341540
541860
8611380
E
131- 211210 340
J
L
K
M
LTS-31 xA, 36x ,54xA, 340x
LTD-4x2, 524, 52xO, 5x5
LTP-5x7, 378x
LTM-8647
LTC-5x36, 5x37
CATEGORY C:
/.I cd /seg.
B
A
BIN CODE
E
F
G
H
I
281370
371480
481620
621810
8111050
D
C
100- 131- 171- 221130 170 220 290
RANGE
J
BIN CODE
N
P
a
R
s
RANGE
30013900
39015070
50716590
65918570
857111140
PROPERTY:
T
6-9
850
1448118820
/.Icd/seg.
D
E
F
RANGE
711820
821940
9411080
PROPERTY:
U
1114114480
All single color matr,ix . ser,ies displays.
(L TP-2x44 Exclude)
BIN CODE
RANGE
M
L
K
1051- 1371- 1781- 23111370
1780
3000
2310
CATEGORY 0:
BIN CODE
P
N
1381- 2211- 3541- 5661- 9061- 145019060 14500 23200
3540
5660
2210
G
H
1081- 12411240
1430
s
I
J
K
L
M
N
14311640
16411890
18912170
21702£"00
25012880
28813310
x
P
a
R
V
W
Y
Z
T
U
z\
3311- 3811- 4381- 5041- 5801- 6671- 7671- 8821- 10141- 11661- 13411- 154214380
5040
5800
6670
7670
3810
8820 10140 11660 13410 15020 17730
All multi-color dot matrix. ser,les display.
(LTP-2x44 Exclude)
CATEGORY E:
BIN CODE
3
131.8
RANGE
PROPERTY:
mcd/seg.
2
1.92.5
1
2.63.5
B
5.17.0
A
3.65.0
C
7.110.0
D
10.114.0
E
14.120.0
F
20.128.0
G
28.139.0
M
39.155.0
J
55177.0
LT J-811
LT L-2xOO, 2x20, 2x50, 2x55, 2x85
LTP-2x44
/Jcd/seg.
CATEGORY F:
BIN CODE
3
2
1
A
B
C
D
E
F
G
H
RANGE
220320
321380
381450
451520
521630
631900
9011250
12511750
17512450
24513430
34314450
PROPERTY:
LTP-305
CATEGORY G:
BIN CODE
RANGE
PROPERTY:
mcd/seg.
E
2.03.2
F
3.35.0
G
5.18.0
H
J
K
L
M
8.113.0
13.121.0
21.134.0
34.154.0
54.186.0
N
86.1138.0
0
138.1221.0
LTS-30x01, 30x02, 50x01, 50x02, 10x04, 10x05.
NOTE: 1. The average luminous intensity is obtained by summing the luminous intensity of each segment and dividing
by the total number of segments. The displays are categorized for luminous Intensity with the intensity
category designated by a letter located on the side of the package. The BIN brighteness classification is as
above.
2. Please put same BIN grade of brightness together when displays are assembled together for the uniformity.
6-10
851
ILITEr.) ~ II
LTP-3~5
SERIES
0.3" 5 x iSINGLE COLOR DOT MATRIX DISPLAYS
FEATURES
_0.3 INCH (7.62mm) MATRIX HEIGHT.
_CHOICE OF THREE BRIGHT COLORS-RED/
GREEN/HIGH EFFICIENCY RED.
- !-UGH BRIGHTNESS.
-SINGLE PLANE, WIDE VIEWING ANGLE.
_SOLID STATE RELIABILITY.
-36 LIGHT EMITTING DIODES.
- LOW POWER REQUIREMENTS.
- 5 x 7 ARRAY WITH X-Y SELECT AND DECIMAL
POINT.
-COMPATIBLE WITH
USASCII
AND EBCDIC
CODES.
- CATEGORIZED FOR LUMINOUS INTENSITY.
- EASY MOUNTING ON P.C. BOARD OR SOCKETS.
DESCRIPTION
The LTP-305 series are 0.3 inch (7.62mm) matrix
height 5x7 dot matrix displays.
The red series devices utilize LED chips which are made
from GaAsP on a GaAs substrate. The green series
devices are utilize LED chips which are made from GaP
on a transparent GaP substrate. The high efficiency red
series devices utilize LED chips which are made from
GaAsP on a transparent GaP substrate. Red displays
Green displays have green
have red package color.
package color.
High effiCiency displays have red
package color.
DEVICES
PART NO. L TP-
6-11
852
RED
GREEN
HI.-EFF
REI?,
305R
305G
305HR
'.
DESCRIPTION
Anode Column, Cathode Row; Lt. Hand Decimal
PACKAGE DIMENSIONS
COL.
1 234 5
DODDDl
000002
_8 ggg8__
7.62
000 DOC. 300
(.728)
~
DDDDO
c DD?IlD-
00000 3
aODDD 4
18.50
'-------L+-'---
000005
aODCD 6
000000 7
OP
ROW.
BOTTOM MARK
LTP: PART NO.
TXXX: DATE CODe
Z: BIN CODe
-r.;;;;:~-d0'50
MIN.
(.120±.050)
7.05
(.278)
1----=
0.30
----..,
(.012)
L J
0.50
(.020)
7.62
(.300)
NOTE: All dimensions are
In
millimeters
(inches)
tolerance are:
1. Lead length (from seating plane): minimum valum
+1.00
-0.000
+0.040"
-0.000"
mm
2.
±0.25mm
(0.010")
unless otherwise noted.
PIN CONNECTION
PIN
NO.
1
2
3
4
5
6
7
CONNECTION
Anode, Column 2
Cathode, Row 1
Cathode, Row 3
Cathode, Row 4
Anode, Column 1
No Pin
Anode, Decimal (Point)
PIN
NO.
8
9
10
11
12
13
14
CONNECTION
Anode, Column 3
Cathode, Row 7
Cathode, Row 6
Cathode, Row 5
Cathode, Row 2
Anode, Column 5
Anode, Column 4
6·12
853
INTERNAL CIRCUIT DIAGRAM
COL.
ROW
2
6
ABSOLUTE MAXIMUM RATINGS AT TA = 25°C
RED
GREEN
HI.-EFF.
RED
UNIT
Power Dissipation Per Display
750
1000
1000
mW
Peak Forward Current Per Dot
(1/10 Duty Cycle, 0.1 ms Pulse Width)
100
60
60
mA
Continuous Forward Current Per Dot
20
20
20
mA
0.25
0.25
0.25
mAfC
5
5
5
V
PARAMETER
Derating Linear From 25°C Per Dot
Reverse Voltage Per Dot
6-13
854
Operating Temperature Range
_25° C to +85° C
Storage Temperature Range
_250 C to +85 0 C
Solder Temperature 1/16 inch Below Seating Plane for 3 Seconds at 260°C
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
LTP-305R
25°C
=
UNIT
TEST
CONDITION
400
/.Lcd
Ip = 48 mA
1/8 DUTY
i\p
655
nm
IF = 20 mA
Spectral Line Half-Width
Ai\
24
nm
IF = 20 mA
Forward Voltage any Dot
VF
1.7
20
V
IF =20 mA
Reverse Current, any Dot
IR
100
/.LA
Iv-m
2:1
PARAMETER
SYMBOL
MIN.
TYP.
Average LuminolJs Intensity
Iv
200
Peak EmiSSion Wavelength
Luminous Intensity Matching Ratio
MAK
VR =5V
IF =20mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
120
50
~
z-
<{
E
-
~
30
U
20
"
"#.
80
'5
"'5
60
~
40
c
E
>
20
24
/
/
iii
Qi
zo
/
a
16
15
...J
W
OJ
~
10
12
480
28
640
560
cr.
\
28
1000
800
24
500
as
a
800
720
1- --
a
10
7
15
/
20
25
T
!
<{
<{
E
20
E
16
E
I
1"........
~
12
u
Cl
g
I'..
E
~
1"-
x
"
U
~
40
60
80
"
c.
I
20
:
100
80
90
Ambient Temperatu.re ITa) - °C
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE
I
I
200
r---.
!
"'" I '
'~
50
t--.
-'"
OJ
'r'l
30
Forward Current (IF) - rnA
Fig 3 RELATIVE LUMINOUS INTENSI"FY V5
FORWARD CURRENT (PER SEGMENTI
Wavelength ( ). I - nm
Fig 2 SPECTRAL RESPONSE
Forward Voltage (V,I - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
"
:£
"'"0
25
"
"
~
LL
U
c
w
""\
o
"0
"a
~
100
40
20
r---.
...........
1-1-
....... I-....
1
10
10
20
50
100
10
20
40
II
U
DC
Duty Cycle %
Duty Cycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
(REFRESH RATE - F ~ 1 KHzl
(AVERAGE I, ~ 10mA PER SEG I
6-14
855
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
LTP-305G SER I ES
25°C
=
UNIT
TEST
CONDITION
1600
~cd
Ipoo48mA
1/8 DUTY
AP
565
nm
IF'" 20 mA
Spectral Line Half-Width
AA
30
nm
IF = 20 mA
Forward Voltage any Dot
VF
2.1
2.8
V
IF =20 mA
Reverse Current. any Dot
lA
100
~A
lv-m
2:1
PARAMETER
SYMBOL
MIN.
TYP.
Average Luminous intensity
Iv
600
Peak Emission Wavelength
Luminous Intensity Matching Ratio
MAX.
VR =5V
IF =20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(2SoC Ambient Temperature Unless Otherwise Noted)
50
120
L
o
20
/
...J
>
~
a;
480
28
~
a;
0:
J
560
05
o
640
800
120
Wavelength ( A I - nm
Fig 2 SPECTRAL RESPONSE
20
E
16
~
/
o
V
10
15
20
Forward Current (IF) -
25
30
rnA
Fig 3 RELATIVE LUMINOUS INTENSI,Y Vs
FORWARD CURRENT (PER SEGMENTI
~
500
//
/
,5
">
40
"
rr:
ro
Qi
\
20
480
28
If
560
I
\
05
o
640
800
720
I
o
/
10
15
20
Forward Current (IF) -
Wavelength ( ).. I - nm
Fig 2 SPECTRAL RESPONSE
25
30
rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENTI
1000
800
I\,
500
24
«
E
I
20
'"
'6
'2
0
x
ro
:::;
o
/
25
:s"
1-
o
20
--
?:
.J
">
ji;
«
U
u
----
--,---
0
28
E
I!!
5
(
~
'"::>0
Forward Voltage (V,I - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE.
E
~~--
'00
/
II
I!!
'20
~--
/
II
«
E
~
o
20
40
.......
\.
200
E-
........
E
" h
........
60
I
80
90
DC
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE
Ambient Temperature (Ta) -
I!!
5
U
'00
80
50
i'-
?:
;;;
..........
'~
~
"
Cl.
20
'0
ec
.5
">
ji;
r--..
Qi
rr:
,
10
20
Duty Cycle %
50
"-
'5
100
'0
""' "-
20
.......
40
DC
Duty Cycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
(REFRESH RATE - F ~ 1 KHzl
(AVERAGE I, ~ l0mA PER SEG I
6-16
857
ILITEr.] ~ II
LTP- ~:~ SERIES
0.7" 5x 7 SINGLE COLOR DOT MATRIX DISPLAY
FEATURES
•
•
•
•
•
•
•
•
•
0.7 INCH (17.2 mm) MATRIX HEIGHT.
CHOICE OF SIX BRIGHT COLORS - RED I
BRIGHT RED I GREEN I YEELOW I ORANGE I
HIGH EFFICIENCY RED.
LOW POWER REQUIREMENT.
5 x 7 ARRAY WITH X-Y SELECT.
COMPATIBLE WITH USASCII AND EBCDIC
CODES.
STACKABLE VERTICALLY AND HORIZONTALLY.
CHOICE OF TWO MATRIX ORIENTATION
CATHODE ROW, OR CATHODE COLUMN.
EASY MOUNTING ON P.C. BOARD OR SOCKETS.
CATEGORIZED FOR LUMINOUS INTENSITY.
fJ}J1II/.
DESCRIPTION
The LTP-747/757 series are 0.7 inche (17.2 mm)
matrix height 5 x 7 dot matrix displays.
The red series devices utilize LED chips which are made
from GaAsP on a GaAs substrate. The bright red and
green series devices utilize LED chips which are made
from GaP on a transparent GaP substrate. The yellow,
orange and high-efficiency red series utilize LED chips
which are made from GaAsp on a transparent GaP
substrate. The red, green, yellow and orange displays
have gray face and white dot color. The bright red and
high efficiency red displays have red face and red dot
color.
DEVICES
PART NO. L TP-
,
YELLOW
ORANGE
HI.·EFF,
RED
747R
747G
747Y
747E
747HR
Anode Column, Cathode Row
A
757R
757G
757Y
757E
757HR
Cathode Column; Anooe Row
B
,.'
858
ITERNAL
CIRCUIT
DIAGRAM
GREEN
RED
6-17
DESCRIPTION
PACKAGE DIMENSIONS
COL. 1
2
3
4
5
00000'
00000
00000
0000000000·
00000·
00000
2
3
7
ROW
U
IholDa)
7 •• 2
NOTE: All dimensions are In
6.30
~)
t3.BO
4
millimeters
(inches)
tolerance are:
+1.00
1. Lead length (from seating plane): minimum valum __-=O.:..:.O:..::O=-O_mm 2.
+0.040"
-0.000"
±0.25mm
(0.010")
unless otherwise noted.
PIN CONNECTION
CONNECTION
PIN NO.
LTP·747
LTP·757
Cathode Column 1
1
Anode Column 1
2
Cathode Row 3
Anode Row 3
3
Anode Column 2
Cathode Column 2
4
Cathode Row 5
Anode Row 5
5
Cathode Row 6
Anode Row 6
6
Cathode Row 7
Anode Row 7
Anodel Column 4
Cathode Column 4
8
Anode Column 5
Cathode Column 5
9
Cathode Row 4
Anode Row 4
Anode Column 3
Cathode Column 3
11
Cathode Row 2
Anode Row 2
12
Cathode Row 1
Anode Row 1
7
10
"
6-18
859
INTERNAL CIRCUIT DIAGRAM
A. LTP-747
B. LTP-757
ROW
ROW
ABSOLUTE MAXIMUM RATINGS AT TA = 25°C
RED
GREEN
YELLOW
ORANGE
HI.·EFF.
RED
UNIT
45
60
50
60
60
mW
Peak Forward Current Per Dot
(1/10 Duty Cycle, 0.1 ms Pulse Width)
120
80
60
80
80
mA
Continuous Forward Current Per Dot
20
20
16
20
20
mA
0.24
.0.24
0.2
0.24
0.24
mAfC
5
5
5
5
5
V
PARAMETER
Power Di ssi pati on Per Dot
Derating Linear From 25° C Per Dot
Reverse Voltage Per Dot
Operating Temperature Range
_25° C to +85° C
Storage Temperature Range
_25°C to +85°C
Solder Temperature 1/16 inch Below Seating Plane for 3 Seconds at 260° C
6-19
860
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
LTP-747R/757R
=
25°C
UNIT
TEST
CONDITION
500
/lcd
Ip -48 mA
1/8 DUTY
i\.p
655
nm
If = 20 mA
Spectral Line Half-Width
t>i\.
24
nm
IF
Forward Voltage, any Dot
VF
1.7
Reverse Current. any Oct·
PARAMETER
SYMBOL
MIN.
TYP.
Average Luminous Intensity
Iv
200
Peak Emission Wavelength
Luminous Intensity Matching Ratio
MAX.
= 20 mA
2.0
V
IF =20 mA
IR
100
/lA
VR =5V
Iv-m
2:1
IF =20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
'E"
120
if
-E
30
U
20
0
10
0;
0:
in
c
80
'"0
5
e
c
60
E
:J
:J
l'
">
40
">
20
0;
0:
20
24
480
28
Forward Voltage (V,I - Volts
Fig 1 FORWARD CURRENT Vs FORWARO VOLTAGE
V 1\
E
~
5
U
24
500
'E"I
16
.......
12
"
0
x
~
20
40
g
"-
"
60
E
~
5
U
-'"
~
I
80
"'"
0..
90
Ambient Temperature (Tal - °C
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE
640
a
800
720
200
100
80
V
V
lL'
1 __
a
10
15
20
25
Forward Current (IF) -
Fig 2 SPECTRAL RESPONSE
1000
800
i'-.
560
05
Wavelength ( ~ I - nm
28
20
1/
iii
a
16
15
...J
iii
12
'"E
25
:s"
:J
"~
;:
'"
Ci
LI.
~
100
40
30
rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENTI
II
I!
:
i'..
"-
I
I
.......
~
I'..
50
['.
20
Kr---...........
I'-
10
....... r-..
10
20
50
100
I
I'"
1
10
20
40
J.
DC
Duty Cycle %
Duty Cycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
(REFRESH RATE - F ~ 1 KHzl
(AVERAGE I, ~ 10mA PER SEG I
6-20
861
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTP-747Y /757Y
UNIT
TEST
CONDITION
2000
~cd
Ip =4SmA
l/S DUTY
AP
585
nm
IF = 20mA
A
35
nm
IF" 20 mA
Forward Voltage, any Dot
VF
21
2.S
V
IF =20mA
Reverse Current, any Oct
iR
100
p.A
VR=5V
Iv-m
2:1
PARAMETER
SYMBOL
MIN.
TYP.
Average Luminous Intensity
Iv
700
Peak Emission Wavelength
Spectral Line Half-Width
I::.
Luminous Intensity Matching Ratio
MAX.
IF=20mA'
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
120
q;
E
40
I
-E
/
:;;
;:
15
40
~
2D
o
20
24
480
28
Forward Voltage IV,) - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
iii
0;
a:
\
560
V
15
>
1
Ii
L
:£
:J
'"0
o
iii
o
640
720
800
Wavelength I " ) - nm
Fig 2 SPECTRAL RESPONSE
24
E
16
5
12
o
10
15
20
25
30
Forward Current II,) - rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT IPER SEGMENT)
I\.
500
q;
q;
20
/
05
V
1000
800
28
E
L
25
~
:J
j
E
I
i!!
U
u
in
:J
/
II
20
"0
LL
?:
100
30
i!!
5
u
/
g
.......
E
i!!
"'r-... .......
0
X
::;
'"
5
U
40
60
?:
100
80
'"
r-.
c
~
60
90
1.5
.f
50
........
0..
"' "-
in
~
0<
I
20
\.
200
20
>
r-... i'~
iii
0;
a:
10
-
""
~
......
1
10
20
50
100
10
20
40
DC
Ambient Temperature ITa) - °C
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE %
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F ~ 1 KHz)
IAVERAGE I, ~ 10mA PER SEG )
6-21
862
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTP-747G/757G
PARAMETER
UNIT'
TEST
CONDITION
2000
!lcd
Ip =48 mA
1/8 DUTY
565
nm
IF =20mA
30
nm
IF =20 mA
2.8
V
IF =20mA
1J.A
VR =5V
SYMBOL
MIN.
TYP.
Average Luminous Intensity
Iv
700
Peak Emission Wavelength
i\p
.
MAX.
Spectral Line Half·Width
6i\
Forward Voltage, any Dot
VF
Reverse Current, any Oct
IR
100
Iv·m
2:1
Luminous Intensity Matching Ratio
2.1
IF=20mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
/
«
E
40
30
~:;
ro
~
0
10
12
16
/
E
::>
">
">
40
iii
iii
Qi
Qi
a:
20
a:
o
24
15
..J
4BO
2B
I
05
o
560
640
BOO
720
Wavelength ( A ) - nrn
Fig 2 SPECTRAL RESPONSE
E
~
:;
16
/
V
o
10
15
20
Forward Current (IF) -
25
30
rnA
\.
\.
«
20
/
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENT)
500
24
E
~
/
1000
BOO
2B
U
c
60
Forward Voltage (VF) - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
«
/
25
"'0
S0.
S
20
~
c
£"
BO
0
J
o
::::>
V
"0
u.
if
/
20
I-
'DO
II
I
U
---
120
50
" ... r--..
12
"
E
I
g
........
Cl
x
~
r-....
E
~
:;
U
"l
I
20
40
60
80
90
Ambient Temperature (Ta) - °C
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBiENT TEMPERATURE
200
100
BO
50
I"-
\.
..........
"'ro"
"
0..
'\.
"-
..............
20
10
10
20
"
50
,
100
'0
20
"
......
40
DC
Duty Cycle %
Duty Cycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE %
(REFRESH RATE - F = 1 KHz)
(AVERAGE iF = lDrnA PER SEG)
6·22
863
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTP-747E/757E
UNIT
TEST
CODITION
2000
ped
Ip =4SmA
l/S DUTY
;>..p
630
nm
IF == 20 mA
Spectral line Half-Width
6;>"
40
nm
IF "'20mA
Forward Voltage, any Dot
VF
2.1
2.S
V
IF =20mA
Reverse Current, any Oct
fR
100
p.A
Iv-m
2:1
SYMBOL
MIN.
TYP.
Average luminous IntensitY
Iv
700
Peak Emission Wavelength
PARAMETER
Luminous Intensity Matching Ratio
MAX.
VR =5V
IF =20mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
-
50
E
I
40
-E
30
~
~
U
"E
;:
'"
(;
-,-
~
120
I
«
24
/
'"
T::
E
1S
g"
>
480
28
560
I
II:
\
o
640
720
800
Wavelength ( ~ ) - nm,
Fig 2 SPECTRAL RESPONSE
E
16
1/
o
10
15
20
25
30
rnA
Fig 3 RELATIVE, LUMINOU,S INTENSITY Vs
FORWARD CURRENT (PER SEGMENT)
1,\
500
"-
12
E
I
"I'-
X
20
40
60
E
100
80
~
U
50
~
r-....
Il
I
~
o
"-
200
g
........
"
Cl
o
V
Forward Current (IF) -
«
20
/
os
/
1000
800
24
E
/
"
E
a:;
o
20
---
25
::I
g"
28
~
~
U
T::
-'
Forward Voltage (V,) - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
«
-
- I-
60
a:;
J
16
-
~--
c;;;
0
LJ.
1,2
-
::I
0
5c.
5
II
o
T
80
I
j
10
-
100
II
20
r-,.--
~
80
90
f'..
"
'l:i
"
CL
20
10
o
...... \'-.
"."
'\
I'-
.........
......
1
10
20
50
100
10
20
40
DC
AmbTent Temperature (Ta) - °C
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
(REFRESH RATE - F ~ 1 KHz)
(AVERAGE I, ~ 10mA PER SEG )
Vs AMBIENT TEMPERATURE
6-23
864
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTP-747HR/757HR
UNIT
TEST
CODITION
2000
~cd
Ip = 48 mA
1/8 DUTY
71.p
635
nm
IF = 20 mA
Spectral Line Half-Width
"A
40
nm
IF = 20mA
Forward Voltage, any Dot
VF
2.1
2.8
V
IF=20mA
Reverse Current. any Oct
IR
100
p.A
Iv-m
2:1
PARAMETER
SYMBOL
MIN.
TYP.
Average Luminous IntensitY
Iv
700
Peak Emission Wavelength
Luminous IntensitY Matching Ratio
MAX.
VR ==5V
IF == 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
,--
50
E
-C
40
30
~
20
"E
~
(;
10
u.
>-
100
if
12
16
20
460
\
/
560
0::
os
o
640
720
600
Wavelength ( A ) - nm
Fig 2 SPECTRAL RESPONSE
o
/
10
15
20
25
3D
Forward Current (IF) - rnA
Fig 3 RELATIVE, LUMINOUS INTENSitY Vs
FORWARD CURRENT (PER SEGMENTI
i\
500
00:
E
I
20
I
"-
16
~
12
0
x
:;;'"
o
I
V
1000
600
24
U
u
"'"
a;
o
26
00:
:;
">
0::
a;
24
1S
..J
40
/
V
"'0
~
g">
28
C
LV
:J
E
:J
0
20
25
~
"
E
60
Forward Voltage (V,) - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
E
;;;
f
60
5
"5
J
o
--
-
r-:--
120
~.,-
/
:/
:;
U
-
/
/
00:
o
20
40
"
g
" I'-.. ')
I
60
60
90
Ambient Temperature (Tal - °C
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE
C
~
:;
U
""'"
"
0..
'\..
200
100
80
50
20
"'-
~
'\
;;;
~
"
2l
1S
E
-......
......
~"
"I" .....
g">
........
a;
0::
10
1
10
20
50
100
10
20
40
DC
Duty Cycle %
Duty Cycle %
Fig 5 MAX. PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
(REFRESH RATE - F = 1 KHz)
(AVERAGE I, = lOmA PER SEG)
6-24
865
·2344
LTP-2044 A3 SERIES·
·IU1E(')~11
2.0" 4x4 SINGLE COLOR & MULTICOLOR
DOT MATRIX DISP.LAYS
FEATURES
-2.0 INCH (50.80mm) MATRIX HEIGHT.
- LOW POWER REQUIREMENT.
- HIGH CONTRAST.
- HIGH BRIGHTNESS.
- SINGLE PLANE, WIDE VIEWING ANGLE.
-SOLID STATE RELIABILITY.
_4x4 ARRAY WITH X-Y SELECT.
-COMPATIBLE WITH USASCII AND EBCDIC
CODES.
- STACKAB LE HOR IZONTALL Y.
-CHOICE
OF
TWO MATRIX ORIENTATION
CATHODE ROW OR CATHODE COLUMN.
- EASY MOUNTING ON P.C. BOARD.
- CATEGORIZED FOR LUMINOUS INTENSITY.
- SINGLE COLOR DISPLAYS HAVE THE CHOICE
OF THREE BRIGHT COLORS-GREEN/YELLOW/
ORANGE.
- MUL TICOLOR DISPLAYS ARE APPLICABLE TO
THREE BRIGHT COLORS:
GREEN, ORANGE
AND YELLOW (GREEN AND ORANGE MIXED).
DESCRIPTION
The L TP-2x44 series are 2.0 inch (50.80mm) matrixheight 4x4 dot matrix displays.
The L TP-2044A 3 are multicolor applicable displays.
The multicolor displays have gray face and white
dot color.
The L TP-2344 series are single color displays. The
bright red green, yellow and orange displays have
gray face and white dot color. The high efficiency
red displays have red face and red dot color.
The green series devices are made from GaP on a utilize
LED chips which transparent GaP substrate.
The yellow, orange and high efficiency red series devices
utilize LED chips which are made from GaAsP on a
transparent GaP substrate.
DEVICES
PART NO. LTP-
6-25
866
DESCRIPTION
PACKAGE
DIMENSION
INTERNAL
CIRCUIT
DIAGRAM
GREEN
YELLOW
ORANGE
MULTICOLOR
2344G
2344Y
2344E
-
Anode Row, Cathode Column
A
A
-
-
-
2044A 3
Anode Row, Cathode Column
B
B
PACKAGE DIMENSIONS
A.
B.
LTP-2344
L TP-2044A 3
z.
~z
--u;'o
--1};o
(.118]
,.11BJ
II]
IIII
U
II]
IIII
U
U
~'O
(,.031)
U
~'O
W
W
(.031)
25.40
( 1 .. 000)
25.40
(,1.000)
NOTE: All dimensions are in ----,m=il,"",li-cm-,ec-t..;;e-;-rs'----ltolerance are:
(inches)
1. Lead length (from seating plane): minimum valum
+1-00
- - - mm
2.
-0.00
( +0.040" )
-0.000"
±0.25mm
(0.010")
unless otherwise noted.
PIN CONNECTION
PIN
NO.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
CONNECTION
B. LTP.2044A,
A. LTP·2344
Cathode Column
Cathode Column
Cathode Column
Cathode Column
Apode Row 1
Anode Row 2
Anode Row 3
Anode Row 4
1
2
3
4
Cathode orange Column 1
Cathode Green Column 1
Cathode orange Column 2
Cathode Green Column 2
Cathode orange Column 3
Cathode Green Column 3
Cathode orange Column 4
Cathode Green Column 4
Anode orange Row 1
Anode Green Row 1
Anode orange Row 2
Anode Green Row 2
Anode orange Row 3
Anode Green Row 3
Anode orange Row 4
Anode Green Row 4
6-26
867
INTERNAL CIRCUIT DIAGRAM
A.
B.
LTP-2344
LTP-2044A 3
COL
2
3
4
COL
PIN
2
3
4
PIN 1
2
2
3
3
4
5
4
7
6
ROW PIN
9
ROW PIN
10
5
11
2
2
6
12
13
3
3
14
4
B
15
4
16
3 CHIPS IN SERIES
3 ORANGE IN SERI ES
3 GREEN IN SERIES
ABSOLUTE MAXIMUM RATINGS AT TA = 2SoC
GREEN
YELLOW
ORANGE
UNIT
150
180
150
mW
Feak Forward Current Per Dot
(1/10 Duty Cycle, 0.1ms Pulse Width)
15
80
75
mA
Continuous Forward Current Per Dot
18
20
18
mA
0.26
0.24
0.26
15
15
15
PARAMETER
Power Dissipation Per Dot
Derating Linear From 25°C Per Dot
Reverse Voltage Per Dot
Operating Temperature Range
_25°C to +85°C
Storage Temperature Range
-25°C to +85°e
Solder Temperature 1/16 inch Below Seating Plane for 3 Seconds at 260°C
6-27
868
mAfe
V
8
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
LTP-2344G/2044A 3 (GREEN)
=
25°C
UNIT
TEST
CONDITION
110
mcd
IP=48mA
1/8 DUTY
AP
565
nm
IF = 20 mA
Spectral Line Half-Width
b.A
30
nm
IF = 20 mA
Forward Voltage, any Dot
VF
6.3
8.4
V
I F= 20mA
Reverse Current, any Dot
IR
100
JJ.A
Iv-m
2: 1
PARAMETER
SYMBOL
MIN.
TYP.
Average Luminous IntenSity
Iv
5.0
Peak Emission Wavelength
Luminous Intensity Matching Ratio
MAX.
VR = 15V
IF = 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(250 C Ambient Temperature Unless Otherwise Noted)
50
'20
/
«
E
40
-E
30
"
20
/
~
U
'E
'"l:
(;
u-
#
24
c
60
E
::>
">
40
ji;
a;
a::
20
480
560
640
BOO
120
o
o
V
10
15
20
25
Forward Current (IF) -
Wavelength ( X I - nm
Fig 2 SPECTRAL RESPONSE
rnA
E
I
20
"-
E '6
~
'2
0
Cl
x
......
E
'i'..
'"
~
~
"
I'l '""'"
U
D-
o
I
20
40
I
200
g
i'-...
60
80
90
Ambient Temperature (Tal - DC
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE
III
II!
'\.
'\..
500
«
"-
'00
80
r--...
50
"
i'""
..... 1"-
"
"-
......
10
20
50
100
!
......
,
'---- -
I
I
20
'0
30
Fig 3 RELATIVE LUMINOUS INTENSrFY Vs
FORWARD CURRENT (PER SEGMENTI
«
o
/
05
J
1000
800
24
::>
I
o
56
28
U
'5
.J
Forward Voltage (V,I - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
E
/
0
">
48
/
25
'"::>
ji;
a;
a::
40
32
c
0
)
o
in
e
1:
80
:;
C.
:;
/
1/
,0
;:
'00
I
IJ.
'0
2D
40
DC
Duty Cycle %
Duty Cycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
(REFRESH RATE - F = 1 KHzI
(AVERAGE IF = lOrnA PER SEG I
6-28
869
ELECTRICAl/OPTICAL CHARACTER ISTICS AT TA = 25°C
LTP-2344Y
TEST
CONDITION
SYMBOL
MIN.
TYP.
MAX.
UNIT
Average Luminous IntensitY
Iv
5.0
9.0
-.
mcd
IP= 48mA
1/8 DUTY
Peak Emission Wavelength
AP
585
nm
IF = 20 mA
Spectral Line Half-Width
All.
35
nm
IF = 20 mA
Forward Voltage, any Dot
VF
6.3
8.4
V
IF=< 20 mA
Reverse Current, any Dot
IR
100
fJ.A
Iv.m
2:1
PARAMETER
Luminous Intensity Matching Ratio
VR = 15V
IF=20mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25 0 C Ambient Temperature Unless Otherwise Noted)
50
120
/
/
«
E
40
I
-E
30
~
~
U
10
LJ..
o
24
e-
J
E
40
0:
20
56
480
1000
24
500
16
g
........
12
E
~
~
U
i',
u
Cl
6-29
I
0:
J \
560
o
640
720
I
05
800
o
10
15
20
Forward Current (IF) -
25
30
rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENTI
\.
\.
«
o
I
20
40
60
80
200
100
80
50
........
"\
. . . r.........
'"
i' . . .
4
o
I
800
~
870
">
~
a;
Wavelength ( ~ I - nm
Fig 2 SPECTRAL RESPONSE
28
E
'"
15
~
">
E
I
x
:2
/
V
...J
o
48
40
32
c
60
~
a;
20
~
/
25
:£"
'"0
Cl
E
U
c
~
Forward Voltage (V,I - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
«
If
80
S
/
II
'E
'"~
;f.
~
I
~
20
(;
i':
'00
90
"'"
"-
I,
"" "
' - f--
1"-,
20
. 10
1
10
20
50
100
10
20
40
rDC
Ambient Temperature (Tal - DC
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
(REFRESH RATE - F ~ 1 KHzl
(AVERAGE I, ~ lOmA PER SEG I
Vs AMBIENT TEMPERATURE
ELECTRICAL/OPTICAL CHARACTER ISTICS AT TA = 2SoC
LTP-2344E/2044A 3 (ORANGE)
II
!
PARAMETER
TEST
CONDITION
SYMBOL
MIN.
TYP.
Average Luminous Intensity
Iv
5,0
110
mcd
IP'" 48 mA
1/8 DUTY
Peak Emission Wavelength
il.p
630
nm
IF'" 20 mA
Spectral Line Half-Width
6i1.
35
nm
IF'" 20 mA
Forward Voltage, any Dot
VF
6.3
8.4
V
IF = 20 mA
Reverse Current, any Dot
IR
100
IJ.A
Iv-m
2:1
MAX.
UNIT
I:
i
Luminous Intensity Matching Ratio
VR'" 15V
I r = 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25 0 C Ambient Temperature Unless Otherwise Noted)
120
50
/
«
E
40
-E
i':
100
/
'2
'6
40
"'"
OJ
20
II:
j
o
24
.80
28
~
~
">
"'"
\
OJ
\
640
,5
II:
800
720
,/'
./
....-
i-""
05
o
o
10
15
20
25
30
Forward Current (IF) - rnA
FIg 3 RELATIVE, LUMINOUS INTENSI'FY Vs
FORWARD CURRENT (PER SEGMENTI
Wavelength ( }. I - nm
FIg 2 SPECTRAL RESPONSE
«
20
E
I
'6
g
I
U
E
:J
..J
500
2.
E
560
"'
:J
0
C
\
/
25
1000
800
28
E
/
o
20
Forward Voltage (V,I - Volts
Flg.l FORWARD CURRENT Vs FORWARD VOLTAGE
«
v
60
0
'0
c
:s"
/ 1\
30
~
~
If'
r--.
'2
"
0
..........
:'Ii
o
o
r-....
I
20
40
60
E
100
80
~
U
50
~
r---
x
80
90
Ambient Temperature (Tal - °C
FIg 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE
200
""'"
"
0..
.......
r--
20
.........
i' r--
10
10
20
50
100
Duty Cycle %
FIg 5 MAX PEAK CURRENT Vs DUTY CYCLE %
[REFRESH RATE - F = 1 KHz I
6-30
871
ILITE['] ~ II
. 1257Au\/1357Au\
LTP-1457A/1557A
SERIES .
. 1.2" 6 x 7 SINGLE COLOR & MULTICOLOR
DOT MATRIX DISPLAYS
FEATURES
-1.2" INCH (30.48mm) MATRIX HEIGHT.
- LOW POWER REQUIREMENT.
- HIGH CONTRAST.
- HIGH BRIGHTNESS.
-SINGLE PLANE, WIDE VIEWING ANGLE.
-SOLID STATE RELIABI LlTY.
-5 x 7 ARRAY WITH X-Y SELECT.
-COMPATIBLE
WITH
USASCII AND EBCDIC
CODES.
-STACKABLE HORIZONTALLY.
-CHOICE
OF
TWO
MATRIX ORIENTATION
CATHODE ROW OR CATHODE COLUMN.
- EASY MOUNTING ON P.C. BOARD.
- CATEGORIZED FOR LUMINOUS INTENSITY.
-SINGLE COLOR DISPLAYS HAVE THE CHOICE
OF FOUR BRIGHT COLORS-GREEN / YELLOW /
ORANGE / HIGH EFFICIENCY RED.
- !IIIULTICOLOR DISPLAYS ARE APPLICABLE TO
THREE BRIGHT COLORS: GREEN, ORANGE AND
YELLOW (GREEN AND ORANGE MIXED)
DESCRIPTION
The LTP-1 x 57 A series are 1.2 inch (30.48mm) matrix
height 5 x 7 dot matrix displays.
The LTP-1257AA/1357AA are multicolor applicable
displays. The multicolor displays have gray face and
white dot color.
The LTP-1457A/1557A series are single color displays.
The green, yellow and orange display.s have gray face
and white dot color. The high efficiency red displays
have red face and red dot color. The green series devices utilize LED chips which are mad
e from GaP on a transparent GaP substrate.
The yellow, orange and high efficiency red series devices
utilize LED chips which are made from GaAsP on a
transparent GaP substrate.
6-31
872
DEVICES
PART NO. L TPGREEN
-
YELLOW
ORANGE
HI.·EFF.
RED
MULTI·
COLOR
-
-
-
1257AA
DESCRIPTION
PACKAGE
DIMENSION
INTERNAL
CIRCUIT
DIAGRAM
Anode Column, Cathode Row
A
A
-
-
-
1357AA
Cathode Column, Anode Row
A
B
1457AG
1457AY
1457AE
1457AHR
-
Anode Column, Cathode Row
B
C
1557AG
1557AY
1557AE
1557AHR
-
Cathode Column, Anode Row
B
0
PACKAGE DIMENSIONS
B. LTP·1457A/1557A
A. LTP·1257AA/1357AA
COL.
COt.,
2
3
4
2
J
4
5
2
00000'
000 00
o a 00 0 3
00000o a a 0 as
0000000
2
31.79
(1.252)
I
00000'
00000
00000
00000
00000·
00000000007
5
ROW.
7
ROW
[
~
II ]
II
u
1_22.8S J
(.900)
NOTE: All dimensions are in
millimeters
(inches)
tolerance are:
+1.00
1. Lead length (from seating plane): minimum value _----"o-,.o:-o:-:o-,-,-_mm 2.
+0.040"
-0.000" )
±0.25mm
(0.010")
unless otherwise noted.
6·32
873
PIN CONNECTION
PIN
NO.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
CONNECTION
A
LTp·1257AA
Cathode Row 7 Green
Cathode Row 7 Orange
Anode Column 1
Anode Column 2
Anode Column 3
Anode Column 4
Anode Column 5
Cathode Row 6 Green
Cathode Row 6 Orange
No Connection
Cathode Row 5 Green
Cathode Row 5 Orange
Cathode Row 4 Green
Cathode Row 4 Orange
Cathode Row 3 Green
Cathode Row 3 Orange
Cathode Row 2 Green
Cathode Row 2 Orange
Cathode Row 1 Green
Cathode Row 1 Orange
B
LTP·1357AA
C
LTP·1457A
Anode Row 7 Green
Anode Row 7 Orange
Cathode Column 1
Cathode Column 2
Cathode Column 3,
Cathode Column 4 '
Cathode Column 5
Anode Row 6 Green
Anode Row 6 Orange
No Connection
Anode Row 5 Green
Anode Row 5 Orange
Anode Row 4 Green
Anode Row 4 Orange
Anode Row 3 Green
Anode Row 3 Orange
Anode Row 2 Green
Anode Row 2 Orange
Anode Row 1 Green
Anode Row 1 Orange
Cathode Row 5
Cathode Row 7
Anode Column 2
Anode Column 3*1
Cathode Row 4 *2
Anode Column 5
Cathode Row 6
Cathode Row 3
Cathode Row 1
Anode Column 4
Anode Column 3*1
Cathode Row 4 *2
Anode Column 1
Cathode Row 2
NOTES: 1. Pin 4 & 11 are internally connected.
2. Pin 5 & 12 are internally connected.
INTERNAL CIRCUIT DIAGRAM
B. LTP-1357AA
A. LTP-1257AA
NOTE: The sign" -tl- .. stands for GREEN color chips
stands for ORANGE color chips
The sign"
6-33
874
-* ..
0
LTP·1557A
Anode Row 5
Anode Row 7
Cathode Column
Cathode Column
Anode Row 4*2
Cathode Column
Anode Row 6
Anode Row 3
Anode Row 1
Cathode Column
Cathode Column
Anode Row 4*2
Cathode Column
Anode Row 2
2
3*1
5
4
3*1
1
c.
D. LTP·1557A
LTP·1457A
COL. 1
3
5
COL.
1
2
3
4
5
ROW
2
3
3
4
4
5
5
6
6
70
7
ABSOLUTE MAXIMUM RATINGS AT TA
=
25°C
GREEN
YELLOW
ORANGE
HI·EFF
RED
UNIT
Power Dissipation Per Dot
75
60
75
75
mW
Peak Forward Current Per Dot
(1/10 Duty Cycle, 0.1 ms Pulse Width)
100
80
100
100
mA
Continuous Forward Current Per Dot
25
20
25
25
mA
Derating Linear From 25°C Per Dot
0.3
0.24
0.3
0.3
mArC
5
5
5
5
V
PARAMETER
Reverse Voltage Per Dot
Operating Temperature Range
_25°C to + 85°C
Storage Temperature Range
_25°C to + 85°C
Solder Temperature 1/16 inch Below Seating Plane for 3 Sec. at 260° C
6-34
875
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTP·1257AA/1357AA (GREEN) & LTP·1457AG/1557AG
UNIT
TEST
CONDITION
3000
}ted
Ip= 48 mA
1/8 DUTY
i\p
565
nm
IF "'20mA
Spectral Line Half-Width
Ai\
30
nm
IF =20 mA
Forward Voltage, any Dot
VF
2.1
2.8
V
IF '" 20 mA
Reverse Current, any Dot
IR
100
}tA
Iv-m
2:1
PARAMETER
SYMBOL
MIN.
TYP.
Average Luminous IntensitY
Iv
800
Peak Emission Wavelength
Luminous Intensity Matching Ratio
MAX.
VR =5V
IF =20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
120
50
J
o
24
L
LV
...J
28
20
,.
r::
Forward Voltage IVFI - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
E
I
'"0
E
:J
40
a:
20
16
'5
"'5
">
ji;
)
o
80
25
£"
Cl
II
"C
#-
~
iii
r::
:J
I
~
u
100
40
U
-'"
~
I
60
80
"'"
0-
90
I
200
100
80
i'
'\
......
r-....
50
......
I"
, ....
20
"
~
......
1
10
10
20
50
100
10
20
40
DC
Ambient Temperature ITal - °C
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE %
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F ~ 1 KHzl
(AVERAGE IF ~ lOrnA PER SEG I
6-35
876
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTP-1457AY/1557AY
UNIT
TEST
CONDITION
3000
/Lcd
Ip=48mA
1/8 DUTY
AD
585
nm
IF =20mA
Spectral Line Half-Wldth
b.A
35
nm
IF = 20 mA
Forward Voltage, any Dot
VF
2.1
2.8
V
IF =20mA
Reverse Current. any Dot
IR
100
/LA
Iv-m
2:1
PARAMETER
SYMBOL
MIN.
TYP.
Average Luminous Intensity *1.2
Iv
800
Peak Emission Wavelength
Luminous Intensity Matching Ratio
MAX.
VR =5V
IF =20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(250 Ambient Temperature Unless Otherwise Noted)
120
50
/
<0:
E
40
-C
30
l'
5
u
"E
V
0
10
u.
o
1Z
16
80
c:
S
"S
/
"'0
c:
60
E
g"
40
a:
20
a;
I
o
24
15
480
28
I-- r--
I
I}
g">
a;
a:
\
560
640
10
800
720
U
u
12
E
"-
)
)
g
"I'-
"
0
x
::<'"
o
30
\.
\.
<0:
16
25
800
<0:
C
l'
20
Forward Current (IF) - rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PFR SEGMENTI
Wavelength ( ).. 1 - nm
Fig 2 SPECTRAL RESPONSE
500
24
20
15
1000
28
E
/
05
/
I
~
..J
>
Jzo
/
25
"
E
0
Forward Voltage (V,) - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
5
0;
~
/
/
zo
~
#.
~
r
100
o
zo
i'...
C
l'
5
U
'1
60
80
100
80
50
-"
I
40
200
90
"'"
"-
ZO
i'-
\.
" ",
- - I--
........
""-
-
.........
"
1
10
10
20
50
100
10
40
DC
AmbIent Temperature iTal - 0 C
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F ~ 1 KHz)
(AVERAGE If ~ lamA PER SEG)
6-36
877
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTP-1257AA/1357A (ORANGE) & LTP-1457AE/1557AE
UNIT
TEST
CONDITION
3000
"cd
Ip=48 mA
1/8 DUTY
i\p
630
nm
IF
Spectral Line Half-Width
6?c
40
nm
IF'" 20 mA
Forward Voltage, any Dot
VF
2.1
2.8
V
IF =20 mA
Reverse Current. any Dot
IR
100
"A
Iv-m
2:1
SYMBOL
MIN.
TYP.
Average Luminous IntensitY
Iv
800
Peak Emission Wavelength
PARAMETER
Luminous Intensity Matching Ratio
MAX.
=20 mA
VR =5V
IF'" 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
-,--
50
40
-E
~
;;;
~
6
o
1.2
E
20
E
,.
U
u
0
/
16
~
J
Q)
>
40
a:
20
>
"
24
4BO
2B
'"
a:
-.;
I
o
20
15
~
-'
Q)
560
\
o
640
720
BOO
Wavelength I }. I - nm.
FIg 2 SPECTRAL RESPONSE.
I
05
/
/
V
o
10
15
20
Forward Current (IF) -
25
30
rnA
FIg 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT IPER SEGMENTI
1000
BOO
I\.
500
24
~
/
~
E
-
25
.s
- -
60
iii
-.;
2B
Q)
~
l!l
0
Forward Voltage IV,I - Volts
Flg.1 FORWARD CURRENT Vs FORWARD VOLTAGE
«
i':
-
0
10
u.
f
BO
'5c.
'5
/
!/
20
"C
if'-
I - - I--
~
5
u
100
/
30
--
----,--r--
120
I
«
E
,-,-
-
""
12
«
E
I
~
g
E
~
i'-.
5
U
'"
40
60
BO
BO
. . . 1'-
i':
in
~
I'.
l!l
I'....
50
Q)
n.
I
20
100
.>!.
'1
)(
'"
:2'
\..
200
90
"I"
"' "'
15
.s
. . . i'- ....
20
10
Q)
>
iii
a;
a:
-
........
1
10
20
50
100
10
20
40
DC
AmbIent Temperatu!e ITal - °C
Duty Cycle %
Duty Cycle %
FIg 4 MAX ALLOWABLE DC CURRENT PER SEG FIg 5 MAX PEAK CURRENT Vs DUTY CYCLE % FIg 6 LUMINOUS INTENSITY Vs DUTY CYCLE %
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F = 1 KHzl
IAVERAGE IF = 1 OmA PER SEG I
6-37
878
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
LTP-1457AHR/1557AHR
PARAMETER
UNIT
TEST
CONDITION
3000
},Icd
Ip = 48 mA
1/8 DUTY
SYMBOL
MIN.
TYP.
Iv
800
Average Luminous Intensity
= 25°C
MAX.
Peak Emission Wavelength
~p
635
nm
IF = 20 mA
Spectral Line Half-Width
A~
40
nm
IF = 20 mA
Forward Voltage, any Dot
V1'
2.1
2.8
V
IF = 20 mA
Reverse Current, any Dot
fR
100
},IA
Iv-m
2:1
Luminous fntensity Matching Ratio
VR =5V
11' = 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(250 Ambient Temperature Unless Otherwise Noted)
' , - - r - r-- -
50
E
-E
40
30
20
"0
;;;
~
5
10
u.
?Ii
12
16
S0S
0::
20
Qi
U
u
,.
\
480
28
560
:;
-
""
/
~
Qi
0::
J \
05
o
640
800
720
o
10
15
20
Forward Current (IF) -
Wavelength I A ) - nm
Fig 2 SPECTRAL RESPONSE
25
30
rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT IPER SEGMENTI
800
\.
\.
500
"-
= 48 mA
1/8 DUTY
;\p
565
nm
IF
Spectral Line Half-Width
b;\
30
nm
IF'" 20 mA
Forward Voltage,any Dot
VF
2.1
2.8
V
IF >= 20 mA
Reverse Current, any Dot
IR
100
folA
Iv-m
2:1
PARAMETER
SYMBOL
MIN.
TYP.
Average Luminous Intensity
Iv
1500
Peak Emission Wavelength
Luminous Intensity Matching Ratio
MAX.
= 20 mA
VR "'"5V
IF = 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(250 C Ambient Temperature Unless Otherwise Noted)
,--,-
50
E
40
I
-E
30
5
20
'0
~
"
#.
10
12
c
E
:J
60
Q)
Q)
40
>
20
o
480
28
~
I
12
~
Q;
0::
05
o
800
720
640
/
V
o
10
15
20
Forward Current (IF) -
Wavelength ( }. ) - nm
Fig. 2 SPECTRAL RESPONSE
..:
E
I
"-
t"-.
"
0
x
'"
:;;
o
L
\
\
/
25
30
rnA
Fig 3 RELATIVE. LUMINOUS INTENSI'FY Vs
FORWARD CURRENT (PER SEGMENT)
800
20
5
560
~
\.
500
..:
E
1--'
>
~
Q;
0::
24
15
-'
1000
24
U
V
~
a
28
16
/
E
:J
Forward Voltage (V,) - Volts
Fig.' FORWARD CURRENT Vs FORWARD VOLTAGE
E
/
25
0
e
20
16
I
80
':5
J
o
~
c
2
:J
/
:-
u.
;:
100
I
~
u
120
~-
/
II
..:
o
g
c
~
40
60
80
80
50
""'"
20
.....
,
90
"-
I
'\
.......
r-....
.....
,
Q)
Q.
I
20
100
~
:;
U
I
200
I
I"\.
"-
.--
i'
-
.......
.......
i'
1
10
10
20
50
100
10
20
40
DC
Ambient Temperatu.re (Ta) - °C
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE %
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F ~ , KHz)
(AVERAGE IF ~ , OmA PER SEG )
6-43
884
ELECTRICAl/OPTICAL CHARACTERISTICS AT TA = 25°C
LTP-2057A Y /2157 A Y
PARAMETER
SYMBOL
MIN.
TYP.
Iv
1200
4000
/Lcd
Average Luminous Intensity
MAX.
TEST
CONDITION
UNIT
48
Ip =
1/8
mA
DUTY
Peak Emission Wavelength
i\p
585
nm
IF =
20
mA
Spectral Line Half-Width
6i\
35
nm
IF =
20
mA
Forward Voltage, any Dot
VF
2.1
2.8
V
IF =
20
mA
Reverse Current, any Dot
IR
100
/LA
Iv-m
2-1
Luminous Intensity Matching Ratio
VR =5V
IF =
20
mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C
Ambient Temperature Unless Otherwise Noted)
50
24
15
~
..J
">
40
ji;
Qi
II:
I)
480
\
o
640
560
05
120
800
--
/
I
I
I
o
10
15
20
25
Forward Current (IF) -
Wavelength I l\ ) - nm
Fig 2 SPECTRAL RESPONSE
rnA
1000
800
E
I
~
16
"
12
x
g
"
........
'"
:;;
o
20
40
60
Ambient Temperature (Ta) -
1'1
I
E
~
U
50
80
°C
90
I
i'-~
"'"
'r--..
20
10
o
"
........
..........
-"
0..
,
200
100
80
e
........
I
I
\.
\.
500
20
30
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT IPFR SEGMENT)
4:
o
/
ji;
I
20
28
24
e
c
1--
60
Qi
II:
28
E
~
~
Forward Voltage IV,) - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
i;
a:
Q)
.~
Q;
20
o
20
24
480
28
660
J
a:
\
720
800
Wavelength ( }. I - nm.
FIg 2 SPECTRAL RESPONSE
I
05
o
640
/
V
1/
o
10
15
20
25
30
Forward Current (1,1 - mA
FIg 3 RELATIVE LUMINOUS INTENSI"FY Vs
FORWARD CURRENT (PER SEGMENTI
1000
800
28
24
8
E I.
--'
Q)
)
,.
c:
60
Forward Voltage (V,I - Volts
FIg.' FORWARD CURRENT Vs FORWARD VOLTAGE
~
L
V
V
U>
~
Q;
12
E
25
0
e-
10
o
«
c:
e
E
0
II
<0
6
LL
80
S
I
:;
~
in
f
~
~
U
;f!.
---
~
~
100
II
30
r-,---
120
I
«
E
-.----, -
-,--
50
~
500
f'
20
«
E
I
'\
g.
16
.......
12
E
~
:;
f'
"
o
U
-'I
20
40
60
80
90
_\.
200
100
80
'1'
b-..
""
<0
Q)
0-
"1"'-
~
50
20
I......
'!'o.
10
'\
I........
......
1
10
20
50
100
10
20
40
DC
AmbIent Temperature (Tal - DC
Duty Cycle %
Duty Cycle %
FIg 4 MAX ALLOWABLE DC CURRENT PER SEG FIg 5 MAX PEAK CURRENT Vs DUTY CYCLE % FIg 6 LUMINOUS INTENSITY Vs DUTY CYCLE % '
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F = , KHzl
(AVERAGE I, = , OmA PER SEG )
6-45
886
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
LTP-2057AHR/2157AHR
=
25°C
UNIT
TEST
CONDITION
4000
.ued
Ip =48 mA
1/8 DUTY
il.p
635
nm
IF = 20 mA
Spectral Line Half-Width
Ail.
40
nm
IF = 20 mA
forward Voltage. any Dot
VF
2.1
2.8
V
IF=20mA
Reverse Current, any Dot
Iii
100
.u A
Iv-m
2·1
PARAMETER
SYMBOL
MIN.
TYP.
Average Luminous Intensity
Iv
1500
Peak Emission Wavelength
Luminous IntensitY Matching Ratio
MAX.
VR = 5V
=20mA
I
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25D C Ambient Temperature Unless OtherWise Noted)
50
,--
40
-E
30
~
"C
1ft
24
~
\
/
560
Q;
0::
640
800
720
Wavelength ( }, I - nm
Fig 2 SPECTRAL RESPONSE
05
~
V
/
°o
10
15
20
25
30
Forward Current (I,) - rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENT)
1000
800
.....
500
f',
I
X
~
20
40
60
f'.
E
100
80
:;
50
~
1
1
80
90
U
-'"
"
I
l'.
"
.,
0..
\.
i
200
g
:......
12
I\,
~
J
20
o
in
£"
'"0
Forward Voltage (V,I - Volts
Flg.l FORWARD CURRENT Vs FORWARD VOLTAGE
28
?:
:J
:5
1/
16
[
80
~l=
1--1--
6
10
12
._-,-
I
1
20
0;
;:
0
LL.
100
/
:;
U
120 '--.,--r -
- r-I-
1
10.16
( 0 . 4 0°:-,), - - - - - . . . . ,
00000
0000000000
5
NO.1
IH-lf--H-++t
7
I
I f-~
I
15.24,,4
(.600"4)
___
I
- - l,
ROW
~ 10.1.
(0.400)
76.00~
(2.992)
/'
13. 00
(05 12 )
~ UUUUu~rJ~X~7~ uu~
~ 0.80 --.JL
(D.031)
NOTE: All dimensions are in
millimeters
(inches)
-LL
5.08
(.200)
Ll""'----n~u,.J-I-=--=-1---1....,-_~.--1o::J
L~':9) I-~ __
J
76.20
(3.00)
tolerance are:
.
1. Lead length (from seating plane): minimum value
+1.00
-0.000 mm
+0040"
2.
0 25
±. mm
(0.010")
unless otherwise noted.
(-0:000" )
PIN CONNECTION
CONNECTION
PIN NO.
1
A. LTP·4057A
B. lTP·4157A
Cathode Row 5
Anode Row 5
2
Cathode Row 7
Anode Row 7
3
Anode Column 2
Cathode Column 2
4
Anode Column 3
Cathode Column 3
5
Cathode Row 4
Anode Row 4
6
Anode Column 5
Cathode Column 5
7
Cathode Row 6
Anode Row 6
8
Cathode Row 3
Anode Row 3
9
Cathode Row 1
Anode Row 1
10
Anode Column 4
Cathode Column 4
11
Anode Column 3
Cathode Column 3
12
Cathode Row 4
13
Anode Column 1
Cathode Column 1
14
Cathode Row 2
Anode Row 2
I
,'Anodr Row 4
6·48
889
PIN NO.
1
CONNECTION
C. LTP·4257 AA
D. LTP·4357AA
Anode Column 1 Green
Cathode Column 1 Green
2
Anode Column 1 Orange
Cathode Column 1 Orange
3
Cathode Row 7 Green
Anode Row 7 Green
4
Cathode Row 7 Orange
Anode Row 7 Orange
5
Anode Column 2 Green
Cathode Column 2 Green
6
Anode Column 2 Orange
Cathode Column 2 Orange
7
Anode Column 3 Green
Cathode Column 3 Green
Cathode Column 3 Orange
8
Anode Colunn 3 Orange
9
Cathode Row 5 Green
Anode Row'5 Green
10
Cathode Row 5 Orange
Anode Row 5 Orange
11
Cathode Row 4 Green
Anode Row 4 Green
12
Cathode Row 4 Orange
Anode Row 4 Orange
13
Cathode Row 6 Green
Anode Row 6 Green
14
Cathode Row 6 Orange
Anode Row 6 Orange
15
Anode Column 5 Green
Cathode Column 5 Green
16
Anode Column 5 Orange
Cathode Column 5 Ora'1ge
17
Cathode Row 1 Green
Anode Row 1 Green
18
Cathode Row 1 Orange
Anode Row 1 Orange
19
Anode Column 4 Green
Cathode Column 4 Green
20
Anode Column 4 Orange
Cathode Column 4 Orange
21
Anode Column 3 Green
Cathode Column 3 Green
22
Anode Column 3 Orange
Cathode Column 3 Orange
23
Cathode Row 3 Green
Anode Row 3 Green
24
Cathode Row 3 Orange
Anode Row 3 Orange
25
Cathode Row 4 Green
Anode Row 4 Green
26
Cathode Row 4 Orange
Anode Row 4 Orange '
27
Cathode Row 2 Green
Anode Row 2 Green
28
Cathode Row 2 Orange
Anode Row 2 Orapge
INTERNAL CIRCUIT DIAGRAM
A. LTP·4057 A
COL. 1
6-49
890
B. LTP·4157A
D. LTP-4357 AA
C. LTP-4257 AA
2
COL.
3
4
5
ROW
2
2
3
3
4
4
5
6
6
NOTE: The Sign" --D*- .. stands for ORANGE color 2 chips series
The Sign" --j)j- .. stands for GREEN color 2 chips series
ABSOLUTE MAXIMUM RATINGS AT TA
PARAMETER
Power Dissipation Per Dot
Peak Forward Current Per Dot
(1/10 Duty Cycle, 01 mS Pulse Width)
Continuous Forward Current Per Dot
Derating Linear From 25°C Per Dot
Reverse Voltage Per Dot
=
25°C
HI·EFF
GREEN
YELLOW
ORANGE
120
100
120
120
mW
80
60
80
80
mA
20
16
20
20
mA
0.24
0.2
024
024
mA/oC
10
10
10
10
V
Operating Temperature Range
_25°C to
+ 85°C
Storage Temperature Range
_25°C to
+ 85~C
RED
UNIT
Solder Temperature 1/16 inch Below Seating Plane for 3 Sec. at 260°C
6-50
891
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTP-4057AG/4157AG & 4257AA/4357AA (GREEN)
PARAMETER
SYMBOL'
MIN.
TYP.
Iv
3000
Average Luminous Intensity
UNIT
TESTCOND
8000
p.cd
Ip'" 48 mA
1/8 DUTY
MAX.
Peak Emission Wavelength
~p
565
nm
IF =20 mA
Spectral Une Half-Width
tl.~
30
nm
IF =20 mA
Forward Voltage, any Dot
VF
4.2
5.6
V
IF ""20mA
Reverse Current, any Dot
IR
100
p.A
Iv-m
2:1
Luminous Intensity Matching Ratio
VR "" 10V
IF "'20mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(250 Ambient Temperature Unless Otherwise Notpril
120
50
/
0.:
E
40
-E
II
3D
20
";;;~
5
#
10
24
'5
B-
'">
U
u
Cl
15
'"
40
>
"'"
a;
a:
20
II
48
56
640
BOD
720
24
500
,.
"- ......~
12
i!:!
i'"
5
U
I'l
I
X
::;:'"
20
40
80
80
90
'"'"
25
rnA
T1
8D
r--....
50
i""-
20
10 '-----
i
I
"I"':
.......
lDO
I'-
1
20
50
100
10
2D
I
I
......
'"
1"-..
10
30
11
~
200
'"
Cl.
20
~
g
E
15
,
0.:
E
I
10
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENT).
BO~
20
o
V
Forward Current (IF) -
Wavelength ( A ) - nm
Fig 2 SPECTRAL RESPONSE
lDOO
/
05
o
580
2B
0.:
E
i!:!
5
E
~
"'"
a;
a:
40
V
.J
Forward Voltage (V,) - Volts
Fig 1 FORWARO CURRENT Vs FORWARO VOLTAGE
E
I
c
60
~
J
32
j
:E'"
'"0
BO
0
ll.
o
/
25
~
/
I
i!:!
5
u
~c
lDO
I
II
N.l
DC
Ambient Temperature (Ta) - °C
Duty Cycle %
Duty Cycle %
Fig 4 MAX_ ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE.% Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE %
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F ~ 1 KHz)
(AVERAGE I, ~ 10mA PER SEG )
6-51
892
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTP-4057AY/4157AY
UNIT
TEST eOND
8000
/-Lcd
Ip; 48 mA
1/8 DUTY
;\.p
585
nm
IF; 20 mA
Spectral Line Half·Width
b.;\.
35
nm
IF; 20 mA
Forward Voltage, any Dot
VF
4.2
5.6
V
IF; 20 mA
Reverse Current, any Dot
IR
100
/-LA
Iv-m
2:1
PARAMETER
SYMBOL
MIN.
TYP.
Average Luminous Intensity
Iv
2000
Peak Emission Wavelength
Luminous Intensity Matching Ratio
MAX.
VR ; 10V
IF
=20 mA
TYPICAL ELECTRICAl/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
120
50
I
«
E
40
/
I
-C
;f!.
u
20
;;;
~
(;
10
u.
o
e-
E
W
40
>
~
0;
a:
48
20
o
56
480
~
0;
a:
I
/
J \
o
640
560
800
720
/
05
o
/
10
15
20
25
30
Forward Current (ld - rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENT)
Wavelength ( } ) - nm
Fig 2 SPECTRAL RESPONSE
1000
800
28
\.
\.
500
24
«
E
20
E
I
<=
16
g
5
12
I'-..
l'
U
15
~
Forward Voltage IV,) - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
«
7
...J
>
40
32
c
60
0
w
j
24
.E.,
~
II
"C
7
25
i3
0
:;
j
5
If
80
;;;
I
~
30
l'
?:
100
X
<0
:2
20
40
C
100
80
5
50
l'
1'-.."
"
Cl
60
U
I'-..
'"I
80
90
Ambient Temperature (Ta) - °C
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE
200
.>f.
<0
W
D..
........
":--.
.........
I'-.
20
1"-"
""'-
I,
I"'"
t-.
1
10
10
20
50
100
10
40
DC
Duty Cycle %
Duty Cycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
(REFRESH RATE ~ F = 1 KHz)
(AVERAGE I, = lOrnA PER SEG)
6-52
893
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTP-4057AE/4157AE & 4257AA/4357AA (ORANGE)
PARAMETER
SYMBOL
MIN.
TYP.
Average Luminous Intensity
Iv
3000
Peak Emission Wavelength
UNIT
TESTCOND
8000
Jlcd
lp=48 mA
1/8 DUTY
;>..p
630
nm
IF =20 mA
Spectral Line Half-Width
AA
40
nm
IF
= 20 mA
Forward Voltage, any Dot
VF
4.2
5.6
V
IF
= 20 mA
Reverse Current, any Dot
IR
100
JlA
VR
= 10V
Iv-m
2:1
Luminous Intensity Matching Ratio
MAX.
IF'" 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
/
/
«
E
40
-E
*
20
"E
'"~
5
10
u..
o
J
24
40
32
80
E
a5
8
25
V
~
c
E
15
~
..J
~
'">
40
iii
~
iii
\
20
/
o
56
560
480
a;
a:
\
500
05
o
640
800
120
"-
16
g
"- I"-
12
E
~
5
h
I
20
40
60
80
90
Ambient Temperat",e (Tal - °C
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE
U
-'"
"'"
Il.
/
/
[,7
V
o
/
10
15
20
25
30
--
\
«
E
I
l
V
Forward Current (IF) - rnA
Fig 3 RELATIVE LUMINOUS INTENSIl'Y Vs
FORWARD CURRENT (PER SEGMENTI
Wavelength ( ). I - nm
Fig 2 SPECTRAL RESPONSE
24
20
f----
.£
o
1000
800
u
894
''"c"
- 1-
60
28
o
6-53
I~
~
Forward Voltage (V,I - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
«
- - --
~
0
S-
48
- --
--,--
~
:;
I
II
~
5
r
100
30
u
--.~--
120
50
'\
I
I
'
I
I
200
100
80
50
~
r-....
'c"
r-.......
2
'\
15
E
I' t--.
20
">
iii
r-..
I--- 1--
a;
a:
10 L -
"""
1
10
20
50
100
10
20
J-
f"'...
I
"""
40
1
N
DC
Duty Cycle %
Duty Cycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE %
(REFRESH RATE - F ~ 1 KHzl
(AVERAGE I, ~ 10mA PER SEG I
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
LTP-4057AHR/4157AHR
PARAMETER
SYMBOL
MIN.
TYP.
Iv
3000
Average Luminous Intensity
=
25°C
UNIT
TESTCOND
8000
,!Lcd
Ip=48 mA
1/8 DUTY
MAX.
Peak Emission Wavelength
i\p
635
nm
IF = 20 mA
Spectral Line Half-Width
AX
40
nm
IF = 20 mA
Forward Voltage, any Dot
VF
4.2
Reverse CUrrent, any Dot
Luminous Intensity Matching Ratio
5.6
V
IF
=20 mA
IR
100
,!LA
VR
=10V
Iv-m
2:1
IF
=20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
E
-E
/
/
40
30
5
20
~
"
LL
100
if
1·-
I
~
u
1"
32
i
80
'50.
'5
60
~
I-
c
w
~
0
E
I
~
Q;
a:
40
g">
20
a:
Q;
0
48
40
in
"
E
-'
>
g"
-
C
c
0
1/
,.
•24
56
480
Forward Voltage IV,) - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
640
560
800
720
Wavelength I X I - nm
Fig 2 SPECTRAL RESPONSE
28
1000
800
24
500
25
lo '---'---'- ----''----'---'---'
o
10
15
20
25
30
Forward Current (IF) -
E
20
E
~
5
16
I'-
12
"- ;~
I,
-
E
I
--
-~.
x
o
g
--
E
t':'
5
U
-
,1
~
o
.-
20
40
60
SO
90
Ambient Temperature (Ta) - °C
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE
200
,---
100
80
50
-1&
"
Il.
20
10
- -I - -
-
50
I
i I
" '\.
~~~"Ir;~=
__ J
20
--m
--
1\
'\.'
-.
10
rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT IPER SEGMENT)
<40
NOTE: All dimensions are In
4>5.08><40
(0.200><40)
r:----,
(0.'00"0)
[t~":
millimeters
(inches)
[
JJ
-----,I
tolerance are:
1. Lead length (from seating plane): minimum value
PIN CONNECTION
5
3
7
r:----,
3
1
3
(?3g~:~)
2
00000
00000'
00000
00000'
0 0 0 0 0
00000·
00000
00000·
1
~
I I
ROW
I J
U
L-'5.72 --------lI
(1.BOO)
+1.00
=0:00
+0.040"
( -0.000"
mm
2.
±0.25mm
(0.010")
un less otherwise noted.
CONNECTION
PIN NO.
A. L Tp·2058A
B. LTP·2158A
Cathode Row 6
Anode Row 6
2
Cathode Row 8
Anode Row 8
3
Anode Column 2
Cathode Column 2
4
Anode Column 3*1
Cathode Column 3*1
5
Cathode Row 5
6
Anode Column 5
Cathode Column 5
7
Cathode Row 7
Anode Row 7
8
Cathode Row 3
Anode Row 3
9
Cathode Row 1
Anode Row 1
Anode Row 5
10
Anode Column 4
Cathode Column 4
11
Anode Column 3*1
Cathode Column 3*1
12
Cathode Row 4
13
Anode Column 1
Cathode Column 1
Anodr Row 4
14
cathode Row 2
Anode Row 2
NOTE: 1. Pin 4 & 11 are Internally connected.
6-56
897
PIN NO.
CONNECTION
C. L TP·2458AA
D. LTP·2558AA
1
Cathode Row 6 Green
Anode Row 6 Green
2
Cathode Row 6 Orange
Anode Row 6 Orange
3
Cathode Row 8 Green
Anode Row 8 Green
4
Cathode Row 8 Orange
Anode Row 8 Orange
5
Anode Col. 2 Green
Cathode Col. 2 Green
6
Anode Col. 2 Orange
Cathode Col. 2 Orange
7
Anode Col. 3 Green
Cathode Col. 3 Green
8
Anode Col. 30rangw
Cathode Col. 3 Orange
Anode Row 5 Green
9
Cathode Row 5 Green
10
Cathode Row 5 Orange
Anode Row 5 Orange
11
Anode Col. 5 Green
Cathode Col. 5 Green
12
Anode Col. 5 Orange
Cathode Col. 5 Orange
13
Cathode Row 7 Green
Anode Row 7 Green
14
Cathode Row 7 Orange
Anode Row 7 Orange
15
Cathode Row 3 Green
Anode Row 3 Green
16
Cathode Row 3 Orange
Anode Row 3 Orange
17
Cathode Row 1 Green
Anode Row 1 Green
18
Cathode R9w 1 Orange
Anode Row 1 Orange
19
Anode Col. 4 Green
Cathode Col. 4 Green
20
Anode Col. 4 Orange
Cathode Col. 4 Orange
21
Anode Col. 3 Green
Cathode Col. 3 Green
22
Anode Col. 3 Orange
Cathode Col. 3 Orange
23
Cathode Row 4 Green
Anode Row 4 Green
24
Cathode Row 4 Orange
Anode Row 4 Orange
25
Anode Col. 1 Green
Cathode Col. 1 Green
26
Anode Col. 1 Orange
Cathode Col. 1 Orange
27
Cathode Row 2 Green
Anode Row 2 Green
28
Cathode Row 2 Orange
Anode Row 2 Orange
INTERNAL CIRCUIT DIAGRAM
A. LTP·2058A
B. LTP·2158A
COL. 1
6-57
898
C. LTP-2458AA
COL.
D. LTP-2558AA
2
4
5
3
COL.
ROW
ROW
2
2
3
3
4
4
5
5
6
6
4
5
7
8
8
NOTES: 1. The sign" --.!-- .. stands for ORANGE color chip.
2. The sign" --t>I-- .. stands for GREEN color chip.
ABSOLUTE MAXIMUM RATINGS AT TA = 2SoC
GREEN
YELLOW
ORANGE
HI·EFF
RED
UNIT
75
60
75
75
mW
100
80
100
100
mA
Continuous Forward Current Per Dot
25
20
25
25
mA
Derating Linear From 25°C Per Dot
0.3
0.24
0.3
0.3
mA/oC
5
5
5
5
V
PARAMETER
Power Dissipation Per Dot
Peak Forward Current Per Dot
(1/10 Duty Cycle, 0.1 ms Pulse Width)
Reverse Voltage Per Dot
Operating Temperature Range
_25°C to + 85°C
Storage Temperature Range
-2SoC to + 8SoC
6-58
Solder Temperature 1116 inch Below Seating Plane for 3 Sec. at 260°C
899
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTP-2058AG/2158AG & LTP-2458AA/2558AA (GREEN)
PARAMETER
SYMBOL
TYP.
MIN.
MAX.
TEST
CONDITION
UNIT
Ip=48mA
4000
#lcd
AP
565
nm
IF
Spectral Line Half-Width
AA
30
nm
IF '" 20 mA
Forward Voltage, any Dot
VF
2.1
2.8
V
IF = 20 mA
Reverse Current, any Dot
fR
100
itA
Iv-m
2:1
Average Lummous Intensity
Iv
Peak Emission Wavelength
Luminous Intensity Matching Ratio
1500
1/8 DUTY
=20 mA
VR =5V
IF =20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
E
40
-E
30
/
20
~
10
0
#
""
"
a
E
:0
Q;
Q;
a:
20
24
«
E
-
480
Wavelength ( 1\ ) - nm
Fig 2 SPECTRAL RESPONSE
o
V
10
15
20
Forward Current (IF) -
25
30
rnA
Fig 3 RELATIVE LUMINOUS INTENSIl'Y Vs
FORWARD CURRENT (PER SEGMENTI
"- "-
20
16
«
E
I
g
"-
12
x
4
"-
E
~
;;
U
1
I
20
40
I
500
0
:;;'"
BOO
720
/
800
.....
~
;;
U
u
640
560
/
/
1000
I-
I
E
05
o
0
2B
Forward Voltage (V,I - Volts
Fig I FORWARD CURRENT Vs FORWARD VOLTAGE
28
/
ji:
a:
24
15
">
40
>
20
V
..J
ji:
J
16
12
c
60
0
L1.
o
E
'"0
80
--
r-- - -
:0
/
"E
25
iii
/
~
i:"
u;
100
II
;;
U
---
120
50
«
60
80
90
I
200
100
BO
.......
"-
,,,"
......
50
I'
-'"
"'"
a.
I\,
\.
1'. . . .
I""-
20
I. . . . .
....
1
10
10
20
50
100
10
20
40
DC
Ambient Temperatu!e ITa) - °C
Duty Cycle %
Duty Cycle %
Fig 4 MAX. ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F ~ I KHz)
(AVERAGE I, ~ lOrnA PER SEG i
6-59
900
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
LTP-2058AY /2158A Y
PARAMETER
25°C
UNIT
TEST
CONDITION
4000
}.led
Ip=48 mA
1/8 DUTY
SYMBOL
MIN.
TYP.
Iv
1200
Average Luminous Intensity
=
MAX.
Peak Emission Wavelength
1\p
585
nm
IF = 20 mA
Spectral Line Half-Width
"1\
35
nm
IF = 20 mA
Forward Voltage, any Dot
VF
2.1
2.8
V
IF = 20 mA
Reverse Current, any Dot
IR
100
}.IA
Iv·m
2:1
.r,
Luminous Intensity Matching Ratio
VR =5V
IF =20 mA
TYPICAL ELECTRICAl/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
E
I
40
-C
30
20
'C
:0
~
"
~
/
II
~
10
12
60
">
40
c
Qi
a:
o
24
480
28
U
/
\
;)60
o
640
800
720
/
05
o
10
15
20
25
30
Forward Current (IF) - rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENTI
Wavelength ( ~ ) - nm
Fig 2 SPECTRAL RESPONSE
\.
«
E
I
20
"
16
~
5
/
Qi
a:
500
24
C
15
J
1000
800
28
E
/
"
">
1;;
I
20
Forward Voltage (VF) - Volts
Flg.1 FORWARD CURRENT Vs FORWARD VpLTAGE
«
"'"0
E
1;;
20
/
25
...J
J
16
If
80
5c.
5
~
c
e
E
0
L1.
o
~
100
/
5
u
120
/
«
12
"
Cl
g 100
'!'1'..
80
5
50
U
r'1
I
X
40
C
~
t........
~
20
'\..
200
60
80
90
Ambient Temperature (Tal - °C
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE
~t-..
~
~
.........
'i"-
'"
"'"
0..
ec
E
">
1;;
20
t-....
'\
15
I'\.
" "'-
Qi
a:
......
1
10
10
20
50
100
10
20
40
DC
Duty Cycle %
Duty Cycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
(REFRESH RATE - F ~ 1 KHzl
(AVERAGE IF ~ 1 DmA PER SEG )
6-60
901
ELECTRICAL/OPTICAL CHARACTERISTICS'AT TA = 25°C
LTP-2058AE/2158AE & LTP-2458AA/2558AA (ORANGE)
PARAMETEP
SYMBOL
.-
Iv
1500
--
R30
>-
-1--"--'--'
luminous Intensity Matching Rntio
- 1---.- - ' -
nm
IF = 20 mA
nm
IF'" 20 mA
-.
--.- --_._- -_.
V
2.B
2.1
._--- :-- ..
,....--._-
!R
100
Iv-m
2:1
_.__.-f-.
Reverse CUrrent, any Dot
Ip= 48 rnA
1/8 DUTY
40
Sh
1-- ..._- ---- t----
VF
~.
pee!
.. I - - ._--
--- 1--------- 1 - - - - -1---.. -
.... ----~-
TEST
CONDITION
, "-
]..p
Spectral Line Half-Width
.
1--Forward Voltage, any Dot
UNIT
4000
--- i-- - .... .-
MAX.
-~
Average Luminous Intensity
Peak Emission Wavelength
TV?,
MIN.
IF
IlA
-.
=<
20 mA
VR ""5V
--
IF "20 rnA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
,- r - ,---
50
---
,-- ,-
-
I
II
«
E
4.
I
-E
30
:,
U
20
"
'#
10
LJ..
12
16
"-
E
20
E
16
""
E
:J
iii
~
20
o
24
V
1S
480
28
560
I
E
I
1"-
Q
x
~
40
60
g
E
"'1I
80
90
~
'".."
U
"
0.
L
iii
1
Qi
0::
\
640
720
800
Wavelength I l\ I - nm
Fig 2 SPECTRAL RESPONSE
05
V
10
30
rnA
'\.
'\
.......
I.......
I"
r--.
20
10
"
~
......
1
10
25
~
~
50
20
Forward Current (IF) -
.........
100
80
15
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT IPER SEGMENT)
I
200
k'"
• oL_~_
I
500
"-
_L
">
40
I
/v
«
12
20
~
1-
-
25
.s
1000
800
~
U
~
J'l
...J
~
i-- +- ......
1'-
~
- - I - l- t -
Q
28
24
-
60
:;
20
--
r---r----
:J
0
Forward Voltage IV,I - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
«
--,-
--
V>
)
o
----
{
80
:J
V
'E
~
100
I
~
,--,--,---
12.
20
50
100
10
40
oc
Ambient Temperature ITal - °C
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
(REFRESH RATE -- F ~ 1 KH21
(AVERAGE I, ~ 10mA PER SEG I
Vs AMBIENT TEMPERATURE
6-61
902
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
LTP-2058AH R/2158AH R
=
25°C
UNIT
TEST
CONDITION
4000
/Lcd
Ip=4SmA
l/S DUTY
AP
635
nm
IF = 20 mA
Spectral Line Half-Width
t!.A
40
nm
IF =20 mA
Forward Voltage, any Dot
VF
2.1
2.S
V
IF = 20 mA
Reverse Current, any Dot
IR
100
/LA
Iv-m
2:1
PARAMETER
SYMBOL
MIN.
TYP.
Average Luminous IntenSity
Iv
1500
Peak Emission Wavelength
Luminous Intensity Matching Ratio
MAX.
VR =5V
IF = 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
-,--
50
/
-0:
E
40
-E
20
"C
:a
~
(;
10
u..
o
12
16
80
-
60
>
OJ
a:
24
E
i!!
:;
16
U
u
C\
c:
E
:J
g"
20
a:
OJ
480
\
/
560
o
640
800
720
x
I
E
i!!
:;
U
'1
40
I
200
I
60
80
100
80
..... r--.,
"
90
/
10
'\
........
50
/
'"
20
10
1
20
50
20
25
30
~
I' r--.,
10
15
\.
\.
.......
-"
<0
Il.
I
20
500
g-
f
o
/
Forward Current 11,1 - rnA
FIg 3 RELATIVE LUMINOUS INTENSIl;Y Vs
FORWARD CURRENT IPER SEGMENTI
Wavelength I }. I - nm
FIg 2 SPECTRAL RESPONSE
E
~
~
OS
-0:
"
12
IS
>
1000
800
"- "-
/
'"0
40
28
-'-
-0:
20
E
-f--
o
20
/
25
-'
g"
26
E
:g
~
0
Forward Voltage IV,) - Volts
FIg 1 FORWARO CURRENT Vs FORWARO VOLTAGE
24
~
:J
:;
B:J
I
V
J
i!!
:;
U
#
-
--
r
100
II
30
--,--
120
-~-
100
10
20
"
.......
40
DC
Ambient Temperatu.re (la) - °C
Duty Cycle %
Duty Cycle %
FIg 4 MAX ALLOWABLE DC CURRENT PER SEG FIg 5 MAX PEAK CURRENT Vs DUTY CYCLE % FIg 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F ~ 1 KHzl
IAVERAGE I, ~ lOrnA PER SEG I
6-62
903
ILITEr.) ~ II
LTP_18088X SERIES
18188A
1.85" 8 x 8 SINGLE COLOR & MUL TICOLOR
DOT MATRIX DISPLAYS
FEATURES
-1.85INCH (47.0 mm) MATRIX HEIGHT.
- LOW POWER REQUIREMENT.
- HIGH CONTRAST.
- HIGH BRIGHTNESS.
-SINGLE PLANE, WIDE VIEWING ANGLE.
-8x8 ARRAY WITH X-Y SELECT.
USASCI! AND EBCDIC
- COMPATIBLE WITH
CODES.
- STACKABLE
VERTICALLY
AND
HORIZONTALLY.
-CHOICE
OF
TWO
MATRIX ORIENTATION
CATHODE ROW OR CATHODE COLUMN.
- EASY MOUNTING ON P.C. BOARD.
- CATEGOR IZED FOR LUMINOUS INTENSITY.
-SINGLE COLOR DISPLAYS HAVE THE CHOICE
OF BRIGHT COLORS-GREEN/ORANGE/.
-MULTICOLOR DISPLAYS ARE APPLICABLE TO
THREE BRIGHT COLORS: GREEN, ORANGE AND
YELLOW (GREEN AND ORANGE MIXED)
DESCRIPTION
The LTP-18x88 series are 1.85 inch (47.0 mm) matrixheight 8x8 dot matrix displays.
The L TP-18188A are multicolor applicable displays.
The multicolor displays have black face and white dot
color.
The L TP-18088 series are single color displays. The
green, and orange displays have black face and white
dot color.
The green series devices utilize LED chips which are
made from GaP on a transparent GaP substrate.
The orange series devices utilize LED chips which are
made from GaAsP on a transparent GaP substrate.
DEVICES
PART NO. L TP-
6-63
904
DESCRIPTION
GREEN
ORANGE
MULTI·
COLOR
LTP-18088G
la088E
-
Anode Column. Cathode Row
-
-
18188A
Anode Column. Cathode Row
PACKAGEDIMENSION
INTERNAL
CIRCUIT
DIAGRAM
A
A
B
B
.
PIN CONNECTION
CONNECTION
PIN
NO.
B: LTP·18188A
A: LTP·18088
Cathode Row 2
Anode Column 2 Green
Anode Column 2 Orange
Cathode Row 4
Anode Column 4 Green
Anode Column 4 Orange
Cathode Row 6
Anode Column 6 Green
Anode Column 6 Orange
Cathode Row 8
Anode Column 8 Green
Anode Column 8 Orange
Cathode Row 7
Anode Column 7 Green
Anode Column 7 Orange
Cathode Row 5
Anode Column 5 Green
Anode Column 5 Orange
Cathode Row 3
Anode Column 3 Green
Anode Column 3 Orange
Cathode Row 1
Anode Column 1 Green
Anode Column 1 Orange
Cathode Row 2
Anode Column 2
NoPm
Cathode Row 4
Anode Column 4
No Pin
Cathode Row 6
Anode Column 6
No Pin
Cathode Row 8
Anode Column 8
No Pin
Cathode Row 7
Anode Column 7
No Pin
Cathode Row 5
Anode Column 5
No Pin
Cathode Row 3
Anode Column 3
No Pin
Cathode Row 1
Anode Column 1
No Pin
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
ABSOLUTE MAXIMUM RATINGS AT TA :; 25°C
GREEN
ORANGE
UNIT
75
75
mW
Peak Forward Current Per Dot
(1/16 Duty Cycle, O.lms Pulse Width)
100
100
mA
Continuous Forward Current Per Dot
25
25
mA
Derating linear From 25°C Per Dot
03
0.3
mA/oC
S
5
V
PARAMETER
Power Dissipation Per Dot
Reverse Voltage Per Dot
_..
Operating Temperature Range
-25°C to + 85°C
Storage Temperature Range
_25°C to + 85°C
Solder Temperature 1/16 inch Below Seating Plane for 3 Seconds at 260°C
6-64
. 905
PACKAGE DIMECTIONS
A. L TP-18088
B. LTP-18188A
NOTE: All dimensions are in millimeters tolerance are:
(inches)
1. Lead length (from seating plane): minimum value
2. ±0.25mm
(0.010")
unless otherwise otherwise noted.
+1.00
-=0:000
mm
+0.040"
-0.000" )
INTERNAL CIRCUIT DIAGRAM
A. LTP-18088
B. L TP-18188A
L
5
6
8
3
-l>I-GREEN
-..-ORANGE
6
8
6-65
906
= 25°C
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
L TP-18088E/18188A (DRANGE)
PARAMETER
SYMBOL
MIN.
TYP.
Iv
1000
3500
Average Lum inous Intensity
;\p
Peak Emission Wavelength
TEST
CONOITION
UNIT
MAX.
,ucd
Ip = 48 mA
1/8 DUTY
nm
I
= 20mA
nm
I
= 20mA
2.8
V
I
= 20mA
100
,uA
V
630
-Spectral Line Half-Width
C,;\
40
Forward Voltage any Dot
V
2.1
Reverse Current any Dot
I
Iv-m
Luminous I ntensity Matching Ratio
50
E
I
II
-E
40
30
e:;
u
<;;
;:
(;
LL
10
12
16
U
l'
20
16
V
.I
">
40
20
o
480
2B
560
I
~
a;
a::
\
640
o
BOO
720
05
Wavelength ( ). I - nm.
Fig 2 SPECTRAL RESPONSE
o
10
15
20
Forward Current (IF) -
25
30
rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENTI
~
..:
E
"-
I
E
e
:;
"- ')
"
CI
x
~
o
U
40
60
80
in
C
........
!'l
~
50
-"
ro
"
0-
I
20
~
........
100
BO
90
Ambient Temperature (Tal - °C
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE
~
I
200
E-
r'\..
12
o
V
15
500
24
e
L
1000
BOO
..:
:;
c
= 20 mA
LV
.!:
E
:J
= 5V
-
25
oJ
2B
E
in
c
"'0
~
a;
a::
24
~
:J
">
20
--
!'l
60
Forward Voltage (V,I - Volts
Fig 1 FORWARO CURRENT Vs FORWARD VOLTAGE
E
I-- l -
0
)
o
{
BO
:;
c.
:;
I
II
20
'C
---
100
if
I
,-,--
120
'r-'r' .--,-
..:
2: 1
-.-
~
I.
.!:
,"\.
'" "
">
I........ r--..
~
a::
a;
20
r........ ~
1
10
10
20
50
100
10
20
40
DC
Duty Cycle %
Duty Cycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
(REFRESH RATE - F = 1 KHzl
(AVERAGE I, = 10mA PER SEG I
6·66
907
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 2SoC
LTP-18088G/18188A (GREEN)
PARAMETER
TEST
CONDITION
SYMBOL
MIN.
TYP.
Iv
1000
3500
,",cd
Ip= 48 mA
1/8 DUTY
Average Luminous Intensity
MAX.
UNIT
Peak Emission Wavelength
Xp
565
nm
I
=20mA
Spectral Line Half-Width
D.'A.
30
nm
I
=20mA
Forward Voltage any Dot
V
2.1
28
V
I
., 20mA
Reverse Current any Dot
I
100
p.A
V
Luminous Intensity Matching Ratio
--
50
E
40
-E
30
~
(;
m
>
4"
"m
20
0:
24
E
480
28
E
~
5
U
l'
4
20
\
o
640
800
720
Wavelength ( )0. I - nm
Fig 2 SPECTRAL RESPONSE
V
o
10
15
20
Forward Current (IF) -
25
30
rnA
Fig 3 RELATIVE, LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENTI
40
r\
500
E
I
'\
g
"l' '1
12
x
'"
j
560
..:
lG
u
0
:;;
/
05
--r----
V
1000
800
......
20
15
>
a;
o
24
2.
..:
c
E
iii
0:
20
/
V
..J
Forward Voltage (V,I - Volts
Flg.1 FORWARD CURRENT Vs FORWARD VOLTAGE
l-I-
"'"0
iii
)
1G
L
25
E
GO
a;
12
~
§
0
10
u.
80
'5
"'5
/
1/
20
";:ro
?f-
~
r
100
V
5
u
=20mA
I
120
/
..:
2: 1
Iv-m
"'5V
E
~
5
U
-"
'"m
0..
I
60
80
90
'\
200
100
80
l'
'\
.......
~
~
50
........
..............
"-
I'-
20
10
r--
1
10
20
50
100
......
10
20
40
DC
Ambient Temperature (Tal - °C
Duty Cycle %
Duty Cvcle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
(REFRESH RATE - F = 1 KHzI
(AVERAGE I, = 10mA PER SEG I
Vs AMBIENT TEMPERATURE
6-67
908
ILITE('J~II
2088A
LTP- 2188AA SERIES
2.3" 8 x 8 SINGLE COLOR & MULTICOLOR
DOT MATRIX DISPLAYS
FEATURES
02.3" INCH (58.42mm) MATRIX HEIGHT .
• LOW POWER REQUIREMENT.
o HIGH CONTRAST.
o HIGH BRIGHTNESS.
-SINGLE PLANE, WIDE VIEWING ANGLE.
08 x 8 ARRAY WITH X-Y SELECT.
-COMPATIBLE
WITH
USASCII AND EBCDIC
CODES.
oSTACKABLE
VERTICALLY
AND
HORIZONTALLY.
oCHOICE
OF
TWO
MATRIX ORIENTATION
CATHODE ROW OR CATHODE COLUMN.
- EASY MOUNTING ON P.C. BOARD.
- CATEGORIZED FOR LUMINOUS INTENSITY.
o SINGLE COLOR DISPLAYS HAVE THE CHOICE
OF FOUR BRIGHT COLORS-GREEN I YELLOW I
ORANGE I HIGH EFFICIENCY RED.
oMULTICOLOR DISPLAYS ARE APPLICABLE TC
THREE BRIGHT COLORS: GREEN, ORANGE AN!
YELLOW (GREEN AND ORANGE MIXED)
DESCRIPTION
The L TP-2x88A series are 1.2 Inch (30.48mm) matrlxheight 5 x 7 dot matrix displays.
The LTP-2188AA are multlcolor applicable displays.
The multi color displays have gray face and white dot
color.
The L TP-2088A series are single color displays. The
green, yellow and orange displays have gray face and
white dot color.
The high effiCiency red displays
have red face and red dot color.
The green series devices utilize LED chips which are
made from GaP on a transparent GaP substrate.
The yellow, orange and high efficiency red series devices
utilize LED chips which are made from GaAsP on a
transparent GaP substrate.
DEVICES
PART NO_ L TPGREEN
YELLOW
ORANGE
HI.-EFF.
RED
2088AG
2088AY
2088AE
2088AHR
-
-
-
-
MULTI·
COLOR
2188AA
DESCRIPTION
PACKAGE
DIMENSION
INTERNAL
CIRCUIT
DIAGRAM
Anode Column, Cathode Row
A
A
Anode Column, Cathode Row
8
B
6-68
909
PACKAGE DIMENSIONS
A. L T~-2088A
B. L TP-2188AA
1----- 6 0.20----1
(2.370)
COL.
rm::{j'i={i~~~m:::m:~:1==;:,6
COL.
6 6 6 6 6 6 6,
000000002
00000000'
7.62><7
(.300><1)
0000000 O'
1EB--EB--EB--ffitEB--EB--&ffi
60.200 0 0 0 0 0 0 0'
(2.37"b 0 0 0 0 00 06
00000000'
~~~~~~~=--.lO 0 0 0 000 ~;
666666061
]
00000000'
00000000'
1~~~~~tl=i (~;~~=;) 0 0 0 0 0 0 0 o'
1
60.2000000000'
(,.370l 0 0 0 0 0 0 0 O.
00000000'
~w-tlt~
:Jj
~~~~~~~
OOOOOOO~;
0.200)
NOTE: All dimensions are in millimeters tolerance are:
(inches)
1. Lead length (from seating plane): minimum value
+1.00
mm
-0.000
+0.040"
-0.000"
2. ±0.25mm
(0.010")
)
INTERNAL CIRCUIT DIAGRAM
A. LTP-2088A
B. L TP-2188AA
COL. 1
ROW
6-69
910
NOTES:
1. The Sign"
2. The Sign"
-DI- .. stands for GREEN color dice.
-.!- .. stands for ORANGE color dice.
unless otherwise noted.
PIN CONNECTION
CONNECTION
PIN NO.
A. LTP·2088A
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
Anode Col 1
Anode Col 2
Anode Col 3
Anode Col. 4
Cathode Row
Cathode Row
Cathode Row
Cathode Row
Anode Col. 8
Anode Col. 7
Anode Col. 6
Anode Col. 5
Cathode Row
Cathode Row
Cathode Row
Cathode Row
ABSOLUTE MAXIMUM RATINGS AT TA
B. LTp·2188AA
A , Col., 1 , Green
A., Col. 1, Orange
A ,Col. 2, Green
A., Col. 2. Orange
A., Col. 3. Green
A, Col. 3. Orange
A, Col. 4, Green
A ,Col 4. Orange
C., Row 5, Green
C., Row 5, Orange
C., Row 6. Green
C., Row 6, Orange
C., Row 7, Green
C., Row 7, Orange
C., Row 8, Green
C., Row 8. Orange
A., Col. 8, Green
A., Col. 8, Orange
A., Col. 7. Green
A., Col. 6, Green
A., Col. 6, Green
A .. Col. 6, Orange
A., Col. 5, Green
A ,Col. 5, Orange
C., Row 4, Green
C.. Row 4. Orange
C., Row 3, Green
C., Row 3. Orange
C. Row 2 Green
C., Row 2, Orange
C., Row 1 , Green
C., Row 1 , Orange
5
6
7
8
4
3
2
1
= 25°C
GREEN
YELLOW
ORANGE
HI·EFF
RED
UNIT
Power Dissipation Per Segment
75
60
75
75
mW
Peak Forward Current Per Segment
(1/10 Duty Cycle, 0.1 mS Pulse Width)
100
80
100
100
mA
Continuous Forward Current Per Segment
25
20
25
25
mA
Derating Linear From 25°C Per Segment
0.3
024
0.3
0.3
mArC
5
5
5
5
V
PARAMETER
Reverse Voltage Per Segment
Operating Temperature Range
_25°C to + 85°C
Storage Temperature Range
_25°C to + 85°C
Solder Temperature 1/16 inch Below Seating Plane for 3 Sec. at 260°C
6-70
911
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
LTP-2088AG/2188AA (GREEN)
=
25°C
UNIT
TEST
CONDITION
4000
/led
Ip=48mA
1/8 DUTY
AP
565
nm
IF'" 20 mA
Spectral line Half-Width
AA
30
nm
IF =20 mA
Forward Voltage, any Sbgment or D.P.
VF
2.1
V
IF "'20 mA
Reverse Current, any Segment or D.P.
IR
100
Iv-m
2:1
PARAMETER
SYMBOL
MIN.
TYP.
Average luminous IntensitY
Iv
1500
Peak ·Emission Wavelength
L.uminous Intensity Matching Ratio
IlllAX.
2.8
-
VR =5V
y.A
IF'" 20mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
/
«
E
40
30
~
~
U
20
/
"E
~
0
;::
il
I
-E
12
16
;;
80
e"
E
:;
B-
/
"'"0
"E
60
"
'">
iii
a;
a:
20
480
16
~
U
12
800
720
~
/
/
o
/
/
10
15
20
Forward Current (IF) -
Wavelength I ). I - nm
Fig 2 SPECTRAL RESPONSE
25
30
rnA
Fig 3 RELATIVE LUMINOUS INTENSity Vs
FORWARD CURRENT IPER SEGMENTI
I\,
500
24
""'-
20
E
640
560
V
1000
800
28
E
05
o
0
28
Forward Voltage IV,I - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE
«
15
'">
40
a:
24
V
-'
iii
a;
20
25
"
0
J
o
100
;f
10
u.
--
120
50
1!
«
I
~
"
0
x
~
20
40
"-
E
60
g
E
"'1I
80
90
~
~
U
200
100
80
t'-
>-
ii
.........
50
0<
'"'"
Q.
ec
">
."'-
"-
15
E
...... ~
....
20
iii
a;
a:
""'-
"
.......
1
10
10
20
50
100
10
20
40
oc
Duty Cycle %
Duty Cycle %
Ambient Temperatu.re ITal - °C
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
Vs AMBIENT TEMPERATURE
IREFRESH RATE - F = 1 KHzl
IAVERAGE I, = 10mA PER SEG I
6-71
912
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
LTP-2088AY
PARAMETER
-
=
2SoC
TEST
CONOITION
SYMBOL
MIN.
TYP.
Average Luminous Intensity
Iv
900
4000
JLcd
IP = 160 mA
1/16 DUTY
Peak Emission Wavelength
i\.p
585
nm
IF
= 20 mA
Spectral Line Half.-Width
"'i\.
35
nm
IF
= 20 mA
Forward Voltage,any Segment or D.P.
VF
21
Reverse Current, any Segment or D.P.
Luminous Intensity MatchIng Ratio
UNIT
MAX.
IF = 20 mA
2.8
V
IR
100
JLA
Iv-m
2:1
VR =5V
IF
= 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
120
50
/
«
E
-C
40
V
30
l'
/
/
5
u
20
"C
ro
~
"
u..
If
10
80
16
60
">
40
Qi
480
28
16
5
12
E
I
" "-
g
......
........
J
I)
Qi
0::
--
I
/
05
/
\
560
640
10
800
720
15
20
25
30
Forward Current (IF) - rnA
Fig 3 RELATIVE LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENT)
Wavelength I X I - nm
Fig 2 SPECTRAL RESPONSE
\.
........
o
20
40
60
100
80
5
50
U
I
80
90
Ambient Temperature ITa) - DC
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE
"\.
200
C
~
I'l
x
~
o
">
ji:
«
l'
U
u
0
15
500
24
20
C
/
>000
800
28
E
c
20
Forward Vollage IV,) - Volts
Flg.l FORWARD CURRENT Vs FORWARD VOLTAGE
«
w
E
:J
a
24
/
25
--'
ji:
20
c
a
J
12
0;
.E"
:J
:;
B:J
a
0::
a
~
r
100
"
"\
I"-
-'"
"'"
a.
l"
..........
20
10
10
20
"
50
"'
........
......
1
100
10
20
40
DC
Duty Cycle %
Duty Cycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
(AVERAGE I, = 10mA PER SEG I
IREFRESH RATE - F = 1 KHz)
6-72
913
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
LTP-2088AE/2188AA (ORANGE)
PARAMETER
=
2SoC
TEST
CONDITION
UNIT
SYMBOL
MIN.
TYP.
Iv
1500
4000
J.lcd
Ip= 160 mA
1/16 DUTY
Average Luminous Intensity
MAX.
Peak Emission Wavelength
1.P
630
nm
IF "" 20 mA
Spectral Line Half-Width
61.
40
nm
IF
=20 mA
Forward Voltage, any Segment or D.P.
VF
2.1
2.8
V
IF
=20 mA
Reverse Current, any Segment or D.P.
IR
100
J.lA
V
Iv-m
2:1
LuminOUS Intensity Matching Ratio
=5V
IF =20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
",--
/
/
«
E
-1:'
40
30
i!!
20
";;;~
0;
u.
10
if
12
16
-
60
.,
E
i!!
5
16
U
V
'":J0
c:
I-
E
:J
15
>
20
480
28
I
560
a: os
\
o
640
800
720
Wavelength I A I - nm
Fig 2 SPECTRAL RESPONSE
I
o
V
/
/
~
.,
Q;
o
24
2S
g
a:
20
/
10
15
20
25
30
Forward Current 11,1 - mA
Fig. 3 RELATIVE, LUMINOUS INTENSIl'Y Vs
FORWARD CURRENT 'PER SEGMENTI
1000
BOO
\.
\.
500
«
""- "\
E
I
g
"
12
"'1I
"
Cl
x
ro
:2
o
c:
- _.
e
E
40
>
g
24
20
?:
;;;
-
oJ
Q;
2B
E
I
---
0
Forward Voltage IV,I - Volts
Fig 1 FORWARO CURRENT Vs FORWARO VOLTAGE
«
1'-r-
f
80
'5
B:J
J
o
r--
120
100
/
/
5
u
- r-I-
o
20
40
60
80
90
200
E
100
BO
5
50
i!!
U
I
'-......
'\
I......
I'...
"'
'-...... i'
'".,ro
0..
1"-.
20
........
......
1
10
10
20
50
100
10
20
40
DC
Ambient Temperatu!e ITal - DC
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
Vs AMBIENT TEMPERATURE
IRE FRESH RATE - F = 1 KHzl
IAVERAGE I, = , OmA PER SEG I
6-73
914
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTP-2088AHR
UNIT
TEST
CONDITION
4000
ILcd
Ip = 160 mA
1/16 DUTY
i\p
635
nm
IF = 20 mA
Spectral Line Half·Width
Ai\
40
nm
IF = 20 mA
Forward Voltage, any Segment or D.P.
VF
2.1
2.8
V
IF = 20 mA
Reverse Current, any Segment or D.P.
IR
100
IJ.A
Iv·m
2:1
PARAMETER
SYMBOL
MIN.
TYP.
Average Luminous Intensity
Iv
1500
Peak Emission Wavelength
luminous Intensity Matching Ratio
MAX.
VR =5V
IF = 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
E
/
-E
40
'C
ro
~
5
U.
20
12
16
IS
I
/
560
/
05
1/
o
640
720
/
800
o
10
15
20
Forward Current (IF) -
25
30
rnA
Fig 3 RELATIVE, LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENTI
800
~
E
I
g
'" "-
12
"
0
x
D-
90
"\
,
'"
480
24
16
/
Q>
o
28
1000
E
c
E
20
_.
25
iii
28
20
c
"'0:J
"
W
oc
24
in
:J
..J
Q>
20
i':
~
.E
60
13:J
j
o
I--
0
II
10
80
:;
I
~
5
u
~
,.- -
r
100
II
30
.
'-,---
120
',--,- r-- -
«
I"\..
"
r--...
I" ......
20
1
10
10
20
50
100
10
20
40
DC
Ambient Temperature ITal - °C
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE %
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F ~ 1 KHzl
(AVERAGE I, ~ lOmA PER SEG I
6·74
915
7. LED Clock &
Frequency Displays
• SELECTION GUIDE
• CLOCK & FREQUENCY DISPLAYS
SELECTION GUIDE
CLOCK & FREQUENCY DISPLAYS
BRIGHT RED
DIGIT
SIZE
0,3"
EPOXY
TYPE
0.3"
0.4"
PART
NUMBER
GREEN
TYP.
Iv/SEG.
@10mA
LTC·371OP
PART
NUMBER
DESCRIPTION
TYP.
Iv/SEG.
@10mA
DRIVE MODE
LTC·3710G
350~cd
DISPLAY DISPLAY
MODE
FONT
(HOUR)
MULTIPLEX C,C,
FF
:88:88:
1000~ed
7·2
LTC·3718P
L TC·3718G
MULTIPLEX C.C,
FF
: 18'8.8.
L TC·3137 A 1P·12
LTC·3137A lP·24
LTC·3137A3P
LTC·3137A1G·12
L TC·3137A lG·24
DUPLEX
DUPLEX
DUPLEX
C,C.
C,C.
C.C.
12
24
12
:IS.8S.
as-S8
MULTIPLEX C.C.
MULTIPLEX C,C.
FF
FF
:88:8.8:
:88:88,5
LTC·3702SP
LTC·3708SP
155~cd
LTC·3702SG
LTC·3708SG
220~cd
LTC-3808SP
LTC·3808SG
DIRECT
C.A.
FF
:18:S.8.
LTC·3730PMA·'
LTC·3614MSJ
L TC·3730G L Y·l
MULTIPLEX C.C.
MULTIPLEX CA
FF
FF
S8'88t
LTC·14401 A 1P·2
LTC·14403A 1P·2
LTC·4401 PAA2
145~cd
LTC·1440l'A1G·2
L TC·14403A 1G·2
210~cd
DIRECT
DIRECT
DUPLEX
CA
C.A.
C;A.
12
12
FF
.1888
:18.8.8:
:Cl8SS
LTC·5502A1P.l2S
350~ed
LTC·5502A1G·12S
61O~cd
DUPLEX
C.C.
12
'IS'88,
LTC·5612ELM
600Med
MULTIPLEX C.A.
FF
giit.i's
C.A.
CA
C.C.
C.C.
C,C.
C.C.
C,C.
C.C.
C.C.
C.C.
C.A.
C.A,
FP
FF
FF
12
FF
12
FF
12
FF
FF
12
,S.8:8.B
:88'88
:88.8S.
L TC·674D lG·12
LTC·674D1G
MULTIPLEX
MUL TIPLEX
MULTIPLEX
DUPLEX
DUPLEX
DUPLEX
DUPLEX
DUPLEX
DUPLEX
DUPLEX
DIRECT
DIRECT
FF
:88'8.8
LTC·937S1G
DUPLEX
C,C.
FF
'i38:88.
L TC·937S1 G·12
DUPLEX
C,C.
12
:18:8.8
LTC·14501A1G·2 1100~ed
DUPLEX
C.C.
12
.18:88
LTC·18501A1G·2
LTC-18501A1G
DUPLEX
DUPLEX
C.C,
C.C.
12
FF
.Ia:88,
:a8:88.
DIRECT
DIRECT
C.C.
C,C.
12
FF
'18:88.
a8:8.8:
DUPLEX
C.C,
FF
:aSHS.
MULTIPLEX C.A.
FF
.S8:88.
0.5"
0.6"
LTC·612D1P
LTC·617DlP
LTC·627D1P
LTC·637C1P·12
LTC·637C1P
LTC·637D1P·12
LTC·637D1P
LTC·637D1P·12S
,LTC·637D1 p·s
LTC·637Dl P·W
LTC-674Dl P·12
LTC·674D1P
350MeQ
LTC·937S1P
0.9"
1.4"
LTC·612D1G
LTC·617D1G
LTC·627D1G
LTC-637C1G·12
LTC·637C1G
LTC·637D1G·12
600~ed
LTC·637D1G
LTC·637D1G·12S
LTC·637D1G·S
L TC·14501 A 1P·2
600~d
LTC·18501A1P·2
LTC·18501A1P
1.8"
670MCd
LTC·25501PAK
25"
7-1
918
·a8B8.
:18:88
:a8:88.
:i38:S8.
7·26
7·31
7·36
7·44
7-48
7·52
7·57
670Med
LTC·25601 PAK
Notes. C.C,. COMMON CATHODE
7·18
:18.8.8
1200MCd
LTC·1867A1G·2
LTC-18501A1G4
LTC· 1867Al P·2
LTC·18501Alp·4
:18:88.
:B8:88.
:18:88.
600~cd
340MCd
LTC·937S1p·12
PAGE
NO.
C.A,: COMMON ANODE
FF. FULL FEATURE
JL1rCC=~I1L @ §JEJruIJE§
0.3" fOUR LED CLOCK FREQUENCY DISPLAYS
FEATURES
00.3 INCH (7.62mm) DIGIT HEIGHT.
o CONTINUOUS UNIFORM SEGMENTS.
oCHOICE OF SIX BRIGHT COLORS RED/BRIGHT
RED/GREEN/YELLOW/ORANGE/HIGH
EFFICIENCY RED.
o LOW POWER REQUIREMENT.
o EXCELLENT CHARACTERS APPEARANCE.
o HIGH CONTRAST.
o HIGH BRIGHTNESS.
oWIDE VEIWING ANGLE.
oSOLlD STATE RELIABILITY.
o CATEGORIZED FOR LUMINOUS INTENSITY.
o I.C. COMPATIBLE.
o EASY MOUNTING ON P.C. BOARD OR SOCKETS.
.~
!
DESCRIPTION
The L TC-371 0 series devices are 0.3 inch (7.62mm)
height four digit displays.
The red series devices utilize LED chips which are made
from GaAsP on a GaAs substrate. The bright red and
green series devices utilize LED chips which are made
from GaP on a transparent GaP substrate. The yellow.
orange and high efficiency red series devices utilize
LED chips which are made from GaAsP on a transparent
GaP substrate. Red and bright red displays have black
face and red segment color. Green. and orange displays
have black face and white segment color. Yellow displays
have black face and yellow segment color. High efficiency
red displays have red face and red segment color.
DEVICES
PART NO. L TCDESCRIPTION
RED
BRIGHT
RED
GREEN
YELLOW
ORANGE
HI.·EFF.
RED
3710R
3710P
3710G
3710Y
3710E
3710HR
Multiplex, Common Cathode
3718R
3718P
3718G
3718Y
3718E
3718HR
,Multiplex, Common Cathode
7-2
919
PACKAGE DIMENSIONS
A.' LTC-3710 Series
DIGIT
DIGIT2
0lGI13
0lGIT4
.B
folDP
~~ ~ I[J]
0:0 B~tEo
't1Jo
L3
0
0
tid
.
millimeters
0
NOTE: All dimensions are In
(. h ) tolerance are:
+1.0 mm
inC es
1. Lead length (from setting plane) MINIMUM VALUM +~.040n
--=000
LC't;J
2
D~
o
0
DP2
±0.25mm unless otherwise noted.
. (0.D10 n )
( -O.OOOn)
PIN NO.
CONNECTION
Anode L3
13
Cathode U.D.P.
14
Cathode D.P. 2.
Anode D, Digit " 2. 3. 4
Anode L2
15
Anode U.D.P.
4
16
Cathode D.P.1.
3
920
PIN NO.
Common Cathode Digit 1
1
2
7-3
CONNECTION
5
Common Cathode, Digit 2
17
Anode A, Digit 1,2,3,4
6
Cathode UC. LC
18
Anode F, Digit 1 , 2, 3,4
7
Anode UC, LC
19
Anode B, Digit 1,2,3,4
8
Common Cathode, Digit 3
20
Anode C, Digit 1,2,3,4
9
Anode D.P.!.
21
Anode E, Digit 1
10
Common Cathode, Digit 4
22
Anode G, Digit 1 ,2,3,4
11
Anode E, Digit 2, 3, 4
23
Anode L1
12
Anode D.P.2
24
Cathode L 1 , L2, L3
PACKAGE DIMENSIONS
B. LTC·3718 Series
DIGIT2
0lGIT3
NOTE: All dimensions are in millimeters tolerance are:
+1.00 mm
(inches)
1. Lead length (from setting plane): MINIMUM VALUM __
--=0,;,,:.0:.;:0'-2.
+0.040"
( -0.000"
PIN NO.
CONNECTION
PIN NO.
01GI1:.4
± 0.25 mm unless otherwise noted.
(0.010")
CONNECTION
1
ANODE Dl
13
ANODE G
2
ANODE D3
14
COMMON CATHODE DIGIT 4
3
4
COMMON CATHODE DIGIT 1
ANODE D
15
16
ANODE B
5
ANODE 3
17
ANODE F
6
CATHODE UC. LC
18
ANODE UC. LC
7
COMMON CATHODE DIGIT 3
19
COMMON CATHODE DIGIT 2
ANODE A
8
ANODE D.P.
20
ANODE E
9
CATHODE D.P.
21
ANODE D2
10
ANODE D6
22
ANODE 4
11
ANODE D5
23
CATHODE D2. D4
12
CATHODE D5. D6
24
CATHODE Dl • D3
7-4
921
INTERNAL CIRCUIT DIAGRAM
LTC-3710 Series
2
24
L1 L2 L3
23
~
~
AII' ~
~
B
C
5
.
DIGIT 1
D
..
E
0
F
r ~~
~
G
A
~
..
B
0
C
~
6
8
DIGIT 2
.
'0
A
~
~
D
E
F
~
~ AII'
0
~
G UCLc
A
19
17
21
4
B
~
~
c
0
20
~ AII'
3
~
F
E
11
or t~
~~
0
0
II'
10
16
DIGIT 3
~
,
G DPl
18 22
B
t~
C
13 14
DIGIT 4
.
~
D
~ ~ ~ o~
F
E
GUI
15 12
9
LTC-3718 Series
23
24
3
6
19
or
~~. ~ r2~ '2~ ~2~ 1I'2~ "2~ 2~~2G
~
r or
B 1C
9
7
0
°
~3A 3~"3~ 3~ 3~ 1I'3~
U:
12
14
0
r
~
3~ D~~4A ~4~ 4~ ~4~ ~4~ 1I'4F "4~~
>-
1
21
18
2
16 15
5
20 17 13
4
8
22 11
10
ABSOLUTE 'MAXIMUM RATINGS
Hl.-EFF.
RED
UNIT
60
60
mW
60
80
80
mA
16
20
20
mA
0.24
0.2
0.24
0.24
mAtC
5
5
5
5
V
RED
BRIGHT
RED
GREEN
Power Dissipation Per Segment
45
30
60
50
Peak Forward.' Ourrent Per Segment
(1/10 Duty Cycle, 0.1 ms Pulse Width)
120
40
80
20
12
20
PARAMETER
Continuous
~drward
Current Per Segment
Derating Linear From 25"C Per Segment
Reverse Voltage Per Segment
0.24
5
0.14 '
5
YELLOW ORANGE
:~0
Operating Temperature Range
_25°C to + 85°C
Storage Temperature Range
_25°C to +85°C
Solder Tempera~ure 1/16 inch Below Seating Plane for 3 Seconds at 260° C
7-5
922
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTC-371OR
UNIT
TEST
CONDITION
450
/oLcd
IF=10mA
AP
655
nm
IF = 20 mA
Spectral line Half-Width
L>A
24
nm
IF = 20 mA
Forward Voltage any Segment or D.P.
VF
1.7
2.0
V
IF = 20 mA
Reverse Current. any Segment or D.P.
IR
100
IJA
Iv-m
2:1
PARAMETER
SYMBOL
MIN.
TYP.
Average Luminous Intensity
Iv
200
Peak Emission Wavelength
Luminous Intensity Matching Ratio
MAX.
VR =5 V
IF=20mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
120
«
E
I
40
-E
30
;,'I.
~
5
u
"0
60
Q)
40
20
24
480
28
V
V \
640
05
o
720
800
Wavelength ( A I - nm.
FIg. 2 SPECTRAL RESPONSE.
o
I
10
15
20
25
30
Forward Current (lFI - rnA
FIg. 3 RELATIVE, LUMINOUS INTENSIl'Y Vs
FORWARD CURRENT (PER SEGMENTI
500
24
«
E
I
20
E
16
"- "-
~
"
x
:::;'"
560
Qj
II:
1000
800
28
U
V
li:
o
16
/
15
"
">
20
Forward Voltage (VFI - Volts
FIg.' FORWARD CURRENT Vs. FORWARD VOLTAGE
5
"
'E"
li:
1.2
/
U)
..J
Qj
II:
10
25
"
:£"
0
'5
Co
'5
0
«
"
BO
>
~
1;
in
0
20
to
LL
;:
100
12
0
E
I
g
"-
E
"-
o
5
U
"I
I
4
o
~
20
40
60
80
90
AmbIent Temperature (Tal - °C
Flg.4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE
200
100
BO
50
.......
"
;:
in
c:
.......
2l
r--.
-'"
"'"
0..
15
"
.5
20
10
10
20
.,">
"
50
'"
Qj
II:
..........
~
....... .......
I
100
10
20
40
r-rDC
Duty Cycle %
Duty Cycle %
FIg 5 MAX PEAK CURRENT Vs DUTY CYCLE % FIg 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
(REFRESH RATE - F ~ , KHz)
(AVERAGE IF = , OmA PER SEG )
7-6
923
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 2SoC
LTC-3710P
PARAMETER
SYMBOL
Average Luminous Intensity
MIN.
Iv
UNIT
TEST
CONDITION
600
pcd
IF =10mA
TYP.
250 '
MAX.
Peak Emission Wavelength
;>..p
697
nm
IF
Spectral Line Half-Width
6;>"
90
nm
IF = 20 mA
Forward Voltage any Segment or D.P.
VF
2.1
Reverse CUrrent, any Segment or D.P.
Luminous Intensity Matching Ratio
2.8
V
IR
100
pA
Iv-m
2:1
IF
= 20 mA
= 20 mA
VR =5 V
IF
=20mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
120
J
«
E
I
~
E
40
V
30
"E
OJ
;:
/;
20
'5c.
'5
12
16
80
">
40
a;
a:
20
480
2.B
24
Forward Voltage (VF) - Volts
Fig. I FORWARD CURRENT Vs. FORWARD VOLTAGE.
24
V
640
1.•
-'
"~
1ij
a;
a:
o
BOO
720
Wavelength ( )0. ) - nm.
Fig. 2 SPECTRAL RESPONSE.
o
/'" V
10
15
r-
20
25
30
Forward Current (IF) - rnA
Fig 3 RELATIVE, LUMINOUS INTENSitY Vs.
FORWARD CURRENT (PER SEGMENT).
I\,
\.
500
E
I
20
1:
16
g
12
E
~
::>
r-... ........
"
C
X
U
o
40
60
100
BO
50
"
Q.
BO
90
"- ~
t'-.
1'1"----
OJ
1
20
200
~
r-.... r-...
OJ
::;:
o
V
o.
«
E
I
8"
c:
1000
BOO
26
«
560
0
E
::>
II
\
J
o
20
,
1/
2.
~.,
::>
/ 1\
80
iii
)
o
~
;;
c:
V",
0
V
10
u.
~
J
~
5
u
100
20
~
r-...
10
10
20
r-...
50
1"-I.......
1
100
10
20
40
DC
Ambient Temperature (Ta) - °C
Duty Cycle %
Duty Cycle %
Flg.4 MAX. ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
(REFRESH RATE - F ~ I KHzl
(AVERAGE IF ~ lOrnA PER SEG)
Vs AMBIENT TEMPERATURE.
7-7
924
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
LTC-3710G
=
25°C
UNIT
TEST
CONDITION
1800
/lcd
IF =10mA
;\.p
565
nm
IF = 20 rnA
Spectral Line Half-Width
t:;;\.
30
nm
IF = 20 mA
Forward Voltage any Segment or D.P.
VF
2.1
2.8
V
IF = 20 mA
Reverse Current. any Segment or D.P.
IR
100
/lA
Iv-m
2:1
PARAMETER
SYMBOL
MIN.
TYP.
Average Luminous Intensity
Iv
750
Peak Emission Wavelength
Luminous Intensity Matching Ratio
MAX.
VR = 5 V
IF =20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
120
I
«
E
-E
40
/
30
~
5
u
'E
~
0
LL
0"
'5c.
'5
I
II
20
10
12
1.6
Q)
"'"
c:
60
E
2.4
15
"
Q)
40
>
~
a:
20
a:
480
2.8
a;
II
640
720
800
Wavelength ( }. I - nm.
Fig. 2 SPECTRAL RESPONSE.
E
16
5
12
10
15
20
25
30
\.
500
"-
~
E
I
" "-
0
0
x
g.
E
~
5
"-
U
o
20
40
I
60
80
.:"\.
200
100
80
50
~
Q)
'I
~
o
o
Forward Current (lFI - rnA
Fig. 3 RELATIVE. LUMINOUS INTENSIl'Y Vs
FORWARD CURRENT (PER SEGMENTI.
«
20
/
/
/
05
o
560
/
1000
800
24
E
I
I
...J
o
20
/
25
0
>
"'"
a;
28
U
c:
80
Forward Voltage (VFI - Volts
Fig. 1 FORWARD CURRENT Vs. FORWARD VOLTAGE.
«
e"
E
0
j
o
i?:
100
90
a.
20
i?:
.........
""
e"c:
........
"" "-.
15
E
,
'"
Q)
>
~
a;
a:
10
"
1
10
20
50
100
10
20
40
DC
Ambient Temperature (Tal - °C
Duty Cycle %
Duty Cycle %
Flg.4 MAX. ALLOWABLE DC CURRENT PER SEG. Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
(REFRESH RATE - F = 1 KHz)
(AVERAGE IF = lOrnA PER SEG.)
Vs AMBIENT TEMPERATURE.
7-8
925
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 2SoC
LTC-3710Y
PARAMETER
TEST
CONDITION
SYMBOL
MIN.
TYP.
Iv
600
1300
~cd
IF =
Average Luminous Intensity
UNIT
MAX.
10 mA
Peak Emission Wavelength
AP
585
nm
IF = 20 mA
Spectral Line Half·Width
A;\.
35
om
IF =20 mA
Forward Voltage any Segment or D.P.
VF
2.1
2.8
V
IF =20 mA
Reverse Current, any Segment or D.P.
IR
100
IJA
'v·m
2:1
Luminous Intensity Matching Ratio
VR =5V
IF =20mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C
Ambient Temperature Unless Otherwise Noted)
120
50
/
«
E
40
-E
30
V
~
:;
U
'E
.,
20
;:
(;
u.
100
10
o
1.2
/
... J
0'1
;;
/
80
e
."
40
2.4
II:
20
480
28
560
\
o
800
720
640
/
05
o
10
15
20
25
30
Forward Current (1,1 - mA
Fig 3 RELATIVE, LUMINOUS INTENSity Vs
FORWARD CURRENT (PER SEGMENT).
Wavelength ( }. I - nm.
Fig. 2 SPECTRAL RESPONSE.
I\,
500
«
\.
E
20
"-
16
12
o
C
x
I
"
~
"
4
o
J
II:
800
~
:1
"
a;
/
V
>
~
I
II'
1000
I
8
/
1.5
"
o
20
24
-:=
E
...J
>
~
28
E
c:
60
0
a;
/
25
~
'""0
Forward Voltage (V,I - Volts
Fig.! FORWARD CURRENT Vs. FORWARD VOLTAGE.
«
~c:
{
o
20
40
60
E
100
60
:;
60
~
"-
"I
60
90
200
U
.><
.
'"
a.
r-.....
"\
"""
20
""
"r---.
""
1
10
10
20
50
100
10
20
40
oc
Ambient Temperature (Tal - °C
Duty Cycle %
Duty Cycle %
Flg.4 MAX. ALLOWABLE DC CURRENT PER SEG. Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs. DUTY CYCLE%
Vs AMBIENT TEMPERATURE.
(REFRESH RATE - F = 1 KHz)
(AVERAGE I, = ! OmA PER SEG )
7·9
926
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTC-3710E
UNIT
TEST
CONOITION
1800
~cd
IF = 10 mA
AP
630
nm
IF = 20 mA
Spectral Line Half-Width
"'A
40
nm
IF = 20 mA
Forward Voltage any Segment or D.P.
VF
2.1
2.8
V
IF = 20 mA
Reverse Current. any Segment or D.P.
IR
100
~A
Iv-m
2:1
PARAMETER
SYMBOL
MIN.
TYP.
Average Luminous Intensity
Iv
750
Peak Emission Wavelength
Luminous Intensity Matching Ratio
MAX.
VR =5V
IF = 20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
120
/
..:
E
-E
40
1/
20
"
c.
10
J
o
12
16
~
E
24
15
"
">
cr:
20
480
28
iii
a;
/
560
cr:
\
o
640
720
800
16
r--..
~
12
E
I
g-
"'~
E
~
5
["..,
"
D
"
U
~
~
o
10
15
20
25
30
rnA
Fig 3 RELATIVE. LUMINOUS INTENSitY VS
FORWARD CURRENT (PER SEGMENT)
~
..:
E
o
Forward Current (IF) -
Wavelength ( }. ) - nm
Fig 2 SPECTRAL RESPONSE
500
24
20
I
05
1000
800
..:
E
/
..J
40
28
5
"
60
o
20
/
/
~
Forward Voltage (V,) - Volts
Flg.l FORWARD CURRENT Vs FORWARD VOLTAGE.
U
.f"
0
>
iii
a;
/
25
~
0
1/
L1.
in
{
80
"""
/
'E
'"~
""
30
~
"
U
~
100
o
20
40
60
""'"
"
0..
I
so
90
" "-
200
100
80
50
i'.
i"'....
.......
20
I'-
I'\..
"- .........
r--.
'"
10
1
10
20
50
100
10
20
40
DC
Ambient Temperature (Ta) - °C
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE %
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F = 1 KHz)
(AVERAGE I, = 10mA PER SEG)
7-10
927
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTC-3710HR
PARAMETER
UNIT
TEST
CONDITION
1800
#led
IF '" 10 mA
SYMBOL
MIN.
TYP.
Iv
750
Average luminous Intensity
MAX.
Peak Emission Wavelength
i\p
635
nm
IF =; 20 mA
Spectral Une Half-Width
l>i\
40
nm
IF '" 20 mA
Forward Voltage any Segment or D.P.
VF
2.1
2.8
V
IF = 20 mA
Reverse Current, any Segment or D.P.
IR
100
/loA
Iv-m
2:1
Luminous Intensity Matching Ratio
VR =5V
IF =20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
120
50
/
II
c(
E
-E
40
30
e
20
~
(;
""
c:
60
E
"
...J
Q)
Q)
>
40
0:
20
24
>
480
28
Forward Voltage (VF) - Volts
Flg.l FORWARD CURRENT Vs. FORWARD VOLTAGE
\
I
560
iii
a;
0:
\
o
640
800
720
16
12
i'-
E
I
g
',-
E
e
5
1',
CJ
0
o
U
I'l
I
X
I,
iii
a;
0:
......
1
10
20
50
100
10
20
40
DC
Ambient Temperature (Ta) - °C
Duty Cycle %
Duty Cycle %
Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F = 1 KHz)
(AVERAGE IF = 10mA PER SEG)
7-11
928
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTC-3718R
PARAMETER
MAX.
TEST
CONDITION
SYMBOL
MIN.
TYP.
Average Luminous IntensitY
Iv
200
450
/Jcd
IF;
10
mA
Peak Emission Wavelength
Xp
655
nm
IF;
20
mA
Spectral Line Half-Width
6X
24
nm
IF ;
20
mA
1.7
2.0
V
IF =
20
mA
p.A
VR =
Forward Voltage any Segment or
D.P.
VF
Reverse Current, any Segment or
D.P.
IR
100
Iv-m
2:1
Luminous IntensitY Matching Ratio
UNIT
IF;
5
20
V
mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C
Ambient Temperature Unless Otherwise Noted)
50
120
00:
E
I
40
-E
30
'#-
'"~
0
u.
20
c:
60
E
:J
'"
16
20
24
V
"
40
480
28
>
~
a;
cr:
I
20
Forward Voltage IVF) - Volts
Fig.' FORWARD CURRENT Vs. FORWARD VOLTAGE
II \\
560
640
o
BOO
720
Wavelength I ).. I - nm.
Fig 2 SPECTRAL RESPONSE
lL"
05
o
10
15
20
25
30
Forward Current (IF) - mA
Flg.3 RELATIVE, LUMINOUS INTENSIl'Y Vs
FORWARD CURRENT (PER SEGMENTI
1000
800
28
24
500
00:
00:
E
I
20
E
16
"" ,
~
"
x
'"
:2
V
15
.J
>
~
a;
cr:
10
v
25
:J
o
U
c:
0
12
5
ii;
.£'"
"'0
80
'5c'5
~
"E
i:-
I
5
u
,
100
12
Cl
4
o
o
20
40
E
I
g
"
60
E
~
5
U
')
I
80
90
"'a.'""
"
200
100
80
r-....
I'-
i:ii;
c:
......
~
I'-...
50
~
.........
">
"
20
15
E
iii
"
a;
0::
10
1
10
20
50
100
10
20
....... r-..
40
DC
Ambient Temperature ITa) - °C
Duty Cycle %
Duty Cycle %
Flg.4 MAX ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
Vs AMBIENT TEMPERATURE
(REFRESH RATE - F ~ , KHz)
(AVERAGE IF ~ , OmA PER SEG )
7-12
929
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 2SoC
LTC-3718P
UNIT
TEST
CONDITION
600
#cd
IF =10mA
?.p
697
nm
IF = 20 mA
Spectral Line Half-Width
/::,.?.
90
nm
IF =20 mA
Forward Voltage any Segment or D.P.
VF
2.1
2.8
V
IF = 20 mA
Reverse Current, any Segment or D.P.
IR
100
#A
Iv-m
2:1
PARAMETER
SYMBOL
MIN.
TYP.
Average Luminous Intensity
Iv
250
Peak Emission Wavelength
Luminous Intensity Matching Ratio
MAX.
VR =5 V
IF "'20mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
120
50
/
/
«
E
I
-E
5"
u
..1:
"E
4D
3D
S
S:J
1.2
16
60
I
"
~
40
II:
2D
0;
)
o
80
0
V
10
0
u.
*
/
20
,
100
24
480
28
Forward Voltage (V,I - Volts
Flg.1 FORWARD CURRENT Vs. FORWARD VOLTAGE.
\
640
15
..J
0;
\
8DO
720
..".-
">
l5
II:
/'
05
o
/
o
10
15
20
25
30
Forward Current (I,) - mA
Fig. 3 RELATIVE. LUMINOUS INTENSI,Y Vs.
FORWARD CURRENT IPER SEGMENT).
Wavelength ( }. ) - nm.
Fig 2 SPECTRAL RESPONSE
800
\.
\.
«
E
I
20
E
I
E
16
g-
5
12
~
"
.......
"
~
o
20
40
100
80
5
50
"
20
6D
U
-'"
"-
.
0..
1
80
90
2DD
E
~
....... .......
0
o
c:
1\
V
-
:J
"
E
:J
500
24
U
560
25
1000
28
«
/
o
20
/ \
>
~
c:
e
oS
.,
" "I\.
.......
..........
.......
.......
1
10
10
20
50
100
10
2D
"-
"
40
DC
Ambient Temperature (Tal - °C
Duty Cycle %
Duty Cycle %
Flg.4 MAX. ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs. DUTY CYCLE%
(REFRESH RATE - F ~ 1 KHz)
(AVERAGE I, ~ 10mA PER SEG.)
Vs AMBIENT TEMPERATURE.
7-13
930
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 2SoC
LTC·3718G
PARAMETER
UNIT
TEST
CONDITION
1800
Mcd
IF = 10 mA
SYMBOL
MIN.
TYP.
Iv
750
Average Luminous Intensity
MAX.
Peak Emission Wavelength
i\p
565
nm
IF =20 mA
Spectral Line Half-Width
Lli\
30
nm
IF = 20 mA
Forward Voltage any Segment or D.P.
VF
2.1
2.8
V
IF = 20 mA
Reverse Current, any Segment or D.P.
IR
100
,.,A
Iv-m
2:1
Luminous Intensity Matching Ratio
VR =5V
IF =20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(2SoC Ambient Temperature Unless Otherwise Noted)
50
120
/
<{
E
I
40
-E
30
II
5
u
20
'E
;:
"
5
10
L1.
o
12
16
80
E
B::>
60
E
::>
">
'iii
40
.">
20
a;
a:
'"::>a
5
c
0
"
Forward Voltage IV,I - Volts
Fig. 1 FORWARD CURRENT Vs. FORWARD VOLTAGE.
28
1000
24
500
800
720
20
E
16
r--..
~
12
0
Cl
" r-... f'
X
10
15
20
25
30
~
o
40
60
-:
10D
I
"
80
'\
~
""
11.
80
Ambient Temperature ITa) - °C
Fig 4 MAX. ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE.
" ""
.......
...............
-'<
I
20
200
e
,
'\..
E
I
]:
80
:; ~ 50
U
r'I
:;:
"
o
o
Forward Current (IF) - mA
Fig 3 RELATIVE. LUMINOUS INTENSitY Vs
FORWARD CURRENT (PER SEGMENT)
Wavelength I A ) - nm.
Fig. 2 SPECTRAL RESPONSE.
<{
E
I
5
640
fOO
<{
U
560
/
05
o
480
28
/
/
.,
0
24
/
15
..J
a;
a:
20
/
/It"
25
2l
~
/
V
J
~
?;
in
c
100
20
10
o
" '"
1
10
20
50
100
10
20
40
DC
Duty Cycle %
Duty Cycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs. DUTY CYCLE%
IREFRESH RATE - F = 1 KHz)
IAVERAGE IF = 10mA PER SEG )
7-14
931
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 25°C
LTC-3118V
UNIT
TEST
CONDITION
1300
!Jed
IF = 10 mA
AP
585
nm
IF = 20 mA
Spectral Line Half·Width
AA
35
nm
IF =20mA
Forward Voltage any Segment or D.P.
VF
2.1
2.8
V
IF =20 mA
Reverse Current, any Segment or D.P.
IR
100
p.A
Iv-m
2:1
PARAMETER
SYMBOL
MIN.
TYP.
Average Luminous Intensity
Iv
600
Peak Emission Wavelength
Luminous Intensity Matching Ratio
MAX.
VR =5 V
IF =20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
120
50
..;
E
I
40
-E
30
/
II
"E
~
0
IJ..
;j!.
20
e-
c
60
E
"
>
~
40
a:
20
Q;
24
IJ
480
28
28
1000
24
500
.
r-....
16
~
U
12
0
Cl
x
::;:'"
o
\
580
800
720
932
o
10
15
20
25
30
Forward Current (1,1 - mA
Fig. 3 RELATIVE. LUMINOUS INTENSITY Vs.
FORWARD CURRENT (PER SEGMENT).
Wavelength ( ).. I - nm.
Fig. 2 SPECTRAL RESPONSE.
o
",
g
"
r-....
40
80
100
80
:;
50
U
"I
80
90
.......
E
~
I
20
\.
\.
..;
E
I 200
""0..'"
"
~
c
"" '
20
10
"- I'\..
in
o
10
20
~
15
.E
50
"-
">
;:;
.......
'"
a:
Q;
100
Ambient Temperature (Tal - DC
Duty Cycle %
Fig 4 MAX. ALLOWABLE DC CURRENT PER SEG Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE %
Vs AMBIENT TEMPERATURE.
(REFRESH RATE _ F = 1 KHzl
7-15
/
05
o
640
/
800
..;
E 20
:;
'"
Q;
a:
/
I
~
I
o
20
I
15
:l
..J
Forward Voltage (V,I - Volts
Flg.1 FORWARD CURRENT Vs. FORWARD VOLTAGE.
E
~
'"
:J
j
16
/
25
0
S
/
12
If
80
0
10
o
~c
:J
/
'"~
U
100
"-
"
1
10
20
40
DC
Duty Cycle %
Fig 6 LUMINOUS INTENSITY Vs DUTY CYCLE %
(AVERAGE I, = 1DrnA PER SEG.I
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA = 2SoC
LTC-3718E
PARAMETER
TEST
CONDITION
SYMBOL
MIN.
TYP.
Average Luminous Intensity
Iv
750
1800
/-led
IF
= 10 mA
Peak Emission Wavelength
l\p
630
nm
IF
= 20 mA
Spectral Line Half-Width
Al\
40
nm
IF
= 20 mA
Forward Voltage any Segment or D.P.
VF
2.1
2.8
V
IF
= 20 mA
Reverse Current, any Segment or D.P.
IR
100
/-lA
VR
= 5V
Iv-m
2:1
IF
= 20 mA
Luminous Intensity Matching Ratio
UNIT
MAX.
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
120
/
II
0:
20
a;
o
480
560
V
0:
/ \
05
o
640
720
800
Wavelength ( )0. I - nm
FIg 2 SPECTRAL RESPONSE
V
o
/
V
/
10
15
20
Forward Current (IF) -
25
30
rnA
FIg 3 RELATIVE, LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENTJ
1000
800
J\
500
2'
..:
E
I
20
~
I
16
12
g
"
~
0
x
ro
:;:
o
15
iii
28
iii
a;
28
E
~
'5
j
"'
-'
Forward Voltage (V,I - Volts
F,g. 1 FORWARD CURRENT Vs. FORWARD VOLTAGE
E
5
c
60
:J
2'
E
:J
0
e-
20
25
C
0
)
o
~
f
80
:;
/
1/
"~
i:
100
o
E
~
'5
" "l
U
I
20
40
BO
80
100
80
50
........
'\
:..........
.......
"".,ro
0-
90
Ambient Temperature ITa) - °C
FIg 4 MAX ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE
\.
200
20
"'
r-. r-...
10
10
20
I"\.
50
100
1 '--10
20
~
.....
40
DC
Duty Cycle %
Duty Cycle %
FIg 5 MAX PEAK CURRENT Vs DUTY CYCLE % FIg 6 LUMINOUS INTENSITY Vs DUTY CYCLE%
(REFRESH RATE - F = 1 KHzl
(AVERAGE I, = 1 DmA PER SEG I
7-16
933
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
LTC-3718HR
PARAMETER
=2SoC
TEST
CONDITION
SYMBOL
MIN.
TVP.
Iv
750
1800
pcd
IF
= 10 mA
= 20 mA
Average Luminous Intensity
UNIT
MAX.
Peak Emission Wavelength
;\p
635
nm
IF
Spectral Line Half·Width
AX
40
nm
IF =20 mA
Forward Voltage any Segment or D.P.
VF
2.1
2.8
V
IF =20 mA
Reverse Current. any Segment or D.P.
IR
100
pA
Iv-m
2:1
Luminous IntensitY Matching Ratio
VR =5V
IF =20 mA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
120
/
«
E
40
-E
1/
30
40
"
20
>
o
480
28
5
/ \
05
o
640
720
800
o
10
15
20
25
30
r\.
500
E
I
20
"-
16
12
',,-
"- i'..
40
60
100
80
~
50
.."
80
........
'\.
..........
.......
~
Q.
I
20
E
Q)
U
')
o
'\.
200
g.
4
o
V
Forward Current (1,1 - rnA
Fig 3 RELATIVE, LUMINOUS INTENSITY Vs
FORWARD CURRENT {pER SEGMENT!.
Wavelength ( }. I - nm.
Fig 2 SPECTRAL RESPONSE.
«
o
x
~
0::
/
/
1000
800
I
~
560
"
V
V
/
iii
0::
24
15
Q)
iii
24
U
u
V
:J
..J
Q)
20
25
£
a
28
E
c
B
'"0
c
E
Forward Voltage (V,I - Volts
Fig. 1 FORWARD CURRENT Vs FORWARD VOLTAGE
«
~
in
:J
/
V
J
~
5
u
."
:;;
;:
5
U.
100
90
'\.
"
r--:--..
20
10
.......
.......
1
10
20
50
100
10
20
40
DC
Ambient Temperature (Tal - °C
Duty Cycle %
Duty Cycle %
Fig 4 MAX. ALLOWABLE DC CURRENT PER SEG Fig 5 MAX. PEAK CURRENT Vs. DUTY CYCLE % Fig 6 LUMINOUS INTENSITY Vs. DUTY CYCLE%
Vs AMBIENT TEMPERATURE.
(REFRESH RATE - F = 1 KHzI
(AVERAGE I, = lOrnA PER SEG I
7-17
934
ILITEr.] ~ II
LTC~3000 SERIES
0.3" FOUR DiGIT LED CLOCK FREQUENCY DISPLAYS
FEATURES
-0.3 INCH (7.62 mm) HEIGHT CHARACTER RED
OR GREEN COLOR.
-COMMON CATHODE, COMMON ANODE; DIRECT,
DUPLEX AND MULTIPLEX PIN OUT ARE AVAILABLE.
- FLEXIBLE TO SELECT BOTH 12/24 HOURS AND
FULL FEATURE.
-CONTINUOUS UNIFORM SEGMENTS.
-WIDE ANGLE, LONG DISTANCE VIEWING.
-COLOR FILTER PROVIDES HIGH CONTRAST.
- LOW POWER REQUIREMENTS, HIGH RELIABILITY AND LONG LIFE.
-PRACTICAL BRIGHTNESS ARE OBTAINED AT
ABOUT SMA/SEGMENT DIRECT DRIVE; 20MA
(WITH Y. DUTY RATIO) FOR DUPLEX DRIVE;
SOMA (WITH 1/6 DUTY RATIO) FOR MULTIPLEX
DRIVE.
- RED (GaASP) 4 DIGIT LED COLOCK DISPLAY
VERSION STANDARD [GREEN (GaP) DISPLAY
SUFFIX G, BRIGHT RED (GaP) DISPLAY-SUFFIX
PARE AVAI LABLEJ.
DESCRIPTION
The LTC·3000 Series devices are designed for viewing
distance of up to two meters and for using in instrument, test equipment, communication equipment,
business machines, computers, micro processor •.. etc.
1. CLOCK mSPLAY
-DESCRIPTION
PART
NO.
LTC.
PIN OUT
DRIVE
COLOR
SEGA.G.D. ALARM
E.F.OF 1ST
FORM CIRCUIT BRIGHT GREEN
UP LOW
DIGIT
RED
V
3137A1P·12
DPX
NO
CC.
V
DPX
v
3137A1G·12 C.C.
V
NO
3137A1P-24
DPX
V
A.G.D.E.
V
CC.
V
DPX
V
3137A1G·24 C.C.
AG.D.E.
3137A3P
·C.C.
DPX
%
PM
INTERNAL
PACKAGE
CIRCUIT DIMENSION
DIAGRAM
V/V
v/V
A
A
A
A
A
A
A
A
A
A
V
A.G.D.E.
AG.D.E.F.
V
V
VIV
B
B
V
AG:D E F.
AG.D.E.F.
V
v
viV
v/V .
v/V
VIV
v/V
8
s-
C
C
V
V
3702SP
C.C.
MPX
37025G
370SSP
C.C.
C.C.
MPX
MPX
370SSG
C.C.
MPX
V
A.G.D.t;.F.
V
380SSP
C.A.
D.O.
V
NO
38085G
C.A
D.O.
v
NO
v
V
v
V.
v
V
--
REMARK
C
C
'D
D
D
0
BLACK FACE
WHITESEGS.
7-18
935
2. MULTI - FUNCTION DISPLAY (Customer design is acceptable)
DESCRIPTION
PART
NO.
LTC·
DRIVE
COLOR
FROM CIRCUIT
BRIGHT
GREEN YELLOW
RED
DISPLAY FONT
TAI'f ... .. IIEe
3614 MSJ
CA
MPX.
V
V
V
INTERNAL
PACKAGE
CIRCUIT
DIAGRAM DIMENSION
V,"
1.
--_
-_
R ---_
dS-20_10_fi411 3C 6-
MEMO
H
H
88"88 g
I
I
88"88 g
I
I
'""
TRAI"'''
8
INO'll!"
....~oc:" I B8.8 B:~
'"
TU
3730PMA·1
C.C.
MPX
3730GLY·1
C.C.
MPX.
NOTES.
V
V
1. C.A. common anode, C C . common cathode
2 MPX multiplex, DPX. duplex, DO direct drive
PACKAGE DIMENSIONS
A. LTC-3137 A 1 X Series
'-----(,.,:~~~:~!:~~;:~.)--~~
'------ (~~4:~;?O~~)c------..l
'-------( ~:6~~!~~g)c-------.J
B. LTC-3702S x Series
7·19
936
L
Filo
+
0.50
(.020)
-
(.012)
SLIP OUT TOLERANCE
0.30
C. L TC-3708S x Series
~~~
CjIS 0.60
CD .024)
D. L TC-3808S x Series
0.20
(.080)
10.16
(0400)
E. LTC-3614 MSJ
107 OOtO • 5 0
(4•• , . ± 0.02)
I'
C>
REC
V,D
'9 !94
..~
.. \
I~
4:V
-~
++ ++-t-+
0: 0.64
~'~
.,)
40. 40
C
(1.5
~
I
!3,O0
(.512)
1
I
19.50
(.76.)
101.50
(3 •• 9 ~
7-20
937
F. L TC-3730 Series
10.HS
(.400)
Wk~~9
\l0.60
(0.024)
)'
FILM
NOTE: All dimensions are in
SLI P OUT TOLERANCE
millimeters
0.25mm
tolerance is (0.010") unless otherwise noted.
(inches)
INTERNAL CIRCUIT DIAGRAM
A. LTC-3137
4
1
30
AM P,~
~
~1~ ~1~"'16
"'1~
~
l'
20 19
29
1~
.
.
.
~)
2~~26 1"2~~2F 1"2~~c( r-~~
ON 3A 1"3~ 3~
21 "'21
5
2
6
~
3
3D 3E '"
,.-.
~
f-
to • r- _~ r
r-
3~~3~
'~
4~"'4~
4i
4t
r-
4EPI'41
4~1"
~
,....7
10
8
28
9
11
14
12 13
21 18
17 15 16
B. LTC-3702
DIGIT 1
~
L1
L2 L3
6
5
2
24
~~
~ t- -:t- ~ t" ~t-
8
~
-:t- ~ • t"
16
D~IT
r
to ~:"
• t-
"
~
-:t-
~I"~~cl"~ ~ : ~I"~ ~I"~I"~ ~I"~ G~~O~A BI"~·DI"EI": ~D~
13 14
10
DIGIT 3
DIGIT :2
t
4
'G
~:"u
~ ~I"~I"EI"F ~
2
~
23
7-21
938
21
7
17 19 20
3
11
18 22
9
15 12
C. LTC-3708
5
2
24
r- •~ ~~
c t EiL
"l
tr- ~
23
4
F ~~
r- tr-
17
21
D. L TC-3808S
r
h
31
~ ~~
B ~C
D
16
10
DIGIT 4
DIGIT 3
~ E iL: r-
G iLC
~L~ ~ ~ ~B
C~
.~ ~
D
E
r- : G~~-DP
~t" ~ ~ ~
~
A
......
19 20
3
11
18
22
7
C iLD
13
14
~~ .~
~~
F
G
g
,
" r,
~
T
,
, , , ,, ,, , ,, r
, ,,, ,
DI IT
L3 lIi lC 2A 2B 2<: '"2D 2E 2F 2G
1
8
15
12
Series
X
DI ITI
I~L2
6
DIGIT 2
DIGITI
32 30
2
27 26
6
5
4
28
~C \C '"3A '"3B '"3C fo3D
3
7
,
DI ;JT
DI IT
25 23 22
11
,r ,. ,
.. '
r
, ,.fo ,, ~)~
3E 3F 3G ;Pl 4A 4B 4C 4D 4E '"4F 4G UDP DP2
10
9
24
8
12 20 19
15 14
13 21
18
17
16
E. L TC-3614 MSJ
4
!v
P T
~~~~
P"
~
g~ ~~
,
C
2
4 3 2
1 5
46
42
45
i!
R
'---L=
7
~
3.
36
,
, ?
,
l
6
l
3
l
4
,
~
~
33
11
,
1\',
M~:~ 'N. •18 II ~U
o C
MI •
NO c
R
R
K
DODD
DO 0
2 2 2 2 2 2 2 J
ABC 0 E F G A
DODO
H B~ ~ ~
o 0 DO DO o 0 0 o 0 DO 0
4 4 4 4 5 5 5 5 55 5
0 E F GAB C 0 < F G
1 a C4
~ ~ 6DO• 6DO6 6DOD
6 6
A B Co < F G
7
5453 7 82
3)
•
2120191817161
1422ZJ2425262128
F. L TC-3730 Series
,
lA
1
lC 'lE
"
1F
'Gf~2~2C
,
r-
.
26 2< 2Ff:>rir...: LC . f3E
af
30 3E 3F
3Gf~4f4C
4
4< 4F 4G 9U 9L
~
13
12
9
14
6
11
10
7-22
939
CONTINUOUS NEXT PAGE
7-23
9<10
ABSOLUTE MAXIMUM RATINGS AT TA = 25°C
PARAMETER
SYMBOL
RED
BRIGHT
RED
GREEN
UNIT
Average Forward Current Per Segment/D.P. Direct Drive CUrrent
leF
25
20
20
mA
Peak Forward Current Per Segment/D.P. (Duty 1/10 1 KHz)
IPF
200
150
150
mA
IF /pulse
30
30
30
mA
VR
5
5
5
V
Continuous Forward Current Duplex Circuit (Duty 1/2)
Reverse Voltage (Segment of Decimal Point)
Operating Temperature Range
Topr
_25° C to 60° C
Storage Temperature Range
Tst9
_25°C to 70°C
Derating linear From 25°C
Po
Derating linear From 25"C
2.4
2.4
2.4
W
0.35
0.42
0.42
mArC
Max. Solder Temperature 260°C For 3 Seconds at 2 mm From The Case Or Rellector Edge
NOTE: Caution
Please be careful of the following.
1) Avoid washing the LED DISPLAY in water.
2) Except for the printed wiring board, Avoid heating the LED DISPLAY over MAXIMUM RATING.
3) Avoid using chemicals except for the following, when washing off flux and wiping off stain on surface of the
LED DISPLAY
Freon TE or TF
Methyl or Ethyl Alcohol
Daiflon Solvent S3 or S3·E
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
PARAMETER
Luminous Intensity
Peak Emission
Wavelength
Spectral Line
Half·Width
Forward VoltagEl
Reverse Current
Luminous Intensity
Matching Ratio
SYMBOL
Iv
~p
~~
VF
IR
Ivm
DEVICES
MIN.
TYP.
RED
35
80
BRIGHT RED
65
155
GREEN
90
220
RED
630
655
BRIGHT RED
697
GREEN
565
RED
24
BRIGHT RED
90
GREEN
30
=
25°C
MAX.
UNIT
TEST CONDITION
~cd
IF = 10 mA
nm
IF =20mA
nm
IF = 20 mA
V
IF =20mA
680
RED
1.7
2.2
BRIGHT RED
2.1
2.8
GREEN
2.1
2.8
RED
100
BRIGHT RED
100
GREEN
100
All Model
2:1
p.A
VR =5V
IF = 10 mA
7·24
941
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
120
/
«
E
-~
40
2Q
II
"E
~
0
S0.
S
10
o
12
.."
0;
20
16
/
20
a:
24
:\
V
o
28
,
1/
40
.~
J
u.
60
0
~
L
I
/
~
If
80
;j!.
30
:;
U
100
'/
480
560
\
640
800
720
Wavelength ( ~ ) - nm.
Fig. 2 SPECTRAL RESPONSE
Forward Voltage (V,) - Volts
Fig 1 FORWARD CURRENT Vs. FORWARD VOLTAGE.
28
~
in
/
25
c
~
""'
/V
E
15
"
..J
">
".
0;
a:
«
~
05
o
o
I'
I"
18
~
~
l?V
I-- 1--1-0.
20
E
I
V
0
c
24
:;
J"...
12
U
u
. . . 1'
I'.
l'
Cl
1'Q
X
:;;:
co
10
15
20
25
o
30
Forward Current 11,) - rnA
Fig 3 RELATIVE, LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENT).
j
o
40
20
60
80
90
Ambient Temperature (Ta) - °C
Fig. 4 MAX. ALLOWABLE DC CURRENT PER SEG
Vs AMBIENT TEMPERATURE.
1000
800
~
500
«
E
g
~
~
:;
..
8!.
'\
~
in
200
c
l'
~
..E
100
80
t'-
50
U
.><
......
"\
15
1"-
">
iii
r......
I"-.1"- ~
~
0;
a:
,....
20
10
o
~
"r-..
l'
1
10
20
50
100
10
20
40
DC
Duty Cycle %
Fig 6 LUMINOUS INTENSITY Vs. DUTY CYCLE %
(AVERAGE I, = lOrnA PER SEG)
7-25
942
ILlTE('] ~II
LTC.;.4000 SERIES
0.4" FOUR DIGIT LED CLOCK FREQUEr~CY DISPLAYS
FEATURES
.0.4 INCH (10.16mm) HEIGHT CHARACTER RED
OR GREEN COLOR.
• COMMON CATHODE, COMMON ANODE; DIRECT.
DUPLEX AND MULTIPLEX PIN OUT ARE AVAILABLE.
• FLEXIBLE TO SELECT BOTH 12/24 HOURS AND
FULL FEATURE.
• CONTINUOUS UNI FORM SEGMENTS .
• WIDE ANGLE, LONG DISTANCE VIEWING .
• COLOR FILTER PROVIDES HIGH CONTRAST.
• LOW POWER REQU IREMENTS, HIGH RELIABILITY AND LONG LIFE.
• PRACTICAL BRIGHTNESS ARE OBTAINED AT
ABOUT SMA/SEGMENT DIRECT DRIVE; 20MA
(WITH Yo DUTY RATIO) FOR DUPLEX DRIVE;
50MA (WITH '/6 DUTY RATIO) FOR MULTIPLEX
DRIVE.
• RED (GaASP) 4 DIGIT LED COLOCK DISPLAY
VERSION STANDARD [BRIGHT RED (GaP)
DISPLAY-SUFFIX PARE AVAI LABLE.
,I
I
DESCRIPTION
The L TC-4000 Series devices are designed for viewing
distance of up to two meters and for using in i nstrument, test equipment, communication equipment,
business machines, computers, micro processor ... etc.
DEVICES
DESCRIPTION
PART
NO.
LTC-
DRIVE
FORM
PIN OUT
SEG A.G.D. ALARM
E.F. OF 1ST
BRIGHT
CIRCUIT
GREEN
UP LOW
DIGIT
RED
14401A1P-2
CA
D.O.
14401A1G·2
CA
D.o.
14403A1P-2
C.A.
D.o.
14403A1G-2
CA
0.0,
4401PAA2
CA,
DPX
COLOR
V
NO
V
V
NO
V
V
NO
NO
A.G.D.E.
V
V
V
V
V
%
INTERNAL
PACKAGE
CIRCUIT
DIMENSION
DIAGRAM
PM
y/V
VjV
V/V
V/V
V/V
A
A
A
A
B
B
B
B
C
c
7·26
943
PACKAGE DIMENSIONS
A. LTC-14401A1 x Series
52.00
_81-.
(::~~~)~
ff,
" t4"
9.00
.3"5}
1h
21.0010.!iO
)
""'G
•• 0
• 059)
~.
(2.041)
42.2o±O.50
(1.661:1:.020)
t-(~3~g) -
1f fr·~·70
."'If""
0.90
l
au r-4- (J'JJ·i
I
I
a u ,a:~" a=O~
,,':!R
LV I,a
CDDP
~.
I
~;:~~ 1.80
/
5O:t.0.50
7 1 1.020)
=
"
2.154><26-118.0.
(.,00><26 .. 2.600
70.00:1;0.50
J
LM Sll(OUT
TOLE RANCE t.~~g)
~
II
r1
03.'0
f~·'22)
.
'D .
00
"'-.~, 039)
""'{2.756:1:.020)
0.30
-(.012)
B. LTC-14403A1 x Series
l __-I-~~=:::~~~=:::~~~=:::~~~=:::~~~=:::::::::~~~=:$t_~'·80
(.07')
'---------------,~;~~:~::~64~~r_------------'1
FILM SLIP OU1+0050
TOLERANCE
(.020)
_0.30
(.012)
'--------------,(:~i~~:;-------------...
C. LTC-4401 PAA2
'------- ~t~~~ - - - - - - - - - - - 1
1------------ (~1~:~~::~3~~)------'
1-------- ~:~g~?o~) - - - - - - - - - - - - - 1
NOTE: All dimensions are in
7-27
944
millimeters
(inches)
+(~~g)
0.30
-C·0 12)
FILM SLIP OUT TOLERANCE
0.25mm
tolerance is (0.010") unless otherwise noted.
(.063)
INTERNAL CIRCUIT DIAGRAM
A. LTC-14401A
27
DIGIT 2
DIG IT 1
I;c ~A 28 ~c ~D
'FpM AM" lEj
1
2
3
4
11
10
8
7
DIGIT 4
DIGI T 3
2E
6
r
r r
r
~
~
~
~
~
2G 3A faB 3C 3D 3E 3F 3G DP 4A 48 4C 40 4E 4F 4 G
~F
5
9
12 18
17
16
15
13
14
19
20
26
24 23 22 21
25
B, LTC,14403A
DIGIT 1
r
AM PM'
~A ~B
2
9
DIGIT 2
r
~
IC 10 IE IF" IG 2A 2B
~C
DIGIT 4
DIG IT 3
~
~
20' 2E 2F 2G CO ON 3A 3B 3C' faD 3E raF 3G DP 4A' 4B 4C 40
~~ 4F
~
4G Mtt; KHZ
I3
10
8
7
6
5
4
17
16
15
14
13
12
11
18
25
24 23
22 21
20
19 26 33
32
31
30
29 28
27 34
35
C, LTC-4401 PAA2
3 123
2020
.,
.M PM , .
4
5
'8 ',"
...
10 IE 1G 2A 2B 2C 20 2E 2F 2G
L-
uc lC
L-
•
7
11
L-
9
12 10
24
3A 38 3C 3D 3E 3F 3G 4A 48 4C 40 4E 4F -4(
'-
15
DP
'-
13
14
18
16 19 17
21
7-28
945
ABSOLUTE MAXIMUM RATINGS AT TA = 2SoC
PARAMETER
SYMBOL
REO
GREEN
UNIT
Average Forward Currflnt Per Segment/D.P. Direct Drive Current
reF
25
20
mA
Peak Forward Current Per Segment/D.P. (Duty 1/101 KHz)
IPF
200
150
rnA
IF/pulse
30
~
'A
VR'
5
5
V
Continuous Forward Current Duplex Circuit (Duty :1/2)
Reverse Voltage (Segment of Decimal Point)
Operating Temperature Range
Topr
_250 C to 60° C
Storage Temperature Range
Tstg
-2'ff'Cto 70°C
Derating Linear From 25
".
II
,
J
1\
/ 1\
40
20
Ii
II:
o
24
20
16
S
S-
a;
)
12
80
~
10
"-
~
0
II
"0
0
100
480
28
560
\
640
800
720
Wavelength I ~ ) - nm.
Fig. 2 SPECTRAL RESPONSE
Forward Voltage IV,) - Volts
Fig 1 FORWARD CURRENT Vs. FORWARD VOLTAGE
28
i:"
in
24
25
c:
e
E
~
c:
E
15
~
...J
">
V
iii
a;
II:
<
II>
20
I'
'0
10
20
50
100
Duty Cycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE %
(REFRESH RATE - F = 1 KHz)
7-51
968
f'."",
"
:;;
U
"
f'.
II>
500
11.
.......
"
800
E
~
:;
r-.......
'2
0
'000
g
'6
U
Forward Current (I,) - mA
Fig 3 RELATIVE, LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENT)
';'00
(0.157)
NOTE: All dimensions are in millimeters
(inches)
7-53
970
--i---(~~~~~ >,----1--
tolerance is
/
FILM SLIP OUT TOLERANC;
0.25mm
0.010" unless otherwise noted.
-
0.50
(.020)
0.30
(.012)
INTERNAL CIRCUIT DIAGRAM
A. LTC·18501A
3 1.29
2.26
~ t:!. ~
).
~ . ~
,. ..
C ~_E
G
~ ~~~
jtt.
~~ ~d ,.~~
.1-
B
DIGIT3
DIGIT2
DIGITI
).
~
~ ~- C ~
.
A,. .. ~
td
"'~
I'-
'"
..
E
f6.A .... .1.
~
;t.
U~
A~
.-A!o.
~~
~
30
13 10 12
45769B
G
~
'"
DIGIT 4
.... ~- ~ F-:.
B
~). ~
....
-
~~
~ ~ ]
15 16 17
~ G
II..
.
A
B••
~
~
~
. ... .
...
D
~
~ G
..~ Il ..
.
~
lB
21
19 20
27
B. LTC-1867T
2,41
DIGIT 2
DIGIT 1
1
9
8
5
4
3
7
6
12 13 16 15
14 10 11
DIGIT 3
DIGIT 4
26 17 29 30 33 32 31 27 28 36 37 40 39 38 34 35 42
7·54
971
ABSOLUTE MAXIMUM RATINGS AT TA = 25°C
PARAMETER
SYMBOL
MAXIMUM RATING
UNIT
Average Forward Current Per Segment/D.P. Direct Drive Current
ICF
20
mA
Peak Forward Current Per Segment/D.P. (Duty 1/10 1 KHz)
IPF
150
mA
IF {pulse
30
mA
VR
5
V
Operating Temperature Range
Topr
_25°C to 60°C
Storage Temperature Range
Tstg
-.25°C to,70oC
Derating Linear From 2500 C
Po
2.4
W
0.42
mA/oC
Conti nuous Forward Current Duplex Circuit (Duty 1/2)
Reverse Voltage (Segment of Decimal Point)
Derating Linear From 25°C
Max. Solder Temperature 260°C for 3 Seconds at 2 mm From The Case or Rellector Edge
NOTE: Caution
Please be careful of the following.
1) Avoid washing the LED DISPL.AY in water.
2) Except for the printed wiring board, Avoid heating the LED DISPLAY over MAXIMUM RATING.
3) Avoid using chemicals except for the following, when washing off flux and wiping off stain on surface of
the LED DISPLAY
From TE or TF
Methyl or Ethyl Alcohol
Dai·From Solvent S3 or S3-E
ELECTRICAl/OPTICAL CHARACTERISTICS AT TA
PARAMETER
SYMBOL
MIN.
TYP.
Luminous Intensity
Iv
270
670
#.ted
IF=10mA
Peak Emission Wavelength
AP
697
nm
IF =20mA
Spectral line Half·Width
AA
90
om
IF "'20 mA
Forward Voltage
VF
2.1
2.8
V
IF''''20mA
Reverse Current
IR
100
pA
Ivm
2:1
Uminous Intensity Matching Ratio
7-55
972
= 25°C
MAX.
UNIT
TEST CONDITION
VR "'5V
IF "'lOmA
TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES
(25°C Ambient Temperature Unless Otherwise Noted)
50
'20
/
V
iii
a;
a:
05
/'"
E
~
~
:;
20
'6
r......
'2
U
0
0
.x
:;;
o
o
10
15
20
25
30
Forward Current II,) - mA
Fig 3 RELATIVE, LUMINOUS INTENSITY Vs
FORWARD CURRENT IPER SEGMENTI.
o
o
20
40
......
" "t....I
60
80
90
Ambient Temperature ITa) - °C
Fig. 4 MAX ALLOWABLE DC CURRENT PER SEG.
Vs AMBIENT TEMPERATURE
'000
800
500
<29=73.66
(.100><29 -2.900)
OUT
+
(~~~~)
0.80
0.031)
193.00
( 7.600)
205.30
8.0B3
217.00
2.00
(.079)
SLIP
(.063)
5.60
(.220)
(8.543)
10.8
(.425)
B. LTC-25601 Series
2.00
1.60
·063
(.079)
5.60
(a.083
217.00
(.220)
10.eo
(.4250
(a.543)
millimeters'
0.25mm
NOTE: All dimensions are in - - - - - , - - tolerance is
unless otherwise noted.
(inches)
(0.010")
7-58
975
INTERNAL CIRCUIT DIAGRAM
A. LTC-25501 Series
3
1 29
2.26
28
DIGIT 1
AM ~~
lC 10 IE
lA lB
~~ ~
~ A
II.
DIGIT
~ .~ .
II- !I-
~
II.
II.
II.
lG
2A 2B 2C 20 2E
~~ ~ ~ ~
A~
AII-
II. ~ II.
~
II-
A~
~
~ ~ A~~ ~ ~ ~ AII- !lII- AII- A ~ II- AII- II-
~
II- A
...-
13
698
3
DIGIT
2F 2G UC LC 3A 3B 3C 32 ~3~ 3~
rII- ~
~ ~
II- ~ II- ~ ~ ~
~ :- ~ II- ~ r- ~ II- ~
...-
457
DIGIT
2
II.
~~
..r- ~
~
A II.
.. A
r-~
....
~
~
~
r-
4A
4B 4
\:
II-
~
II- ~ II-
~
II-
~
~ ~~
II- AII-
~
..
...
...-
~
15 16
30
10 12
~
II- •
~,
17
4
~~~
4E 4F ...4G AL
II-
~ ~
II- AII- ~ ~ !lA~ AII- ~
II-
~
>--
18
21
27
19 20
B. LTC-25601 Series
3
IDIGITI
~i ~~ ~ C ~ ~ ~ ~
~,. ~
i
1
2
~,.
12
9
~ ~; r,.
~ r ..;;.
7
6
13
NOTES: All dimensions are in
7-59
976
IDIGIT2
11
DIGIT3
:
IDIGIT4
~ ~ ~ ~ ~ ~ h ~ ~ ; ~ ~ ~ ., ~ ~ ~ ~ ~ ~ ; ~
,.
.
~ .
,.
,. ~ ~ IF • IF ., ,. ~ ,. ,. r·
.
.
.
.
r
,. ., ,. ,. ,. , ,. ,. , ,. ,. ,. ., IF , ,. ;~ ~ IF ,. ~~.~ ~ ,.
~F ~
,.
,. . ., ~ ~
,,.
8
4
.,
A
~
~
~~..; ~
;.
~
~
~ ~., ~ ~
~ .. .~ ~
L
A
B
;.
G
;.
~
~
~
~
~,.
~
;.
~
~
~
;.
10
millmeters Tolerance is ±0.25mm unless otherwise noted.
(Inches,),
(.010")
;.
;.
.,~
L
ABSOLUTE MAXIMUM RATINGS AT TA = 25°C
PARAMETER
SYMBOL
MAXIMUM RATING
UNIT
Average Forward Current Per Segment/D.P. Direct Drive Current
ICF
20
mA
Peak Forward Current Per Segment/D.P. (Duty 1/10 1 KHz)
IpF
150
mA
IF /pu Ise
30
mA
VR
5
V
Operating Temperature Range
Topr
-25°C to 60°C
Storage Temperature Range
Tstg
-25°C to 70°C
Derating Linear From 2~C
p'o
2.4
mW
0.42
mA/oC
Continuous Forward Current Duplex Circuit IDuty 1/2)
Reverse Voltage ISegment of Decimal Point)
Derating Linear From 25°C
Max. Solder Temperature 260° C for 3 Seconds at 2 mm From The 'Case or Reflector Edge
NOTE. Caution
Please be careful of the following.
1) Avoid washing the LED DISPLA Y In water
2) Except for the printed wiring board, Avoid heating the LED DISPLAY over MAXIMUM RATING.
3) Avoid using chemicals except for the following, when washing off flux and wiping off stain on surface of
the LED DISPLAY
From TE or TF
Methyl or Ethyl Alcohol
Dal-From Solvent S3 or S3-E
ELECTRICAL/OPTICAL CHARACTERISTICS AT TA
PARAMETER
Luminous Intensity
=
25°C
SYMBOL
MIN.
TYP.
MAX.
UNIT
TEST CONDITION
Iv
270
670
J,lcd
IF '" 10 mA
Peak Emission Wavelength
;\p
697
nm
IF = 20 mA
Spectral Line Half-Width
b.;\
90
nm
IF '" 20 mA
Forward Voltage
VF
2.1
2,8
V
IF '" 20 mA
Reverse Current
IR
100
J,lA
Ivm
2.1
Liminous Intensity Matching Ratio
VR =5V
IF'" 10 rnA
7-60
977
'"",
TYPICAL ELECTRICAL CHARACTERISTIC CURVES
25°C Ambient Temperature Unless Otherwise Noted)
50
E
40
-c:
30
20
;;
Co
;;
0
V
"E
;:
"
#.
/
e
(;
u.
'00
V
:;
u
'20
/
«
,0
"
"
I
40
~
56
\
1\
\
I)
o
48
/ 1\
/
20
CE:
40
32
60
>
j
24
80
480
560
840
800
720
Wavelength ( X ) - nm
Fig, 2 SPECTRAL RESPONSE
Forward Voltage (V,) - Volts
Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE,
28
>
;;;
24
25
c
«
~
on
::J
0
C
E
::J
'5
,,/
..J
"
""
0;
CE:
05
o
o
10
15
20
25
30
200
50
i'
............
U
...........
~
""
Il.
20
,0
10
20
50
100
Duty Cycle %
Fig 5 MAX PEAK CURRENT Vs DUTY CYCLE,%
(REFRESH RATE - F ~ 1 KHzl
7-61
978
i'-
"
500
'00
80
.........
........ 1-0.
:z"
800
e
:;
I'-..
C
'000
g
c:
'2
IJ
Forward Current (I,) - mA
Fig, 3 RELATIVE. LUMINOUS INTENSITY Vs
FORWARD CURRENT (PER SEGMENT).
~
1!::J
U
V
>
,6
c:
,--
20
E
I
Y: Yellow R: Red P: Bnght Red G: Green 0: Orange
o
o
I
20
40
60
80
90
Ambient Temperature (Ta) - °C
Fig 4 MAX. ALLOWABLE DC CURRENT PER SEG.
Vs AMBIENT TEMPERATURE.
7-62
979
· . .LITON"S PRQl.lUc;TS
OPTO DIVISION
LED LAMP
PHOTOCOUPLERS
NUMERIC & SPECIAL DISPLAY
CLOCK DISPLAY
NUMERIC DISPLAY WITH
DRIVER IC BUILT·IN
MODEM
CLOCK MODULE
LIGHT SOURCE
LCD BACK LIGHT
MICOM DIVISION
SWITCHING POWER SUPPLY
I'll 0 !Ii ]: ;"! I"
l~
."
:~:: I C;; ",.1
" "'"ft~j~,::'i,"i
MOVING SIGN
8·1
980
:.
.-
<
THE'LITON GROUP
SI LlTEK CORP.
• Rubber products: rubber keypad,
zebra connector, heat sin k insulator
• Connector products: slot,
computer, parts, cable assembly
• Precision components: precision,
mechanical parts
• Plastic products: reflector, chip tray,
electronic parts
• Electronic products: music module,
panel assembly
• C & C products: keyboard, mouse
• Semiconductor products: silicon wafer,
rectifier, bridge rectifier
IA\
ARTEK
-<>0
ARTEK CORP.
• Home 'Stereo
• AudiO Appliance
• Answer Machine
• Pager
• Facsimile
• Laptop PC
KO SHENG
ENTERPRISES CO., LTD,
• Double-Sided PCB
• Multi-Layer PCB
(Up to 10 layer capability)
LITE('J~I
LITE-ON INC.
• Importer/Exporter
Electronic/Electronic Parts
• Off-Shore Product Ion Service
• Manufacturer & Exporter
Office Communication Systems
• Processor & Software
• Fax Card
• FP-20 Fax Box,
.Modem
LITE('J~I
LITE-ON TECHNOLOGY CORP.
• VGA Color Monitor
8-2'
981
ALABAMA
CANADA
GEORGIA
Beacon Electronic Association
7501 Memorial Parkway
SUite 105
Huntsville, AL 35802
Tel 205-881-5031
Fax 205-883-9516
Blakewood Associates
1A-12880 Bathgate Way
Richmond, B C V6V 1Z4
Tel 604-273-9910
Fax 604-273-1403
Beacon Electronic Association
5881 Glenrldge Drive
SUite 230
Atlanta, GA 30328
Tel 404-256-9640
Fax 404-256-1398
ARIZONA
Designtronics
5-B Zalols Bay SUite 3
Pomte Claire, Quebec, H9S 5H3
Tel 514-695-3124
Fax. 514-695-5823
System Sales of Arizona
540 West Iron SUite 106
Mesa, AZ 85210
Tel 602-464-9989
Fax 602-464-9701
Designtronics
5 Edvac Drive Unit 1
Brampton, Ontario L6S 5P3
Tel 416-793-5155
Fax 416-793-5170
ARKANSAS
Ram Electronics Sales Inc,
400 Chisolm Place SUite 418
Plano, TX 75075
Tel 214-424-4455
Fax 214-424-7078
COLORADO
Candal, Inc.
7500 W MIssIssIPPI Avenue
A-2
Lakewood, CO 80226
Tel 303-935-7128
Fax 303-935-7310
IDAHO
OR/Crown Inc.
375 118th Ave Ste 110
Bellevue, WA 98007
Tel 206-453-5100
Fax. 206-646-8775
ILLINOIS
Circuit Sales Inc.
650 E Devon Avenue
Itasca, IL 60143
Tel. 312-773-0200
Fax: 312-773-2721
INDIANA
CALIFORNIA
Ouadrep Inc.
2713 N First Street
San Jose, CA 95134
Tel 408-432-3300
Fax 408-432-3428
Ouadrep Southern
28720 Roadside Drive
SUite 227
Agoura, CA 91301
Tel 818-597-0222
Fax 818-597-1116
CALIFORNIA (CONT)
Ouadrep Southern
4 Jenner Street # 120
Irvine, CA 92718
Tel 714-727-4222
Fax 714-727-4033
Ouadrep Southern
7585 Ronson Road
SUite 100
San Diego, CA 92111
Tel 619-560-8330
Fax 619-560-9156
8-3
982
CONNECTICUT
Gerber Sales
399 Farm HIli Road
Middletown, CT 06457
Tel 203-347-3000
DELAWARE
Tech. Sales Associates
Executive Mews Ste, J-52
2300 Computer Avenue
Willow Grove, PA 19090
Tel 215-784-0170
Fax 215-784-9201
FLORIDA
Beacon Electronic Association
1843 State Road 434
SUite 215
Longwood, FL 32750
Tel 407-332-1940
Fax 407-332-1786
Beacon Electronic Association
6401 Congress Avenue
SUite 245
Boca Raton, FL 33487
Tel 407-997-5740
Fax 305-994-4518
Corrao Marsh, Inc.
6211 Stoney Creek Drive
Fort Wayne, IN 46825
Tel 219-482-2725
Fax. 219-484-7491
Corrao Marsh, Inc.
3117 West U S 40
Greenfield, IN 46140
Tel. 317-462-4446
Fax 317-462-6568
IOWA
Hitec Central Inc.
1644 26th Street NW
Cedar Rapids, IA 52405
Tel 319-396-3228
Fax 319-396-8025
KANSAS
Hi-tec Central, Inc.
803 Choctaw
Independence, MO 64056
Tel 816-796-6684
Fax 816-796-6562
KENTUCKY
MISSOURI
NEW JERSEY
Corrao Marsh. Inc.
6211 Stoney Creek Drive
Fort Wayne. IN 46825
Tel 219-482-2725
Fax 219-484-7491
Hi-tec Central Inc.
3466 Brldgeland Drive
Bridgeton, Mo 63044
Tel 314-291-5920
Fax 314-291-5713
R.O.1. Sales Company
1 Route 46 West
Totowa, NJ 07512
Tel 201-812-9606
Fax 201-812-9058
LOUSIANA
Ram Electronic Sales
400 Chisolm Place SUite 418
Plano, TX 75075
Tel 214-424-4455
Fax 214-424-7078
MAINE
Gerber Sales
28 Blanchard Road
Burlington, MA 01803
Tel 617-229-1150
Fax 617-272-0203
MARYLAND
Third Wave Solutions
8335 H GUilford Road
Glen Burnie, MD 21046
Tel 301-290-5990
MASSCHUSSETTS
Gerber Sales
28 Blanchard Road
Burlington, MA 01803
Tel 617-229-1150
Fax 617-272-0230
MICIDGAN
AP Associates
810 E Grand River Road
Brighton, MI 48116
Tel 313-229-6550
Fax 313-229-9256
Hi-tec Central. Inc.
803 Choctaw
Independence. MO 64056
Tel 816-796-6684
Fax 816-796-6562
NEW MEXICO
System Sales of Arizona
2403 San Mateo, NE SUite-W5
Albuquerque, NM 87110
Tel 505-889-2901
Fax 505-889-2749
MONTANA
QR/Crown. Inc.
375 118th Ave Ste 110
Bellevue, WA 98007
Tel 206-453-5100
Fax 206-646- 8775
NEBRASKA
Hi-tec Central. Inc.
803 Choctaw
Independence, MO 64056
Tel 816-796-6684
Fax 816-796-6562
NEVADA/NORTH
Quadrep Inc.
2613 N First Street
San Jose, CA 95134
Tel 408-432-3300
Fax 408-432-3428
NEVADA/SOUTH
System Sales of Arizona
540 West Iron Ste 106
Mesa, AZ 85210
Tel 602-464-9989
Fax 602-464-9701
MINNESOTA
NEW HAMPSHIRE
Comstrand
2852 Anthony Lane South
Minneapolis, MN 55418
Tel 612-788-9234
Twx 901-629-5337
Fax 612-788-7218
Gerber Sales
28 Blanchard Road
Burlington, MA 01803
Tel 617-229-1150
Fax 617-272-0203
NEW YORK
Mullahy-Welch Sales
98 Fairview Crescent
Rochester, NY 14617
Tel 716-244-1100
Fax 716-266-7126
Mullahy-Welch Sales
37 A South Street
Marcellus, NY 13108
Tel 315-673-1009
Fax 315-673-4428
R.O.1. Sales
1 Route 46 West
Totowa, NJ 07512
Tel 201-812-9606
Fax 201-812-9058
NORTH CAROLINA
Beacon Electronic Association
2100 Wychffe Ste 204
Raleigh, NC 27607
Tel 919-787-0330
Fax 919-781-8431
NORTH DAKOTA
Com strand
2852 Anthony Lane South
Minneapolis, MN 55418
Tel 612-788-9234
Twx 901-629-5337
Fax 612-788-7218
OHIO
Sales Plus
7575 Tyler
Mentor, OH 44060
Tel 216-942-7811
Fax 216-942-7643
8-4
983
..
LITE-ON REPRESENTATIVES
Sales Plus
8458 Invergordon
Dublin, OH 43017
Tel 614-889-8362
Fax 614-889-8362
SOUTH CAROLINA
UTAH
Beacon Electronic Assoc.
21 00 Wycliffe Ste 204
Raleigh, NC 27607
Tel. 919-787-0330
Fax 919-781-8431
Taylor Marketing
1405 S 7500 W
Ogden, UT 84404
Tel 801-546-9570
Fax 801-546-9590
SOUTH DAKOTA
VERMONT
Comstrand
2852 Anthony Lane South
Minneapolis, MN 55418
Tel 612-788-9234
Twx 901-629-5337
Fax 612-788-7218
Gerber Sales
28 Blanchard Road
Burlington, MA 01803
Tel 617-229-1150
Fax 617-272-0203
OKLAHOMA
Ram Electronic Sales
400 Chisolm Place SUite 418
Plano, TX 75075
Tel 214-424-4455
Fax 214-424-7078
OREGON
QR/Crown Inc.
17020 SW Upper Boones Ferry
SUite 202
Portland, OR 97224
Te, 503-620-8320
Fax 503-639-4023
TENNESSEE
Beacon Electronic Assoc.
701 Cedar Lane Ste 77
Knoxville, TN 37912
Tel 615-689-2141
FaX 615-689-2153
PENNSYLVANIA
Tech Sales Association
Executive Mews SUite J-52
2300 Computer Avenue
Willow Grove, PA 19090
Tel 215-784-0170
Fax 215-784-9201
PUERTO RICO
Beach Electronic Associates. Inc.
Airlines BUilding
Avenue de Diego
SUite 500
Santurce, Puerto RICO
Tel 809-728-5040
Fax 809-728-5180
RHODE ISLAND
Gerber Sales
28 Blanchard Road
Burlington, MA 01803
Tel 617-229-1150
Fax 617-272-0203
8-5
984
VIRGINIA
Third Wave Solutions
8335 H GUilford Road
Glen Burnie, MD 21046
Tel 301-290-5590
WASHINGTON
TEXAS
Ram Electronics Sales Inc.
400 Chisolm Place SUite 418
Plano, TX 75075
Tel 214-424-4455
Fax 214-424-7078
QR/Crown. Inc.
375 118th Ave Ste 110
Bellevue, WA 98007
Tel 206-435-5100
Fax 206-646-8775
WEST VIRGINIA
TEXAS (CONT)
Ram Electronic Sales
11044 Research Blvd
BUilding B, SUite 280
Austin, TX 78759
Tel' 512-345-2982
Fax 512-345-1948
Ram Electronic Sales
17314 FM249 SUite 232B
Houston, TX 77060
Tel 713-855-0768
Fax 713-444-3563
Sales Plus
7575 Tyler
Mentor, OH 44060
Tel 216-942-7811
Fax 216-942-7643
WISCONSIN
Circuit Sales
16535 W Bluemound Road #208
Brookfield, WI 53005
Tel 414-784-7773
Fax 414-784-4529
LITE(']~I
Semiconductor Division
720 S. Hillview Drive
Milpitas. CA 95035
Tel: (408) 946-4873
Fax: (408) 942- 1527
LITE-ON INC.
COPYRIGHT 1990
First Edition . July, 1990
Source Exif Data:
File Type : PDF File Type Extension : pdf MIME Type : application/pdf PDF Version : 1.3 Linearized : No XMP Toolkit : Adobe XMP Core 4.2.1-c041 52.342996, 2008/05/07-21:37:19 Create Date : 2017:07:02 17:21:48-08:00 Modify Date : 2017:07:02 18:04:19-07:00 Metadata Date : 2017:07:02 18:04:19-07:00 Producer : Adobe Acrobat 9.0 Paper Capture Plug-in Format : application/pdf Document ID : uuid:1c24d826-8372-3d41-bca3-6717a4f09102 Instance ID : uuid:227c8bd2-f1b9-4042-9127-42b69feb1b2a Page Layout : SinglePage Page Mode : UseNone Page Count : 986EXIF Metadata provided by EXIF.tools