1990_Panasonic_Optoelectronic_Devices 1990 Panasonic Optoelectronic Devices
User Manual: 1990_Panasonic_Optoelectronic_Devices
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Panasonic Electronic Components 3
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Panasonic Electronic Components 3
Panasonic Semiconductor
Hand Book
,
VISIBLE LED'S / UNIT PRODUCTS
TYPE N UMBER LIST
SELECTION GUIDE
GENERAL INFORMATION
VISIBLE LED'S
Round Type
~
~
~
~
Square Type
.~
Triangle Type
-~
~mall Ty~e
Two Head Type
~
~
Ultra-High-Brightness GaAIAs· (Red Color)
, TWo/ Color Lighting
~
T~ping (Round' Square' Small' Two Color Type)
I
Surface Lighti,ng
I
I
,I UNIT PRODUCTS
Level Meters
I
LED Lamp for Outdoor Use
I
LED Line Light Source
I
Photo Sensor Unit
Numeric Displays
Panel Display Units
REFERENCE.Li9ht-Emi~ing Diode: Photo Detector' Photo Coupler
.. Optical Fiber Unit
,
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~
~
~
~
~
~
~
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.................. :......... :.......................................................... 5
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7t-¥2!:1*~.:rd:>~1i
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.. ~.................................................................. 28
........... ~ .... :..................................... 29
......... .................................... 30
4. 7f;7lU'~ t lj!fit ......•........................ ;....................:.......... 37,
3.
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5.
i~fJitt':""?It\"'(
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............................................................ 40
m~t~tt
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................................•... :......................................... 53
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. ....................................................... ·························115
...................................................~ .... ~ ..... ~ .................. 169
.............................................................................. 179
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............................................. :............................. ~ .. 187
Mlii16i1JJt
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·······································231
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.............................................................................. 261
- " " ..................................................................... 271
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...................................................... ······················283
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...................................... ,........................ 375
71--1;1.::' ':I
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I- -t ;:.; -IT;1.::' ':I I- .•••.•.••.•••••.••.•••••.••••••.•....•••.•..••••.•••........ 407
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71 /{;1.::' ':I
I- ·· .. ··············461
CONTENts
Type Number List
.................... ........ ..... .............................................
5
Selection Guide ................................................................................ ~... 11
General Information
1. Letter Symbols .....•.... ............. .................. ...•....................• 28
2. Classification of Optoelectronic Devices
................................. 29
3. Types and .Structures of Optoelectronic Devices
4. Optical Measurement and Its Dimensions
..................... 30
................. .............
3"7
5.' Reliability ...... : ........; ............................ ~ .....•..........•........... 40
Devices Data
Visible LED's
Round Type
........................................................................ 53
Square Type ..................... r" ••••.•••••••••••••••••••••••••••••••••• ~ ••••••••••• 115
Triangle Type ......................... , ................ ~ ........... ··············;··169
Small Type
...........................•....•....................... ~ ............... 179
Two Head Type
............: ..........'.... ~ ......•................... ···············187
Ultra-High-Brightness GaAIAs (Red Color) ·································193
Two Color Lighting ..............................•................................ 209
Taping (Round' Square' Small' Two Color Type) , .......................... 231
Surface Lighting········ ............................................. '............•... 261
Level Meters ........................................................................ 271
Numeric 'Displays ............................................... ~ ................. 283
UNIT PRODUCTS
P~nel
Display Units · .......................... ·;· ........ · ........ · .............. ·343
LED Lamp for Outdoor Use
LED Line Light Source
PhotoSensor Unit
.. · ........ · .... · .............. · ...... · .... · ...... ·375
.......................................................... 385
.............. · .... · .. ·· .. · .... ,.............. · .. ; .. · .. · ...... ,·40],·
Reference: Light-Emitting Diode' Photo Detector' Photo Coupler ................ ·· .. ·461
'Optical Fiber Unit
- 4
ff~
=8 - Ii
~/TYPE NUMBER LIST
I
i
I
-5-
;0'.1
Type No.
Page
Tvpe No.
LN0105GP3
269 .6LN05403P
LN0105RP2
269 .6LN05463P
269
LN0105RP8
LN0603GP3
LN0105YP4 .
269
LN0603RP2
lN01201 C(O)
181
LN0603RP8
LN01201 C(Q)-(L)
182
LN0603YP4
LN01201 C(Q)-(TA)
254
LN06202P
LN01201 CAL(U)
-LN06302P
206
LN01301 C(Q)
181
LN06402P
~LN01301 C(Q)-(L)
182
LN07202P
LN01301 C(Q)-(TA)
.254
LN07302P
LN01401C(Q)
181
LN07402P
.6 LN01401 C(Q)-(L)
182 .6LN0801228UN
LN01401C(Q)-(TA)
254
LN0801 WP.23
LN015184UN
378
LN0801WP38
LN0151223UN
379
LN086WP38
LN01801 C(Q) .
181 .6LN088WP38
.6LN01801 C(Q)-(L)
182
LN10204P
LN01801 C(Q)-(TA)
254 .6LN10304P
LN0202GP3
263 .6LN10404P
LN0202RP2
263
LN1123107UN-A3
LN0202RP8
263
LN117WP23
LN0202YP4
263 ·.6LN117WP38
LN0204GP3
265
LN11CP23
LN0204RP2
265
LN11CP34
LN0204RP8
265
LN11WP23
LN0204YP4
265
LN11WP34
LN02102C68
228
LN11WP38
LN02202P'
272
LN1251C
LN02302P
272
LN1251 C-(TL)
LN02402P
272
LN1251 C-(TR)
LN03202P
273
LN1251CAL
. LN03302P
273
LN1261C
LN03402P
273
LN1261 C-(TL)
LN0401GP3
266
LN1261 C-(TR)
LN0401RP2
266
LN1261CAL
LN0401RP8
266 .6LN129WP38
LN0401YP4
266
LN1351C
LN0402WP38
264 .6LN1351C-(TL)
LN0410CP3
270
LN 1351 C-(TR)
LN04202P
274
LN1361C
LN04220P
278 .6LN1361 C-(TL)
LN04302P
274
LN 1361 C-(TR)
.6LN04320P
278
LN138WP38
LN04402P
274 .6LN140WP38
.6LN04420P
LN142WP34 .
278
LN0501142UN
380
LN142WP38
LN0501172UN
381
LN1451C
LN0501199UN
382
LN 1451 C-(TL)
383
LN 1451 C-(TR)
LN0501229UN
LN05201P
280 ' LN1461C
275 .6LN1461 C-(TL)
LN05202P
LN05203P
279
LN1461C-(TR)
LN05263P
281 .6LN150WP38
LN05301P
280
LN15BP
LN05302P
275
LN15WP
LN05303P
279
LN15WP-(F)
.6LN05363P
281
LN16BP
LN05401P
280
LN16WP
LN05402P
275
LN16WP-(F)
Page
279
281
268
268
268
268
276
276
276
277
277
277
384
267
267
219
210
282
282
282
402
226
226
214
214
211
212
213
185
256
255
207
186
258
257
208
227
185
256
255
186
258
257
220
216
225
225
185
256
255
186
258
257
223
217
217
218
221
221
222
Type No.
LN170WP38
LN173WP38
LN1851C
.6LN1851 C-(TL)
. LN1851 C-(TR)
LN1861C
.6LN1861C-(TL)
LN1861C-(TR)
LN210RP
LN210WP
LN211RP
LN211WP
LN212RP
LN213RP
LN213RPP
LN2152C13
LN2152C13-(TR)
LN2162C13
LN2162C13~(TR)
LN216RP
LN216RPH
LN217RP
LN217RPH
LN219RP
LN21CAL(U)
LN21 CAL(UQPS)
LN21 CAL(UQS)
LN21CAL(UR)
LN21CAL(URS)
LN21 CAL(US)
LN21CPH
LN21CPHL
LN21CPSL
LN21RAL(U)
LN21 RAL(UR)
LN21 RCAL(U)
LN21 RCAL(UR)
LN21 RCPH
LN21.RCPHL
LN21 RCPSL
LN21 RCPSS
LN21RPH
LN21 RPH-(TA)
LN21 RPH-(TA2)
.6LN21 RPH-(TD)
LN21RPHL
LN21RPL
LN21 RPSL
.6LN21 RPSLX
L\LN21 RPSLX-(TDA)
LN21RPX
LN21 RPXN
LN21WAL(U)
LN21WPH
LN21WPHL
LN21WPSL
I
LN220RP
LN220RPH
LN221RP
LN221RPH
Page"
215
224
185
256
255
186
258
257
131
132
149
150
171
133
134
229
259
230
260
126
127
147
148
135
194
196
196
195
196
196
61
55
59
194
195
194
195
61
55
59
69
61
233
234
236
55
65
59
67
235
66
68
194
61
55
59
153
154
105
106
1"yJt9 No, ....... i
.
LN221RPH-(TA) \
'.6LN221 RPX
LN221 RPX-(TA2)
LN222RP
LN222RPH
LN222RPT
LN222RPX-(TA)
LN222RPX-(T A2)
LN222WP
LN224RP
LN224RPH
LN224RPH-(TA)
LN224RPL
.6LN224RPX
LN224WP
.6LN224WPH
LN226RP
LN226RPH
LN227RP
LN227RPH
LN228RP
LN229RP
LN229RPH
LN229RPH~(TA)
LN230RPP
LN233RP
LN233RPH
.6LN235RP
LN235RPH
LN238RPH
LN23SCP(H)
LN23SRP(H)
LN240CALF(U)
LN240CP
.6LN240RPX
.6LN240RCP
LN242RAL(U)
LN242RCP
LN242RP
LN242RPH
LN242RPL
.6LN242RPX
LN244RP
LN244RPH
LN245RP
LN245RPH
LN247RCAL(U)
LN247RP
'LN248RP
LN248RPH
LN248WAL(Ul
LN249RP
LN249RPH
.6LN249RPX
LN250RP
LN250RPH
~LN250RPX
LN251CAL(U)
LN251 RCPP
LN251RPP
paJt6
243
107
244
109
111
112
245
246
110
158
160
252
162
163
159
161
172
173
175
176
174
156
157
251
113
166
167
177
178
100
102
101
198
71
73
. 71
202
137
136
138
139
140
189
190
191
192
205
183
141
142
203
128
129
130
117
118
119
204
144
143
.6"~~j!J~/Tentative Specification
-c-
7 -
Panasonic
H~ ~
- Ii
~
TYPE NUMBER LIST
,
TVDe No.'
LN252RP
LN252RPH
, LN252RPH-(TA)
. b.LN252RPX
LN253RP
LN2561141UNA4
LN2561151UNA4
LN2561156UNAH4
LN2561171 UNAH4
LN2561232l)NA
LN256144UNA
LN256166UNA
LN25CP
LN25RCP
LN25RP
LN25WP
LN260RCPP
b.LN260RCPX
LN261CAL(UR)
LN263CPP
LN264CP
LN265RP
LN265RPH
LN265RPH-(TT)
LN268RP
b.LN268RPH
LN26RP
LN273RP
LN273RPH
6LN273RPX
LN215RPX
LN275RPX-(TT)
b.LN276RCPX
b.LN276RCPX-(TA)
b.LN277CALX
LN277RPX
LN2FWALX
b.LN281RPX
b.LN282RPX
LN282RPX-(TA)
LN28CAL(URS) .
LN28CAL(US)
LN28CP
LN28CPP
LN28RAL(US)
LN28RCAL(US)
LN28RCP
LN28RCPH
LN28RCPP
LN28RP
LN28RPH
LN28RPH-(TA) .
LN28RPH-(TA2)
LN28RPX-(TA3)
LN28RPH-(TD)
LN28RPL
,
LN28RPP
LN28RPPN
LN28RPX
LN28WAL(US)
PlMle
123
124
248
125
82
362
370
354
368
364
352
360
83
83
83
83
145
146
197
103
70
151
152
249
164
165
108
120
121
122
155
250
86
238
201
99
201
168
114
247
200
199
87
90
199
199
87
96
90
87
96
239
240
. 241'
242
95
90
94
98
199
!"
',·iY.;;/Jj,L~:No:·:j',,(,
1Y~No.~::i:: 7:~e,
LN28WP
LN28WPP
LN29CP
LN29CPP
LN29RCP
LN29RCPP
LN29RP
LN29RPL
LN29RPP
LN29RPX
LN29RPX-(TA)
LN29WP
LN29WPP
LN2G
LN2G-(TA)
LN310GP
LN310WP
LN311GP
LN311WP
LN312GP
LN313GP
LN313GPP
LN316GP
LN316GPH
LN317GP
LN317GPH
LN319GP
LN31GCPH
LN31GCPHL
LN31 GCPHL(G)
LN31GCPSL
LN31 GCPSS
LN31GPH
LN31 GPH-(TA)
LN31 GPH-(TA2)
b.LN31 GPH-(TD)
LN31 GPHL
LN31 GPHL(G)
LN31GPL
LN31 GPSL
b.LN31 GPSLX
b.LN31 GPSLX-(TOA)
LN31GPX
LN31GPXN
LN31YCPH
LN31YPH
LN320GP
LN320GPH
LN321GP
LN321GPH
LN321 GPH-(TAj
b.LN321GPX
LN321 GPX-(TA2)
LN322114ALUN
LN322GP
LN322GPH
LN322GPT
b.LN322GPX-(TA)
b.LN322GPX-(TA2)
LN322WP
87
90
74
77
74
77
74
80
77
81
237
74
77
184
253'
131
132
149
150
171
133
134
126
127
147
148
135
62
.56
56
60
69
62
233
234
236
56
56
65
60
67
235
66
68
62
62
153
154
105
106
243
107
244
390
109
111
112
245
246
110
LN324GP
LN324GPH'
LN324GPH-(TA)
LN324GPL
b..LN324GPX
LN324WP
LN324WPH
LN326GP
LN326GPH
LN327GP
LN327GPH
LN328GP
LN329GP
LN329GPH
b.LN329GPH-(TA)
LN330GPP
LN333GP
b.LN333GPH
LN335GP
LN335GPH
LN338GPH
LN33SCP(H)
LN33SGP(H)
LN340CP
. LN340GCp·
b.LN340GPX
LN342GCP
LN342GP
LN342GPH
LN342GPL
LN342GPX
LN344GP
.LN344GPH
LN345GP .
LN345GPH
LN347GP
LN348GP
LN348GPH
LN349GP
LN349GPH
b.LN349GPX .
LN350GP
LN350GPH
b.LN350GPX ,
LN351 GCPP
LN351GPP
LN352GP
LN352GPH
LN352GPH-(TA)
b.LN352GPX
LN353GP
LN35BP
LN35GCP
LN35GP
LN35YCP
LN360GCPP
b.LN360GCPX
LN363GCPP
LN364GCP
LN365GP
b.17:iE:~~/Tentative Specification
Panasonic
8 -
'>Iaae
!
158
160
252
162
163
159
161
172
173
175
176
174
156
157
251
113
166
167
177
178
100
102
101
71
71
73
137
136
138
139
140
189
190
191
192
183
141
142
128
129
130
117
118
119
144
143
123
. 124
248
.125
82
84
84
84
84
145
146
103
70
151
,"
Type No. "
Page'
LN365GPH
152
LN365GPH-(TT)
249
LN368GP
164
b.LN368GPH
165
LN36BP
108
LN373GP
120
LN373GPH
121
b.LN373GPX
122
b.LN375GPX
155
b.LN375GPX-(TT)
250
b.LN376GCPX
86
b.LN376GCPX-(TA)
238
LN377GPX
99
b.LN381GPX
168
b.LN382GPX
1'14
LN382GPX-(TA)
247
LN38CP
88
b.LN38CPP
91
LN38GCP
88
LN38GCPH
96
, LN38GCPP
91
LN38GP
88
.' LN38GPH
96
. LN38GPH-(TA)
239
LN38GPH-(TA2)
240
241
LN38GPX-(TA3) \
LN38GPH-(TD)
242
LN38GPL
95
LN38GPP
91
LN38GPPN
94
LN38GPX
98
LN38WP
88
75 _
LN39CP
LN39CPP
78
LN39GCP
75
LN39GCPP
78
LN39GP
75
LN39GPL
80
LN39GPP
78
LN39GPX
81
LN39GPX-(TA)
237
LN39WP
75
b.LN3G
184
b.LN3G-(TA)
253
LN410WP
132
LN410'{P
131
I
LN411WP
150
LN411YP
149
LN412YP
171
LN413YP
133
LN413YPP
134
' LN416YP
126
LN416Y.PH
127
LN417YP
147
LN417YPH
148
LN419YP
135
LN41CPHL
57
LN41YCPH
63
57
LN41YCPHL
LN41YCPSL
~
ff~
;g - Ji
-
',TvoeNo.
LN41YCPSS
LN41YPH
.6.LN41 YPH-(TA)
LN41YPH-(TA2)
.6.LN41YPH-(TD)
LN41YPHL
LN41YPL
LN41YPSL
.6.LN41YPSLX
.6.LN41 YPSLX-(TDA)
LN41YPX
LN41YPXN
LN420YP
LN420YPH.
LN421YP
LN421YPH
.6.LN421YPH-(TA)
.6.LN421YPX
.6.LN421 YPX-(TA2)
LN422WP
LN422YP
LN422YPH
.6.LN422YPT
.6.LN422YPX-(TA)
.6. LN422YPX-(TA2)
LN424WP
LN424WpH
LN424YP
LN424YPH
.6.LN424YPH-(TA)
.6.LN424YPL
.6.LN424YPX
LN426YP
LN426YPH
LN427YP
.6.LN427YPH
LN428YP
LN429YP
LN429YPH
.6.LN429YPH-(TA)
LN430YPP
LN433YP
.6.LN433YPH
.6.LN435YP
LN435YPH
LN438YPH
LN43SCP(H)
LN43SYP
LN440CP
LN440YCP
.6.LN440YPX
LN442YCP
LN442YP
LN442YPH
LN44?YPL
.6.LN442YPX
. LN444YP
.6.LN444YPH
LN445YP
:.6.LN445YPH
,"
"
/
~
,Page'
69
63
233
234
236
57
65
60
67
235
. 66
68
153
154
105
106
243
107
244
110
109
111
112
245
246
159
161
158
160
252
162
163
172
173
175
176
174
156
157
251
113
166
167
177
178
100
102
101
72
72
73
137
136
138
139
140
189
190
191
:192
..
TYPE NUMBER LIST
TYoe No.
LN447YP
LN448YP
LN448YPH
LN449YP
LN449ypH
.6.LN449YPX
LN450YP
LN450YPH
.6. LN450YPX
LN451YCPP
LN451YPP
LN452YP
LN452YPH
LN452YPH-(TA)
.6.LN452YPX
LN453YP
LN45YCP
LN45YP
LN460YCPP
LN460YCPX .
LN463YCPP
LN464YCP
.6.LN465YP
LN465YPH
.6. LN465YPH-(TI)
.6.LN468YP
.6.LN468YPH
LN46YP
LN473YP
. LN473YPH
.6.LN473YPX
.6.LN475YPX
.6.LN475YPX-(TI)
.6. LN476YCPX
. LN476YCPX-(TA)
LN477YPX
.6.LN481YPX
.6.LN482YPX
.6.LN482YPX-(TA)
LN483126UN
LN48CP
LN48CPP.
LN48WP
LN48YCP
LN48YCPP
LN48YP
LN48YPH
.6. LN48YPH-(TA)
.6.LN48YPH-(TA2)
.6.LN48YPX-(TA3)
.6.LN48YPH-(TD) ..
LN48YPL
LN48YPP
LN48YPPN
LN48YPX
LN49CP
LN49WP
LN49YCP
LN49YCPP
LN49YP
Page
183
141
142
128
129
130
117
118
119
144
143
123
124
248
125
82
85
85
145
146
103
70
151
152
249
164
165
108
120
121
122
155
250
86
238
99
168
114
247
392
89
92
89
89
92
-89
97
239
240
241
242
95
92
94
98
76
76
76
79
76
,
Tvee No.
. LN49YPL
LN49YPP
LN49YPX
LN49YPX-(TA)
.6.LN4G
.6.LN4G-(TA)
LN503G
LN503GL
LN503GR
LN503R
LN503RL
LN503RR
LN503Y
LN503YL
LN503YR
LN504G
.6.LN504GL
.6.LN504GR
LN504R
.6.LN504RL
LN504RR
LN504Y
.6.LN504YL
.6.LN504YR
LN506GA
LN506GK
LN5060A
LN5060K
,
LN506RA
LN506RK
LN506YA
LN506YK
.6.LN5110ALAMW
.6.LN5110ALKMW
.6.LN5110GAMW
. .6.LN511 OGKMW
.6.LN51100AMW .
.6.LN51100GAMW
.6.LN51100KMW
. LN5121149UNA4
LN513GA
LN513GAM
LN51.3GAS
LN513GK
LN513GKM
LN51'3GKS
LN5130A
LN5130AS
LN5130K
LN5130KS
LN513RA
. LN513RAM
Lr-,l513RAS
LN513RK
LN513RKM
LN513RKS
LN513YA
LN513YAM
LN513YAS
LN513YK
-9-
Paae
80
79
81
237
184
253
284
286
285
284
· 286
285
284
286
285
287
289
288
287
289
288
287
289
288
290
290
291
291
290
290
291
· 291
305
305
304
304
304
340
304
· 350
292
294
296
292
294
296
· 293
299
293
297
292
294
296
292
294
296
293
295
297
293
..
-
Tvoe No.
LN513YKM
LN513YKS
LN514GA
LN514GK
LN5140A
LN5140K
LN514RA
LN514RK
LN514YA
LN514YK
LN516GA
LN516GK
LN5160A
LN5160K
LN516RA
.6.LN516RGA
LN516RK
LN516YA
LN516YK
LN518GA'
LN5.18GK
LN5180A
LN5180K
LN518RA
LN518RK
LN518YA
LN518YK
.6.LN523GAMG
.6.LN523GKMG
LN523RAMR
.6.LN523RKMR
.6.LN523YAMY
.6.LN523YKMY
LN5241GA
LN5241 GAS
LN5241GK
.6.LN5241GKS
.6.LN52410A .•
.6.LN52410AS
.6.LN52410K
.6.LN5241 OKS
LN5241RA
LN5241RAS
LN5241RK
LN5241RKS
LN5241YA
.6.LN5241YAS
LN5241YK
.6. LN5241YKS
LN524GA
LN524GAMG
LN524GAS
LN524GK
.6.LN524GKMG
LN524GKS
LN5240A
.6.LN5240AMO
.6.LN5240AS
LN5240K
.6.LN5240KMO
-
Paae
295
297
298
298
299
299
298
298
299
299
300'
300
301
301
300
339 .
300
301
301
302
302
303
303
302
302
303
303
306
306
306
306
307
307
310
316
310
316
311
317
311
317
310
316
310
316
311
317
311
317
308
312
314
308
312
314
309
313
315
309
313
Panasonic
ffj ~ -
~ ~
,;Ci'TyOtl,No.;···;
I
L:.LN5240KS
LN524RA
LN524RAMR
LN524RAS
LN524RK
L:.LN524RKMR
LN524RKS
LN524YA
L:.LN524YAMY
L:.LN524YAS
LN524YK .
L:.LN524YKMY
L:.LN524YKS
LN5261GA
LN5261GK
6LN52610A
L:.LN52610K
.LN5261RA
LN5261RK
LN5261YA
LN5261YK
LN526GA
LN526GK
LN5260A
LN5260K
LN526RA
LN526RGA
LN526RGAD
LN526RK
LN526YA
LN526YK
L:.LN528GA
L:.LN528GK
L:.LN5280A
L:.LN5280K
L:.LN528RA
LN528RK
L:.LN528YA
L:.LN528YK
LN533GAMG
LN533GKMG
L:.LN5330AMO
L:.LN5330KMO
L:.LN533RAMR
L:.LN533RKMR
LN533YAMY
LN533YKMY
LN534GAMG
L:.LN534GKMG
L:.LN5340AMO
LN5340KMO
LN534RAMR
LN534RKMR
L:.LN534YAMY
L:.LN534YKMY
L:.LN5361GAMG
L:.LN5361 GKMG
LN5361RAMR
L:.LN5361 RKMR
L:.LN5361YAMY
TYPE NUMBER LIST
Paae;
'>'<::'1"11,,'
:W,
315 L:.LN5361 YKMY
308
LN536GAMG
312 L:.LN536GKMG
314
LN536RAMR
308
LN536RKMR
312 L:.LN536YAMY
314 L:.LN536YKMY
. LN5431 GAMG
309
313
LN5431GKMG
315
LN54310AMO
309
LN54310KMO ,
313
LN5431RAMR
315
LN5431RKMR
320
LN5431YAMY
320
LN5431YKMY
321
LN543GAt;J8
321
LN543GAHN3
' 320
LN543GKN8
320
LN543GKHN3
,321
LN5430AN8
321
LN5430KN8
318
LN543RAN8
318 L:.LN543RAFN8
319
LN543RAHN3
319 ~LN543RKN8
318
LN543RKHN3
34j L:.LN543YAFN8
342 ' LN5531 GAP
318 , LN5761111UNA
319 , LN5161150UNAH4
319
LN576146UNA
322
LN803108UN-A4
322
LN803169UNA-A4
323
LN810RP
323
LN810WP
322
LN813RP
I
322
LN816RP'
323
LN816RPH
323
,LN819RP
324
LN81CPH
LN81CPHL
~24
25
LN81 RCPH
325
LN81ACPHL
324
LN81RPH
324
LN81 RPH-(TA).
325
LN81 RPH-(TA2) ,
325'
LN81 RPH-(TD)
326
LN81RPHL
,
326
LN81RPL
327 L:.LN81WPH
' 327
LN81WPHL
326
LN820RP
326 L:.LN820RPH
327
LN830APP
, 327 ' ' LN831RP
330
LN833WP
330 L:.LN833WPH
330
LN838RPH
330
LN840CP
331
tN840RCP
~
,
ic~t'· i{i;'i;i:,:f:i'TvM,NK,,;?::"""':7,
331
328
328
328
328
329
329
335
335
336
336
335
335
336
336
332
334
332
334
'333
333
332
337
334
332
334
337
338
366
358
' 356
396
394
131
132
133
126
127
135
64
58
64
58
64
233
234
236
58
65
64
58
153
154
113
104
166
167
100
72
72
LN842RP
LN842RPH
L:.LN842RPX
LN848WP
LN848WPH
LN849RP'
LN849RPH
L:.LN849RPX
LN850RP
L:.LN850RPH
'L:.LN850RPX
LN851 RCPP
LN851RPP
LN85RCP
LN85RP
LN863RCPP
LN864RCP
LN873RP
L:.LN873RPH
L:.LN873RPX
L:.LN876RCPX
LN876RCPX-(TA)
L:.LN881 RPX
LN882RPX
LN882RPX-(TA)
LN88CPP(S)
LN88RCPP
LN88RPH
LN88RPH-(TA)
LN88RPH-(TA2)
L:.LN88RPH-(TD)
LN88RPP
LN88RPPN
LN89RCPP
LN89RPP
LN963106UN-B4
LN963185UNA-B4
ON1501
ON1501S
ON1503
L:.ON1517HA-(A)
ON1517HA2-(J)
ON1517HH-(A)
ON1517HO-(J)2
ON1517HO-(M)
ON1517LA-(A)
L:.ON1517LA2-(J)
L:.ON1517LH-(A)
L:.ON1517LO-(J)2
ON1517LO-(M)
L:.ON1531 HA-(A)
L:.ON1531 HA-(M)
L:.ON1531 HA2-(A)4
L:.ON1531 HC-(A)
L:.ON1531 HD-(A)
ON1531 LA-(A)
ON1531 LA-(M)
ON1531LA2-(A)4
ON1531 Le-(A)
ON1531 LO-IA)
,
L:.!i:iEmftt/Tentattve Speclflcatton
Panasonic
-10 -
,,'Pane> "::'::,::\,:rYt>$'NO)< '
":'
136
ON 1541 NA-(A)
138
ON 1542HA3-(J)
140
ON1542HA5-(H)
141 L:.ON1542LA3-(J)
142 L:.ON1542LA5-(H)
128
ON2509
129
ON2509(D)
130
ON2521 LA-(A)
117
ON2521 LA-(A)3
118
ON2528
119
ON2529
144
143
85
85
103
70
120
121
122
86
238
168
114
247
93
,93
97
239
240
,
242
93
94
79
79
400
398·.409
' 409
411
413
416
419
422
425
413
416
, 419
422
425
428
430
432
435
438
428
430
432
435
438
Page
449
441
445
441
445
451
453
455
455
457
459
-
-'
,
!F-
~ ~
.
j! ~/SELECTION GUIDE
I
..
-11"':"
~&6!f.~~
-(
SELECTION GUIDE
*-
.AJm~:)'t~
I" /Visible Light Emitting Diodes
OJlil~:Yt (.*.m) /Point Lighting Diodes (Round Type)
~~~~~~~~~~~~~~~~--~~
115.Omm
114.8mm
114.4mm
114.OmI.
II 3. Om•
•
L>.1i~N!./Tentatlve Specification
Panasonic
-12 -
~£.!f!.Jl,~
SELECTION GUIDE
IIIiRHl~~ 11' l' :t - I" /Visible Light Emitting Diodes
Oa§t~ (JzJf~) /Point
~~~~~~~~~~~--~~~~~--~--~--------~--~--~~~~--~~
9
~
2. Smm
~
2. Omm
~
3.5m.
o 4.0X4.0mm
o 3.0X7.0m.
o 2.7X5.7m.
Il!i!I
0 2. 5X5. Om•
. 0 2. OX5. Omm . ~::::'::~+::::"::'==--J."':"':"+-==---j=:::":':::::;=~"':':"';f---==~--F=-:==+":"':':'+"::':':=-+=:'==+-'--"-1
o 1.8X5.3mm
o 1.8X3.5.m
A.~Nt~/Tenlative Speclfcalion
-13 -
PanasOniC
~~.!¥-jt~
SELECTION GUIDE
-,,,..,,,,,,,,,,,
.'EJfJl.~:J'(;1i l' :t - I>'/Visible Light Emitting Diodes
O~~J't (~ff~) /Point Lighting Diodes (Square Type)
"";
,"'ens
,
' '-
'
LN224WP'
[] 1.0X4.0mm
-
1:0X2.0mm
o 5:0X5.Omm
o 2.5X5.0mm
I
o 2.0X5.Omm
[J 2.,OX4. Om.
o 2. OX3.Omm
01. 75X3. 9mm
Panasonic
White Diffused
Lens
Color
, Page
Type No.
Lens'
COlor
Orange
Page
LN324GP
Green Diffused
158
LN424YP
Amber Diffused
158
159
LN324WP
White Diffused
159
LN424WP
While Diffused
159
c
Type NO.
Lens
Color,
Pilge
--
Red Diffused
160
LN324GPH
Green Diffused
160
LN414YPH
Amber Diffused
160
,161
LN314WPH White Diffused
161
LN424WPH, White Diffused
161
LN224RPL
Red Diffused
162
LN314GPL
Green Diffused
162
ALN424YPL
Amber Diffused
162
LN268RP
Red Diffused
164
LN368GP
Green Diffused
164
ALN468YP
Amber Diffused
164
ALN268RPH
Red Diffused
165
ALN368GPH
Green Diffused
165
ALN468YPH
Amber Diffused
165
LN233RP
Red Diffused
166
LN333GP
Green Diffused
166
LN433YP
Amber Diffused
166
LN833WP
White Diffused
166
LN233RPH
Red Diffused
167
ALN333GPH
Green Diffused
167 ALN433YPH
Amber Diffused
167
ALN833WPH
White Diffused
167
ALN281RPX
Red Diffused
168
AlN381GPX
Green Diffused
168
ALN481YPX
Amber Diffused
168 A LN881RPX
Red Diffused
168
, LN273RP
Red Diffused
120
LN373GP
Green Diffused
120
LN473YP
Amber Diffused
120
LN873RP
Red Diffused
120
LN273RPH
Red Diffused
121
LN373GPH
Green Diffused
121
JN473YPH
Amber Diffused
121
ALN873RPH
Red Diffused
'121
ALN273RPX
Red Diffused
122
ALN373GPX
Green Diffused ,122
L>LN473YPX
Amber Diffused
122 ALN873RPX
Red Diffused
122
LN210RP
Red Diffused
131
LN310GP
Green Diffused J31
LN410YP
Amber Diffused
131
LN810RP
Red Diffused
131
LN210WP
White Diffused
132
LN310WP
White Diffused
LN410WP
White Diffused
132
LN810WP
White Diffused
132
' LN842RP
Red Diffused
136
ALN224WPH
~
•
Page Type No.
i
White Diffused
LN224RPH
o 1.0X5.0mm
o
'
' >
,LN224RP~edDiff~sed' 1~8
;'~otor
Amber
Green
.
132
LN242RP
Red Diffused
136
LN342GP
Green Diffused
136
lN441YP
Amber Diffused
,136
LN242RCP
Red Clear
137
LN342GCP
Green Clear
137
LN442YCP
Amber Clear
137
LN242RPH
Red Diffused
138
LN341GPH
Green Diffused
138
LN442YPH
Amber Diffused
138
LN842RPH
Red Diffused
138
LN242RPL
Red Diffused
139
LN342GPL
Green Diffused
139
LN442YPL
Amber Diffused
139
L>LN242RPX
Red Diffused
140
lN342GPX
Green Diffused-- 140
ALN442YPX
Amber Diffused
140 ALN842RPX
Red Diffused
140
LN251RPP
Red Diffused
143
lN351GPP
Green Diffused
ALN451YPP
Amber Diffused
143
LN851RPP
Red Diffused
143
LN251 RCPP Red Clear
144
LN351 GCPP Green Clear
144
LN451YCPP Amber Clear
144
LN851 RCPP Red Clear
LN260RCPP Red Clear
145
LN360GCPp Green Clear
145
LN460YCPP Amber Clear
145
ALN260RCPX Red Clear
146
L> LN360GCPX Green Clear
146
LN460YCPX Amber Clear
146
155
ALN375GPX
155 ALN475YPX
LN275RPX
Red Diffused
Green Diffused
-14 -
143
Amber Diffused
155
144
'
~&!f!Jt~
SELECTION GUIDE
.'iiJ~!~J't5f -(:;f - I'/Visible Light Emitting Diodes
OF.a~:Jt (~mJf~) /Point Lighting Diodes (Two Head' Type).
Green
Red
Lens Color.
TYRe No.
o2-1. 9X1. 9mm
o2-1. OX2. Omm
'
Type No.
.
Lens. CoIor:Page.
.Type No.
LN244RP
Red Diffused
.189
LN344GP
Green Diffused
189
LN444YP
Amber Diffused
1139
LN244RPH
Red Diffused
190
LN344GPH
Green Diffused
190
<:> LN444YPH
Amber Diffused
190
LN245RP
Red Diffused
191
LN345GP
Green Diffused
191
LN445YP
Amber Diffused
191
LN245RPH
Red Diffused
192
LN345GPH
Green Diffused
192
<:> LN445YPH
Amber Diffused
192
OF.a~:Jt (GaAIAs) Point Lighting Diodes (GaAIAs)
. t .
I~d~~~
;:~(l~
TyPe
-'1Q"r
I
•
{> 5.0mm
{> 4.4m.
~
•'.'
•
-
.
•
Clear
197
LN240CALF(u) Clear
198
Red Diffused
199
Clear
199
LN277WALX
White Diffused
201
LN242RAL(U)
Red Diffused
292
White Diffused
205
206
Chip LED
LNI251 CAL
Clear
207
Chip LED
LN1261 CAL
Clear
208
<:>LN088WP38
White Diffused
.210'
LNllWP23
White Diffused
211
lNll'WP38
White Diffused
213
Clear
214
W~ite
'
•
.;-,:,
Clear
196
195
LN21CAL(URS) Clear
196
LN21CAL(UR) . Clear
195
LN28CAL( URS) Clear
200
""
i..8ns cOlor
,'-,'
.. -l'4ge:
"
. ...
~-
LN21 CAL( UQS) Clear
196
LN21CAL(UQPS) Clear
196
<:>LN277CALX
Clear
LN11WP34'
White Diffused
212
201
203
LNOl201 CAL(u) Clear
I
.....: '
'
~. 0
. 204
LN251CAL(U) Clear
LN170WP38
.
199
LN26WAL(US) White Diffused
LNllCP23
.
'-
199
LN28CAL(US)
LN248WAL(U)
.. '
LN21 CAL( US)
LN21RCAL(UR) Red Clear
LN261CAL(UR)
: :"'"
195
194
194
'"
Red Diffused
Red Clear
LN21CAL(U) Clear
"
-,
:TYPe-ito.
LN21 RCAL( U)
194
.
;TyPe.Nci..··
LN21RAL(UR)
LN21WAL(U) White Diffused
'
;Lens,Cd~ . :1'.age- •
194
,
..
i'
' .. -. ..
Red Diffused
Mini Bright
{> 4.4mm
....
LN21RAL(U)
LN247RCAL( U) Red Clear
{> 5.0mm
;
Page
Double End
{> 7.8mm
GaAiAa(Red) .
Lens Color
LN28RCAL( US) Red Clear
o 2.0X5.0mm
o 2.0X4.0mm
o 2.0X5.0mm
.. '.
Type No••
LN28RAL(US)
{> 3.0mm
-
..
.Diffused
215
LNllCP34
Clear
214
<:>LNI40WP38
White Diffused
216
{> 3.0mm
LN086WP38
White Diffused
219
(jJ
{> 3.0mm
LN138WP38
White Diffused
220
9
{> 3.5mm
LN15BP
Blue Diffused
217
LN15WP
White Diffused
217
LN15WP-(F) ,White Diffused
218
11
{> 2.4mm
LN16BP
Blue Diffused
221
LN16WP
Whit,f'Dlffused
221
LN16WP-(F)
222
LN173WP38
White Diffused
224
LN142WP34 .. White Diffused
225
LNI42WP38
White Diffused
225
<:>LNi'17WP38
White Diffused
226
-
o 5.0X5.0mm
o 2.0X5.0mm
!Ill o 5.0X5.0mm
o 1.8X5.3mm
~
o 1.5X5.0mm
•
<:>LN150WP38
White Diffused
223
LNI17WP23
White Diffused
226
<:>LN129WP38
White Diffused
227
Mini Bright
LN02102C68
Clear
228
Chip LED
L~2152C13
Clear
229
Chip LED
LN2162C13
Clear
230
. Iill::NlMI/Tentatlve SpeCification
-15 -
White Diffused
~£!f!J!~
SELECTION GUIDE
.iiJ~Jl~J't1f -(:t - I''/Visible Light Emitting Diodes
O,a~>Jt (T-;-I::'/~f) /Point Lighting Diodes (Taping)
u,'~' 'l;liinel1$lOrt
~~
1''1 ' '; ";:', :t{5;OiD~,-{rA:rype)
>':
"
"",.:"
"
'
.8M
~~
Outline
,
;;",-,>
"
"
: .:'; ',",16, 5,O'iiii (TIl,type>:>"i::
Type No.
Page
~
~---Red
Type No.
Page
233
LN31 GPH-(TA2)
234
~LN31 GPSLX-( TDA)
235
~LN31GPH-(TD)
236
~LN41 YPH-(TA)
233
LN41YPH-(TA2)
234
~LN41 YPSLX-(TDA)
235
~LN41YPH-(TD)
236
LN81 RPH-(TA)
233
LN81 RPHc(TA2)
234
LN81RPH-(TD)
236
Amber
I
'P
',til 4.tlnnn (TA Type)'
-
Page
~LN21 RPH-(TD)
LN31 GPH-(TA)
)f~
Type No.
235
Green
Outline
Page
~LN21 RPSLX-(TDA)
233
~~
Type No.
234
LN21 RPH-(TA) •
lens Dimension
",;',:,.~;};y¢:~:'
,
LN21 RPH-(TA2)
Red
Orange
,
I
;
\
:---=--:---.:.
.. , ' ,
;
~
Type No.
3.2mm (TA ,Type)
t/J ,S; OIllIl!'(T~ TYPe} ,
"
Type No.
"
~
~
Page
'
236
.
Page
Type No.
Page
LN29RPX-(TA)
237
~LN276RCPX-(TA)
238
LN28RPH-(TA)
239
,LN28RPH-(TA2)
240
Green
LN39GPX-(TA)
237
~LN376GCPX-(TA)
23B
LN38GPH-(TA)
239
LN38GPH-(TA2)
240
Amber
LN49YPX-(TA)
237
LN476YCPX-(TA)
238
~LN48YPH~(TA)
LN876RCPX-(TA)
238
LNBBRPH-(TA)
Orange
'Lens, Dlmensl(lll
~~
Jf~
-Outline
dt6
Type No.
: ",:,
~ 3.Omm(TDType)
, 't/J a.Omm(T!'< Type} ';
:
~
Page
Type No.
Page
Type No.
Type No.
y c:~;~
Page
239 ~LN48YPH-(TA2)
239
~,2.6mm (TA:1'yp$)
:';' I,,':
.~
Page
240
LNBBRPH-~TA2)
Type' No.
240,
'
,
Page
Red
LN28RPX-(TA3)
241
LN28RPH-(TD)
242
LN221 RPH-(TA)
243
LN221 RPX-(rA2)
244
Green
LN3BGPX-(TA3)
241,
LN38GPH-(TD)
242
LN321 GPH-(TA)
243
LN321 GPX-(TA2)
244
Amoer
~LN48YPX-(TA3)
241
~LN48YPH-(TD)
242
~LN421YPH-('rA)
243
~LN8BRPH-(TD)
242
Orange
lens Dimension
~~
ff~
Outline
.~.
.
1
r
==---==-Red
t/J 2; Omm (1)( Type) ,
t/J,2;Omm(TA Type)
Type No.
~
,
\
Page
LN222RPX-(TA)
245
Green
~LN322GPX-(TA)
245
Amber
~LN422YPX-(TA)
245
Type No.
-,
Page
Type No.
Page
LN222RPX-(TA2)
246
LN282RPX-(TA)
247
~LN322GPX-(TA2)
246
LN382GPX-(TA)
247
~LN422YPX-(TA2)
246
~LN482YPX-(TA)
247
LNBB2RPX-(TA)
247
Orange
~1l'lE:NlI&/Tnelalive Specification
-16 -
l:I.LN421 YPX(TA2)
244
~~.!FJi~
SELECTION GUIDE
, .'
.RJ~!~J't ~ l' ;t -
I" /Visible Light Emitting Diodes
OR.\~J'f; (T -1:::";"'1') /Point Lighting Diodes (Taping)
Lens Dimension
o 4.0X4.Dmm (TA Type)
o 1.5X5.Omm (TA' Type)
o 1.8X1.BIIm (n Type)
01. 75X3. 9111. (n Type)
,
~
jf~
Outline
~
~ .~ ~
Type No.
Page
Type No.
Page
.~
Type No.
Type No.
Page
Red
LN252RPH-(TA)
248
LN229RPH-(TA)
251
LN265RPH-(n)
249
LN275RPX-(n)
Green
LN352GPH-(TA)
248
.o.LN329GPH-(TA)
251
LN365GPH-(n)
249
.o.LN375GPX-(n)
Amber
LN452YPH-(TA)
248
.o.LN429YPH"'(TA)
251
.o.LN46SYPH-(n)
249
.o.LN475YPX-(n)
Lens Dimension
~
jf~
Outline
----
o 1.0X5.Omm (TA Type)
:;, =. -j 7' -( ~ /Mlnl Bright
:li7At.!llo/Glass Sealed
'~
Page
250
250
250
T ., '7'LED/Chlp LED
[§ID [§ID
"~ O[itrnOlIt )
,Page
Type No.
Page
Red
LN224RPH-(TA)
252
LN2G-(TA)
253
LNOl201C(Q)-(TA)
254
LNl251C-(TR)
255
Green
LN324GPH-(TA)
~2
LN3G-(TA)
253
LN01301C(Q)-(TA)
254
LNl351C-(TR)
255
Amber
.o.LN424YPI-!-(TA)
252
.o.LN4G-(TA)
253
LN01401C(Q)-(TA)
254
LN1451C-(TRl
255
LNOl801C(Q)-(TA)
254
LN1851C-(TRl
255
Type No.
Page
Type No.
Page
Orange
Lens Dimension
• Type No.
T,,:1L ED/Chip LED,
,
~~
jf~
Outline
-----Red
.F
IllJ°[IJ°(!l~(
\0ill°II][!]
°°~
Type No.
Page
LN1251C-(TL) ,
Type No.
)°0°0°0)°
Page
Type No.
Page
256 .,
LNl261C-(TR)
257
LNl261C-(TL)
258
Green
.o.LNl351C-(TLl
256
LN1361C-(TR)
257
.o.LNl361 C-(TL)
258
Amber
LN1451C-(TL)
256
LN1461C-(TR)
257
'.o.LN1461C-(TL)
258
.o.LN1851 C-(TL)
256
LNl861C-(TR)
257
.o.LN1861C-(TL)
258
Orange
O=~~:Yf/Two Color lighting
T ,,:1L E D/ChlpLED
Lens Dimension
~
~
Outline
10
I
0
0
0
,
IBHHl 1m
Type No.
--
0
LN2152C13- (TR)
,
I Page
I 259
.o.a;ltM.I3/Tentative Specification
-17 -
0
0
o /
)[] []
Type No.
LN2162C13-(TR)
I Page
I 260
~~!f-Ji~
.RHl~*9' -( ;t -
SELECTION GUIDE
I'" /Visible Light Emitting Diodes
OiDi~:Yt/Surface
*3
o v-"()(, j. - ; Lens Dimension
9~
*6
*5
/Level Meters
o
Jf~
1. 8X5. 3mm (2 Elements)
--
Outline
-----
o
o 1. 8X5. 3mm
1. 8X5. 3mm (3 Elements)
,m
if
,
(4 Elements)
ifiW
o
1. 8X5. 3mm (5 Elements)
'WfW
Type No.
Page
Type No.
Page'
Type No.
Page
Type No.
Page
LN02202P
272
LN03202P
273
LN04202P
274
LN05202P
275
Green
LN02302P
272
LN03302P
273
LN04302P
274
LN05302P
275
Amber
LN02402P
272
LN03402P
273
LN04402P
274
LN05402P
275
. Red
Lens Dimension
o
1. 8XS. 3mm (6 Elements)
o
o
1. 8X5. 3mm (7 Elements)
1. 5X5. Omm (4 Elements)
o 1. 5X5. Omm
(5 Elements)
/
9~
Jt~
Outline
--
mm mmv
,
Type No.
Page
Type No.
Page
Red
LN06202P
276
LN07202P
277
~
Green
LN06302P
276
LN07302p
Amber
LN06402P
276
LN07402P
Lens Dimension
01. 75X7. Omm (5 Elements)
o
~
~
q."
Type No.
Page
Type No.
LN04220P
278
LN05203P
279
277
~LN04320P
278
LN05303P
279
277
~LN04420P
278
~LN05403P
279
2-1. 9Xl. 9IIIm (5 Elements)
'" 2. Omm (10 Elements)
/
9~
jf~
Ou\line
-----
mm;
~
,
~
Type No.
Page
Type No.
Page
Type No.
Page
Red
LN05201P
280
LN05263P
281
LN10204P
282
Green
LN05301P
280
~LN05363P
281
~LN10304P
282
Amber
LN05401P
280
~LN05463P
281
~LN10404P
282
~"'lEjjj~/Tentative Specification
Panasonic
Page
~£-'=F-J!~
r /VisibleLight
.iiT~!~:W;1f 1';;t -
SELECTION GUIDE
Emitting Dides
OJl~~ff-.T / Numeric Display
Digits(Size)
•
~.
Outside
+1 display (0.4Inch)
+1 dlplay (0.3Inch)
+'....
+''.
+'.'
+''.
+.t
Page
Type No.
Page
Type No.
Page
Page
Type No.
Page
----------Green
LN503R
284
LN503RR
285
LNS03Rl
286
LNS04R
287
LNS04RR
288
ALN504RL
289
LN503G
284
LN503GR
285
LN503GL
286
LN504G
287.
ALN504GR
288
AI,.NS04GL
289
Amber
LN503Y
2B4
LNS03YR
285
LN503YL
286
LN504Y
2~
ALNS04YR
288
ALNS04YL
289
Type' No.
Red
Dlglts(Size)
+'.1.
O.u!slde
Type No.
Page
1 digit (0.3Inch)
+1 display (0.6Inch)
•
?t-
Type No.
+'.'
B
Type No.
Page
Type No.
Page
Type No.
Page
Type No.
Page
Type No.
Page
Type No.
Red
LN506RA
290
LNS06RK
290
LNS13RA
292
LN513RK
292
LNS13RAM
294
LN513RKM
294
Green
LN506GA
290
LN506GK
290
LNS13GA
292
LNS13GK
292
LNS13GAM
294
LNS13GKM
.294
Amber
L.N506YA
291
LN506YK
291
LNS13YA
293
LNS13YK
295
LNS13YKM
295
LN5060A
291
LN5060K
291
LNS130A
293
LN5130J<
293
293
LN513YAM
Orange
-----Digits(Size)
1 digit (0.3Inch)
1 digit (0.4Inch)
Page
1 digit (0. 6lnch)
,
•
?t-
B
Outside
B.
8
------
Type No.
Page
Type No.
Page
Type No.
Page
. Type No.
Page
Type .No.
Page
Type NO.
Page
Red
LNS13RAS
296
LNS13RKS
296
LNS14RA
298
LNS14RK
298
LN516RA
300
LN516RK
300
Green
LNS13GAS
296
LNS13GKS
296
LNS14GA
298
LNS14GK
298
LNS16GA
300
LN516GK
300
Amber
LNSqYAS
297
LNS13YKS
297
LNS14YA
299
LN514YK
LNS16YA
.301
LNS16YK
301
Orange
LNS130AS
297
LN5130KS
297
LN5140A
299
LNS140K
299
299
LN5160A
301
LNS160K
301
Dlgits(Sizei
1 digit (0.8Inch)
•
?t-
-.
B.
.8
OutSide
2 digit (0.3Inch)
1 digit (1.0Inch)
BB
,
------
Type No.
Page
Type No.
Page
Type No. .
Red
LN518RA
302
LN518RK
302 ALN5110ALAMW
305 ALN5110ALKMW
305
LN523RAMR
.306 ALNS23RKMR
Green
LNS18GA
302
LN518GK
302 ALN5110GAMW
304 ALN5110GKMW
304 ALN523GAMG
306 ALNS23GKMG
306
306
Amber
LNS18YA
303
LNS18YK
303
ALN523YAMY
307 ALNS23YKMY
307
Orange
LN5180A
303
,LN5180K
'.
Page
Type No.
Type No.
"
303 ALN51100AMW
Dlglts(S/ze)
?t-
Page
304 ALN51100KMW
Page
,
-
-
BB
88
Outside
Page
304
2 digit (0. 4lnch)
\
Type .No.
-----
Type No.
Page
Type No.
Page
Type No.
Page
Type No.
Page
Type No.
Page
Red
LN524RA,
308,
LN524RK
308
LN524RAMR
312 ALN524RKMR
312
LNS24RAS
314
LN524RKS
314
Green
LN524GA
308
LN524GK
308
LN524GAMG
312 ALN524GKMG
312
LN524GAS
314
LN524GKS
314
Amber
LN524YA
309
LN524YK
309 ALN524YAMY
313 ALN524YKMY
313
ALN524YAS
315
.ALN524YKS
31S
Orange
LN5240A
309
LN5240K
309 ALN5240AMO
313 ALN5240KMO
313
ALN5240AS'
315
ALN5240KS
31S
Page
AWlkmll/Tentative Specillcatlon
\
-19 -
Type No.
~~!f!.Ji~
.RJiJi~J't
11 ;:t -
Oft*~;r-~H~· /
I'" /Visible Light Emitting Dides
Numeric Display
2 digit (0. 4inch)
Diglts(Size)
~~
SELECTION GUIDE
Il
2 digit (0. 6lnch)
BS
'0
I
'0
Outside
-----
Type Np.
Page
Type No.
Page
Page
Type No.
Page
LN5241RA
310
LN5241RK
310
LN5241RAs
316
LN5241RKS
316
LN526RA
318
LN526RK
318
(,3reen
, LN5241GA
310
LN5241GK
310
LN5241 GAS
316
~LN5241GKS
316
LN526GA
318
LN526GK
318
Amber
LN5241YA
'311
LN5241YK
311
~LN5241YAS
317
~LN5241YKS
317
LN526YA
319
LN526YK
319
~LN52410A
311
~LN52410K
311
~LN52410AS
317
~LN52410KS
\ 317
LN5260A
319
LN5260K
319
Red
Orange
Dlglls(Size)
~~
Type No.
2 digit (0. 6lnch)
Page
Type No.
Page
, 3 digit (0.3Inch)
2 digit (0.8inch)
BB
18
Il
Outside
Type No.
Type No.
Page
Type No.
Page
Page
Type No.
Page
LN5261RA
320
LN5261RK
320
~LN528RA
322
LN528RK
322
~LN533RAMR
324
~LN533RKMR
324
Green
LN5261GA
320
LN5261GK
320
~LN528GA
322
~LN528GK
322
LN533GAMG
324
LN533GKMG
324
Amber
LN5261YA
321
LN5261YK
321
~LN528YA
323
~LN528YK
323
LN533YAMY
325
LN533YKMY
325
~LN52610A
321
~LN52610K
321
~LN5280A
323
~LN5280K
323
LN5330AMO
325
LN5330KMO
325
----Red
Orange
,
3 digit (0. 4lnch)
Digits(Size)
~~
Type No.
B.B B.
Il
Type No.
Page
'C' C.
Page'
Type No.
Page
Type No.
Page
Type No.
Page
LN534RAMR
326
LN534RKMR
326
LN536RAMR
328
LN536RKMR
328
Green
LN534GAMG
326
~LN534GKMG
326
LN536GAMG
328
~LN536GKMG
328
~LN534YKMY
327
329
~LN536YKMY
329 ,~LN5361YAMY
Amber
~LN534YAMY
327
Orange
~LN5340AMO
327
~LN536YAMY
,Type No.
LN5361RAMR
~LN5361GAMG
Page
Type No.
Page
330
~LN5361RKMR
330
330
~LN5361GKMG
330
331
~LN5361YKMY
331
327
LN5340KMO
Dlglls(Size)
~~
Page
,nn
888
Red
=---------
Type No.
3 digit (0.61nch)
BBB
Outside
Type No.
4 digit (0.3inch)
Il
"88:8.8s
:8.8:8.8:
Outside
:: 8:8.8.
..,
Page
Type No.
Page
Type No.
Page
Red
LN543RAN8
332
LN543RKN8
332
LN543RAHN3
334
LN543RKHN3
334
"LN5431 RAMR
335
LN5431RKMR
335
Green
LN543GAN8
332
LN543G'KN8
332
LN543GAHN3
334
LN543GKHN3
334
LN5431GAMG
335
LN5431GKMG
335
LN5431YAMY
336
LN5431YKMY
3'36
LN54310AMO
336
LN54310KMO
336
Type No.
-----
Page
Type No.
Page
Type No.
Page
Type No.
Amber
Orange
LN5430AN8
333
LN5430KN8
333
-
O-tg~:Yt/Two
Dlglts(Slze)
4 digit (0. 3inch)
5 digit (0.3inch)
Digits(size)
Color Lighting
1 dlgit·(0.6Inch)
*
Il
9~
f BBB.B.
BBBB
Outside
Il
Outside
----Red
Tyde No.
~LN~43RAFN8
Page
Green
Amber
~LN543YAFN8
Type No.
Page
LN5531 GAP
338
337
---------
"----
~~:iE:jJ!f!!Tentatlve Specification
Panasonic
- 20-
~LN516RGA
Page
2 digit (0.6Inch)
I
B.
8
Type No.
337
1 digit (1. Olnch)
,
:
Type No.
339 C>.LN51100GAMW
88
Page
Type No.
340
LN526RGA
Page
341
LN526RGAD
342
~~Ef-j!~
,
SELECTION GUIDE
'
• .:1.= 'J t-~~/Unit Prodacts
Oli9~ffl*ID!7;""//LED Lamp for Outdoor Use
\,
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24X24dots
16X16dots
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size \
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LN483126UN
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- 21 -
Panasonic
~~.!f!ji~
SELECTION GUIDE
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VOL
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2. Glassification of Optoelectronic Semiconductor Devices
·"TlJI. LED
~U(;~1;/"-r
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Light.Emitting
Devices
Visible LED
,j);)r~ LED
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Semiconductor Laser
J'tiJtli;#.y. _ _ CdS,CdSe,PbS
Photo conductor.
;I; H'1;/"-~'
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~
PI~;I; ~ 7'1;/"-~'
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PI1\ Photo Diode
APD
J't~tli1J;#-Y- \ _ _- j
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Optical Force Device
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;I; r IC 1I17J71 'J 1.--:$1
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i!~~;I; H= :--IT(;I; ~ 1;":$1 77:$1)
Transmittive Photo Sensor(Photo Interrupter),
J'tllfl-;#.y.
Photocouplers
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3.
3. Types and Structures of Optoelectronic Device
3.1 Light-Emitting Device
Many materials for light·emitting diode (LED)are
employed with various emission wavelengths from
visible to infrared as shown in table 1. When exter·
nal voltage is not applied to PN junction of light·
emitting diode, junction is on the thermal equili·
brium mode and the fermi ,level coincides between P
and N layer, and height of potential barrier is V D.
When external forward voltage V is applied in this
mode, height of potential barrier decreases to V D' V
and hole and electron is injected into Nand Player,
,respectively. When carrier is injected, carrier densi c
ty is excess comparing to thermal equilibrium mode,
and carrier' is ,recombined as PN junction returns to
stable thermal equilibrium mode. Therefore, energy
difference of before and after recombination is emit·
ted as the light. (Fig. 1 (a),(b)).·
Peak wavelength ). of light emission is shown by
below formula according to the energy emitted at reo
combination of carrier.
c
Eg:::: AE=hlJ ,II = T
3.1 ~7f.T
3b't '/ 1 :t - F
T J:
0);J;H4 c
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h : Planck's constant
II
: Frequency of light
c : Velocity of light in free space
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Forward bias
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Fig. 1 Band Model of PN JUr:Jction
~
1
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Table 1
~
L
E
D
GaP: Zn,O
GaP: N
GaP
GaAsO.6PO.4
GaAsO.35PO.65 : N
GaAsO.25PO.75 : N
GaAsO.15PO.85 : N
Gau.65Alo.35 As(PH)
(DH)
LED O)~j$;t~ij;~
Production Method and Characteristics of LED's
it· 11
VPE. 1' c L- "(lI[
j& (Zn) ~ F-7'T1.>cfii1~I:, ftU~ (0) ~ F7'L-iTo Ga c PO)~Tfit~I:~1lL-t.:Zn-OQj
M.ilf-liO) 7" 1 'J.:c. v 7 "0'::":1 7
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n fl!IJ'It~liIHfii&!MO)~* ~~t.> 1.> t.:t.>I:tm7t1t~
~1*ffl L.. "('" i To (1ID3) 0
Gap ($) LED Ii Zn-O ~:7t1: ;; :>' O)il.oc I: ~.l{'~ ( 1
X 1017cm -3) i.lf~ 1.> t.: t.> I:. ~1tiREm~--C:-IHlIi-IlO)
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Gap. (k;;}) LED li~:7t 1: ;; :>' c L- "( ~~ (N ) ilf F -
In case of GaP (red), zinc (Zn)' and oxygen (0) are
doped in the P region as acceptor. it operates as a kind
of isoelectronic' trap emitting red 'exiton of about700nm. Partial n side electrode is applied in order to
iinprove rear reflection. (Fig.3).'
'.
GaP (red) has limitation (IXI0 17cm- 3 ) in the
density of Zn-O luminescent center. saturation of'
brightness occurs in high current .area but luminescent efficiency is high in the low current. area', and it
shows maximum efficiency in current density at 12A/cm 2 •
GaP (green). where ~itrogen (N) is doped as
luminescent center, emits N trapped exiton same as
Z in red Zn-O ceriter. When doping quantity is increased, luminescent center increases and emission
wavelength beco~es near yellow although luminescent
efficiency is improved. Emission of pure green
LED (555nm) is taught to be caused on recombina- .
tion of free exiton via phonon. Because N is not,
doped, it is easily effecte\l: by crystal defect and impurity concentration, causing low luminescent efficiency. However. with' the developinent of· new
methods, the brightness Qf pure green LED increased .
almost the same as the conventional green LED.
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3, Types and Structures of Optoelectronic Device
P side electrode
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Fig. 3 GaP LED Chip Structure
LED
(2) GaAsP(red, orange, yellow) LED
GaAsP i(dilt' 1'tt {, S!\1§.J:. t:: 7' -t- :..- 7 lit Jilt * 1*
(VPE)~: J; "? -C GaAs ;t t:.liGaP O)~;j&l:l:Jqfi*
GaAsP gtows graded layer, where P composition
is changed by turn the GaAs or GaP substrate by
vapor phase epitaxial growing method (VPE) and
grows n GaAs1·xPx corresponding to emission
wavelength on it. Emission region is a p type area
obtained by diffusing Zn to n layer(Fig.4).
In case of GaAsO.6P0.4/GaAs (red) LED, emitting
light into substrate is perfectly absorbed due to usage
of GaAs substrate. Efficiency is not improved
by rear reflection, but it is applied to LED array
because light does not leak excE;pt .!i~hnt-em,ittingarea..
As for GaAsO.3SPO.6S/GaP (red) .LED, light is not
absorbed on substrate due to GaP substrate,
luminescent efficiency is improved by filling nitrogen
(N) as luminescent center.
.
As for GaAs1·xPx/GaP (orange, yellow), forbidden
band width is widened by increasing P composition
of emission layer and orange (6l0nm) and yellow
(588nm) is realized. Luminescent ~fficiency is improved by using Gap and by doping N.
P.Jilt~.~~~~-V~~Jilt*l. ~O)l:~R~
iJ1t:lj'tI:r.t't.t.:n~GaAsl-xPX ~Jilt*l;ti"o R~
liJi~li': 0)
n}j I: ZnHJt~i" J.> .: c I: J: "? -C:m t::>
ttJ.> p ~~~-e~ IJ ;t i" 0 (~4) 0
GaAs O.6POA IGaAs (~) LED Ii GaAs ~;j& ~ ffllt'-C
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l II 'r.tffl ilf~ iI'n -C 1I';t i" 0
GaAsO.35PO.65/GaP (~) LED Ii GaP ~;J:1.t a:- ffllt"
~;j&-eO)~iJ&~X HJi (' c c {, \:, R'J'{;-I!;'" 7' c l-C
N ~i~1Jo 19~3i'JJ*O)ItiJJ:: ~~"? -Clt';t i"
GaAs1·xPx/GaP (~, !it) LED li~:J't~ 0) P Jilt
0
~~J:IJ~(i"J.>.:c-e~~.~~*~(l, ~~
(6l0nm) c!it~ (588nm) ~~~'l-CII';ti"o II'
-rtt{,GaP~m~ffllt', iI'-::>N ~ V-7"l-C~~
.
~jJ* ~?@Ii&')-C It, ;t
To
ZnW;11J1/j
p side electrode
/
Zn diffusion layer
/
\
Epit~xial layer
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N substrate
~
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Fig. 4 GaAs LED Chip Structure
.
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3. Types and Structures of Optoelectronic Device
(3) GaAIAs (~) LED
GaAIAs ($) LED ~i IiTf! LED 0) 9J -c: 'il -? C 'il j@j
v'3e:J'fJ',~)j{q~ t? tL -Cv' i To
AlAs C GaAs ~i 0) fer JE ~bj{~F 'it I: iii: v' t.: Of).
GaAs £tBLt I: .&1if 0) GaAIAs
~ IlX: if ~ -It ~ ;::
iJ",(:: ~ iTo Gal·xAlxAs LED 0) 3e:lC ilt if Ii
AlAs 0) il ~ 1t I: J:. -? -C ~.:Z.t? tL i T iJ'. £Vr-ffl
L.. -C liii:r~:JJ$ tJ1.~ocO)ll (tJ1.~~:JJ$) iJ'~:k i::
I'd: ~ *~ 660nm t: ~ ~;rtL iTo .:. 0) GaAs $6 ~ :aGaAs £t&:J:t:7f~1lX: L..t.: ~ /' 7' )\..--".7 om::& (SH)
0) LED Ii 300mcd(I F "-' 20mA) 0) LED C L.. -C. ~ t?
t: '77' )\..--".70:fjIJ:i§: (DH) I: J:. IJ 500mcd j:).J:0)j@j
~1t-C·j@jj!r.G~O) LED iJ'ltli n'Mt ~ tL -C v' i T (@
-r-
GaAIAs offers most highest brightness in the visi·
ble LED's.
As lattice constant is very near each other for
AlAs and GaAs, GaAlAs of good quality can grow
on the GaAs substrate. Emission wavelength of GalxAlxAs LED can change by' mixed crystal ratio of
AlAs. Maximum product of quantum efficiency and
visible sensitivity (visible sensitivity efficiency) about 660nm is selected as display use. Single hete·
ro structure (SH) LED formed with GaAs crystal
on GaAs substrate is realized as300mcd OF=20mA)
LED. And also LED featuring high brightness of more
than 500mcd and high SPeed response is realized
(Fig.5).
LED' which form~ 4 layers by turns PGao.2Alo8As layer (barrier layer), P-Gao.65Alo.35As
layer (emission layer), n·Gao.2Alo.8As (barrier layer)
and n-Gao.35Alo.65As (contact layer) on transparent
Gao.35Alo.65As substrate against 660nm emission
wavelength improves taking-out efficiency of light
due to adoption of GaAIAs substrate and rear par·
tial electrode. Thus, high brightness of more than
.1000mcd .is attained. In this DH structured ·LED, in·
jected electron can be enclosed to thin emission' area
(0.5 - l,um), and absorption .is decreased and high
.
speed is realized.
*6:8
c
c
c
5)
(3i GaAIAs (red) LED'
0
it.:. 660nm 0) 3e :lC ilt if t: M'L.. -C ~ ajj I'd:
Gao.35Alo.6sAs £tocO) J: t: P·Gao.2Alo.8As II (/'i'l)
II) ,P·Gao.65Alo35As II (3e:lCII) ,n·Gao2Alo.8As
(l'i'l) -VII). n·Gao.35Alo.65As (::I /' 'Ii
II) 0)
4 II :a- JII~*7f~1lX: L.. t.: LED ~iGaAIAs £tocO)t*ffl i::
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iTo
.:. 0) DH :fjIJ:i§:O) LED -c: Ii. itA ~ tLt.:'itr:a- ~
v'3e7t~JU~ (0.5-1,um) t:Mt.':'Of)~,:,ciJ~-C:~.
u.&~x:a- J:. IJ :fr'1'd: ;h.om:ii~.:~?·
: -C"\*To ~61':.fQ)m:ii~ff-l*To
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(2)
1§H'HfI*i2 LED 7;,;:1
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7' 1;1: ii1fj
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(2) Large LEI? Lamp for Outdoor Use
This large LED Lamp for outdoor use consists of
15 to 50 high ilIumination.'unit LEDs ¢J5mm inserted
to the area of ~24mm or ¢J50mm. This has a wide
viewing angle. a clear recognizability and a water·
proof structure.
Fig.7 shows its structure.
~ Q) lji'.fb LED ¢J
5mm ~ 1511-5011 Q) LED ~ ¢J24mm. ¢J50mmr-J l.:tJliJ,..
It.: b Q),\:T 0 * t.:, ~Jtlfftl~i.lfJt; !f1l)j~tJt~~:li
liUI!Ji*«:iiI.: l-C ib t) * To
~ 7 1.:.fQ)m:ii ~jf-l * To
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LED
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Fi,g.7 Large LED Lamp· for Outdoor Use .
. Panasonic
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3. Types and Structures of Optoelectronic Device
(3), iiiit~#1llt I) ffl LED :)'til!
iOOfl~h-Jj)(, ~
(3)' Image Reading LED Light Source
An image reading LED light source is high brightness LEDs arranged in a line combined with a special rod lens. Chip-on-board (COB) type. insertion
type and integral type LED light sources have been
developed in accordance with their purposes of use
such as manuscript sizes(B8 to A3). image scanner
lens system (reduction system, equimultiple system,
contact type), sensors (CCD, CdS, CdS~) as image
reading LED light- sources.
Fig.8 shows its structure.
m LED 7ti!l'iliUfJt~7t~ 1::t-
Pt~1~~~~~L.~~07p~~Xtmh-~
:b-ttt.:~.iIt-eT 0 "~ T
-( - A 'f-"\' -j-~7 7 7 ~ ~
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(*Iii
IJ'*. ~m*, *~~). -I! ~ -It(CCD,CdS.CdSe)~
(J) mjt~A~lni ,.: ID 1.::-1'- 7 '1'::t ~ ;f- - 1-" (COB) 7' 1 '1',
tlFA 7' 17'. -f*Jjj(;jfj 7' 1 '1'(J) LED 7ti!lilf .1J ~ "i:
To
~ 81':-i"(J)ff4mtff- L "i:To
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Printed Circuit Board
C I- d - I Lens
1- " 7'tl1:t1t:'
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ChiPReSisto~
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LED Chi
LED1- "J 7'
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COB Type
P" . .
7");,~~ffi
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:::: /:,
Case
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1- " 7'tl1:t1t:
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.~A1Z1':1
Insertion Type
7' I) ;, ~ ~ffi
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...
;/}7.r.:1l!2V;';(
:7.
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,
Minibright LED
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7") ;, ~~ffi
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1- " 7'tl1:t1t:
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• -1*J£m 51 1'. :1
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COMB Integrated Case
,
7");' ~D
Printed Circuit Board
~8
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Semicylindrical Lens
:1h-j*~'r-:7.
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LEri1- ,,7'
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Chip
iiii_hlllllJ mLEO J'tiJiii
Fig. 8 Image Reading LED Light Source
- 35-,
PanasoniC
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3.
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3. Types and Structures of Optoelectronic Device
* ,,-tz:.--ij-..2.=..;; "
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(4) Photosensor Unit
Photo sensor unit is composed of mini-mold transistor and chip component together with photo detector and light emitting device in the housing case by
applying hybrid technique. Fig. 9 shows its structure. Circuit is mounted in high density on the
printed. circuit board composing LED driving circuit
and detecting circuit sealed by epoxy resin .
,
,
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4.1 Optical Measurement and Its Dimensions'
There are two types of measurement;Radiometry
and Photometry for the light evaluation of light emitting element.
, .
Radiometry measure regarding radiation of all
wave length, ideal detector has a fla,t spectral response and basic unit is watt [WI. Photometry measure regards for wave length in visible area, ideal
detector has spectral response similar to luminosity
'
factor of human eyes, Basic unit is lumen .ilml. ,
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Radiation capac'ity and photometry capacity has a
relation that IWI is replaced by [lml. Two measuring
method nas foHowing definition: 1W radiant flux of
555nm wave length light corresponds to 680lm
luminous flux. Relation between radiant flux and
luminous flux is given by following formula(l).
F= Km l'·oV (,.\) . p (,.\) d ,.\ ........ ·(1) .
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function, P( A ): Radiant flux function, Km~ Maximum
luminosity factor (680lm/W).
(1) Radiant intensity, radiant flux
,
By comparing measurement of irradiance standard
electric lamp and light emitting device, radiant intensity (W Isr)is obtained from the 'relation between
ratio of thermo pile output and distance_ Fig:' 1
'shows the measuring system. Detector is thermo pile
with flat spectral response or wave length corrected
with silicon photo cell.
,
V().)IHl::tJ1.~JtrJ!l~,
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Fig. 1 Measurement of Radiant Intensity,
Optical Distribution
Radiant ·flux is obtained from optical distribution
characteristics which is space distribution of
strength and spherical function. N which measures 0
and 9' direction is increased. precision is improved.
Fig.2 shows description of spherical function. Fig. 3
is a measuring method using integral sphere_ Radiant
flux can be easily obtained against similar iight
emitting device of size and emission wavelength
characteristics with standard light source.'
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Fig. 3 Measureml3nt of Radiant Flux
(2)
5t7t73-1ti
(2) Spectral distribution
Fig. 4 shows measuring method of spectral distribution. Spectral distribution is obtained out of the
ratio of electronic output of detector by comparative
measurement of standard electric lamp and light
emitting device.
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4,3 Optical System of Units
Definition of radiation capacity (photometry) is in·
troduced below.
(1) Radiant intensity (Luminous intensity)
Light intensity of emission to certain direction' out
of light source.
.
Ca,ndela (cd), unit of luminous intensity is defined as
1/600,000 times of vertical directional luminous in·
tensity on the su~face of body (1m2) at freezing
point of platinum.
'
,
(2) Radiant flux(Luminous flux)
Light capacity passing through the area in a unit
time.
Lumen{lm). a ul]it of luminous flux. shows the flux
radiating from led poi'nt source of uniform luminous'
intensity of 1 candela. contained within a solid angle
of 1 steradian.
'
(3) Irradiance(Illuminance)
Light intensity of illuminating certain area.
Lux{lx). a unit of illuminance. is a light flux of 11m
falling on 'a surface of area 1m 2.
;
(4) Radia.nce(Luminancei
Luminance. is equivalent to luminous intensity 'of
certain direction divided by area projected to verti·
cal surface. and shows luminous intensity per facial
unit area from observed direcHon. Table 1 shows unit /
of radiometry and phot?metry.
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5.1.( ii) Quality Assurance System
Quality of the product is initially designed at design stage, taken in production and finalized in in,
spection.
MEC has high standard quality assurance system.
Fig. 1 shows assurance system for the quality of
product. MEC also investigates how the products.
work in the field and furthermore takes closer contact with users on the quality to get more detailed
quality informations.
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• Factor of Reliability
Reliability on the semiconductor is decided by the ..
mutual relation between the devices own resistance
against stresses and external stresses such electrical
stress, thermal stress, mechanical stress and humidity. If there is a weak structure in the device, reaction
by stress develops abnormally and causes critical
,
defects.
Fully' studying internal factors which effects reliability of the semiconductor, products are designed
so that you can ignore them under normal 'conditions. However, if it is used in error, faults will be
caused' by them. Following fault factors should be _
taken into consideration.
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5. Reliability
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1lt%.B~Ci@)~1ilf
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(I) Electric Imid
Operating conditions of voltage, current and po·
wer at usage effect to life together with usage envi·
ronment.
Electric power makes junctio ll temperature rise
and increase fault ratio. It should be limited as low
as possible.
Considerations should be taken not to exceed
absolute maximum ratings for surge current at ONI
OFF switching and surge voltage in inductive (L)
load.
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(2) Temperature
oc
Life of the semiconductor products can easily be
effected by temperature. The accident happens when
some' changes develop slowly or rapidly inside the
device and effect badly its functions, so it is natural
for the semiconductor .to be effected by temperature
even if its changes are chemical reaction or physical
phenomenon. .
.
It has been verified by data that fault ratio on
semiconductor is applied to formula on reaction
speed of chemical reaction defined by Arrehenius'
equation.
Relation between life (L) arrd temperature (T,abso·
lute temperature)is given by following formula,
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(3) Humidity
Surface of the semiconductor chip is hardly
effected by humidity as it is covered by inactive prot~ction layer. However, in the resin molded semiconductor, water can penetrate into the resin gradually.
When the semiconductor is used for a long time
under condition of high temperature and high humidity, faults might occur in the semiconcluctordevice.
This phenomenon is derived from large dependenc'y
against humidity, and under normal humidity environment, same reliability as fully sealed package
can be obtained_
Accordingly, cautions should be taken if it is used
under severe humidity condition.
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(4) Mechanical stress
. Vibration in transit and irrational force applied to
semiconductor when mounting may give direct failure to it mechanically. Secondary, humidity and pollutants penetrate into semiconductor through failed
hole, and causes degradation of semiconductor. Plastic molded product has stronger resistance against
vibration and shock ~han hermetic sealed product
due to molded infernal bonding wire_
iTo
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- 44-
5. i~~11:':--:>I..,\"(
(5)
5. Reliability
M-'oi:~
(5) Static electricity
Sometimes static electricity is electrified to' the
apparatus and equipment where semiconductor is
used, :;Ind cause destruction. Recently. plastics 'is'
used for casing and structural material, and user
should pay attention to this point.
As static electricity is electrified to human body,
protection should be taken against elect~ification,
pestruction by static electricity is thought to peculiar
to MOS device, but some of the bipolar and opto
devices should be treated carefully.
n '"(1t'J.>~~O)J:jl"t", M'oi:~O)'ffi'
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(6) Repeating effect of stress
When stress is applied repeatedly, sometimes it's
effects is' stronger than normal stress. Examples c'an
be found in cycles by high and 'ow temperature and
intermittent internal exothermic factor. They are utilized to re-distribution of structure in the materials
and for the evaluation. of fault by effectiveness of
. fatigue degradation.
. 5.1. (iii) mMt'.iiita
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5,1 ,(iii) Reliability Test
There are various external stress which effect reliability of semiconduc'tors, There are also kind of
'fault m~chanisms i~' 'the semiconductor effected by
externai stress" Reliability test is performed by
simulating external stress to investigate semiconductor's time-proof and also characteristics of spe,cified
fault mechanism.
Test method has published specification as stan- .
dard one.
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;l.
Following test method of 'reliability is applied for
semiconductor device.
OIEC specification_
'publication 147·4 Life test of semiconductor.
device
O]lS specification
-]lS-C·7021 Environmental testing method and
durability testing method for discrete semiconductor device
OEIAJ specification
SD-121 Environmental and durability' tes-,
ting method for discrete semiconductor
,Panasonic performs tests periodically by applying
IECJIS and our specifications, .
For reference, main testing methods are listed in
.
.
Table l.'
The data obtained from tests are utilized for the
forecast of relability in the field by. considering
acceleration.
olEcmm
pUblication 147-4
O]lS~*
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- 46-
.
,
5. Reliability
Table 1 Kind and Contents of Typical Reliability Test
Classification
Life test
Kind
Consecutive
operating life test
High temperature
life test
Intermittent operating
life test
Thermal
environmental
test
High temperature
storage life test
Tropicai life test
Low temperature
storage life test
Soldering
heat test
Temperature' cycle
test(gaseous phase)
Thermal .shock test
(liquid phase)
Mechanical'
. Vibration test
environmental
test
.• Contents and conditions
Durability is determined by giving electric stressess(voltage. curr.ent) and thermal
stressess(including temperature rise by load). Normal test is performed by ap·
plying total ~ower dissi~ation.
Specified bias voltage and forward current are applied in high temperature status.
and deterioration structure of device is accelerated and tested by interactiori of
thermal and electric stressess.
Device is operated in total power dissipation. Apply equivalent time (normally
. five minutes) to thermal response time of the device intermittently and accelerate
deterioration by thermal distortion of. the pro~uct or transient phenomena.
Normally tested in normal temperature.
Durability against heat storaged in high temperature is determined.
Testing tem~erature is max. storage temQerature(T,tg max.).
Durability is determined against storage for long time in high relative humidity.
Durability is determined when storaged'in low temperature.
Testing temperature is min. storage temperature(T "g min.).
Durability is determined against heat for soldering. Testing temperature is 260 ±
5°C .and terminal is dipped to the specified depth for ten second.
.
;.
Durability is determined in low and high temperature.
Test is performed ten cycles between min.(T". min.) and max.(T". max.)
storage temperature in specified time period.
Durability is determined in sudden temperature change. Test is performed ten cy·
c1es in max.(T .. to max.) and min.(T". min.) storage temperature. repeatedly.
Durability is determined against vibration in transit and usage. Test is performed
by applying constant frequency vibration. Vibrating frequency is 100-2000Hz.
Structural and mechanical durability test. Test condition is different according to
stucture of the device. Shock acceleration is 1000G and ,shock time is 0.5ms (or
500G and Ims according)
-The test of durability toward constant acceleration.
Constant accelerating
Test condition is different according to size and structure of device.
test
20000G is applied to six directions for test condition.
Fall test
Structural and mechanical durability ·is determined .
. It is determined whether terminal strength toward the force applied to the wiring
Terminal strength
or applied while the device is used.
test
Bending test and expanding test are used.
. Test condition is different according to size and sectional area of terminal.
Others
Solderability for terminal is judged.
Soldering test *
Test condition is; soldering temperature 230±5°C,five seconds.
Corrosion resistance is judged.
Salt water spray test
Temperature is 35°C for 24 hours sprayed with 5% salt solvent.
Hermetic sealing is judged ..
Hermetic sealing test .
Micro leakage and gross leakage is detected' by tracer gas and bubble. respectively.
* Pre proceSSIng for 16 hours IS performed at hIgh temperature and high humIdIty.
Shock test
..::, 47-
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5.
5. 1. (iv) _
5. Reliability
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,Degradation of Light Emitting Diode(LED)
Life of light emitting device composed ofID -V
.. family semiconductor is said to be almost permanent.
However, it has a long life as comp~red with other
light source such as tungsten lamp and life ·is limited
because 'it is an active' device dissipating electric
energy and converting to light energy (most of them
are' thermal energy). When current is supplied under
rated input, half·time is defined as life, that is to say
light power degrades to 50 percentage of injtial
'value,
It is expected that MTTF(average life) is longer
than 10 X 10 4 hours, If 'guarantee is ten years for
the products on which LED is mounted, and ten
ye;ars is equivalent to about 80,000 hours when converted to continuous operating time. Therefore, life
can ,be said to be' forever in real usage even if life is
limited.
(1)" ~7t(J)~m
Mechanism of Imission
Mechanism shoula be introduced before considering degradation' of LED. Whe'n forward current' is
supplied to p-n junction of LED: it recombines to
~I~ctron and hole near the p-n, junction in diffusion'
'length, and light is out equivalent to energy of for·
bidden band width (EgIl or to the subtracted energy
of recombination centers (Eg2 ), (Fig.3)
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Fig. 3 Mechanical Model of Luminance
- 48-
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5. Reliability
LED ,: iJ1Ent..:1ltiJ1E 0) '}1?, :7t f: ~~ ~
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Luminous efficency is' percentage of a converted
light out of the current supplied to LED: Internal
Iuminous efficiency is based on the light emitted
near p·n junction in the crystal and external lumi·
nous efficiency is based on the light emitted out of
the device. they are shown by TJ ext and TJ into
It, It'. ;t5~p;jfi~O) p·n ~1rj!j:
f~-C'9B LJ..::7tI:;fi' § l.J..:~1r~p;j$9B:7t~jJ$, ~~~J~
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5.1.(v) Requirement to User
The semiconductor products by Panasonic is designed. manufactured and sold aiming at high standard quality and reliability. however, reliability of
electronic apparatus is seen as a product Of reliability
superior to Panasonic and using status at users.
'From this point. Panasonic requests user's for following things_
® Right product should be used properly matched
to application.
® Application circuit should be designed with
enough tolerance statistically.
, @ Careful attention should be paid for thermal'
radiation design_ ,
@ Use in absolute maximum rating.
Careful consideration should be given to the fI'uctuation of power supply voltage not to cause
faults.
,
. CD Careful attention sf.1ould be paid to factors causing external stress (surge, vibration shock,
temperature and ambience).
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Glass Seal
Under
260·C
Under
5 sec.
Keep away at least
2 mm from resinous
base of the lead.
Mini Bright
Under
250'C
Under
5 sec.
Keep away at least
2 mm from resinous
base of the lead.
Chip LED
Under
240·C
(Renow)
Under
5 sec.
Surface Type
Under
260·C
Under
5 sec.
Keep away· at least
2 mm from resinous
base of the lead.
Level Meters
Under
260·C
Under
5 sec.
Keep away at least
2 mm from resinous
base of the lead.
Numerical
Displays
Under
260·C
Under
5 sec.
Keep away at least
2 mm from resinous
base of the lead.
--
J'&*f~HfiJffi.oc T stg
stress in operation
Application of the addition agent is limited into
external' resin of the optical device because trans·
missivity is important. Therefore, deformation
temperature is low comparing to semiconductor reo .
sin such as IC and LSI, it is new maximum storage
temperature T s!g' If resin for the external case is de·
signed without considering operating current and en·
vironmental conditions. device may be destructed
such as light power decrease or burn·out by thermal
stress in the light device in operation. Also exces·
sive current at ON/OFF mode may cause destruc,
tion,
ili:m
~~lJiToJiJJ~ • • ~.~~~:a-~.L~~ffl~
tL -Cv'~ v' t ~ tJJ1'f:r:p0):7t~Tl*Jl1IIO)~
7." 1;7.1:.1: lJ:7ttl:l1Jf!!:T~wr~~t". ~Ti-1\It~
~-1tJ.,m.:llSIt~1J iTo it:.. @Iimo)ON·OFFItij:O)
j!l.!± (j!l • •) t. liBi~m.:1lSI t ~ J.,':: t iI'~ IJ i
TO)-C-. ~lltltij:l: 'j:+5t~cli L -CT ~ 1,'0
liif~£fH:-::>v'-C
(5) Chemicals resistance,
.3~&~.MO)~ffl~~~-.i-~LiTo~
.. Table 3 shows (sqlvents may be used or met) .
When forbidden chemicals is used. surface of the
outer case may be deformed. When the surface of
,the resin is rubbed by fingers etc. before the resin is
dried enough, product name and marking on the sur·
face might be vanished.
ffl~~O).M:a-~fflLiTt. 91-1HI~.OO#~~tL
.~ ~.i'J.,.::t#~lJiTo i~ . •M#R~
~'" ~
Keep away at least
2 mm from resinous
base of the lead.
(4) Thermal
f!f-C-~llt~
(5)
Under
3 sec.
Lead cutting
When lead is cut in high temperature. sometimes
it might be the cause of destruction, Lead should be
cut in room temperature,
Special attention should be paid to right after
soldering.
~I: 1;1: '" t8t'trnrf~I;l:iJffi.Bb~9;lj <~ -::> -C:t.; lJi T
O)-C-• .:"iEJt< t!.~v'o
(4) JiJJ1'f:r:p0)~7. r I; 7.
:7t1kf-0)91-IHI~ffl1ijHIfIj:. :J'[;j!j!l$ :a-11!:~t»'T J.,
t:.t6. -f O)r:p l:i~1Jll~J:a- AtLJ.,':: t iI'JljIjt-J ~ tL -c:t.;
IJ iTo .::O)t:.t6. IC. LSI ~t'O)-*"$1*ffl1ijHIfI:
<.
Under
250'C
2 mm from mold
base.
(3)
fT-::>-CT~v'o'
-.,'
Jt«-C~~%iJffi.ocilff!!;
Double end
package
j:lJtJllf~
JI;.I: IJ 2 mm).;l.
Location
Keep away at least
Under
5 sec.
j:lJtJJl!~
LI;I:~T
Time
Under
260'C
j:lJtJJl!~
LI;I:~T
Recommended Conditions
Temp
General package.
j:lJtn~~
LI;I:~T
I) -
"-::'-;/'71
j:lJtJJl!~
LI;I:~T
I) -
-Ji'7A!1Jl:.
Type
1:> 1:1ij81f.OO Hlf 7d: c<-C-':: T IJ i i' t. £i'l
~.~7-?iI~~J.,.::t#~lJiTO)-C-.:"iE.T
~·V'o
Panascmic
- 51 -
5. 1§fW11':""J1.\l
5. Reliability
Table 3 List of Solvent
ftlllQ)
ill 1111 t,
:r.. '!- IV' 1)..:1, -1)..
;('!-1)..71)..:I-I)..
1 'l7'c ~1)..7 I)..
0
0
0
ftlllQ)
ill 1111 ~
:a
iiJ'
x
x
Int:.- TES
7
7 v:!":'- TMC·
¥17C
::I-I)..
Name of solvent
:a
iiJ'
Ethyl
:.- I-S3·E
7 v:!":'- TE ,
~*
I- I)
7 k-:!":'- TF
~*
~cc~:.-
7v:!":'-.TA
x
I- I)..:r..:.- "
~
v:'-
* . *1:iU!m~:.--It" (1 :.- ~ '7 7' ~).
x
x
x
&Mm~
7 - A ~f!l:mT.Q !!,r,,~f;t)
+~ .:"tl::f:1Ii ~, 1: To
IJ 1: TQ)"t'" •
~~~.~
~~,
~
.2 iI't.>.4 Q)U~f*';1:ljtJlr1ll4 O)~fiHi
'b Q)-C:-~ ~ ,~~Q).:-ft!JIH:~f.: -;) "( 1;1:, .,
-l:! ~7')vl~Q)~~~~Q)T;:t..
i+~it~ L..f.:J:-C:-~A
No
Freon TMC
No
~*
Isopropyl alcohol
Yes
Difron solvent S3-E
Freon TE
~*
Triklen
No
Freon TF
~*
Chrorosen
No
Freon TA
No
Toluene
No
reflective sensor.
Table 4 is instructive when opto device is washed
by ultrasonic wave.
When ultrasonic washing is 'not· admitted. steam,
washing should be peformed.
'
Test conditions shown in Table 2 tei 4 are evaluation for individual device. and they should be applied after testing the assembled product in real use.
~~~~n~~l~~~~~L..~~o
I: l
Freon TES
Yes
.:"ftlllQ)~I;I;:
. ~::4tI:L.."(r~lt>o
'b <7?1:-:::>It>."( 1;1:.
Use
or not
Yes
transmittive sensor (interruptor).
. Numerical Displays. .
t.
*~~~(1~i~••~.~~~~~ . • 4i
~ • •~.ilY!'iifQ)
Name of solvent
* : Package might be changed if freon sol vent is used for
:.--It". tk
*f!ff-I:-;)\t'"'( 1;1; 7 v:!" :.- ;f.ill1ll1 t-ftlll ~ t1. 1: T
al~ohol
Methyl alcohol
~*
:'-'ll)..~
Use
or not
r I:"(r,uuh~:It>':: C
L.. "(It>t.:t':~
~~ l ~~.
1t>It>f.:L..'~~o
Table 4 Condition of Ultrasonic Washing
~
.--
tit
t{
-,
1
~~M
-It"11-'~.1-
7
3;-e'7~.,,~
:;
.:f'l":.-M.!I:.
I
m-g-ilt
.iJ\; it
0
0
x
x
7'
71'/v-~
0
1:.-~'77'~
x
x
,x
&MlI'.!-e:.--It"
¥'1'I)..:r..:.- 1-'
m -g- ilt
iJ\;it~f!f
Ultrasonic
washing
Type
General
Side view
0
0
package
3; cerami~
X
28kHz'
Can sealed
X
' Less than
Shell type
28kHzJ:j."f
300WJ:j."f
30fj:J.:J.1*J
Condition of
ultrasonic
washing
Less than
Isolator
0
300W
Interruptor
X
Less than
Reflective sensor
X
30 seconds
"
Double end
,
X
,
x : Cannot be used.
';j"$." *::l I) I:-:::>It>"(
.OO~';j"$.:*::l~~~~~n~~~. ~~~~.
~.:: C ilr~ ~ ~ ~Q)-C:-. ~jjt~ l rJ'f¥<;j:I: ':-j.E;f. <
f': ~ It>o
(6)
(7)
~j.&J'GI:-:::>It'''(
~J'G*T, J'Gll~$T I: "( ~5lJ'G I:
~~T~':'
CiI{~ ~
Panasonic'
~ ~Q)~'::'j.E:t
l
(6) Dust
Attention should be paid to dusts because they
may cause mis-operation.
(7) Ambient disturbing light
Ambient disturbing light may mis-operate photo
detecting device and photo coupled device.
~ ~j}Jf'Filt
o
- 52-
iiJtW;~J't5i'1:;t
- I· .......... Red
--
LN21WPHL ............ ·Red
LN21CPHL .... · .... ·· .. ·Red
~M.*5E~
0.600.1
2-0.6±0.1
Absolute Maximum Ratings (Ta=25 ·Cl
2.54
2
*
IFPo)~f*(.t. duty 10%. Pulse width 1 msec.
The condition ollFP is duty 10%, Pulse width 1 msec
1 : Anode
2 : Cathode
'I~a!J:Yt~a!J%ti
Electro-Optical Characteristics (Ta=25 ·el
Lighting
Color
Type ,No.
,I,,:
A,\
Typ:
Min.
IF
Typ:
Max..
Typ..
'Typ.
IF
----,Max.
VF
10
Lens Color
IA.
VI!
LN21RPHL
Red
Red Diffused
3.0,
1.0
15
2.2
2.8
700
100
20
5
4
LN21RCPHL
Red
Red Clear
5.0
2.5
15
2.2
2.8
700
100/
20
5
4
Red
White Diffused
3.0
1.0
15
2.2
2.8
700
100
20
5
4
Red
Clear
5.0
2.0
15
2.2
2.8
700
100
20
5
4
mcd
mcd
rnA
V
V
nm
nm
rnA
J.lA
V
1--
LN21WPHL
-
LN21CPHL
1
I--~'~~--l
Unit
-
--
10
-
Ta
100
10
U0
-;(
E
E
.E
50 -".
lI!!~300
30
/'
_.
~~
/
!~
lI!!-;:
g 0.5
5
'E 0.3
{3
0.1
I
*3
Forward
Current
-
==
-- -
-~
.-
1.8
•
<:
~~
* ~ 100
2.0
15 fti)
Forward
I- -l-
2.2
tt ~
Voltage
-
l- t- .....
~]..J 50
-
-~
-t;.~
/
1.6
1
V
--
-M;~
30
!ll!£
10
-20
2.4
0
~
V. (V)
20
40
i.!l
IlIl
60
If
. Ambl.ent T~mperature
100
80
Ta eC)
,I
tlHt ~ J'C SUI' -' iiUHH£
Relative Luminous Intensity
Wavelength
Characteristics
-;(
E
jlj
~~
fti)
Dir~ctlve
50
tt
Characteristics
40
30
'"
20
"........
10
o
o
iI!i
El:'\p(nm)
,....".,
20
~
40
Il!l
60
i.!l
If
Ambient Temperature
Wavelength
- 55-
80
I
100
Ta ('C)·
Panasonic
1f~'
it
Round Type
Series
1> 5.0mm
Unit:mm
. '5.0±0.2
0
uJ
0:
uJ
0
..J
0
v
3
II.
I
J.~11
1
3
JIlIn
:1
1
5
10
(t;J.
ml
Forward
30 50
IF
Current
100
1.6
1.8
III
(mA)
n
Forward
2.0
(t;J •
2.2
a::
Voltage
m
(t;J
Directive
J~N3 I GPHL 13)
LN3 fGCPHL(G)
h
100
10
-2~0-L~0~~2~0-L~40~~ro~~80~~100
2.4
Ii
ill
Ambient Temperature
" ~">
10
v.
10
,
100
100
1\ \
I
0
.....
~.
'\ \
I
0
0
500.
600
ill!
700
~
Wavelength
,\ p
o
800
20
/!.I
(nm) ,
40
IIIl
ro
ill
II
Ambient Temperature
- 56-
80
100
Ta ("C)
J:L
ff~
Round Type
Series
1> 5.0mm
Unit: mm,
o
w
a:
w
o
...J
aU)
I-
Type No.
a
Lighting Color
~f----4W==l=m.+
LN41YPHL ··············Amber
~
N
LN41YCPHL············Amber
LN41CPHL··············AmbN
-
2-1.0"0.1
2-0.6±0.1
~x;flil*~~
0.6"0.1
Absolute Maximum Ratings (Ta=25 ·C)
2.54
U1
2
N
a
The condition of IFP is duty 10%. Pulse widt" 1 msec
-t--lIlB-i'-s+
~
...
1 : Anode
2 : Cathode
2.5
.~~7{;$~!/if11
..
Electro-Optical Characteristics (Ta=25 ·C)
Lighting
Color
:>Ty,~e,~O.
10;
-.Lims Color
".
8.0
.~In.
3.0
Amber Clear.
20.0
Clear
.;
;
LN41YPHL
Amber . Amber Diffused
LN41YCPHL
Amber
LN41CPHL
Amber
-
Unit
-
I'
VF
,
I.
AA
Af>
',"
;Typ;
"~ax,
TYp..
Typ.'
20
2.2
2.8
30
.IF
20
10
.4
10.0
20
2.2
2.8
30
20
10
4
25.0
10.0
20
2.2
2.B
590
590
590
30
20
10
4
mcd
mcd
mA
V
V
nm
nm
mA
pA
• V,
-
Ta
.
40
60
. Typ. ,
I,.,
10
-:0
E.
50
.E
30
",·~;<;: i0fyP,' ,Min,'
".: c·'
e
"
',"-,,";',
,,'
Ughtlng I\~;l
TYP~~~::'li:;;
1"<
I·' •
. f:j.;'
,-
...
·.IF,
Typ.
Max.
Typ:
Typ:
iF
,,"
"
AP
'W
~'R
M,ax,
\tR
LN81RPHL
Orange Red Diffused
10.0
5.0
20
2.1
2.8
630
40
20
10
3 '
LN81RCPHL
Orange Red Clear
20.0
8.0
20
2.1
2.8
630
40
20
10
3
LN81WPHL
Orange White Diffused
15.0
6.0
20
2.1
2.8
630
40
20
10
3
LN81CPHL
Orange Clear
25.0
10.0
20
.2.1
2.8
630
40
20
10
"3
mcd
mcd
mA
V
V
nm
nm
mA
J.lA
V
10 -
Ta
-
Unit
-
100
"0
E
.E
'ff
.'
50 -,
'<'~
50
o/v'y
30
q~~~~v
'«:
....f.J
~ q,'
0
'l>
~
-- -
3
/
c:
,-"
I
3
1
5
KfiniaJ.iM
Forward
30
10
CUrrent
50
100
;g ~
100
~~
50
-
iii
/
1.6
!i!£
10
1.6
2.0
2.2
IlliniaJ.f£
IF (mA)
!l~
;!; 5.0mm
,
Unit:mm
¢ 5.0±O.2
0
UJ
a:
UJ
0
...J
0
(f)
I0
Z
x
Type No.
Lighting Color
LN21 RPSL .............. Red
~
N
LN21 RCPSL ········· .. ·Red
LN21WPSL · ........ · .. ·Red
O.6±0.1
LN21 CPSL ............. 'Red
2-0.6±0.1
~M.*~~
Absolute Maximum Ratings (Ta=25 'C)
"'
2.54
2
*
IFP 0)~1*11, duty 10%. Pulse width 1 msec.
The condition of IFP is duty 10%, Pulse width 1 msec
~
:;;
~
1 : Anode
2.5
.~~7t~~!M'1i
Electro-Optical Charactedstics (Ta=25 'C)
Lighting
CoI.or
Type No.
2 ; Cathode
A.,\'
IF
Max.
TYPi
Typ.
IF
'M~.
. VF
Typ.
Min.
~IR
A!>
Typ.
10
LenS Color
VR
4
LN21RPSL
Red
Red Diffused
3.0
1.0
15
2.2
2.8
700
100
20
5
,--
LN21 RCPSL
Red
Red. Clear
5.0
2.5
15
2.2
2.8
700
100
20
5
4
LN21WPSL
Red
White Diffused
3.0
1.0
15
2.2
2.8
700
100
20'
5
4
LN21CPSL
Red
Clear
5.0
2.0
15
2.2
2.8
,700
100
20
5
4
mcd
mcd
rnA
V
V
nm
nm
rnA
itA
V
-
Unit
-
10
-:co
E
10
-
Ta
100
pS'"
z\?·v?s\."
l".~z;5
5
1111
.E
,/
~.~.
:IIj
/ /
';;(
E
k-
50
...
30
lI';SI".
V . J.!:!r,I'
1".",,%,'Ili
V~
,
'"
/
V
1/
~500
ll.!!.~300
;m~
,g ~ 100
~c:
ll.!!:
IJI/§
g 0.5
E
,gj 0.3 r'
I
I
e-'
1
0.1
1
3
5
10
30 50
Ji11ioJ.~
Forward Current
100
1.8
Forward
r-..
50
f--
. c10
2.0
a:
Voltage
Ji 11 ioJ •
(rnA)
iF
1.6
---
2.2
2.4
-~
0
~
VF (V)
~
ro
~
IlII
ii
Ii
Ambienl Temperalure
~
100
Ta ("C)
til M ~:Yt ~!Ii It - ilHHH1
Relative Luminous Intensity
Wavelength
Characteristics
e
ll.!!~
S
40I
~£
,g
100
Characteristics
40
1\
80
40
1\
-
II
i.........
a
-
a
a
0
500
600
iii.
i'...
20
"
II
_. .-
.'
30
/
60
20
Directive
If
700
800
'~
~
i'...
ro
I!JAmbientIlII Temperature
ii Ii
~ Ap (nm)
Wavelength
- 59-
-
"" I
~
Ta
100
ee)
Panasonic
J:L
ff~
Round Type
Series
if> S.Omm
Unit mm
I'
Type No.
Lighting ColQr
LN31GPSL··············Green
LN31 GCPSL············Green
LN41YPSL ···,··········Amber
0,i;±0:1
'LN41YCPSL, ············Amber
, 2-0,5±0,1
I@jq.*lE~ Ab$olute Maximum Ratings (1a=25·C)
~~~;C~lor' I. Po(~W.)
I
Green
*
I
Amber
1,( rnA) IFf ( ~A ),~ ,
90
30
90
30
150
4
,150
IFPO)~f*'.tt duty 10%. Pulse width 1 msec.
2,54
v~(yj ;:,:;:T~~~i,,~' )_>;r.~l~e:j'i:i:
-25-+85
-30-+100
-25-+85
-30-+100
2
N
d
to
.~
The condition of IFP is duty 10%. Pulse width 1 msec
1 : Anode
2 : Cathode
.~rt:J7'{;:!f!If..l*¥t!:£
Electro-Optical Characteristics (1a=25 ·C) .
>. ,~/«;~ .'- '!'~"'>
"
3~)7~i~';: (:?~:';~:;
,..A'A'::'
fry,,;'"
LN31GP$l
Green
Green Diffused
15.0
LN31 GCPSL
Green
Green Clear
20.0
LN41YPSL
Amber
Amber Diffused
LN41YCPSL
Amber
Amber Clear
Unit
u
50
.E
30
E
.c
=4f
~~
II!:i!
~1
30
20
20
2.8
590
30
20
10
4,'
V
nm
nm
mA
JlA
V'.,
10 -
Ta
2.8
2.2
2.8
2.2
2.2
8.0
7.5
3.0
20.0
10.0
20
20
20
mcd
mcd
mA
V,
50
,'"
30
.!!-
V
" 1/
~~
10 __
10
,,$
0,
@:",
1;
~~
.of
3
10
I-- I-- ...,i!"
3
Current
I!!f300
c
I!~ ,
r-
lrv4/~!:Sl-
Q.,"J.q
cPs l
~~
10
jRJ
1=
0
2.0
1.8
Forward
lrv3/
lrv3/~b~~E 1=
....~
1/"
III 15
-
1') .....
T·Jo,J
1.6
IF (mA)
500
I~
,.1.:
51-'- I-- f-ol"....
1
1
1
IL
~
4
4
4
10
100
' 5.0mm
Type No.
Unit: mm
.5.0±O.2
Lighting Color
LN21 RPH"""""''''''Red
.
LN21RCPH """"""'Red
LN21WPH """""""'Red
LN21 CPH """ .......... Red
O.6±O.1
~~;j.*:tE~
Absolute Maximum Ratings (Ta=25 ·Cl
The condition 01 IF? is duty 10%, Pulse width 1 msec
1 : Anode
2 : Cathode
'UU(.J:7t~rf.J~ti
Electro-Optical Characteristics (Ta=25 ·Cl
:
'~ens OOlpr
Lighting
OOlor'
I.
,
AP
AA
TYp.
Typ.
700
I
.'
"
1ft
Typ.
Min.-
ti:
LN21RPH
Red
Red Diffused
3.0
1.0
15
VF
Typ.,
Max.
2.2
2.8
100
.20
5
LN21RCPH
Red
Red Clear
5.0
2.5
15
2.2
2.8
700
100
20
5
4
LN21WPH
Red
White Diffused
3.0
1.0
15
2;2
2.8
700
5
4
LN21CPH
r---
Red
Clear
5.0
2.0
15
2.2
2.8
700
100g
100 i 2'0-
mcd
mcd
mA
V
V
nm
nm
I"A
V
Type No:
.
'.:'
-
Unit
.
....
.
-
10·
10
Z\I'~~"
,""~Z/
-J;.Ht1 {,- jJ..I~t?,\ I''lll''' I
'!I'"",""'"'Z\ TT
!
3
~
/ ' /V
I
.
I
50
I
/
!
V
* §100
~ ..J~
I
,
I
t
-t+
ill
'
I Ii
II 5 Il':
H),
30 50
3
IInrEl1ltillf
Forward
IF (mA)
CUrrent
~!Hct ~ ~ ~ Jl
-
I
10a
~]
8a
,jdc
0
..J
0
~.~
~~
i!&
1
1.6
1.8
2.2
2.0
JinrEl1lta:
Forward
Voltage
-20
o
~
VF (V)
4~
rEl
40
ia
60
If
100
Oirective
50
Characteristics.
40
I
~
30
i'..
20
\
'/
I
I'i'..
10
r-- ,-
600
80
Ta ('C)
11
\
i~
20
Jl!l
Ambient Temperature,
~
1Ii
0
500
50
10
2.4
\
't
2a
"
t---
i~ JH~ 11
r
I
Ta
,
Relative . Luminous Intensity
Wavelength
Characteristics
~.~
r- ; - ; -
I
100
--
k'
0.5
0.3
-
4
...
30
rl-I
'4
--5
mA
100
10
O. 1
1
IF' ~, VR
700
800 90· LL.LLl-.L.o::E.=--=:J:::jCI..LLl..LUgo'
:Ii!:,\. (nm)
o
o
20
40
60
~
Ilil ia Jl
.Ambient Temperature
Wavelength
- 61 -
"" -I
80
100
Ta '('C)
Panasonic
I
1L
ff~
Round Type
1> 5.0mm Series
Type No.
Unit:mm
Lighting Color
LN31GPH ·····,·········Green
LN31YPH ···.. ············Green
,LN31GCPH ·· .. · .. · .... ·Green
LN31YCPH .. ···· .... ····Green'
O,6±0.1'
~x;f.j;::~~ Absolute Maximum Ratings (Ta=25 ·e)
*
IFPO)J:f.Hl. duty 10%. Pulse Width 1 msec.
The condition of IFP IS duty 1~. Pulse width 1 msec
1 : Anode
2 : Cathode
.,~tr';):7't$fr.J~~
>
Electro-Optical eharapteristlcs (Ta=25 ·e)
'J'
Ughtlng, '
Color '
Lens ooior
~'V{
>io
'
Typ..,.
Typ.'
' Min.
' ,:.IF'
LN31GPH
Green
Green Diffused
15.0
3.0
20
~.2
LN31YPH
Green
Yellow Diffused
25.0
10.0
20
2.2
:MU.
2.8' ,
~p
" Typ.
'<'.,:,:;
.;,p', ;
"
Typ.
~I~:.",
M"'V~
If, '
565
30
20
10
4
2.8
~
30
20
10
4
. 2.8
565
,
r---.--------'~----r------------r_--~--~r---~~~r_--~----r_--_r~--r_~_r~_1
-
'4
20
10
30
r-.--------,-----r_---~r-----.------_+----_+----.~----_r----;_----+_----+_--~r_----r_--_4-----;
10
LN31YCPH
Green Yellow Clear
20
2.2
2.8
563
20
4
56.0
22.0
30
f-.- -------.--- r,--.---+-------------+-- ~+-'--...:....+__----f__--_+---+-'---+__-'---f__---+--+-___I
LN31GCPH
Green
Green Clear
Unit
20.0
7.5
20
2.2
mcd
mcd
mA
V
IF
100
(100
-:0
u
.§
50
.2
30
<-E
-
~
'/
10
V
i':~
.of
3
,
I
I
1.6,
Forward
Current
~UHUt
'IF
(mA)
1.8
Ta
11
40
60
--
If:: B100 r- --"
1.111 ...J
~ SO
f--- -
I
2.0
I
2.2
lli1irliJ_1!:
forward
-
500
!I~
--,---, ' - -
5
Voltage
10
·20
2.4
20
l1li
II
i.l
Ambient Temperaiure
fa 11- ill! A ~ 11
..
!IE
I!!,~ ,
~
~
I
'I
0
/iI
V F (V)
Relative Luminous Intensity
Wavelength
Characteristics
m
rliJ
Directive
V,
JlA
1I!!~300
V
0
@:'tI
mA
nm
10
'SO r-
.!!-
(f§
nm
VF
30 e-m~
V
80
IOC
Ta ("C)
Ta
SO
11
Characteristics
40
7
.
30
If::Bc
'1.111'~
...J
I'-.
20
r-
I"
r--
to' ..
..,.>
'.-
~
~
!i!:
"-
-
10
I
K
o
o
20
/iI
.wavelen! 'Ap (nm)
40
l1li
60
i.l
II
Ambient Temperature
/Panasanic
- 62-
60
I'
100
Ta ("C)
it
ff~
Round Type
¢ 5.0mm 'Series
Type No.
Unit:mm
~5.0±O.2
Lighting Color
LN41YPH ···········:····Amber
LN41YCPH··············Amber
O.6±O.1
{@X"~t&:*~*&
Absolute Maximum Ratings (Ta=25 :C)
msec. The condition of IFP is duty 10%. Pulse width 1 msec
Pulse width 1
t
1 : AnOde
2 : Cathode
.~tf..J:7\:;~tf..J!Mti:
Electro-Optical Characteristics (Ta=.25 ·C)
Ughllng
Color· ...
·.TypeNo.
LN41YPH
.Amber
Amber Diffused
LN41YCPH
Amber
Amber Clear
Unit
10
-
E
3.0
20
2.2
2.8
590
30
20
10
10.0
20
2.2
2.8
590'
30
20
10
mcd
mcd
rnA
v
V
nm
nm
rnA
50
50
30
.
/
10~
V
1/
c:
.~
10
.IIi·13 iaJ 11 il
Forward
Current
~
C!I1~....I
I
5
IF (rnA)
Ta
lI!!~300
;1t!~
5
3
-
~500
100
c:
3
1
4
100
30
1~~~~~~~~~~~
4
V
10
IFf
1OO~~fmFfiml
1l
8.0
20.0
1.6
~ ~;-.
50
:If<~ 30
1ii
-i!~
/1.8
,2.0· 2.2
.IIi 13 iaJ II ~ VF
Forward
-
Voltage
10
·-20
2.4
o
/!I
(V)
40
20
IlII
ill
60
If
Ambient Temperature
80
100
Ta (t)
'm~ 5.0mm
Unit: mm
~5.0'0.2
El
ffi
o
..J
o
'"
I-
o
Z
~ i-t:;;;:j;;:l:a-t"
Type No.
Lighting Color
LN21 RPL ................ Red
OJ
. 2-1.1Max
LN31 GPL ················Green
2-0 6.0.1
LN41YPL ················Amber
LN81 RPL ................ Orange
,
if@M.*~f&
Absolute Maximum Ratings (Ta=25 ·C) .
Ughting Color .Po(mW) ·IF(mA)· IF~(mA)*
·.Topr(·C)
VR(V)
T~tg('C)
Red
70,
25
150
4
-25~+85
-30-+100
Green
90
-25-+85
-30-+100
90
30
150
30 -- --150
4
Amber
4
-25-+85
-30-+100
, Orange
90
30
3
-25-+85
-30-+100
*
IFPO)5i~U:,
150
~
.~fr.J7f;:!f!fr.J~1i
2 : Cathode
Electro-Optical Characteristics (Ta=25 ·C)
Lighting
Color
Type No.
1 : Anode
2.5
duty 10%. Pulse width 1 msee. The condition of IFP Is duty 10%. Pulse width 1 msec
, Ap
AA
Typ.
Min.
,.'IF
Typ.
Max:
. Typ.
Typ.
IF
Max,
2.5
1.0
15
2.2
2.8
700
100
20
.5
4
4
4
10
Lens Color.
VF
I--IR
.VR. '
LN21RPL
Red
Red Diffused
LN31GPL
Green
Green Diffused
15.0
5.0
20
2.2
2.8
565
30
20
10
Amber
Amber Diffused.
8.0
3.0
20
2.2
2.8
590
30
20
10
2.8
630
40
20
10,
3
V
nm
nm
mA
IlA
V
,
LN41YPL:
Orange Re{l Diffused
LN81RPL
-
Unit
-
..
-t-.
f--
~~f'
50 1-----
E"
r---
'30
.9
i
~?;o
'
,,oJ"
f--- r-,,'.f
3f-
/1 '-H-'
liil
~i111
ill
i'
,
2,2
2.4
10
-20
a
JIl
V (V)
F,
20
40
IlII
60.
Ii:
ill.
Ambient Temperature
80
100
Ta ("C)
!£1i:-i,-*~~11
Relative Luminous Intensity
Wavelength
Characteristics
100
LN31GPL
LN41YPL
"'
80
tli
NBIRPL
~
ioJ
Directive
vr/ \
\
1\
II
V
Y
600
i&:
700
~
Wavelenglh
.< <1-,]
N.4.:~"" ...
<~~<
09~ <
~,
<
20
~<
1\
1\
40
30
LN21~PL
40
11
C~aracterlstlcs
\
I
c
...J
.
50
5~ ~ ~
I"Z'
~il 60
lid
V
,,>'
m:M~
lI!l~
' 2.1
. r--
1-----+
e
20
mA
30
1--..
§
4.0
mcd
100
100
;;
10.0
mcd
10
1"""-:: ~
I
o
a
800
20
JIl
A p (nm)
~
40
IlII
60
ill.
Ii:
Ambient Temperature
- 65-
~
100
Ta ("C)
Panasonic
,.
J.L
ff~
Round Type
if> S.Omm· Series
Type No.
Unit:mm
Lighting Color
LN21 RPX ·,··········· .. ·Red
LN31 GPx················Green
LN41YPX ················Amber
{@M:Ilj;:lE:t&
Absolute Maximum Ratings (Ta=25 ·C)
);i~;~'::iP.#~~t~~f~):i~f..,iA:i':¥~(!S ;;'1:opr(.p),:' ,"irllig(;C) '.
Red
70
25
150
4
. Green
90
30
150
4 · -25-+85
-30-.+100
Amber
00
30
150
4
':""30-+100
*
. -25-+85
-30-+100
-25-+85
Et:l:l
IFP O)*1*tI, duty 10%, Pulse wldlh 1 msec, The condition or IFP is duty 10%. Pulse widlh 1 msec
.~rr:J7C~rr:J~f!
1 : Anode
2 : Cathode
l'..5J
Electro-Optical Characteristics (Ta=25 ·C)
~~~~~~4+~~~~
10
-
Ta
100
50
50
30
30
~5OO
0
...
~
3
~
l./
1
~*1
3
"
i
I
5
1/
lin
~
5
"'rltl't
"\..~f T
3
I
1
30 50 100
10
ial II,.
Forward
IF (mA)
Current
!!~
V
J+
5
1!!~300
./
v
j
"
~, -~'
~~~+
~
... 0
"'
rl"
10
I I
o
o
I ,
800
.. p (nm)
'
-t
-t~
N2IRPsd\
I
80
Ta ("C)
Ambient Temperature
30
1\
i
60
Jl
"< 50
;§
\
I
I
tt
PSLX
700
~
LII/3/GPSlx=~
~
.... ~
v
~,;
II
V'\
I
o
500
LN
V
~ ::::~
, ;" "'Of
cJ..~
0
Rel,sUve Luminous 'Intensity
Wavelength
Characteristics
~,~
1m '~
100,
(mA)
,IF
~IHHH(; ~ Jl- ilt ~ ~
,
01["
......
-
....
+ 1/
i
10
5
V
10
.of
I
I/, ~
30
I!!!~
~
ic:~
~~\
I--i
50
..!!-
Y-I--: I's\..1'-
-'--
..hdic:
4
100
UnIt
80
Vii:';
4
700
Green
c:
5
2.8
Amber
100
MaX.'
2.2
LN41YPSLX
~
':,'.IF,' __
15
LN31GPSLX
"
, ;
Ap· ' .A:ki·:
Yji'; ".
.'
-Min.', .. ..1F,::' .:fYP.:: ;;M8lC(~ Typ•. Typ.:
1.0
Red Diffused
oO:;EflU:S:€nlt&€']J''t c
,'>,'\;'
"
',,;
3.0
Red
~
~
,"0'
,Lens Coicir
~~
20
~
40
IllI
60
ill
Jl
Ambient Temperature
- 67-
1
80.
100
Ta ("C)
Panasonic
i(' '.
ffj
Round Type
.
if; 5.0mm . Series
Type No.
Unit: mm
Lighting Col.or
L,N21RPXN··············Red '
LN31 GPXN ............. Green
LN41YPXN ··············Arnber
~M§~~*!
Absolute Maximum Ratings (Ta===:25 'C)
Po(mW),
IF(IIl~).,
IFPh!l~)~ ,
VR('V)'
Red
70
25
150
4
-25-+85
-30-+100
Green
90
30
150
4
-25-+85
-30-+100
,90
30'
150
4
-25-+85
-30-+100
Ughilng
Coler
Amber
* IFPC1l;ll:ffl:,
, ,
f8
' 'J
The condition of IFP I. duty 10%. Pul•• width 1 m••c
duty 10%, Pulse width 1 m•• c.
~~t(.J:]'C~t(.J~ti
rstQ.(·cf'
;:tepr,i,-c,),,:' .
1 : Anode
2 : Cathode
Electro-Optical Characteristics (Ta=25 'C)
VF,·' ,
.,:"
"
Ap',",
Max. Typ: ,
LN21RPXN
Red
Red Diffused
LN31GPXN
Green
Green Diffused
LN41YPXN
Amber
Amber Diffused
Unit
A)
Typ:
IF,
4.0
1.5
15
2.2
2.8
700
100
20
5
4
15.0
6.0
2.2
2.8
565
30
20
10
15.0
,6.0
20
20
2.2
2.8
,590
30
20
10
4
4 '
mcd
mcd
mA
v
V
nm
nm
rnA
10
100
u
50
.E
30
~H
as
c
·e,
#U
30
Q"':P-
!
"
.v,;'l
~~"J'I
10
/
/
./
.
~\
/~
3
Forward
~ 11 ioo
100
80
~~
60
~~..J
:tR, .~
',;j,
i!;jl
f::: ::::::::,
lfV3/G~XiiI=
- -
10
30 50
100
/
1.6
LN31 P
1.8
2.0
Forward
..J
40
Voltage
tv
10
2.2
20
o
500
ial
, Directive
0
iii
VF (V)
~
ii
Characteristics
\
20 ~ 80 80 100
IlII iJl Ii Ta ("C)
Ambient Temperature
40
30
1\
"hi
, 1-'"
~'~
tv.., Ii' t:'-t~1- .
20
I
.jLr:.2IF PXN \
tv~
0
~~
\ IV
0
600
'~av~l.n:
Panasonic
-20
2.4
<.so
If \
\
Ii''''i=-
. E
'm
LN41YPXN
I
~rtv~ I ""-I"fV:
s.f
ll1.iialtl%
IF. (mA)
Current
'I
-1,
1
5
~.~ 50
~IUUUt~ Ii- ~ :IUHf
Relative Luminous Intensity
Wavelength
Characteristics
c
~~
~
~~
~Q ~;1:
1>'
,,,
~
,
0'1.lJ
V
3
m1.iialfl5ll!
e
1Il~ 300
c
5
1,
lIl!~
Ta
, ~ 500
50
...
~c
Ill:il
-
100
.~
.5
v
700
o
800
A p (nm)
20
iii
40
IlII ,i&
80
Ii
Ambient Temperature
- 68-
80
1
100
Ta ("C)
1L
ff~
Round Type
1> 4.8mm
Series
~
0
Unit: mm
4.8±0.2
w
c::
UJ
0
a-'
en
fa
Type No.
z
x
Lighting Color
~
LN21 RCPSS: .......... ·Red
LN31 \3cPss .... ·· .. ··· 'Green
LN41YCPSS ............ Amber
2-0.9M.,
2-0.6~0.1
~t.j'.*~~
Lighting Color
0.6±0.1
~
Absolute Maximum Ratings (Ta=25 ·C)
Po(mW)
ijed
1.(mA) IFP(mA)*
'Topr("C )
VR(V)
70
25
150
4
-25-+85
-30-+ioo
Green
90
30
150
4
-25-+85
"":'30-+100
Amber
90
30
150
4
-25-+85
-30-+100
* iFPo)!I!1*I;t, duty 10%.
2.54
Tstg('C)
tJ3
The condition of IFP is duty 10%. Pulse width 1 mlee
Pulse width 1 msec.
Electro-Optical Characteristics (Ta=25 ~C)
lighting
Color
Type 1':10.
-
..l.p
A'\ ,
,
,~IR
'.I; .
Typ;,
Max.
Typ.
Typ.
IF
1.5
15
2.2
2.8
700
100
20
5
Green Clear
10.0
4.0
20
2.2
2.8
565
30
20
10.
4
Amber Clear
6.0
2.0
20
2,2
2.8
590
30
20
10
4
mcd
mcd
rnA
V
V
nm
nm
rnA
I'A
V
Red
Red Clear
_.LN31 GCPSS
Green
LN41YCPSS
Amber
-
.-
Unit
VF
'0
4.0
"
LN21 RCPSS
10"
!,-eris Color'
1 : Anode
2 : Cathode
2.4
/
.~((.J7t~((.J~ti
2
I
Typ.
Min ..
. MaL
10
-
VR
4
'Ta
100
".5"
.'
.2
~~
lis
,,"/
10
0::
9!~
/'
~
0<1.
~o::
lI!!:
i!0::
E
v
~3
O~
20
IILN21 R P5\\
600
iIi
30
0
.s.s
I
700
I
o
800
,\ p (nm)
~
20
40
Ill!
60
iI'
Ii
Ambient Temperature
- 69-
f"": ~.
I
0
80
100
Ta ("C)
Panasonic .
\
J:L
ff~
Round Type
cp' 4.8mm
Seri~s
r
iil
~'f'''''''';+----'--'
RO.2
,
ICl
j~:-~::;:~~=+=I-
Type No.
Lighting Color
LN264CP ··.'·· .. ···· .. ···Red
LN364GCP .. •· .......... Gteen
LN464YCP ·:............ Amber
LN864RCP ........: .... ·Orange
()J
Z-O.9Max.
O,S'O.l
2-0.6.0.1
..,
Absolute Maximum Ratings (Ta=25 ·C)
Po(~W)
Lighting' Color
*
21
I4 . B:tO
II:
UJ
Cl
....J
IIeM:ii:*i:~
Unit:mm
slS.O.±O.2
Cl
UJ
'IF(m'A)'" IFP(IM)*;
VilCV)'· :,:tapr('C') .
Red
70
25
150
4'
-25-+85
Green
90
150
4
Amber
90
30
30
150
4
-25-:-+85 -30-+100
:-25-+85 . -30-+100
Oral1ge
90
30
150
3
IFP 0).#11, duty 1,0%. Pulse width 1
,
1
2
-30-+100
-25-+85
,
msee.
2.54
TstIJCC )
N
d
. .,;J\
-30-+100
1 : Anode
2 : Cathode
.
The Cor1dltion of IFP Is duty 10%. Pulse width 1 mase
Electro-Optical Characteristics (Ta=25 ·C)
",'\":','~.'\\:,
.,.j.
. Type No.
.. :.,." . TyP.,
Typ.
ca.
\ Typ.
, ),p
VF
,Max.·
,
.
LN264CP
Red
Clear
0.5
0.2
15
2.2
2.8
700
100
20
Green
Green Clear
2.0
0.7
20
2.2
2.8
565
30
20
LN464YCP
Amber
Amber Clear
0.4
20
2.2
2.8
590
30
20
LN864RCP
Orange
Red Clear
1. o·
1.0
0.4
20
2.1
2.8
630
40
20
mod
mod
rnA.
V
V
nm
nm
rnA
-IV F
IF
10
~
cJ
3
~~
as
50
~'b'"
~.
c'f,lf.!l. ",
1
v
~c
/
~~
~: o. 5
~
5
1V"'~
;(::3
I
O. 1
1
r--
3ff-
E 0.3
/}I
3
1
5
10
30 50 100
I~
lli11iaJtltlJt
Forward
.CJ"i.,.~ ty
~"J ~'"
V
~5(j()
\
30
'"
IlA
-
10
100
~
5
E
I
, Max. ' ',,vR'
5
4
10
4
10
4
'10
3
' ,·IF·
LN364GCP
Unit
'
~R<'
"
-20
20 ~ m
lBliA It:
0
Iil
Ambient Temperature
Voltage
~
100
Ta (t)
·flUHUt Ii It: - iii ~ ~ 11
Relative Luminous Intensity
.Wavelength
Characteristics
~ 100
~~
·c
!!~
L 36 G
~
\
]j
20
!
\
1
40
30
i'..
\
1\
«IV
KIV'II"l&
~~Qe
<~~ ""'ee...
1\
~! LN 64CP
,
&
"
0
.. ~
...
I"'" ~.
Ilc'
0
500 I
.
11
Characteristic';
1\
II
CIR~
...J 40
!/l!~.
~
iaJ
Directive
II
111
m
;(::~
~~
r.i
LN464VOP
0
N 64ROP
600
'iii·
700
~},p
o
800
20
Iil
(nm)
m
40
IBI
iA
It:
Ambient Temperature',
Wavelength
I
'. Panasonic
-70 -
.
~
I
100
Ta (t)
J:L
ff~
r/J4.4mm
.
Round Type
.
Series
Unll:mm
HB±02'
H4'O,2
Type No.
,
002
Lighting Color
LN240RCP ·· ............ Red
LN240CP ............ · .. ·Red
LN340GCP .. · .... ·· .. · .. Green
LN340CP .............. "Green
*!M:II:=*:l:~,' Absolute Maximum Ratings (Ta=25 ·C)
, 'lighting Color
*
Po(mW)
IF(mA)
IFP(mA)*
VR(V),
.Topr(·C)
TSlg('C~
Red
70
25
150
4
-25-+85
-30-+100
Green
90
30
150
4
-25-+85
-30-+100
IFPO>5\f.l:t1, duty 10%. Pulse width 1 msec.
The condition of IFP is duty 10%, Pulse width 1 maec
1 : Anode
2 : Cathode
.~ag:1\:~ag~1i
.'
Electro-Optical Characteristics (Ta=25 ·C)
lighting
COlor '
Type No..
10
Lens Color
Min.
'IF,
Typ.'
Max;
Typ.
Typ.'
Red
Red Clear
2.0
O.B •
15
2.2
2.8
700
100
LN240CP
Red
Clear
2.0
O.B
,15
2.2
2.8
700
1,00
LN340GCP
Green
Green Clear
10.0
5.0
20
2.2
2.8
565
30
LN340qP
Green
Clear
10.0
5.0
20
2.2
2.B
565
30
20
20
20
20
mcd
mod
rnA
v
v
nm
nm
rnA
A ,LN240RCP
Typ.
Unit
,
5'
'5
4
4
10
4
4
,10
v
.6fOl1.~M.tlf~'t 0 L::.. Tentative Specification
Ta
10
100
100
"
,J?,
I
Ta
~500
5
E
-
100
.~
3 -,
o'1:'uQ.
~afc,«
~'b'b~o
q
q,......O u.:"u
I 4.0mm
Type No.
Unlt:mm
Lighting Color
LN29Rp··.················Red
LN29RCP·············,· 'Red
LN29WP ················:Red
. LN29CP:·················Red
~xit.*lE~
O.5~O.1
Absolute Maximum Ratings (Ta=25 ·C)
. o1S
*
I
IFPO)STe~11. duty 10%. Pulse width 1 msec.
2
The condition of IFP is duty 10%. Pulse width 1 msec
1 : Anode
2 : Cathode
1I~tt:J:),{;!Ftt:J~t'.£
Electro-Optical Characteristics (Ta=25 ·C)
Color, :.
.-
"
Lighting
Type No.
"
,
'I:
'
.-
,::", .:,.'
' ,Lens ColOr ,
,:'
~IR
' Ap ,
Ai
M,tti.
' Typ.'
Typ;
, IF
2.2
2.8
700
100
20
5
, YF ,:"
'.'10'
'TyP. '
MIA.
iF
,TyP. '
'1. 0
0.3
)5
Max.'
VR,
4.
4
LN29RP
Red
LN29RCP'
Red
Red Clear
1.5
0.8
15
2.2
2.8
700
100
20
5
LN29WP
Red
White Diffused
1.5
0.5
15
2.2
2.8
700
100
20
5
4
LN29CP
Red
Clear
3.0
,0.8
15
2.2
2.8
700
100
20
5
,4
mod
mod
mA
V
V
nm
nm
mA
J-lA
V
Red Diffused
,
-
Unit
10
-
Ta
100
-:0
"<
5
"E
50
...
30
L,..'
/
0
V
.~ 500
lI!!~3oo
.~~ ~
I
r-
,g ~ 100
c
5
QI: ~ 50
3
":1l<.~ 30
I
OJ
1'0
1
1.6 - 1.8
Forward
,
purrent
~lt~HU; iJlIi If -
2.0
1II-n1tiJtll:1±
Forward
Voltage
2.2
e
80
ItiJ
~
it
Characteristics
II
.
1\
I"
i'-..
0
.600
700
A
Q
800
f,!iJ
A p (nm)
~
20
IlII
60
ii, Ii
Ambient Temperature
-74 -
I"
1
0
iii
,
4o
I)
. Wavelength
Panasonic
..
50
i'-..
0
j.
100
5'
1\
40
500
00
Ta ("C)
30
li 20
!Id
\.
60
If
II
,~~'
-
40
'il
1\
c
(II!~
20
IlII
Ambient Temperature
"<
Directive
II
~d
~i3'60
./
/
0
f,!iJ
-VF (V)
iii :IHUt
til
100
-20
2.4
Relative Luminous Intensity./
Wavelength
Characteristics':
lI!!~
~
~
!/l!£
II'
IF (mA)
--
00
100
Ta ("C)
JL
.
ff~
1> 4.0rnm
Round Type
Series
w
w
Cl
-'
0
a:
1
I'
Ul
I0
z
x
Type No.
Lighting Color
LN39GP .... ··············Green
LN39GCP ···············Green
LN39WP ·················Green
LN39CP .................. Green
I@M.*lE~
Unit:mm
~
Cl
:;l
~
~r-
:a"
M
.,;
...Jl
i==
2-0,8Max
~
2-0.5±O,1
O.5±O.1
Absolute Maximum Ratings (Ta=25 ·C)
:2
ils.
'*
2
I
IFPO>ii:f.1:U., duty 10%, Pulse width 1 mSDe. The condition of IFP Is duty 10%. Pulse width 1 msec
1 : Anode
2 : Cathode
Electro-Optical Characteristics (Ta=25 ·C) .
Ughtlng,
Color",
, Lens Color
'0'
'."
",:
,"I"
"
1---'-.,,=-.:-,.,'
"':'\l':":':::":"""
L::,",' , " , :,"
:,:,,'p':':.',
''':
. ',,', ',.',
'~). ',~',':'''''':'
"
,,'
':J~'
':",,',
~.,,'.M";"',
::':.~"'..,;,;,'.L•'·I1~,.,:·,i:",
_
'.;.
Typ.Mln.".,;',>tYll:::\~i';':i'YP;: 'Typ; :IF
0.80 1-__
20-4~2.2
2.8 +-__
565-4____
30 ~_2O
-+____
__~____
__~__10_'-+~)4--4
.1
Green'
2.0
Green Diffused
~ ________~
__-1____________
~__
LN39GCP
Green
Green Clear
3.0
1.15
2.8
565
30
20
'10
4
Green
While Diffused
2.0
0.80
20
20,
2.2
LN39WP
2.2
2.8
565
30
20
10
4
LN39CP
Green
Clear
30.0
10.00
20
2.2
2.8
565
30
20
10
4
mcd
mcd
' rnA
V
V
nm
nm
rnA
/lA
V
10, -
Ta
Unit'
100
-:a
~
50
.9
30
,,0.>
v
vj/i
/
1
3
5
Forward
Current
~Ut R 1l; iii II -
~
30 50
10,
lII1iiaJt)t
I
I
IF
1.6
2.0
2.2
E1iiaJtII
(mA)
Forward
Voltage
10
- 2O.';:--L....:!:0--L-:2O!::--'L....,I;40,-.L.::;,60~L....d:80,-.L..,.,!100
2.4
iii
VF (V)
IlB
Ambient
"<
m iaJ
Directive
100
~
1i
Characteristics
~
...J
50
40
80
.,
30
40
it(f
.1;;
~d
"20
1\
1\
10
20
\
o
500
Ta (t)
~-'
~~ 60
'"
~~
is II
Temperalur~
iii :liH~ 1i
Relative Luminous Intenslly
Wavelength
Characteristics
I!!f
~d'"
1.8
600
iii
700
~
Wavelength
o
o
800
20
/iJ
A p (nm)
40
IlB
"-
"
60
ill ~
Ambient. Temperature
-75 -
~
00
I
100
Ta (t)
PanaSonic
'
JL
ff~
Round Type
¢> 4.0mm
TYP'e No.
Series
Unit:mm
Lighting Color
LN49YP ··················Amber
LN49YCP················Amber
LN49WP ···· .. ········· ..·Amber
LN499p··················Amber
1@~•. *~~
0.5 >0.1
Absolute Maximum 'Ratings (Ta=25 'C)
?.M .
*
I
IFP (1).f-1:I;t, duty 10%, Pulse width 1 rnsee.
2
The condition or IFP is duty 10%, Pulse width 1 msee
1 : Anode
2 : Cathode
.~rt:J7f;~rt:J~1i
.'
"
"
. ,1,'
T~.f\/o..
Electro-Optical CharactElristlcs (Ta=25 'C)
.....
.,
.Llgl1t1ng
Color" '
"
.
LN49YP
Amber
LN49YCP·
Amber
Arrber Clear
LN49WP
Amber
White Diffused
Amber
Clear
LN49CP
Amber Diffused
-.
Unit
-
, Typ.
5.0
6.0
5.0
9.0
mcd
Min ..
IF'
1.5
20
2.0
20
1.5
20
3.5
20
Typ.
2.2
2.2
2.2
2.2
mcd
mA'
V
.AA "
Typ;
2.B
30
20
10
4
4
4
V
nm
nm
rnA
, IlA
V
2.B
2.B
2.B
I~ ,
20
10
20
10
30
20
10
~~
'C
-5"
5
0r--t
3
,,4.''-~~
8-
oc-~t
..!?
I
--r-
50 I 30
! ·1
'H~~~
I I
v~/<'~1
I
/
~~I
v.
~ 500
/'
~~t~
'
V
~
v
,--"t- 'T--
--/-. ~ T-
--f+.
/ //--t-L
'// --++
. "-._-
1
1
~.
I~
I
I
3 5 10
.1iraJ.~
Forward
Current
'-++
I '
I
I
....."
ofJ<, .~
!'
]l
1.6
I.B
1ft 1i
IF (rnA)
---
.....
30
!/l!£
/
1
II I
30 50 100
"VR
4
Ta
-
100
.-
-
Max.
30
30
10
100
~I'; ..
.lp
Typ.
590
590
590
590
VF
e·Max.
·10.
Lens.CoIor
Forward
2.0
2.2
2.4
11!: lE VF (V)
10
--20
raJ Voltage
0
20
IlII
J!l
40
iI
60
Ii
Ambienl Temperature
BO
'
100
Ta ("C)
~ :tHBt ~ 11- ilU~ t$ ti
~
Relative Luminous Intensity
Wevelength
Characteristics
100
I!!~
Ui
raJ
Directive
, If!
t$
1i
Characteristics
.40
l'! BO
~~
30
i'..
lfi: ~ 60
II
c
~j
~.~
]l
!/l!£
20
1\
40
i
I
o
600
~
1"'-
"
700
-r- r -
r--.
0
o
BOO
20
J!l
~ Ap (nm)
40
IlII
60
iI
-76 -
BO
I
100
Ii Ta rC)
Ambient Temperature
Wavelength
Panasonic
,
~
Oc-'
20
500
I
it
7f~
Round Type
•• 1
¢ 4.0mm
Series
Unit:mm
~2
0
UJ
a:
I
UJ
0
..J
0
UJ
z
Type No. .
~
I
I0
Lighting Color
"
:;J
~
LN29RPP········· ....... Fled
LN29RCPP····· .. · ...... Red
LN29WPP .......... · .... Red
LN29CPP ...... · ...... · .. Red/
f@M.j;;:iE~
2-0.5±O.1
0.5±O.1
Absolute Maximum Ratings (Ta=25 ·C)
1M_
*
I
IFPO).~~. duty 10%. Pulse width 1 msec.
2
The condition of IFP is duty 10%. Pulse width 1 msec
1 : Anode
2 : Cathode
.~~7't~~~~
,',
Electro-Optical Characteristics (Ta=25 ·C)
,
'
Lighting'
TYPIlNo.
-
Color ..
...
".
~;
LN29RPP
Red
Red Diffused
LN29RCPP'
Red
Red Clear
LN29WPP
Red
White Diffused
LN29CPP
Red
Clear
,
. Unit
10
: Lens .CoIor
-
-
Typ •.
·Mln..
1.5
3.5 .
0.5
1.. 5
5.0
mod
Max..
Typ: .
' .IF
15
. ".
'
VF
.'
Ap
A ..
Typ.'
:.Typ.
~·IR ..
2.2
2.S
700
100
IF
20
4
20
5
5
5
5
rnA
I'A
V
10 -
Ta'
1.5
0.5
15
2.2
2.S
700
100
20
15
2.2
2.S
700
20
1.9
15
2.2
2.S
700 .
100
,100
mod
rnA
V
V
nm
nm
. Max,. : 'vir'·
4
4
4
100
0
-
gv~
,,~
5
.,
'-rr~v~l'-
\."
411'
~/
1
/"
,.~g ~~~
\-\.,.~g
/
V
1-'
5
3
"
. .",
'h<]~
I
i!£
I
10
1
30 50 100
1.6
1.8
2.0
2.2
.1iiaJ"l£
IF (rnA)
• Forward
Voltage
2.4
lI!!.~
III
c
SO
&
60
~d
~
IlII
ill
/I
Ta (t)
Amblllnt Temperature
50
iii
100
-2~0~~0~~2~0~+'40~~~~~SO~~100
VF (V)
~IUHBt g; /1- ilHHHt
Relative Luminous' Intens1ty
Wavelength
Characteristics
~
30I-H-t-t-+-t--+++-t-+--t
iaJ
Directive
(
~
11
Characteristics -
40
1\
f-
30
II
1/
Ql:140
\
I
........
20
..........
1\
"-
.'. I
10
IJ
600
iIt
o
700
II
Wavelenglll
'0
800
20
III
;, p (nm)
40
IlII
60
ill
/I
Ambient Temperature
-77-
SO
100 .•
Ta ('C.)
1L
ff~
Round Type
.1> 4.0mm
Type No.
Serres
Unit mm,
Lighting Color .
LN39GPP.·· .. ········· "'Green
LN39GC'PP ·, ............ Green
LN39CPP· .. ··: .. ··· .. ···Green
.
,
Absolute Maximum Ratings (Ta=25
I@M.*lE~
0.5 ±O.l
°b)
,,?2i .
*
1
2
IFPOJ!lff'I;I, duty 10~, Pulse wldlh 1 msec., The condition of IFP is duty 10'Jf.. Puise width 1 msec,
1 : Anode
2 : Cathode
LN39GPP
Green
Green Diffused
2.2
2.8
565
LN39GCPP
Green
Green Clear
15.0
6.0
20
2.2
2.8
565
30
20
10
4
LN39CPP
Green
Clear
15.0
6.0
,20
2.2
2.8
565
30
'20
10
4
mcd
mcd'
rnA
v
v
nm
nm
rnA
Unit
10
v
10 '~
't:I
()
50
1
.
.30
.9
~i
a!
q~1
~"-',,-,';I
",'fl
10
~c
5
E
3
1
1
/
.1
V
V
lI.'Q.
","-'
c
~3
,
50
'30
,
~Uqq/
Ill:II
/.<1'
I
/
.
/
II
,
1.6' 1.8
2.0
1
3
5
10
IIn)t;Jtlt
Currenl'
Forward
30 50 100
II
IF (rnA)'
n
Forwar~
2.2
)t;J tit If:
Voltage
2.4
VF (v) •
~fUHU(; Ii If- it :IU$'Ii
Relative Luminous Inlenslty
Wavelength
Characteristics
!
100
lI!i,
.1ft~
80
~~c
00
li
!R!~,
10
~2O~~0~~2~0~+.40~~00~~80~~100
f,!jJ
IlIi
DireCtive
rl
~
'Ii
Characteristics
40
~
"1\
"- ......
,
10
\
700
•
''NaveIsngth
20,
,0
800
f,!jJ
). p (nm)
Ill!
40
,00
iB
80,
If 1'a
Ambient'Temperature
-78 -
,
-I
0
600
it
Panasonic.
Ta ("C)
50
m . )t;J
20
0
, 500
iBlf
. Amblenl Temperalure
20
IIRj'40
~~
Ta
100
100
.§
4
100,
("C)
Ji
ff~
Round Type
¢ 4.0mm
No. .
Type
r---------------~--------
Series
Unit: mm
Lighting Color
LN49YPP ················Amber
LN49YCPP ··············Amber
Li'-l89RPP" ........ ······Orange
LN89RCPP··············Orange
jI§~;fIl:*lE:~
~-
2-0.5<0.1
Absolute Maximum Ratings (Ta=25 °C)
PD(mW)
IF(mA)
IFP(';'A)*
, vn{i/}
Topd"G)
;Ts\g(~C) ..
Amber
go.
30
150
4
-25-+85
-30-+100
Orange
90
30
150
3
-25-+85
-30-+100
LighU'!9 Color
*
2-0.8M ax
IFP O)~f*~. duty 10,," Pulse width 1 msec.
1M
1
2
The conditi,oo of IFP IS duty 10%. Pulso width 1 msec
1 : Anode
2 : Cathode
tI~~:7f;~~~tt
Electr~-OpticarCharacteristics (Ta=25 ·C)
ggl,:ng
- ..'~.~?-'
i:'- ''>~-
:,.·
.,. "
.;';":":: ..• ,
LensC~~~:'
·">:
I
,,~
/V'v,f~
--r-I
I
t~
30 50 100
10
50
Q)q.
-
5 ~.
3
~<.4.0mm
'
Unit: mm
. r--:;:-'
0:
w
Cl
..J
0
N
"'0>-
0
!
z
~
Type No.
'"
Lighiing Color
N
LN29RPL ·,··············Red
LN49YPL ················Amber
j@:M.*:iE~
*
.IF'(m'l\)
IFP'(mAi*
VR( v)
p
~
;;;
I
.•
Tslg('C)
Red
70
25
150
4
-25-+85
-30-:-+100
90
30
150
4
-25-+85
-30-+100
Amber
90
30
150
4
-25-+85
-30-+100
IFPO)~#'j:. duty 10%, Pulse width 1 msec.
.
,
I
Topr(~C)'
+1
",~
2-0.6±O.1
Green
.~B'\J7t~~~t.!
n ~ll.
:;:;
M
Absolute Maximum Ratings (Ta=25 'C)
.' Lighting Color . Po(mW)
ui
,-:-;;;
2-1.1 Max.
LN39GPL················Green
~
~
-
~
The condition of IFP is duty 10%, Pulse width 1 msec
1 : Anode
2 : Cathode
Electro-Optical Characteristics (Ta=25 'C)
.
Lighting'
Color .
.TypeNo.
Ap
A.i .'
Typ.
Min.
IF
Typ.'·
Max:
Typ;
Typ.
IF
10
LEihs.Color
,
.
......
VF
~IA
Max.
VR
LN29RPL
Red
Red Diffused
2.0
0.8
15
2.2
2.8
700
100
20
5
4
LN39GPL
Green
Green Diffused
6.0
2.0
20
2.2
2.8
565
30
20
10
4
.LN49YPL
Amber, Amber Diffused
10.0
3.5
20
2.e
.2.'8
590·
30
20
10
4
mcd
mcd
rnA
V
V
nm
nr\,
rnA
,.,A
V.
-
Unit
-
lJ
o
E
10
100
10
"~<
\
~
10
J
Ilf
600
iIli
\
700
:Iii:
Wavelength
Ta
11
\
\
00 100
Ta ('C)
Characteristics
\
~
00
/l
Ambient Temperature
II
00
~
ia
IF -
r
,
m
Illl
50
LN49YPL
1111~
0
~
im :liHHi
Relative ~umlnous Intensity
Wavelength
Characteristics
~
10
-m
800
90,·t1-atif1.~.~rtjjTIJ90'
o
o
20
~
A p (nm)
00
40
Illl
ia
Jl
'Ambient Te"'!perature
Panasonic
- 80-
I" ~
80
I
100
Ta ("C)
11..
ff~
Roun~ Type
if> 4.0mm
Series
Unlt:mm
i!
~I
iii
~i
Type No.
Lighting Color
LN29RPX ................ Red
c'~._
~-.. -
..
LN39GPX' ............ "'Green
LN49YPX ················Amber
I
, 045±J!...!
i@M.j;:~~
Absolute Maximum Ratings (Ta=25 ·C)
Po(mW)
IF(mA)
IFP(mA)~
Vn(V)
Topr('C)
Tstg('C.)
Red
70
25
150
-25-+85
-30-+100
Green
90
30
150
4
4
-25-+85
-30-+100
Amber
90
30
150
4
-25-+85
-30-+100
Lighting Color
* IFP
(J)~#tt. duty 10%. Pulse w!dlh 1 msee.
·-d
'54
I.:?
The condition of IFP is duty 10%. Pulse width 1 msee
1 : Anode
2 : Cathode
.~IY!J:7f:$IY!J*,*1i
\ Electro-Optical Characteristics (Ta=25 ·C)
--...
.
lighting
Color
Type No:
.Ap
A.1.
Max.
Typ.
Typ.
15
Typ.
2.2
2.8
700
30
IF
20
10
Lens Color
•
Typ.
.Min.
If
2.0
0.8
VF
~
\
In
Max.
VR
5
.4 .'
4
LN29RPX
Red
LN39GPX
Green
Green Diffused
6.0
2.0
20
2.2
2.8
565
30
20
10
LN49YPX
Amber
Amber Diffused
10.0
3.5
20
2.2
2.8
590
30
20
10
4
-
-
mcd
mcd
mA
V
V
nm
nm
mA
JlA
V
Unit
10
"
u
5
.E
3
E
Rl1d Diffused
190
r'-.
. :H+~'"~~+<1l~q-r.
"t..
..J
.
=
(II;~"
~s~ 10\"
"'-i-i
10
2.0
2,2
2.4
-W
0
/!l
·11II·1JiRl tEE V F (V)
(mA)
/
If'/3
~.~ 50
<1.<1.
.>.
3 I--I-- 1-:'
I--- I--- S
tIl.~ 300
. ;m~
~ ~~....
5
iii
100
/'
~500
W
40
IiII
~
60
M
iI
Ta ('C)
Ambient Temperature
Voltage
100
til M~:l'f; ljj JJl: - jot :IH~'Ii
Relative Luminous Intensity
Characteristics
Wavelength
~
100
L N 9GPX LN4.9VP
;m~'
80
,g
60
~
~
!II!
I
o
r.i
~
iRl
Directive
1\
\ I
600
jot
~
Wavelength
40
30
<~1i~
~
<.
'1-... S
'I-~
St-'¥
"'-t-'"
_St'-t-~
\
700
"
20
10
II \I IV
500
50
'Ii
Characteristics
\
II
40
20
LN29RPX
If\
tIl~
c
":ii;t8~K' .. 1° . ••., •... r/::;
·.:ryjt • Mili;· •,.
••.•'
Ullhllng
Co/or.. I.
..... .;..
,'if"
"
;
Type~o.
"':'
.C·
.
• • ••
VF
,Typ.- Max:
.Ap
AA
Typ.
. Typ.
IF
';'21\",
.
,Iii
'.
.
'.
..
~
Max.
LN253RP
Red
Red Diffused
1.0
0.40
15
2.2
2.8
700
100
20
5
4
LN353GP
Green
Green Diffused
3.0
1.15
20
2.2
2.8
565
30
20
10
LN453YP
Amber
Amber Diffused
3.0
1.00
20
2.2
2.8
.590
30
20
10
4
4
-
-
mcd
mcd
rnA
V
V
nm
nm
rnA
IlA
V
10 -
Ta
Unit
100
0
1J
o
E
''Y
r.
" \...t<""'?~1"
1
0.5
v,.,
0.3
.>.
IV
I
3
10
30 50
Current
IF (rnA)
IInlcJlImf
Forward
L
.,,¥, .,
3
"J/~n;(:j
100
I
1.8
2.0
c
IiId
L.1V353Gii.~
I..~
50
IV~ ~
S31;>"r
0
"!J/"$
1.6
\
lI!i .~3Q.O
~~
~ :::::1====
~ '~100
/'
~;J
5
1
5
"
!/"
10
/. Vv.~1
O. 1
~
~500
50
2.2
2.4
Jl: VF (V)
10
-20
II
n IcJ 11
Forward Voltage
0
~
20
IlII
40
60
80
If Ta
i.!iI
100
('e)
Ambient Temperature.
~IHHHt !iilf- ilHHHI:
e
lI!!~
... !!!
Relative Luminous IntenSity
Wavelength . Characteristics
100
L~3 5
GP
I
I
LN4
3YPJ'
80
~~
~~..J
:1;<:~
~
i;!~
II
o
'Ii
40
30
1\
\ I
'/11-",S>1-1'S>1yG""
~
20
\
600
g,,, p
Wavelength
iIi
700
I .~
10
"" 1
~
. \
If \ IV
500
Panasonic
~
Characteristics
.0
40
20
m
IcJ
Dirpctive
!\
~.:
60
5 RP
L
o
o
800
(nm)
20
~
40
-1lII
60
i.!iI
- 82:-
80
If Ta
Ambient Temperature
100
(t)
:Jt tl
ff~
Round-Side View Type
¢ 3.5mm
Series
Unit:mm
n
~
UJ
o
o-'
Type No.
4.1=0.3
4.5±0.3 .
1.3 1.9
'"o
Lighting Color
t-
LN25Rp··················Red
<;;t---'-r:r+n->-.....-t
LN25RCP················Red
~
LN25WP ·················Red
LN25CP············,·····Red
~Xq.:*:~~
Absolute Maximum Ratings (Ta=25 ·C)
1.1
1.54
1 2
*.
IFP 0')~1*';t., dUtY 10%, Pulse width 1 msec.
The condition of IFP is duty 10%. Pulse width 1 msec
,
1 : Anode
2 : Cathode
.~U'r.J:Yt:!Frt:J!l\i1i
Electro-Optical Characteristics (Ta=25 ·C)
ughtlng
Cotor.
Type No.
..
LN25RP
Red
LN25RCP
Red
Red Clear
LN25WP
Red
White Diffused
LN25CP
Red
Clear
-
10
,
U
11
,
!~
lI!l:
1=
g 0.5
'E 0.3
.;g.3
0.1
-
!
'
5
10
30 50
Jli1:iioJtillt
IF (rnA)
Forward
Current
~Ht ~ J'(; 19i If -
.'
.
I
~A
A~:
Typ.
TYP".
. I,,'"
0.2
15
2.2
2.8
700
100
20
5
Vii'
4
:' 1.5
0.5
15
2.2
2.8
700
too
20
5
4
0.7
0.2
15
2.2
2.8
700
100
20
5
4
2.5
0.7
15
2.2
2.8
700
100
20
5
4
mcd
mcd
rnA
V
V
nm
nm
rnA
"A
V
10 -
Ta
·.TYp: • Max;,
~
30
/
10
V
"
1/
.Max.
~"
.;g ~ 100
1.6
I-- I--I--
.,+.
I
I
1
100
lI!lf 300
~.~
3--
2.0
JIll 1:i ioJ •
Forward
r- -r--._
I
50
...J
f- 1"----
~-
r-'-
'r-
II
1.8
-
500
4!l\S
5--
---P1- f--1":r II
.
Ai> .•
, ·..VF·/'\
0.7
!
_,-"z..?~_
i
3
.-:1"1'
~z.'5I'$i'
~lftIII
1
-,
~
,-"z.'51'1
'
A"
/'"
.
~'5cl'
r--r--
~.~
'. ,.
IF,:
" 3.5mm
Unit:mm
I4.5=0.3 ~
8
~2"103
2.3 1.9
0::
W
o
..J
o----:'1
3
~,~
V
~~
V
<>
~
v
"
1/
vS
lI!l~ 300
~~
/
r-~~~~~~-+-+-+-+-i
~E
-
*'!-:
g 0.5
5
'E 0.3
0.1
·1
3
i/ V
~3
~
Vv
I
10
30 50
Jl1iioJ.ilIl.
IF (rnA)
3
5
Forward
Current
1.6
30r-~-r-~-4--t--t-+-+-+-+-i
'i!£
II
I
100
~.~
3.5mm
Unit:mm
•
4.5~0.3
4.2.0.3
o
a:
'2.3 1.9
_ UJ
UJ
o
...J
eCf)
Type No.
Lighting Color
f-
e
:l-'-r-r+r-...l-.i,-+
LN45YP ·················,·Amber
~
LN45YCP .. · .. · .... ·~ .. ··Amber
LN85RP: .......... ·:· .. ··Orange
LN85RCP· .. · .... · .. ·· .. ·Orange
0.45.0.15
t@xt.*~~
Absolute Maximum Ratings (Ta=25 ·C)
Po(mW)
lighting Color
*
IF(mA)
Amber
90
30
Orange
90
30
VRt.v )
ToptC"C) .
150
4
-25-+85
-30-+100
150
3
-25-+85
':""30-+100
-
IFPO)Sk1*IJ:. duty 10%. Pulse width 1 Rlsec.
2.54 .
IFP(mA)*
Tstg{~C.),
I
1.2
2'
The condition of IFP is duty 10", Pulse width 1 msec
1 : Anode
2 : Cathode
.~({.J7i;~({.J!M1i
Electro-Optical Characteristics (Ta=25 ·C)
Lighting
Type No.
.Ap
A),
Typ.
.Min.
IF
Typo
Max.
Typ.
TyPo
IF .
V;'
10
Lens Color·
Color
LN45YP
Amber
Amber Diffused
0.8
0.3
20'
2.2
2.8
590
30
Amber
Amber Clear
1.5
0.5
20
2.2
2.8
590
30
20·
20
10
LN45YCP
10
4
LN85RP.
Orange
Red Diffused
1.5
~.5
20
2.1
2.8
630
40
20
10
3
LN85RCP
Orange
Red Clear
-
Unit
-
10.0
4.0
20
2.1
2.8
630
40
mcd
mcd
rnA
V
V
nm
nm
'0
"
CJ
E
20
10
3
p.A
V
~.
~
--+-
---1-- ,
r-++
,
0.3
I
V
i
/~~:~~".J.v'l
5
,g 11 100
Current
30 50
IF
,
3
I
10
0
f----'
~ t:::,.
Lilias
,Llllas-tP -
Cp=
c:
~+i
I
5
Forward
vv~~
f-.-" f7'
10
/ +
i
3
,,~'le,'l
~q,'o., 3.2mm
.Type No.
Series
Unlt:mm
Lighting Color.
LNl176RCPX ············Red
LN376GCPX .... ········Green
LN476YCPX ············Arnber
LN876RCPX ......... "'Orange
,
.eM.*~~
LlghllngCOIor
*
,Absolute Maximum Ratings (Ta=25 ·C)
IF:(IIiA) ~(mA)*
,Pt)(mWI
Red
70
'25
Green
90
30
Amber
90
Orange
90
30
30.
/
IFPOJiI\f!Io~, duty 10%, Pulse widlh 1 ms8C,
.~~)'f;~B'!J~1!
.::Vk(~)~,
~~~"~~
< > ~;~...-
... ~
c--
r-
~
ri
600
ill:
':.; ,;,' Pa;;;:L
2.2
II
0
500
30
lTV37
'L N 7~F C X
80
~'8 60
1IIl1
:7:<1
::::::
!i!~
2.0
m
raJ
Dlracti'(8
If\
50
'i
1.8
....:
476VCPX
In
r\
1IIl1
'i
iii
Relative I.umlnous tntenslty
'Wavelength
Characteristics
~8 100
!t;,
oJoJ
oJ
1.6
~UUUt. 11- iIl::Iii: ~ 'It
~~
r-r",~ iii!'
oJ
1
!!
r;:: V
/
0
.
II!~ 300
I,~\
.
~, ;J
["': ~
'\
20
40
60
~ III ill I II
80
Ambient Temperature
'.
.7
-86-
,
100
Ta (t)
,
1L
ff~
.
¢> 3.0mm
Round Type
Series
,
'~2
I
i
. i
Type No.
Lighting Color
LN28Rp····,·············Red
N
0;
"
~
0
on
M
ci
r--
tl
.,....::"1
LN~8RCP················R.ed
LN28Wp·················Red
LN28CP··················Red
~x4.;t;:lE~
Unlt:mm
~2 "
.;
he;
2-0.8Max
"
on
2-0.5"0.1
0.5±0.1
Absolute Maximum Ratings (Ta=25 ·C)
II
'---;;;
.~
I
*
IFPO).f.t.l:, duty 10". Pulse width 1 msec.
2
The condition of IFP Is duty 10%. Pulse width 1 maee
1 : Anode
2 : Cathode
.~~**~*¥1!
Electro-Optical Characteristics (Ta=25 ·C)
..
".
Ughtlng
. ':',\, ..TyJ)e No.. .
.LensCoIOJ' .
C.oIor
,
. 10.'.
c'.,:'I'yp;·· •·~Iri;
i" .. VF':
., ..
';,"',
'.~p ..
~IR
'AA
'. TyP:; "MaX; . I, '1:YP•. , . TyP•. ·
.: 'fF
IF
)Max.·
LN28RP
Red
.Red Diffused
0.8
0.3
15
2.2
2. 8 .
700
100
20
5
4
LN28RCP
Red
Red Clear
1.5
0.6
15
2.2
2.8
700
100
20
5
4
LN28WP
Red
White Diffused
.1. 0
0.3
15
2.2
2. 8
700
100
20.
5
4
LN28CP
Red
Clear
2.0
0.8
15
2.2
2.8
700
100
20
5
4
mod
. mod
mA
V.
V
nm
nm
mA
JlA
V
."
."".',.:
'
Unit
I
.V'R .
I
-
10
0
'8'
5
.!l
3
.§
:yf
1
,"<
.§
.~I'
.s;
o. 5
o. 3
J!;i'jj
",1-11
\-'
~I"
'/
,
VF
...
30
.!l
0
10
,,;'
@:'l!
5
-rc:'"
.!
/0"
/
l1!
8!~
/'
~ ~ 100
5
10
30
III1;JtiJ .. ilf
Forward
50 100
IF (mA)
Current
fiat ~:Yt gj /1.- ilk ~
1.6
1.8
2,0
2.2
III1;JtiJ .. EE
Forward
Voltage
100
-i
8!~
80
~~
60
nf
JtiJ
Directive'
\
1\
1ii
!II!
£
II
40
ia
iii
:Ii
Waveleogih
700
T
80
100
(t)
a
"
40
"
20
\
I
600
00
II
50
..!!-
.......
.........
10
20
0
500
t!
20
30
I
40
*"
.§
Characteristics
0
Ambient Temperature
"<
if
r--....; r--.
/!I. Ill!
VF (V)
*" t!
.5
IM~
:1:<1
10
-20
2.4
'Relatlve LuminOUS Intensity
. Wavelength
Characteristics
~
-
I
I
3
Ta
~5OO
I!!li' 300
1M ...
~ 50
3
.-
10
50
0, 1
1
-
.!!-
~I'
",1-II~:
~c:
~~
100
~e
a!l
iii:8
IF
IF
o
o
800
........
I
20, 40
/!I.
Ap(nm)
l1li
00
ia
II
i\mbient Temperature
-87-
80
100
Ta (tl
Panasonic
:JL
ff~
Round Type
if> 3.0mm
Series
Unit:mm
~2
0
w
cr;
w
~.2
0
...J
u,
0
'1
I-
0
z
~
6
Lighting Color
Type No..
LN38GP··················Green
2
o
LN38GCP ···············Green
'~
LN38WP ·················Green
Ic-c;
2-0.8Max
~
I,.N38CP ·······::·········Green
~j;f.*~~
Absolute Maximum Ratings (Ta=25 ·C)
~
*
1
IFP(1)~~U.. duty 10%, Pulse width 1 msec.
2
The condition of IFP is duty 10%, Pulse width 1 msec
1 : Anode
2 : Cathode
.~rt:J:7{;~rt:J*'t1i
' Electro-Optical Characteristics (Ta=25 ·C)
Llghtlllg
Type NO:,
10
Lens Color
Color
Ap
VF
_'n
A,\
Typ.
Min.
IF
Typ.
Max:
Typ,
Typ.
:IF
Max.
V',R
LN38GP
Green
Green Diffused
2.0 ,
0.7
20
2.2
2.8
565
30
20
10
4
LN38GCP
Green
Green Clear
4.0
1.5
20
2.2
2.8
565
30
20
10
4
LN38WP
Green
White Diffused
4.0
1.5
20
2.2
2.8
565
30
20
10
4
lN38CP
Green
Clear
4.0
1.5
20
2.2
2.8
565
30
20
10
4
mcd
mcd
mA
V
V
nm
nm
mA
pA
V
--
Unit
I
10
100
10
5
3
(J-
1--'+
1
1
I
~
I
\
~~
~5
()
@:'O
¥<~
V
II
IF
Current
tIHH~:\¥;)!Ii Ii Relative
10
~~
;;;
60
.~~
~.~
1ij
i!£
,
~§
~
5
§100
....J
3
1.6
1.8
2,0
Forward
Voltage
2.2
2,4
~
VF (y)
Intensity
Characteristics
!'.....
0--
.
1\
f-
,
600
0
700
I
I
.-i-I
I
~
I
I
*+=+-t
if!
- i f , ."'-t!
t
~
~
lit A p (nm)-
I
I
o
800
~
/l!!
ro
Panasonic
- 88-
I
W.
100
i,\!.Jl
Ambient Temperaiure
Wavelengt~
100
rC )
"
1\
iIlt
'
Ta
I I
I
14-L+-
20
II
80
Ii
l
01:- f- -t'
,
500,
iii
60
Ta
0
a
40
/l!!
50
f-.
20
20
Ambient Temperature
"
f--+..
0, 1
(j
fg
-t
1--'- t -
0.3
0~~ /
~l=f.t.U, duty 10%, Pulse width 1 msec.
2
The condition oIlFP Is duty 10%. Pulse width 1 mSBC
1 : Anode
2 : Cathode
.~tI3**tI3!M1i
Electro-Optical Charl:!cteristics (Ta=25 ·C)
','
Lighting
Color, '
Typ,e No.
10
, Lens Cqlor
Ap
'-IF
:
__:.,.:.A,:'
~A
'.
,Mali.
'. VR
Typ.
Min.
'IF
Typ.
Max.
Typ. , .TYP;
IF
LN48YP
Amber
Amber Diffused
4.0
1.4
20
2.2
2.8
590
30
20
]0
4
LN48YCP
Amber
Amber Clear
6.0
2.0
20
2.2
2.8
590
30
20
10
4
LN48WP
Amber
White Diffused
5.0
1.9
20,
2.2
2.8
!j90,
30
20
10
4
LN48CP
Amber
Clear
6.0
2.0
20
'2.2
2.8
590
30
20
10
4
mcd
mcd
mA
V
V
nrp
nm
rnA
,.,A
V
,
-
Unit
-
10
10
-:c
5
"E
.# 'A.
50
./'
30
~~
"
~~
:II!i
/'
"
Q'
1
""u'Q,
/
~~ic.
.;1....rc
V
~
~"
1!!:;,O.5 -==-v,, 3.0mm
Unit:mm
• 3.8~O.2
0
:---
a:
'2.£:.E. 2
Ul
Ul
0
.J
"-
0
en
N
....
z
Type No.
Lighting Color
LN28RPP ................ Red
"
~r-
~
:;;"
...,
I'"
d
~
.. '
LN28RCPP····.··········Red
~
LN28WPP ···············Red
~
2-0.8Max
LN28CPP················Red
~X"rr.:*:~*&
d
I
0
2-0.5~O.1
~
O.5z0.1
Absolute Maximum Ratings. (Ta=25 ·C)
~
lli
2
1
The condition of IFP is duty 10%, Pulse width 1 msec
t1f
1 : Anode
2 : Cathode
.~tf..J*~rr:J~1i Electro-Optical Characteristics (Ta=25 ·C)
,
',,'
, ~p
"0'" "
L:ens,",' ~olor,,::,:,r---""'~--;"
.ryp: Min: ",
,/U
"
'Typ.'
'Typ.
"R
f--;----:
IF'
Max.
VR',
5
5
4·
4
LN28RPP
Red
Red Diffused
1.0
.0.4
15
2.2
2.8
700
100
20
LN28RCPP
Red
Red Clear
3.0
1. 3
2.2
2.B
700
.100
20
LN28WPP
Red
White Diffused
1.0
0.4
15
15 .
2.2
2.B
700
100
20
LN28CPP
Red
Clear
3.0
1.3
15
2.2
2.B
700
100
20
5
5
4
4
mcd
mcd
rnA
V
V
.nm
nm
rnA
/LA
V
Unit
-
10
100
"<
-5
~.
,
50
....
30
..!!-
1fj$i
/
. $ . 10
V
L....
ie:t!
II!IL
3
I
-- r-l I:-
1/
1.6
1.B
2.0
2.2
III 1;/ti) tEE
Va/lage
1/
I!~ BO
~
/ti)
Olrec!lve
,
II
iii
40
ii
60
100
Ta (t)
Ambient Temperature
50
40
,
20
.......
\
0
,
........
700
80
II
\
I.
0
o
BOO
~ Ap (nm)
20
Jil
Wavalength
Panasonic
20
flU
30
II
600
0
Jil
'It
Characteristics
1\
I
10
,-20
"-
0
~
g
on
~
"
~
2-0.BM.,
~
0.5±0.1
2-0.5'0.1
f@M:II:::*:lE~
Absolute Maximum Ratings (Ta=25 ·C)
12i
I
2
The condition of IFP Is duty 10%. Pulse width 1 msec
1 : Anode
2 : Cathode
.~fl'!J7f~fI'!J~ii
Electro-Optical Characteristics (Ta=25 ·C)
"
', .. :'.'
A
.TYPe No~
Ughtlng
.- ,
Lens
Color .
colOr.
'.
VF
LN38GPP
Green
Green Diffused
3.0
1:2
LN38GCPP
Green
Green Clear
8.0
2.5
LN38CPP
Green
Clear
25.0
9.5
mod
mod
rnA
~- .~;
'':.
,'-,
'.'.-
Unit
I
10
Typ•. . Min. ..
'IF'
20
20
20
,:.
'.'
,'"
AijJ~.:tNlt&t;;''t 0
A
IF
-
"<
!
0
/
rt,
J!;i~
",~~
-~1
;,-yP.
2.2
2.8
565
30
20
10
4
2.2
2.8
565
30
20
10
4
2:2
2.8
565
30
20
10
4
V
V
nm
nm
rnA
p.A
V
~
50
10
i[."
-5
/
V
.~
Forward
Current
Ta
3
I
10
30 50 100.
10
IInialillJf
-
V
V
5
Vii
....
30
(liS
~~
/
3
:If,' :; I Max.
0
/ J
1
. .I'
R
.~,\
'JYp..
'
.10
...!!-
~~.~
~~.
~
"
II>
q
1
.. )p
,,-;
Typ..' ,
~,
100
100
/
..
Specificati~
Tentative
10
'
1.6
1.8
2.0
2.2
!lnial.eo
Forward Voltage
IF (mA)
2.4
VF (V
-2O~~0-'--;2!::-0-'--t40,..-L--;60!::-l.....::I:80,..-L-~100
)
/!I
IlII
Ii
ill
Ambient Temperature
Ta ("e)
~M~J'(;~JJ-i.iJil:~1i
~
I!!i"c
I!~
Relative Luminous Intensity
Wavelength
Characteristics
100
~I
!i!~
Ii
40
30
-'
""
~
Characteristics
80
~8c 60
1!11'~
40
.!!!
m
iaI
Directive
n
20
o
500
"20
~
"
\
10
i\
600
i.i
A
Wavelength
,
700
Ap (nm)
800
o
o
20
60
40
if
Ambient Temperature
JjJ
IlII
iJl
"1
80
100
Ta ("e)
Panasonic
:
. '\
1L
ffj
¢> 3.0mm
Round Type
Series
"
Unit: mm
~3.8",0.2
0
1---.
a:
;~2
UJ
UJ
0
...J
0
...
U)
Type No.
z
'~r.
Lighting Color
LN48YPP ················Amber
N
J
0
~
M
d
~
LN48YCPP :.············.Amber
.~
LN48CPP ················Amber·
2-0.8Max
~
2-0.5=0.1
l@MII::;t;:lE*&. ~bsolute
*
~
:;;
'C)
Maximum' Ratings (Ta=25
IFPOJ*f.t:li, duty 10%. Pulse width 1 msec.
The condition of IFP Is duty 10%.
0.5,o.1
Pulse width ,!!'sec
: Anode
2 : Cathode
.~tr.J:Yt~tr.J~~
' , ' ,,'
\:' \ "~' .
Electro-Optical Characteristics (Ta=25 'C)
"'\,;',
Lighting
Color'
,Type No.
..
. :VF
10
.. Lens Color' . .
: Typ... ·.. Mln.:
, :1';'
·.Typ:"
Max.
.l~
A.l\
.Typ.
tyP.·
IF
r-IR
VR·
Max.
4
LN48YPP
Amber
Amber Diffused
5.0
1.7
20
2.2
2.8
590
30
20
10
LN48YCPP
Amber
Amber Clear
6.0
3.0
20
2.2
2.8
590
30
20
10
4
LN48CPP
Amber
Clear
10.0
4.0
20
2.2
2.8 .
590
30
20
10
4
mcd
mcd
mA
V
V
nm
nm
mA
,.,A
V
Unit
10
100 _._
-
Ta
·100
"D
u
.SO
E
~500
...
30
30
/
0
/
./'
c
;1Jl~'
1/
3
1
1.6
'Forward
Current
-
r-_
/II!'~
50
...J
5
(mA)
'-
~ ~ 100
c
IF
:-
II! ~300
,
II
1.8
m
n
Forward
10
-20
2.0
2.2
2.4
jaJ • I± VF (V)
0
p.j]
40
20
I
60
Ii
liD. ia
T
80
100
("C)
Ambient Temperature' . a
Voltage
+IUHHdli Ii - ilJi :!HHi
::lelatlve Luminous Intensity
. Wavelength
Characteristics
~.
til
-r-
-f-
100
"<
.5
Directive
II!~ .
c
;td
80
~8c
60
~~
...J
~1
1il
i!&!
jaJ
"
'11
Characteristics
50
I
-. -
........
- r-
..
40
20
o
\
1I
--~
SOD
600
ilJi
:m
0
--tt---
0
800
I
I
i
20
p.j]
Ap (nm)
4I
~d-'~ -tI
I !
t--t·--t--t--
o
o
T
"'l
t-- 1--
-t r-~tl~ j-J
700
Wavelength
Panasonic
. t--
.....
++
40· 60
liD
ia
Ii
Ambient Temperature
- , 92-.
--.-
,
I
0
I
-
40
t--t--
i'-.
I
80
100
Ta ("C)
:JL
ff~
Round Type
.
Series
1> 3.0mm
.
Unit: rnm
,3.8-=0.2
0
'uJ
a:
uJ
0
..J
0
3.0mm
Type ~o.
Series'
Unit mm
Lighting· Color
LN28RPPN· .. ·· .... · .. ··Red
LN38GPPN .......... "'Green
LN48YPPN .............. ·Amber
LN88RPPN·············· Orange
ae~.*~*&
O.S±O. i
·C)
Absolute ,Maximum Ratings (Ta=25
PD(·mW) . I~(.I'(IA,)·. 'FP(
)JghtingcOlOt
mAi* ':VR(V)~
1:~r(:c); ". 'tstg('C(
Red'
70
25
ISO
4
-25-+85
-30-+100.
Green
90
30
150
4
-25-+85
-30-+100
Amber
90
30
15(!
4
-25-+85
-30-+100
.Orange
90
30
ISO
3
-25-+85
-30-+100
* IFPOl"!I'I1 •. duly
,
Electro-Optical C~aracterlstlcs (Ta=25 ·C)
,"
"
LN28RPPN
Red
LN38GPPN
Green
,
LN48YPPN'
c.',
,"
UQhtlng
.:. .CoIor ' :/·l.8ris 901or';
/j:j·~\~'~t:~~·:
LN88RPPN
Red Diffused
v
I
1
100
20
5
A
565
30
20
10
4
1.7
20
2.2
2.8
590
30
20
10
4
9.0
3.0
20
2.1
2.8
630
40
20
10
'3
med
med
mA
V
V
nm
nm
mA
/loA
V
"
-'
IF
100
tI~s
, / './
~
1
3
5
10
30 50 100
IF (mA)
1li15ioJiRilIf
Forward
Current
L.1'I3B
!.I'IB B:1>1>I'I1>1>1'1=
c:
~ -'~
q,q,'"
I~"""''II''J
_ .....
~Q,
-.>;
~b
~ ~ 100
Ito!:
o. 1
Ta
c:
~=
'l.1I,Q,
'0
,
lI!j~300
4111.!!!
~~/
/
3
"
~5OO
~~~tl.
/fJ
-
' ,10
.'
30
,,,"
5
VF
·50
.,."J .~t
v
'MaX.'
700
Red Diffused
"q,
'F
2.8
Orange
/j
.'
v~
2.8
5.0
",Q,
"
',>.11\',
2.2
Amber Diffused
S'~r
,.y,,:
,'.-'.,
,t';
2.2
Amber
""
·Mln.
1.0
10
5
:ryp;
3.0
0
.
"
;6.
..
Dlff~sed
. Green
Unit
3
-1t
The condition of IFP is duty 10". Pulse width 1 msee
10%. Puis. wldlh 1 msec.
.~fI
50
..... .,.
"1-
?J
7&
1.6
1.8
10
2.0
iii 15 ioJ 11 EE
Forward
VoUage
,-20
2.2
2.4
V F (V)
o
40 60 80 100
;g'1f Ta ('C)
Temperature
20
/!Jill!
Ambient
~~HB(; ~If- iJt~M'ii
Relative Luminous Intensity
Characteristics
Wavelength
~
100
~~.
.!i! ~
40
20
,/
, :'1
\
.
ii
40
. <
.
<'ltlll-3~ .
''''... ,'I-~ f--- -
30
"
1\
~~
20
,'"
\
.
600
"'",'I'I-
a~
1"111
0
I""'::: ~
\.
LNBBRPPN
iii
lit
Wavelenglh
Flanasonic
50
L~2BRPPNi\
o
500
M'
Characteristics
\
/
~~ 60
-'
If
11'1
lI!!~
80
~~
~'~
m
ioJ
Directive
LN3eGPPN LN4BYPPN
f
".
' ..... < Color
" .••.
Typ.
Min; .
LN28RPl
Red
Red Diffused
1.5'
0.6
15
2.2
2.8
700
100
20
. 5
4
lN38GPl
Green
Green Diffused
4.0
1. 5
20
2.2
2.8
565
30
20
10
4
lN48YPl
Amber
Amber Diffused
20
2.2
2.8
590
30
20
10
mcd
mcd
rnA
v
v
nm
nm'
rnA
Unit
10
_.-
'8
-;;(
5 --
E
!
/
3
.,f
50
....
30
..!!-
~eftPC'
1
:f!;!
1[11
/
/
10
tc:
0.3
'Vvii"
",'0
o. 1~~
1&
f.l'IJ:. duty 10%. Pul •• width 1 mo.c. Th. condlUon oIlFP I. duty tOll, Pul •• width 1 m••c
~
1I~tr..J;'{;~f(.J~t!t
1 : Anode
2 : Cathode
36'0.2
Electro-Optical Characteristics (Ta=25 ·C)
LN28RPH
Red
Red Diffused
1.5
0.5
15
2.2
2.8
700
100
20
5
4
LN28RCPH
Red
Red Clear
3.0
1.3
15
2.2
2.8
700
100
20
5
4
LN38GPH
Green
Green Diffused
4.0
1.5
·20
2.2
2.8
565
30
20
10
4
LN38GCPH
Green
Green Clear
8.0
2.5
20
·2.2
2.8
565
30
20
10
4
mcd
mcd
mA
V
nm
nm
mA
pA
V
10
Ta'
Unit
V
10 ,- I~
10
~
u
5
.E
3
E
100
~~
~ co
r{f ~",'li
"<
-5
! "~r~'lrr
j!;!
1
W
lI!l-:;
g o. 5
,g,3 o. 3
E
,
30
€
~
/
/
10
,
c
~~
r-.. r-..
r-..
,g i3 100
V
LN38GPH
LN38GCP/i'=
c
~!
5
Ii!!!
I
lI!l~300
l./
..!!-
4~RI"\'I
:y~
:IHi
.....
-c;
-
50
f~~ift$i;. fu.{!,,;,,
50
"'i- r-
I
I'
II
O. 1
100
10
30 50
m1iiol1lift
IF (mA)
1
3
Forward
5
Current
1.6
1.8
2.0
lII:Jjioltlf:
FOfWard
2.2
Voltage
10
-20
2.4
0
~
VF (V)
~
20
IBI
ill
"
<",
W
JI
Ambient Temperature
M
100
Ta ("C)
'IU~'~ ~ ~ JI-, 1m: :IHHI:
Relative Luminous Intensity
Wavelength
Characteristics
~
100
lI!l.~
~~ 80
,g i3
c
LN3aGPH
LN38GCPH
1:\
\
20
0
·500
iol
Directive
~
50
11
Characteristics
~
30
1\
I
:1i(~
.m
\
II
60
'~l40
]i
!IU
II
]
J,
LN2aRPH
,LN'28RC PH
':~~.:i::~"''''
/~c'"
!1<"'''~
..
"~c~ii'-.:
20
\
0
.. '
I
0
600
1m:
700
A
Wavelength
Pa~·
o
800
A P (nm)
~
20
~
IBI
W
ill
JI
,Ambient Temperature
- 96-
'" 1
........ ~
80
100
Ta ("C)
iL
ff~
¢ 3.0mm
Round Type
Series
Unit mm
Type No.
Lighling Color
LN48YPH ················Amber
LN88RPH ················Orange
·r
~~
2-0.8MaIl
-"-"'="-fIIH-lll1I-
0.6'0.1
Z·0.6'0.1
I@M.*lE~
Absolute Maximum Ratings (Ta=25 'C)
Po(mW)
IF(mAl
i.p ( mA)"*
VR(V)
Topr('C)
·Tslg('C).
Amber
90
30
150
4
-25-+85
-30-+100
Orange
90
30
150
. 3
-25-+85
-30-+100
. Lighting Color
*
IFPO).f.t.~! duty 10", Pulse width 1 msuc.
Ui
1
-§r
The condition of IFP Is duty 10%. Pulse width 1 msec
1 : Anode
H6>O.Z
2 : Cathode
.~~:7C~~!M1i Electro-Optical Characteristics (Ta=25 'C)
.'
Lells Coior
g~:ng
Type No:
LN48YPH
Amber
LN88RPH
Orange Red .D1!fused
10.
Amber Diffused
Unit
Typ.
Min.
5.0
1.9
20
2.2
2.8
590
30
20
. 10
5.0
1.9
20
2.1
2.8
630
40
20
10
3
mcd
mcd
mA
v
v
nm
nm
mA
/lA
v
10 -
Ta
100
10
".ft.l;t.t duty 10%, Pulse
~2
1
-§f6
width 1 msec. The condition d IFP is duty 10%. Pulse width 1 msec
,
1 : Anode
2': Cathode
, 3.6±0.2
.tttr:J7C!!ftr:J~ii Electro-Optical Characteristics (Ta=25 'C)
~~~~~~~~~r7~~
.10
IF
10 -
ciT
5
~
\..~
v
30
./
..!!-
~~
0.3
,
.
/
~q
"
~
~
1
3
5
t:::
,;g
10
30 50
1ll1.i(l;].~
Forward Current
IF (mA)
100
n
LN48YPX
100
~
r
1.6
1.8
2.0
v!..~
2.2
.
II
"
II
,
0
20
40
60
~
Ill! iJi\ Jf
Ambient Temperature
V F (V)
m
(l;]
"
11.
Dlr!'ctlve . Characteristics
1'-...
<
~.,,~
~"'+~
0
0
~~
W..,elehglh
A p . (nm)
\
o
800
,
20
"~
'
40
Ill!
60
i&
Ii
Ambient Temperature
- 98''';'
Ta ("C)
~~G~
Iji~e
~+Of
20
1\
700
100
40
IV
600
80
50
30
1\
II
iM::Ii
Panasonic
10
-20
2.4
]
LN 8~PX
1/
0
500
~
I..N~ 61'.0-1'
61;>.0 1
~~
.oJ.oJ
:'orw'!d(l;]
11f'
.
IN§at;::=
GPJ(=
c:
Qt:~.
50
..J
~IUHUt ~ Jf - iM: :liHU,
Relative Luminous Intensity
Wavelength
Characteristics
LN38GPX
~
~ 100
~ ""e'?I;
31-- I-t--t-'- "'"
II
O. 1
1
/'
'< '<
0..
J
~
Ta
"<+--~II"f'W' ...t.=....,.,..",+
,~
N
.
~*d:li*~~
.po(mW~ I';(m~}. I';;(~A)* ,'''~(Y.}:''itWffI~~i :;~~.t~;~~;
UghtlngCp)o;
*
0.4S±0.1
Absolute Maximum Ratings (Ta=25 ·C)
Red
70
25
150
4
-25-+85
-30-+100
Green
90
30
150
4
-25-+85
-30-+100
Amber
90
30
150
4
":'25-+85
-30-+100
-&'
IFPOl;1!,f'I'U-. duly 10". Puis. widlh 1 ms.c. Th. c""dIU"" oIlFP Is duly 10%. Pul•• wldIII 1 maoc
1 : Anode
2 : Cathode
# 4.0±0.2
1I~fr:l7(;~fr:l!tfii
Electro-Optical Characteristics (Ta=25 ·C)
.§
~
u
5
.!?
3
:q~
as
10 -
100
10
~5OO
~+
1\"'&
'1\.1\,:3..
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I
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.
I......
0
V
1/
:!
II~
~ij1 00
5
.- /
, 'J
~3
31- t -
3
5
30 50 100
10
lIIn-iRJlIil
~ ~H~ :)It il!Ii /1-
~~
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"''''
1.8
~
100
1I!!i'
c
80
LN377GPX
n- iRJ Voltage
II EE
2.2
o
500
- 20
2.4
0
ill
60
/I
Ambient Temperature
m
iRJ
Directive
]
. f4
80
100
Ta ('C)
50
l
it
Characteristics
\
40
30
\ J
II
40
20
l1li
/!J
VF (V)
I'-.
\
-
600
7QO
it
~ Ap (nm)
.
10
IJIV
LN477YPX
800
/1-
~~
1\
.1.Itl~
40
...J
20
''j-
it lHHi
II
I
»~:.g
~r
10
2.0
Forward
LN277RPX
~~c 60
(,1'f.?"Q;E
50
!/I.! £
#-n.C?
Relative Luminous Intensity
Wavelength
Characterlstlcs
!/I.! £
L1V377Gp~
]I
.J.J
III
IF (rnA)
Forward Current
~~>C
~ ~&
1
1·
1.Itl~...J
~ J:."~
t--t-- "
O. I
]i
1== ~I::::
c
o. 5
~
E o. 3
~.~
l
1I!!~300
~c
II~
Ta
~E:I::r::l.J..J,....u,.J 90'
0
o
l'+tS,
40
20
/!J
Wavelength
<'Ii
»J-G'....f.
"'>>~ "'+
l1li
60
ill
If
Ambient Temperature
,... 99·-
""" ~1
80
100
Ta ('C)
1L 8
ff~
Round-Top View Type
rp 3.0mm
Series
Unit mm
5.5±0.2
4.2±0.2
4.0±0.2
Cl
OJ
'"
OJ
Cl
•.J
Type No:
•
a(J)
Lighting Color
f-
a
~~:m--ht!7.:-=1H
LN238RPH ············ .. Red
LN338GPH ...... ········Green .
~
LN438VPH ········ .... ··Amber .
LN838RPH ·············'·Orange
l@M.*lE~ Absolute Maximum Ratings (Ta=25 ·C)
*
• 0.6±0.1
Red
70
25 -
150
4
-25-+85
-30-+100
Green
90
30
150
4
-25-+85
-30-+100
Amber
90
30
150
4
-25-+85
-30-+100
Orange
90
30
150'
3
-25-+85
-30-+100
1 : Anode
2 : Cathode
IFP O);1if~I~. duly 10%. Pula. width 1 ma.c. Th. c...~ltlon r:A IFP Is duty 10%. Pula. width t ma.c
.~tf!J~$tf!J~1!
Electro-OptlcaPCharacterlstlcs (Ta=25 ·C) .
I
··.Ap:·:, A',\:
. Typ;
;.Typ.:;
I~~~-·,IA:
'F
"':,"
.....:..
VA>
LN238RPH
Red
Red Diffused
2.0
1.0
15
2,2
2.8
700
100
20
5
LN338GPH
Green
Green Diffused
4.0,
1.5
20
2.2
2.8
565
30
20
10
4
LN438VPH
Amber
Amber Diffused
3.0
1.0
20
2.2
2.8
590
30
20
10
4
LN838RPH
Orange Red Diffused
2.8
630
40
20
10
3
V
nm
nm
mA
pA
V
'0 -
Ta
Unit
8.0
3.6
20
2.1
mcd
mcd
mA
V
IF
10 -, IF
-
VF
~
V
100
10
,
4
1P
~
/V
0
~1---;3Sf\P~
/
7\..tI
:i:j~
:lis
i
/
0
1
1/ '/
~ ::::~
lrv3 3
lrvB~
~c
II!
0.5
c
~~ 0.3
r--
1t
~
-
--;"lb0- ",y
1"'.yR:
10
L B B PH
Panasonic
1!
Characteristics
1\
c
~~
4$
\
I
~1! 60
m
iaJ.
Dlractlva
T~mperature
I
100
Ta (t)
J:L
ff~
Round Type
¢ 3.0mm Series
Unit:mm
~
/1'"
~l ~
I
Type No.
Lighting Color.
LN23SRP(H) ............ Red
LN3.3SG P(H)· .. ··· ..,.· .. Green
LN43SYP ................ Amber
I
,
~
~:xrr'ibl;:~~
lighting Color
*
J
&W·
Absolute Maximum Ratings (Ta=25 ~C)
Po(mw)
IFCmA)
IFP( mAl:*'
Red
70
20
100
Green
90
30
100
Amber
90
30
100
IFPO)~1*U:. duty 10%, Pulse width 1 mSGe.
fI~Ur..l:7C~tr.J~f.£
VR(.V) ,
4
4
4
To,;,(~)
, T8Ig('O)
-25-+85
-30-+100
-25-+85
-30-+100
-25-+85
-30-+100
!1..2<-
The con,dltlon or IFP Is duty 10%. Pulse width 1 msee
1 : Anode
2 : Cathode
Electro-Optical Characteristics (Ta=25 'C)
"
' Lighting
Color
Type No.
Lens Color."
,"
'
,
10"
V;
"
"
Ap
A. A '
"
J
~,R
TyJ:i; '..,Iri; .
:IF'
Typ.
Max.
Typ. , Typ.
~IF
,'Max.
,VR .-
LN23SRP(H)
Red
Red Diffused,
0.6
0.3
15
2.2
2.8
700
100
20
5
LN33SGP(H)
Green
Green Diffused
2.0
0.4
20
2.2
2.8
565
30
20
10
4
LN43SYP
Amber
Amber Diffused
1.5
0.2
20
2.2
2.8
590
30
20
10
4
mcd
mcd
mA
V
V
nm
nm
mA
I'A'
V
,-
-
Unit
IF
10 10
"C
o
E
.E
5
3
,
,,>Co
~">
,
----
,,>Co
\..1'I Z3S,i
I:1l~)
,
...
!i!;i!
'
2.0
:ra
~5OO
!!!.ic 300
50
.30
..!:
I
-~I
III
.§
;;!
~
O. 1
1
,-:(
~ ''\'
i
1
10 -
100
4
2.2
2.4
10
-20
0
JJ
VF' (V)
~
20
ill
IlIJ
~
/l
Ambient Te,mperat.re
1~
00
Ta ('C)
til ~H1D'f: %i /l- iii :IH~ ~
e
!!!·ic
Relative . Luminous Intensity
Wavelength
Characteristics
100
~]
~
60
~
40
!i!
LN235RP (H)
LN435V
80
~
I
LN335GP (H)
20
a
• 500
If\
·mraJ
Directive'
1\
t$
ii,
Characteristics'
40
30
1/
<
1\
20
I
\
600
Wavelength
(I) i" ~
I
o
o
700
:Ilt
40
20
JJ
A p (nm)
~~"'r....
(rv<-~"
aS~1>
10
II \ IV
ill!
~
\
N.,1 3.0mm .. Series
Type No.
Unit:mm
Lighting Color
LN23SCP(H) ............ Red
LN33SCP(H)···· ...... "Green
LN43SCP(H) ············Amber
~i;f:lil:*:iE*&
Absolute Maximum Ratings (Ta=25 ·C)
Po(mW)
IF,(mA)
l~p'(mA)*
Red
70
20
100
Green
90
30
Amber
90
30
Ughting Color
*
,
IFPO)~nu:. duty 10%, Pulse width, 1 msec.
-Tatg('C)
VR(V}·
Tapr('C)
-25-:+85
-30-+100
100
4
4
-25-+85
-30-+100
100
4
-25-+85
-30-+100
1 Anode
2 Cathode
The condition of IFP Is duty 10%. Pulse width 1 msec
1 : Anode
\
2 : Cathode
m}ttrf.J:7G~rf.J~tE
Electro-Optical Characteristics (Ta=25 ·C)
'.
Ughtlng
Color
Type No.
'10
Lens Color
..
Ap'
VF
AA.
)
LN23SCP(H)
Red
Clear.
1.3
O. B
15
2.2
Max.
2.8
LN33SCP(H)
Green
Clear
3.0
2.0
20
2.2
2.8
700
565 .
LN43SCP(H)
Amber
Clear
3.0
2.0
20
'2.2
2.8
mod
mcd
mA
V
·V
-
-
Unit
Typ.
Min.
IF
Typ.
I---'R
Max.'
5
VR
20
30
20
10
590
30
20
10
4
4
nm
nm
mA
J.lA
V
Typ.
Typ.
100
IF
.
.10
10
iE
I
v
3
/
~~~~)
3
50
30
./
,
/
\..\'12.
1
0.3
==~"'"\
5
m.1i IaJ fit
Forward
~:~...I
•
1
30 50
10
ilI[.
-
100
IF (mA)
Current
*M~~ ~Ii
'I!~
100
LN33SCP (H)
1.6
I' "I
1.8
7;
10
2.0
2.2
lli1ittilfltf.E
Forward
Voltage
tlil
'f
Dlrpctive
~ :; 20
!i!~
o
500
\ 11
~
Wavelength
Panasonic
20
IlIl
~
i!l
60
00
Ii
100
Ta ('C)
Ambient Temperature
11
'<
-5
50
40
I
~~
20
(",
OS'".<,...
"'ft.o3Sc", __ )/~}
10
.....
\
700
o
. 800
~
20
~
A p (nm)
IlIl
60
iI
Ii
Ambient Temperature
- 102-
,
~
1
o
LN43SCP (H)
iii
0
~
VF (V)
30
\flY.
600
-20
2.4
Characteristics
1\
\
:1;(!:
~
\
I
40
IaJ
LN23SCP (H
c
...I
~'
("'02 03 SCI>,..,
iIi:lH~1i
80
~~, 60
~.~
ll'/.J.Jscp---=t=
50
Sc", I
Relative Luminous Intensity
Wavelength
Characteristics
lI!l~c
::: f:::: ::::::,
~ ~ 100
~~
-~ ~:;
- -~
" ~~ .
~.}I I
3
/,
~'~
~t~
-'~~
~~P)ll
o. 1
~.
Ta
100
5
0.5
-
4
00
100
Ta ('C)
¢> 2.8mm
Series
Unit: mm
1~.2
o
13.0t02
uJ
II:
uJ
128::02
o
a
..J
020
C/l
Type No.
Lighting Color
~J---
LN263CPP ····:·········Red
LN463YCPP ············Amber
I
o 5±O
2-0.5+0.1
1
Absolute Maximum Ratings (Ta=25 ·C)
. Topr( 'C)
Tstg('C)
po(mW)
IF(mA)
IFP( mA)*
Vn(V)
Red
70
25
150
4
-25-+85
-30-+100
Green
90
30
150
4
-25-+85
-30-+100
Amber
90
30
150
4
-25-+85
-30-+100
Orange
90
30
150.
3
-25-+85
-30-+100
Lighting Color
•
M
2-0.8Max
LN863RCPP ············Orange
*
~
\4!t
~J----jH
Lt\l363GCPP············Green
I@x1tl&:*~~
01
~ ~.~~==::j::·1':'~L
IFPO)~f.l:.I;t. duty 10%, P.ulse width 1 mse,c.
~rr!.J:;}'f;~rr!.J~t.i
2
-§f7
~
The condition of IFP is dUty 10%. Pulse width 1 msec
1 : Anode
2 : Cathode .
3.8±0.2
.Electro-Optical Characteristics (Ta=;,25 ·C)
-
Llgtitlng
Color
Type No.·
~
1
.i~
A.i
Typ.
Min.
IF
Typ.
·Max.
Typ.
Typ.
IF
Max.
VA
0.4
0.15
15
2.2
2.B
700
100
20
5
4
10
Lens Color
VF
i----;-In
LN263CPP
Red
Clear
LN363GCPP
Green
Green Clear
'1.0
0.40
20
2.2
2.B
565
30
20
10
4
LN463YCPP
Amber
Amber Clear
O.B
0.30
20
2.2
2.B
590
30
20
10
4
LN863RCPP
Orange Red Clear
1.0
0.49
20
2.1
2.B
630
40
20
10
3
mcd
mcd
rnA
V
V
nm
nm
rnA
IlA
V
--
Unit
-
10
l°O~R
501=fE
Ta
-
~500
II!.~ 300
c:
m~
~ ~ 100
~~
..J
50
=1l<.~
30
lii
:::: ~::::.
lIVa6
1
lIV36g~cpe=
CPp
.......
~r
i?6a-cf.<>
c.aj_
!i!~
10
1.6
I.B
2.0
n jR] ilt
Forward Voltage
Iii
f!BH~ 1't !i Ii
100
II! .~
~t
BO
lidc:
60
..J
40
~.~
20
0
500
n
"<
til
jR]
Directive
11\1/ II
1\
~~
11
Characteristics
1\
tI
1\
l IX'
·1\
0
LN463 cpp
600
700
0
0,
BOO
. Wavelength
.'
80· 100
Ta (t)
«"
" (4.""!&~
~&.;Ji-<¥C
<",
...
. 20
~c~~~o<>- !-- f -
."'0<>
40
R:::
60
. IlII iA If
I /ilAmbient
Temperature
~,1p (nm)
illi
11
40
20
~
II
I~
60
40
iA
50
30
LN263CPP
II
20
IlII
Ambient Temperature
.§
LN863RCPP
LN363GCPP-
o
/il
iiU~ ~ 11
-
Relative Luminous Intensity
Wavelength
Characteristics
e
-20
2.2
2.4
EE VF (V)
103 --
~~
,
·1
80
100
Ta (t)
Panasonic
:tL 8
ff~
Round-Top View Type
if> 2.6mm
Series
Unit:mm
3.S±O 2
3.2±O.2
R1.3
Type No.
Lighting Color
LN831,RP ........ ·• ...... Orange
O.6±O.1
2-0.6±O.1
*
~
IFP o)"f!I'l:. duty 10%. Pulse width 1 msec. The condition oIlFP I. duty 10%. Pul.e width 1 moec
I
2
1 : Anode.
2 : Cathode
111itI'r.]:Y{;$I'r.]!f\¥1! Electro-Optical Characteristics (Ta=25 ·C)
fVp.Max. . Typ.
LN831RP
Orange Red Diffused
Urilt
Typ•.
4.0
1.5
20
2.1
2.8
630
40
20
mcd
mcd
mA
V'
v
nm
nm
mA
10
10 10
;;
(,)
"<
.§
/
3
.E
,
/
~5OO
50
.....
30
tIl~300
./
~~
/
:l!s
til:
~
9!~
/'
~
~c
~
c
Ta
100
5
!
3
v
0.5
I
E 0.3
~.3
/
/
~.~.,.
50
~~
30
!
1
0.1
1
a100 r- r- r--
3
5
10
.1Ii1iraJ.~
Forward
Current
30 50 100
.IF
/
1.6
t\i!£
10
1.8
2.0
2.2
lli1iraJ.e:
(mA)
Forward' Voltage
2.4
-20
0
Iil
20 40 ~
JlII iii II
Ambient Temperature
VF (V)
80
100
1a ('e)
til ~Ht :Yt ~ If - i.i :liH$1i
Relative Luminous Intensity
Wavelength
Characteristics
~
l00~~+4~~~~~~+4~
m
raJ
Olr_ctlve
4$.
-
1i
Characteristics
tIl~
9!~
~
80
r+~-r~~-r++~~
a 60,1-+-+-I-I-+-II---+H-\+-++-+-I-+4
i'-...
"- '-..
~ J 4O~-t-+4-H'+-t-+-\t--t-+--+--H--I
~i2O~-t-+-l-l--f-+4*+-t--t-+--H
i!:
o
o
O~~~~~~~~~~
500
600
i.i
700
:lit
Wavelength
Panasonic
"
10
800
40
20
Iil
JlII
~
is
If
Ambient Temperature
Ap (nm)
-104 -
"I
80
100
1a '('e).
:Jt 8
.
ff~.
¢ 2.6mm
Round-Top View Type
Series
.
Unit:mm
~
3.5±0.2
I 5.3±0.2
3.3±0.2
'~2~
Type No.
.
Lighting Color
LN221 RP .. · .. ···· .. · .. ··Red
LN321 GP .. ······ .. ·· .. ··Green
LN421Yp· .. ······,····:···Amber
~M.*~~
Ughtlng Color
*
Absolute Maximum Ratings (Ta=25 ·C)
IF(mA)
Po(mW)
VR(V)
ToprC"Cl
Ts.g("C)
Red·
70
25
150
-30-+100
90
30
150
4
4
-25-+85
Green
-25-+85
-30-+100
Amber
90
30
150
4
-25-+85
-30-+100
iFP (])*f*U:, duty 10?"
fl1
1
2
The condition of IFP Is duty 10%, Pulse width 1 ms~c
Pulse width 1 msec.
1I~rf.J:Yt$rf.J*f1i
0.6±0.1
2-0.6±0.1
IFP(mA)*
1 : Anode
2 : Cathode
Electro-Optical Characteristics (Ta=25 ·C)
Llghtfng
Color
'Type No.
.
:
:
10
Lens Color
Typ.
Min,
A.
Ap
VF
_IR
Max.
Typ.
Typ.
IF
Max.
VR
2.2
2.8
700
100
20
5•
4
Typ.
LN221RP
Red
Red' Diffused
1.0
0.5
IF"
15
LN321GP
Green
Green Diffused
1.2
0.5
20
2.2
2.8
565
30
20
10
4
LN421YP
Amber
Amber Diffused
2.0
1.0
20
2.2
2.8
590
30
20
10
4
-
-
mcd
mcd
mA
V
V
nm
nm
mA
/LA
V
10 -
Ta
Unit
10
~
E
.,.<1.('
~500
50
~-
30
,,'V/
/'
1
~~.
N221Rp
a
5'
~
5
'"
o. 1
/
"J'V'
/
31- r--"
V iii
r--
~ 5 III10
~~'
~l
~
1.8
. Forward
100
2.0
iaJ. l%:
Voltage
2.2
c
4&1$
~=
Directive
80
V F (V)
:t;<.~
]!
!/l!£
t¥
11
Characteristics
\
~~
a 20 40 60
r.J IlIl i.I! if
Ambient Temperature
5
'y
I'"
I~",
r
80
100
Ta (t)
sO
.!:
40
30
I
\
40
~
\
c
-'
'3.t=i,;;=
(~
~I
1\
,gil 6p
~.~
10
-20
2.4
~
f.iiaJ
r
P
~~
(IV
50
- illi ~ ~Hi
LN421YP
LN321GP
l IV
~~
1
1.6
iii 15
(mA)
IF
Current
100
Relative Luminous Intensity
Wavelength
Characteristics'
e
::::~
,g ~ 100
-J
1
30 50
lfi15iaJ_il1t
tIHH~ J't li Ii
c
-J-J
3
Forward
~
~~300
;\!l~
/'
LN221RP
\ II
/'V
o'V.,~
"'''/~G'""
'"
20
<'I
1\
10
20
a
600
500
illi
r"'~
\
ilf
700
a
a .
800
~,\p (nm)
r.J
20
40
IlIl
60
i.I!
Ilf.
Ambient Temperature
Wavelength
["": ~
I
80
100
Ta (t,)
Panasonic
- 105-
J:L 8
ff~
Round-Top View Type
~.6mm
.,p'
Series
Unit:mm
35.0.2
S.5±O.2
5.3:tO.2
l.3:!:.02
~2,6,0.2
Type. No.
Lighting Color
LN221 RPH ··············Red
LN321 GPH·············· Green
LN421YPH ··············Amber
(
'"
~
:;i
1@i;f.*lE:~
*
O.6±O.1
Absolute Maximum Ratings (Ta=25 ·C)
Red
70
25
Green
90
30
150
150'
Amber,
90
30
150
IFPO)!IOf"'~. duly 10'16. Pul •• width 1 maec.
.~rt;J;C$rt;J4f~
4
-25-+85
-30-+100
4
4
-25-+85
-25-+'85
-30-+100
-30-+100
The condition of IFP I. duly lD'l6, Pulse width
t
254
1
e
maec
Electro-Optical Characteristics (Ta=25 ·C)
'A~::
LN221RPH
Red
Red Diffused
LN321GPH;
Green
Green Diffused
LN421YPH
Amber
Amber Diffused
1 : Anode
2 : Catrode
'I'M:'\~<:
.. A:',,',
. ",~p,.:
Typ,
.1.0
0.5
15
2.2
2.8
700
100
IF
20
p
0.5
2.2
,2. 8
565
30
20
2.2
2.8
590
,30
20
10
4,
4
4
V
V
nm
nm
(IlA
pA
V
Unit
2.0
1.0
20
20
mod
. mod
mA
5
10
10
5
<.
E
...~~...
3
.,.~'/
~
.-
.m:"
¥::lii
~....
v~l
.~
'
~ 5 II 10
30 50 100
1I:n1tiJ.l*
IF (mA)
Current
~ ~
5
1
3
Forward
1f!i 1i,'
.5
o
~~
.- V
50
'/
i%~Z\RP~
1
O. 1
1
-
100
0
(~l=
r-
''t
i!&!
2.2
VF
2.4
10
-20
0204060
Ii!
(V)
It.
ill
IlIl
Ambient Temperature
80
100
Ta ("r.l
it :IlHU,
Relative Luminous Intensity'
Wavelength
Characteristics
~
...:.. 100
LN321GPH
I! 80
ItiJ
Directive'
If \
t4'
~
Characteristics
\.
~d
40
30
I
~§ 60
1.It1~....
til
LN421YPH
I!!~
40
'~
Irl'>~
<'Ii
20
0
'"" I '
0
700
:Ill' ,.\ p
Wavelength
"',,"
~
Y
600
it
'j-Q",
2.6mm
Type No.
Round-Top View Type
Series
Unit:mm
5.S±O.2
35±02
53±Q1
33±02
Lighting Color
LN221RPX · .. ··· .. ··· .. ·Red
LNS21 GPX ............ "Green
LN421 YPX··············· Amber
j@xg.:;t~~
LighUng Color . Po(mW)
*
O.4S±o.l
Absolut,e Maximum Ratings (Ta=25 ·C)
IF(mA)
IFP(mA)* .
vR(in.
: Topr('C)
TStg(··C) ..
Red
70
25
150
4
90
30
150
4
-25-+85
-25':"+85
-30-+100
Green
AmDer'
90
30
150
4
-25-+85
-30-+100
IFPO)*f.I:.~. duty 10%. Pulse wIdth 1 rnsee.
-30-+100
The condition oflFP Is duty 10%, Pulse width 1 msec
1 : Anode
2 : Cathode
\
Electro-Optical Characteristics (Ta=25 ·C)
UghUng
Color
Type No..
10
Lens Color
. Min.
Typ.
"'
2.0
1.0
IF
15
20
20
, mcd
mcd
rnA
LN221RPX
Red
8ed Diffused
1:0
0.5
LN321GPX
Green
Green Diffused
1.2
0.5
LN421YPX
Amber
Amber,Diffused
-
-
Unit
Typ: .
: Max:: ,
. Typ; , Typ.
..
.
, .. :
Ap . ·'·AA·..
VF"
'IM~ I~ 'IR . . .•.
IF'
2.2
2.8
700
100
20
2.2
2.,8
565
30
20
2.2
2.8
590
30
20
10
4
V
V
nm
nm
rnA
/lA
V
4
4
5
' 10
-
.o.~~.lE.tlf.~1" 0 6. Tentative Specification
1i
u
,5.
3
2
~f
!~
" 2.4mm
Series
Unlt:mm
7.0±0.35
4.5±0.3
4.0,,0.3 3.0
Type. No.
Lighting Color.
LN26Rp .... · ............ ·Red
LN36BP' ................. Green
LN46YP .... ·· .... · ...... ·Amber
0.45"0.15
2-0.45±0.15
ei1t.*lE~
~bsolute Maximum Ratings (Ta=25 ·C)
2.54
l' 2
*
Red
70
25
150
-30-+100
90
30
150
4
4.
-25-+85
Green
-25-+85
-30-+100
Amber
90
30
150
4
-25-+85
-30-+100
IFP o)"f.Ht, duty 10%, Pulse width I msec.
.~tr!J;'(;$tr!J~i!
1.
The condition oIlFP Is duty 10%. Pulse width 1 mBec
: Anode
2 : Cathode
Electro-Optical Characteristics (Ta=25 ·C)
10 -
"<
.5
5
r--
~f·
. ~~
Ta
100
10
50
.....
30
~1q
",Co
1
"
lI!J:i! 0. 5
'/
c:
.
E O. 3
~3
l-::;t~
I ' \...~26ti
3
I
1
3
5
10
1[.0.0.
a100 t:::~
J -.},
rfll:
1.8
$£
"'~l'''.
~
,
10
2.0
Forward
1iI1>=
]i
~p
1.6
I...N
50
~.~ 30
2.2
li1JraJtlll:
IF (mA)
Forward Current
~
~~-'
I-- r--
30 50 100
lIII1JraJ.il
~d
V,
5
~~
O. 1
1
/
0
"" ~'!>rf:.
lI!J~300
~
./
Voltage
2.4
-~
~
0
IlII
/!l
VF (V)
~
00
II
iI.
Ambient Temperature
00
100
,Ta ('C)
tlUUUt !!Ii /1- ill A 4f it
Relative Luminous Intensity
Wavelength
Characteristics
~
100
LN36BP
,
50
nf
LN46YP
raJ
Directive
If \
!I$'
it
Characteristics
:\.
40
30
I
"
1\
LN26 P
\ lJ
\
700
:Il
Wavelength
Panasonic
...
\
I~
10
Iy'
600
ill
~1'~
~~.,
~6~
~
o
o
800
20
40
IlII
/!l
00
iI.
II
Ambient Temperature
A p (nm)
- 108-
"
~
I
h-
80
e100
Ta ('C) •
it 8
Jfj
Round-Top View. Type
-
,
rp' 2.0mm Serie$
Unit:mm
o
UJ
a:
o
..J
e
en
le
UJ
Type N.o.
lighting Color
LN222RP .............. ··Red
2.5 !.8z.
z
LN322GP .... : .. : ........ Green
LN422YP················· Amber
.
.
\
f@X1t.*~~
Absolute Maximum Ratings (Ta=25 ·C)
-
.
Ughting ColOr
*
Ip(mA)' Ifp(mA)*
Po(mW)
2-0.6±O.1
. Tcipi'{'C)
VR(V)
Red
70
25
150
4
-25-+85
-30-:+100
Green
90
30
150
4
-25-+85
-30-+100
Amber
90
30
150
4
-25-+85
-30-+100
IFPO)5I1*&:, duty 10". Pulse width 1 mSGe.
.it~7C$~*¥1i
'.
,.
O.6±O.1
,Tstg("C)
2.54
'!}
2
The condition or IFP is duty 10%. Pulse width 1 msee
1 : Anode
2 : Cathode
Electro-Optical Characteristics (Ta=25 ·C)
'.',
..
:'
Lighting
Color'
rYPiltio.
"
o.
.~,
\ i
,';
. LenS Color
.
.;
10
Min.
1.0
0.4
,0: l
.lp
. VF
Typ.
~IR
IF
15
Typ.
Max.
Typ.
Typ •.
rF•. :
Max.
2.2
2.8
700
100
'5
. 10
VA
4
..
LN222RP.
Red
Red Diffused
LN322GP
Green
Green Diffused
1.0
0.4
2.2
2.8
565
30
LN422YP
Amber
Amber Diffused
2.5
1.2
20
20
20
20
2.2
2.8
590
30
20
10
4
-
-
mcd
mcd
rnA
V
V
nm
nm
rnA
/lA.
V
Unit
, 10
10
I';'
~
~
q
3
ff. ~
I
,/
1/
I
I
lI!!~ 300
c
,/
..
~~
::::-~
L.lV3<~Gp,,=
.
,
(~~<~..,
q
===;z!
0.
'],""
0.3 '---n'Y'V
'l!
tK/
O. 1
1
Ta
,
~ 500
50
30
..!!-
'],
~-
1
-
100
=--
. 5
0.5
10
4
V
f- f-t-'-"
"j
.
I -Jl
V I111
30 50
3 5 10
1li151oiJ.~
Forward
Ilo.
~~
.?
?of-
~'"
r- r-~~ ~~
100
1.8
10
2.0
2.2
J1111iIoiJ.a:
IF (rnA)
Current
1.6
Forward
Voltage
2.4
-20
0
I!l
VF (V)
20 ~ 00
IlII ill. II
Ambient Temperature
~
100
Ta ("C)
~M~~§ll-i&::fi~t!
RelaUve Luminous Intensity
Wavelength
Characteristics
~
-
100
fl!!
~
~~
L.N422YP L.N 22RP
L.N322GP
40
\
\
"
K~.y~
~~'"
IV.?.?
'"
~"1~~
1
::: I=::: :::::.
~ ~100
~c:
0.5
4
v
Voltage
10
-20
2.2
2.4
VF (V)
o
20
60
40
~
IIIl
/!J
Jl
Ambient Temperature.
80
100
Ta ("(;;)
. *M~:),(;~Jl~iJ1UHHI:
Relalive Luminous Intensity
Wavelength
Characterlsl\cs
LN322 G
H
LN4
m
iRl
Directive
2VPH
II'
{
~
,
,I'
'Ii
C~araclerlstlc.
'<
-5
50
40
-
30
I
i\
~!-~"',,"
~~
~~'"
;y
2.0mm
Series
Unll:mm
2.4~g2
rype No..
Lighting Color
LN222RPT; .............. Red
. LN322GPT ;·············Green
LN422YPT:·············· Amber
\
I!!M.*lE~
Absolute Maximum Ratings (Ta=25 'C)
:jjg~ng9ojor .- PD~"';W)
*
V~(V) ,
.faPrC: c )
Red
70
25.
150
4
-25-+85
-30~+100
Green
90
30
150
-30-+100
90
30
150
4
4
-25-+85
Amber
-25",+85
-30-+100
'F(mA) ';p(inAl*
IFPO)*f.I:~, duty 10%, Pulse width 1 msec.
\
<
.!tfI',J;I:~fI',J~1i
A
,
.
.'
u~htlng
'-,
Lens Galor
,Type 1)10;
, C or
.,
.
. .. '.. ,... ". >
,
': .. ;
,
LN222RPT
Red
Red Diffused
LN322GPT
Green
Green Diffused
LN422YPT
Amber
Amber Diffused
10
Unit
1.0
,--;
0.4
0.4
1.0
'.
f. ~
"
,typo ' '·tvUn:cc
{-,
~""
'
. '·12
~.-
The condition of IFP is duty 1096, Pulse width 1 msse
1 : Anode
2 : Cathode
Electro-Optical Characteristics (Ta=25 'C)
-;
,-"
~ '. 1."{" ,
Ta,tg(~{
..
,
.. ;If
.'
15
Typ;
20
2.2
2.2
,,:,t'p
';f+H+-'1
1
1
3 . 5 10
iii n raJ fit $Jt
Forward
30 50 100
IF (mA)
Current
31l1
~ ""
~(f(11
n""
~~;
.- -
1.8
100
~~ .
f
i'
80
\
~~
3i!
!/Ii! £
LN222RPT
\
\
\
20
o
500
11
r-... ~~1-~ .
~t~
Ta ('C)
"
,..~
I": ~
20
40
Ill!
60
ia
Il
Ambient Temperature
. - 112-
100
''' ...~ ~~;"
I!l
A p (nm)
80
40
o
o
700 .
60
Il
50
1\
Y
~
Wavelength
Panasonic
40
ia
Ambient Temperature
26
\
20
Ill!
10
600
ill
o
I!l
30
1\
~~
40
...J
~"'l'=
1i'..,~J.
it
~
Characteristics
I
~ac 60
,;:=
("'~
30
10
-20
]
·"m
raJ
Ol~ectlve
LN4 2V T
LN322GPT
Tii
2.0
2.2
2.4fit IE VF (V)
mMRJ'tgjll-iIlA~it
Retatlve Luminous tntensity
Characteristics
Wavetength
~
lIIir:
1;(.~
n raJ
Forward Voltage
.II
LN3 2G
!/Ii!:
-.J,{
1.6
,~ :::::::::;.
• 'il
~.3 50
"
5
IIIf300
. ~! 100
~c
III:8
~5OO
~d
V
Ta·
-
I
80· 100
Ta ('C)
8
j(
ff~
Round-Top' View Type
¢> 2.0mm
Series
. Unit mm
4.8±O.2
2.5~g2
4.6±O.2
~2.0"O.2
c
w
a:
w
c
-'
0
Type No.
Lighting Color
LN230RPP .. , .......... ·Red
~
+,
~
~
II)
I-
0
~"
:;J
2-0:8Max.
:3
LN430YPP·· .... · ........ Amber
*
O.5±O.1
I';"(m":)~ . V~(V) .' . Tq,t(;<::l ... "TStgrC) ."
IF(mA)
Red
70
25
150
4
-25-+85
-30-+100
Green
90
30
150
4
-25-+85
-:-30-+100
Amber.
90
30
150
4
-25-+85
-30-+100
Orange
90
30
150
3
.-25-+85
-30-+100
:2
2.54
2
€3
The condition oIlFP Is dUly 1~, Pulse width 1 msec
IFPC7)*f-I:I1, duty 10%, Pulse width 1 msee.
.~IY:J:7\:;~IY:J~t!
ti
~.
2-0.5±O.1
Absolute Maximum Ratings '(Ta=25 ·C)
Po(mW)
+,
Jl
,..;
LN830RPP .......... · .. ·Orange
'. Ughtlng Color
~
0
,...:
z
LN330GPP ........ : ..... Green
~jq.7\::iE~
2.3±O.2
1 : Anode
2 : Cathode
Electro-Optical Characteristics (Ta=25 ·C)
Lighting
Color .
Type N~
, Lens
Colo~,":'io:'
:ryp.::. "lMfn>;
Typ;.· ' Max.
Typ;
Typ.
LN230RPP
Red
Red piffused
0.5
0.20
15
2.2
2.8
700
100
LN330GPP
Green
Green Diffused
1.5
0.60
20
2.2
2.8
565
30
20
10
4
LN430YPP
Amber
AlI)ber Diffused
2.0
0.15
20
2.2
2.8
590
30 '
20
III
LN830RPP
Orilnge
Red Diffused
10
4
3 '
.' >"
., ..
Unit
..P
3.0
1. 50
20
2.1
2.8
630
40
20
mcd
mcd
mA
v
v
nm
nm
mA
10 .
100
10
-:;;u
.§.
5
1
Q,
~
"
LN330GPP LN43QVPP
.I
L. fV33
L.IVB38~pp=
Pp-
c
Relative Luminous Intensity
Wavelength
Characteristics
~IOO
Ta
~500
il x '2.0mm
Round-Top View Type
Series
Unit mm
~
• 2S±02
c'
~20±02
~I
R03.
~i ~03
Type No.
Lighting Color
LN282~PX
~I
··············Red
LN382GPX ··············Green
LN482YPX···············Amber
LN!l82RPX ..........•.. 'Orange
Mtq:ll:~lE~
u9I1t1iJlJ.qoi«::
*
D45.t:Ol
Absolute MaXimum Ratings (Ta=25 ·C)
Po~It)W~
't~J~~)~>~ iJ,.~i~~!'V~('~~;7, ;;Si#~~~ i'i',. t;· T~(~f,;:
Red
70
25
150
4
-25-+85
-30-+100
~reen
90
30
150
4
-25-+85
-30-+100
Amber
90
30
150
4
-25-+85
-30-+100
Orange
90
150
3
-25-+85
-30-+100
I
2
1 : Anode
2 : Cathode
IFPO);t.1*I1. duty 10%. Pulse width 1 moec. The c"!"liUon d IFP is duty 10%. Pulse width 1 msec
.~~:Yt$!~~1!
Electro-Op~ical Characteristics (Ta=25 ·C)
.,
,'1""
;
';
".', ,a '~~~~~~~~YC~S3~
'.
((;~j':.~ ~·~?-':';~Vp¥,;~>~«(:, ,);;~~.~:;
/A:,...",'
;t1'Yi>: ;,.y
;~\
,.tjp:?
L>.
LN2B2RPX
Red
Red Diffused
1.0
0.5
15
2.2
2.8
700
100
L>.
LN382GPX
Green
Green Diffused
1.2
0.5'
20
2.2'
2.8
565
30
2C!
10
4
L>.
LN4B2YPX
Amber
Amber Diffused
2.0
1.0
20
2.2
2.8
590
30
20
10
4
LNBB2RPX
Orange Red Diffused
6.0
2.5
20
2.1
2.8
630
40
20
10
3
mcd
mca
mA
V
V
nm
nm
mA
IlA
V
Unit
20
""l'Ill1til/!lIIi:ii<1". "" Tentative Specificetion
10
, 10
:g
E
_IIF
1-'
5
{/.""
==t::I-'
~~I/
-'V~/ I
1
30 50 100·
IF'
Forward Current
c
~ ~loo
-'r'fn"<
11'11'<
~~<:i
'1>';:
L"
.JIJ ~I
II l
1.6
1.8
iii
(m~)
::::::::
Lty3 8
< ~-'>++
I
\
1\
20
II L.j282RPX ~
1\
AI
1 )(11 '\
0
. 500
700
ilk
:Il-.t p
Wavelengllt
"'+
~
10
-....;::
~
0
LN882RPX.
600
-I'''/j
,0
BOO
20
/II
(nm>'
,40
Ill!
60
1I
/I
Ambient Temperature
/Panasonic
- 114 -.
80
Ta
I
100
(tl
-~-
i:iJ1l.gJ't5i'1':t - f"/VISIBLE LED'S
Square Type
-115 -
\-
"
-'
~
ff~
Square Type
D S.OmmXS.Omm Series
Unit:mm
6.8±0.2
6.2±0.2
52±0.2
~I
ow I
r:
~
Type ~o.
Lighting Color
LN250RP ················Red
~
+I
'"
~
~
'
,
Absolute Maximum. Ratings (Ta=25 ·C)
:'3
*
06±0.1
Tatg("c) .
VR(V)
Topr(~C}
70
25
150
4
-25-+85
-30-+100
~
f8
IFCinA) IFP(mA)*
Green
90
30
150
-30-+100
90
30
150
4
4
-25-+85
Amber
-25-+85
-30-+100
Orange
90
30
150
3
-25-+85
-30-+100
-'
IFPQ)!lf.f:U.. duty 10%, Pulse width 1 msec. The condition of IFP is duty 10%, Pulse width 1 msec
.it(f:}:7t$(f:}~t!
1 : Anode
2 : Cathode
Electro-Optical Characteristics (Ta=25 ·C)
.-
','
J
~
2-0.6±0.1
Red
PoCniW)
g;
~
2-1.0±0.1
.UghHng Color
I ,
0
l""'in
I_~..
LN850RP ················Orange
~M.*~~
N
r.t-~. ~
<5
'"
b
'·
z
LN350GP ················Green
LN450YP····:············Amber
1
5.0 °.2 11
~
UghUng
Type N9~.
. Color
Typ.
10
. Min.
1F··'Typ.
Maic.Typ.
Typ.
LN250RP .
Red
Red Diffused
0.4
0.15
15
2.2
2.B
700
ioo
20
5
LN350GP
Green
Green Diffused
2.0
0.75
20
2.2
2.B
565
30
20
10
LN450YP
Amber
Amber Diffused
1.5
0.60
20
2.2
2.8
590
30
20
10
4
LNB50RP
Orange Red Diffused
1.5
0.60
20
2.1
2.8
630
40
20
10
3
mcd
mcd
mA
v
v
nm
nm
mA
Unit
v
10 -
"<
-5
5
. .E
4
Ta
100
10
~E
4'
3
~
..
J!i5~
~ 10
v~'l>.,
" ~o'ilf'
....
~lii
.~
I'. v
k1'3I
5
10
30 50 100
JlintaItii
Forward 'Current
(mA)
IF
0
ill: "
V\..t'~'!:>
O. 1
1
,
.,
30
..!:
.,0 .,.l1. q
",'" .,°o'l-l
"
50
~
/
I--~
i3 i - r.'<- ~
~~
if: ijl00
(~ > - 0111>
~~
:1R.~ 30
]i
!i!~
10
2.0
Jlinrt;)tLt
Forward
ORp ;::::==
-'
.,~
1.8
t~::OGP
/.Ift'~ 50
" '"
1/11
j(
1.6
~ :::::~
c
/1.-/1.
0
!l!jr
OO
./ /
./
1ltco'" '"
f=
5 i -i-o
~500
Voltage
2.2
2.4
.
-20
0
JiJ
VF (V)
60
40
~
If
l1li
i&
~
. «1-~
80
100
Ta ('C)
Ambient Temperature
m~H~ ~ ~ /I" - ilUl:M 1t
Relative Luminous Intensity
Wavelength
Characteristics
100
t!!f
LN350G
P
\
60
\
40
20
o
1t
Ch,nacterlstlcs
-
30
I
c
/.Ift~
rt;):M
Directive
50
'v.~.
80
~d
;gij
r.I
vl~ ~.,01r
"<
-5
I
1\
LNB50RP
500
600
iii
1
a
0
o
BOO
60
2040
JiJ
(nm)
IlII
i&
If
Ambient Temperature
- 117-
i -i -
I"" ~
I
\
1
700
lil:,\p
Wavelength
<~'"
."'-$f~.<> '"
LN250RP \
yv " \- I
I
"-....'!:..,;",1i"6--$0
<5'-$.o/-G",
20
80
100
Ta ('C)
Panasonic
DS.OmmXS.Omm Series
'. Unit mm
•
52~02 II
\
Q
f
UJ
~
Type No. .
lighting Color
LN250RPH .............. Red
~
...
•
~
LN450YPH ............... Amber
LN!l50RPH .............. Orange
1
N
I
'"
N
~
'"
.!>
m
K1
,
~
~
g
LN350GPH .... · .... · .... Qreen
6.8<0.2
6.2·02
5.2'02
2-0.8Max
~~.~~~ Absolute Maximum Ratings (Ta=25 'e)
.' Ughitng
dOlor'
Red
*
IFP(;;'A)* VII(V).· ..
·Po(mW). •,IF(II\A)
70
25
150
4
Topr<'C)
Tstg('C)
-25-+85
-30-+100
-30-+100
Green
90
30
150
4
-25-+85
Amber
90
30
150
4
-25-+85
-30.,-+100
Orange
90
30
150
3
-25-+85
-30-+100
IFPO);ll*lt. duty 10'16.' Pul •• width 1 m••c.
lIitfr.J*~fr.J!M~
25'
~
fB
Th. condition of IFP I. duty 10%. Pul •• width 1 ms.c
1 : Anode
2 : Cathode
Electro-Optical eharacterlsti.cs (Ta=25 ·e)
..
. Lighting
Type 1110.
~'
2-0.6±0.1
Lens Color
COlor '.
..
'. v
10
..
.
VF
' ryp.
. Min.
IF
,
Ap
.A,
A
III
Typ.
' Max.
.Typ•.
Typ.
IF' 1.1Max.
20
5
VA
LN250Rp'H
Red
Red Diffused
0.4
0.15
15
2.2
2.8
700
100
LN350GPH
Green
Green Diffused
2.0
0.75
20
2.2
2.8
565
, 30
20
10
4
LN450YPH
. Amber
Amber Diffused
1.5
0.60
20
2.2
2.8
590
30
20
10
4
LN850RPHi
Orange Red Diffused
-
-
Unit
-
4
1.5
0.60
20
2.1
2."8
630
40
20
10
3
mod
mod
rnA
V
V
'nm
nm
rnA
p.A
V
10
/
1
.9
10
100
5
c.~
3
"<
II"
.§
,
.!:
~.l,#...
I~">
"
fI.~~
m~
",00
"'q,'"
10
30 50
lll1.iialtlf!
IF (rnA)
5
Forward
Current
10
{[",
5
.IL
dV
3
lI!!~300
.$
~!
~V
1
~500
30
0
~~
vv~'"
<~2-"
0.1
50
100
~
/
=
I'
=
-
3-
-
o
"
1.6
r:
:m~
~:§
:1i<
I
"'~
"I
1.8
~
i
lIV35
lIV8S0GPH:=
ORPIj= ~
(N I..
50
o~
. I-i
3O·
.i! &!
10
2.0
lll1.iialllG:
Forward
f::: ~ ~
?!dr: 1°O
:t
~~~q
oJ.{ IV!/)
It
1/ '/
V
Voltage
2.2
2.4
-20
0
p.jJ
~
20
I!II
Ambient
VF (V)
60
:e
Ii
Tem~erature
00
100
Ta ("C)
~IU~
II"': ~
o
000
20
p.jJ
40
I!II
i.Il\
60
Ii
Ambient T.mpe"iture
A P (nm)
-11~
-
c--
80
1
Ta (·C)
100
D 5.0mmXS.Omm Series
Type No.
Unit: mm
Lighting Color
LN250RPX ··············Red
LN350GPX '" ..... ······Green
LN450YPX···············Amber
LN850RPX .......... ····Orange
~:M.*~~
Absolute Maximum Ratings (Ta=25 'C)
Po(rnW)
IF( rnA)
IFP( "1 A )*
V~(V)
Topr("C)
TstgC"C)
Red
70
25
150
4
-25-+S5
-30-+100
Ughtlng Color
*
Green
90
30
150
4
-25-+S5
. -30-+100
Amber
90
30
150
4
-25-+S5
-30-+100
Orange
90
30
150
3
-25-+S5
-30-+100
IFP (7)~f~(j:, duty 10%. Pulse width 1 msec.
t!~fl!J7t~fI!J~ti
-EG
1 : Anode
2 ; Cathode
The condition of IFP is duty 10%. Pulse width 1 msec
Electro-Optical Characteristics (Ta=25 'C)
Ughting
Color
.
Type No.
10
Lens Color
Ap
A'\ .
Typ.
Typ.
IF
VF
Typ.
Min.
IF
Typ.
Max.
r----IR
VR
Max.
LN250RPX
Red
Red Diffused
0.4
0.15
15
2.2
2.S
700
100
20
5
4
LN350GPX
Green
Green Diffused
2.0
0.75
20
2.2
2.S
565
30
20
10
4
LN450YPX
Amber
Amber Diffused
1.5
0.60
20
2.2
2.S
590
30
20
10
4
LN8110RPX
Orange
Red Diffused
1.5
0.60
20
2.1
2.S
630
40
20
10
3
mcd
mcd
mA
V
V
nm
nm
mA
/lA
V
10 -
Ta
-
-
Unit
6En(J:m:lEm..e~~9o ,c;,. Tentative Specification
100
50
~
;'
30
i/ ~
~
10
f-
r-
.~\,
g- ,,- -
r- r-j'.!
rr-
'fl
1
/ /
,/
/I
1.6
t::: :::::,
lrvJgg2~:r=;::::
~ ~ 100
c:
-
._--
(II:'~
...J
r- -
(~
00'l"'.Jr y
50
.Jr
1~1
J-«
I.S
_
10
2.0
2.2
JIli:n[OJ1It~
Forward Voltage
2.4
-20
VF (V)
o
~
20
60
40
Il!l
)j,
SO
100
Ta ("e)
Ii
A:mbient Temperature
~!lXHBt l3i lit - iN' Jil: ~il' 11 .
Relative Luminous Intensity
Wavelength
Characteristics
~
100
lIJi~
;1!!!~
80
~§
60
(II: .~
...J
:t:<
!/l!
LN350GP~
1
o
500
1il'
[OJ
Directive
(1\
I
:
!I
1\
~
II
I
600
40
'c-r- -
30
r-.... «1-~"SQ
(
I '1-"
So
LN'250RP~\ _
A 1
-
-
SOY">f
D~~">
'1'"> f
i\
!X'IL \1
iLN850RPX
II
tt
Characteristics
\
40
20
til
LN450YP
/
50
~
I,
o
o
700
iIll
~'p(nm)
Wavelength
f
'II-t-~
10 - -
~ i:::-..
I
20
~
60
_40
Il!l
)j,
lit
Ambient. Temperature
- 119-
SO
100
Ta ('e)
Panasonic
~
ff~
Square Type
D 5.0nimX5.0mm Series
Unit:mm
15'O~0.21
Type No.
Lighting' Color
LN273RP ................ Red
LN373GP ................ Green
LN473YP· ...... ···· .... ···Amber
LN873RP .............. "Orange
2-1.0~0.1
~~.=*:~~
2-0.6=0.1
Absolute Maximum Ratings (T.a=25 ·C)
,
1,(mAl IFP(mAJ* ' Vft(V) ,
Po(mW)
Lighting Color
Tatg( 'C), .:
TopiclcJ
.
0,6=0.1
,
Red
,-70
25
150
4
-25-+85
-30-+100
2.54
Green·
·90
30
150
4
-25-+85
-30-+100
Amber
90
30
150
4
-25-+85
-30-+100
'Orange
IFP (7)*':f.I:. 11.
90
30
150
3
-25-+85
-30-+100
{$
*
duty 10". Pulse width 1 maee.
.~fr:J:7(;~fr:J~1i
",
....
."'<>~ ;
Electro-Optical Characteristics (Ta=25:"C)
,
"
'"
ughting
'1YP'~NO:
1 : Anode
2 : Cathode
The condition of IFP is duty 10%. Pulse width 1 maec
:
'.
I.t1
io
LeilsCaiilf
-'0' ' ' " TyP.: Min•.
','
'
.
" "
Color.:
.'
V,
'.
, . 1ft
.~A·
')'p
"Typ:', " Max.
I,
Typ.
TyP;.
IF .
f-:--
VR
4
LN273RP
Red
Red 'Diffused
0.5
0.20
15
2.2
2.8
700
100
20
Max.
5
LN373GP
Green
Green Diffused
2.0
20
2.2
2.8
565
30
20
10
LN473YP
Amber
Amber Diffused
1.5
0.75
0.60 .
20
2.2
2.8
590
30
20
10
4
LN873RP
Orange Red Diffused
4.0
1.50
20
2.1
2.8
630
40
20
10
3
.' mcd
mcd
mA
V
V
nm
nm
mA
pA
V
10 -
Ta
':, :',r:,
".
-
Unit
-
'100
10
1
.9
~~ q
~<>
. 1/>"
3
~"
y ~~
Vh
.~f
~~1
lII!i
0.5
~~
0.3
".
,,~
4
Voltage
Forward
10
20
2.4
40_
20
IiJ
VF (V)
I!I
60
II
ill
Ambient Temperature
80
100
Ta ("C)
otI!MR~Uill-ili:ll~1t
Relative Luminous Intensity
Wavelength
Charact~rlstlcs
100
lII!,~
~~
LN373GP
LN473VP
LN273RP
80
~!l
60
~~
40
I
600
iii:
'40
(",
r--. /"'~>
~~Q~
<", >~~I:-~
"'> ,.
20
~1~
0
R:
I"':t-..
\
LNB73RP
0
50
30
\
,\
\
X ~I
t'!
Characteristics
1\
\
II
~
iaJ
\
I
. ' .5
flii
Directive
II
/1"
"<
!
.100
I
0
o
800 .
20
IiJ
II 'Ap (nm)
40
I!I
00
ill
II
Ambient Temperature'
Wavelength
-120 -
80
100
Ta ("C)
ff~
fEj
Square Type _'
I
~
,
~
.
'.
t
D 5.0mmX5.0mm Series
Unit: mm
0--]
"
~
"
0
~
Type No.
~
Lighting Color
0
ti
z
LN273RPH ··············Red
~
LN373GPH··············Green
~ ~
~J
05
-
LN473YPH ··············Amber.
Absolute Maximum Ratings (ta=25 ·C)
Lighting Color
*
IF(mA) IFP(mAl*
VR(V)
Tstg("C)
Red
70
25
150
4
-25-+85
-30-+100
90
30
150
4
-25-+85
-30-+100
Amber
90
30
150
4
-25-+85
-30-+100
Orange
90
30
150
3
-25-+85
-30-+100
.~tI9:7{;~tI9*¥1i
I
06±O.1
::>
~
1 : Anode
2 : Cathode
The condition of IFP IS duty 10%. Pulse Width 1 msec
Electro-Optical Characteristics (Ta= 25 ·C)
,
L1gntlng;
Color . , .
Type. No,
iB
2-{J6±O.1
Topr("C)
Green
IFP (])~1*t~, duty 10%, Pulse Width 1 rnSBe.
0
.;!i
2-QSMax
Po(mW)
0
I
LN873RPH ··············Orange
~XdD*~~
0
_10
Lens Color
VF
_Typ:
Min;
Ap
A,\
IF
-Typ.
Max.
Typ.
Typ.
·IF
------,.IR
-Max.
VA
LN273RPH
Red
Red Diffused
0.4
0.15
15
2.2
2.8
700'
100
20
5
4
LN373GPH
Green
Green Diffused
2.0
0.75
20
2.2
2.8
565
30
20
10
4
LN473YPH
Amber
Amber Diflused
1.5
0.60
20
2.2
2.8
590
30
20
10
4
LN873RPH
Orange
Red Diffused
1.5
0.60
20
2.1
2.8
630
40
20
10
3-
mcd
mcd
rnA
V
V
nm
nm
rnA
/-lA
V
-
-
Unit
,
-
10
0
u
o
-5
5
.2
3
1
Ta
-
100
~ 50
-5
~~.
,,~'" ~VI~
,,~
:,,~
~
-
=
-
"1;~",\A
~~
5
10
30 50
Forward
IF
Current
100
(rnA)
./ /
./
~500
ltIi·fOO
~~
i::: t::::,
tJ:fl;3GPH"":'
3RPH-
f=
("'~
;-;;~
-3"1/01-f
t---o."" ~
"-' "- o.l
e=~~r
~. '["
,,'"
'-- ':L
;Q;(!t
v Vv~~
vr~
~.~30
10
~~
I
1
3
ll'i7Jlcltltilif
'/
/
v~~QJ
>-C"-i-fo. 1
...
30
1.6
1.8
.
2.0
2.2
JiI:nlcltltEE
Forward
'--
!Il!£
Voltage
10
'-20
2.4
VF (V)
o
20
40
60
~
flIl
i,!
II
Ambient Temperature
80
100
Ta (t)
mM~*~Jl-iIHHHt
Relative Luminous Intensity
Wavelength
Characteristics
100
~ 50
m
Icl
Directive
LN373GPH LN473YPH
~~
I
I."
~~
t£
-5
C~aracteristics
~~ 80
;g ~
60
..J
40
~.~"
~?:
~ 20
!Il!£
0
500
I
/
/ II ~ IV / 'I.
l!.N873RPH
600
iIt
:F.
wavelength
"-
.f"l~1-f
LN273RPH\
~\I
\
A""~>
,,:','"
">" l - i-'. <"'~~r
<"> ""<.,,,'Y
\
\11
I
I
I I
10
9OoLLli1...1J5j:::t::::_~:±2tIJ....LUJ9(:r
I I
700
800
o
o
1"-'1:-.
I
20
~
A p (nm)
40
flIl
60
i!!
II
;mbient Temperature
- 121":"
80
100
Ta (Oe)
Panasonic
~}f~
Square Type
-
D 5.0mmX5.0mm Series
Type No.
Unit: mm
Lighting Color
LN273RPX ··············Red
LN373(3PX ··············(3reen
LN473YPX···············Amber
LN873RPX ........ ······Orange
~M.*~~
*
O.4S±Ol
Absolute Maximum Ratings (Ta=25 ·Cl
"Q(~W~,
"f,{!'~A),
Red
70
25
150
4
-25-+85
-30-+100
!~~("'..;)~ ':~~~~f "~'1'6p~f'cl " ,:rSlg\'C)
2,4
Green
90
30
150
4
-25-+85
..,..30-+100
Amber
90
30
150
4
-25::"+85
-30-+100
Orange
90
30
150
3
-25-+85
-30-+100
IFPO):ln:U., duty.10%, Pulse width 1 msec.
lI~rr:J:Yi;~rr:J~tE
1 : Anooe
2 : Cathooe
The condition 01 IFP Is duty 10%, Pulse width 1 msec
Electro-Optical Characteristics (Ta=25 ·Cl,
Vii
100
IF
20
Max.
700
5
4
2.8
565
30
20
10
4
2.2
2.S
590
30
20
10
4
20
2.1
2. S
630
40
20
10
mA
V
V
nm
nm
mA
I'A
.c:,.
LN273RPX
Red
Red Diffused
0.4
0.15
15
2.2
t:;.
LN373GPX
Green
Green Diffused
2.0
0.75
20.
2.2
t:;.
LN473YPX
Amber
Amber Diffused
1.5
.0.60
20
l:.
LN873RPX
Orange Red Diffused
1.5
0.60
mcd
mcd
Unit
V
~fI]u.C~M.t3tjf;-; 0 .6 Tentative Specification
-
10
10
-
IF
IF
100
VF
~'
<:>
~~
:lis
~c
lI!!i
,,">
.?
1
0.5
0
v
+
...<1.9,+
,,">,,><1.'
c
V"
""'
~ 0.3•
",..J
-j·~l'l1-
l.I.~
0.1
1
3
10
,1
30 50
ll1:iiaJt~
Forward
-
I
5
100
~fHHU{;ii!iJi -
-",'IJ
~~
v
II!!~
c
" II~
100
LN373GPX
/ I~
1.6
III>Jr
~~
..J
LS
r
2,0
2.2
Voltage
<'1<,!
~
!IU
(
20
o
500
1\
VF (V)
0
~
100
00
Il
ia
Ta
Ambient Temperature
.5
()
'c
.!:
50
\
40
"
I
A p (nni)
I''''",
"""
o
o
800
20
)li]
\
40
I!Il
60
ia
Il
Ambient Temperature
\.
-122 -
- -
>,], r",,""-t
IV,,>
~"" +
.JII
+
10
I I
700
, <
< ~",:,]>
<
~~
.20
LNzpRPxl\
LN873RPX
~
20
I!Il
)li]
30
\
)..
600
tt
Characteristics
iV11 '\ I I
~avelen:
Panasonic
~il'
\
1\
II
10
-20
2.4
"<
m
iaJ
Directive
I
40
Jr
ilhUHt'
SO
~Bc 60
gF/PX=
'111\
Forward
LN473YPX
'f\
1..1V37
I.. rv s 7 G Px=
7A .J.;;:..P;
v
Relative Luminous Intensity
Wavelength
Characteristics
§
::: ~ F:::
(IV~=
.J
~:-
II 1:i iaJ t II:
IF .(mA)
Current
1/ ./
V
==
~.
:"> ",fJ
",ff"'
>c
v.
r,
r/
/
..J~Q;A.
Ta
~500
1I!!!3oo
5
3
-
10
~
I
SO
Ta ('C)
100-
Jf~
}tj
D
Square Type
4~OmmX4.0mm
Series
Unit:mm
4.3,0.2
14.0 '0.2
1
Type No.
Lighting Color
LN252RP ················Red
LN352GP ················Green
LN452YP·················Amber
, 0.6' 0.1
~M.*~~
Absolute Maximum Ratings (Ta=25 ·C)
VA(V)
Topr(~(p
Tstg('C)
Red
70
25
150
4
-25-+85
-30-+100
Green
90
30
150
4
-25-+85
-30-+100
Amber
90
30
150
4
-25-+85
-30-+100
Po(mW)
Lighting COl.or
*
IF(mA) iFP(mAl*
IFP~*f-t:':. duty 10%, Pulse width 1 msee.
.~IY~:7t~IY:J!fi¥ti
"
,
The condition of IFP is duty 10%, Pulse width 1 msec
1 : Anode
2 : Cathode
' VF
•' Ap
A ..
Typ.
Min,"
IF
Typ•. : Mil)(.
Typ-.
Typ, .
'IF
10
LensCoior
C:oIqr
..
2
Electro-Optical Characteristics (Ta=25 ·C)
Lighting
TYPlirNO:
2.54
... ~I~VRg
. Max:
LN252RP
Red
Red Diffused
0.6
0.25
15
2.2
2.8
700
100
20
5
4
LN352GP
Green
Green Diffused
1.0
0.40
20
2.2
2.8
565
30
20
10
4
LN452YP
Amber
Amber .Diffused
3.0
1.00
20
2.2
2.8
590
30
20
10
4
-
-
mcd
mcd
mA
V
V
nm
nm
rnA
,.,A
V
Unit
10
10
--
~
--
E
/
--
f
50
....
30
,/
f0~~
-v
\.-"
/
1'1'
'2-~'2-
rV
,/
0.1
1
/
3
1
5
Forward
30 50
10
IF (rnA)
Current
~'~"
100
1.6
3I
1.8
(~=
s~
50
LN352GP
LN452YP (LN252RP
If \
II
~~
/I
80
,
~§60
i
40
\
I
m
icJ
Directive
2.2
2.0
Voltage
10
-20
2.4
.
0
~
VF (V)
500
'I
F
-
100
80
Ta ("C)
Ta
50
40
30
I
<-}
r--...
11
",s./"Q""
~~
20
<
-}"'s
\
I I': ~
I
o
o
700
iIt
~ Ap (nm)
Wavelenglh
1-""
1-1>~
10
\ IV
600
60
4Q
ia
lID
11
C,haracteristics
\
o
20
~
Ambient Temperature
J1il
,~
E
\
~~
!i!~
.
Relative Luminous Intensity
Wavelength
Characteristics
~
=f::::
-fJ<~
ffUHU: !!Ii II - iIt :Iii: ~ 11
~100
L. fV3 5A\:f.l:.U, duty 10"", Pulse Width 1 mSBC.
1 i Anode
2 : Cathode
,
.ttrr:.J7'l;$rr:.J~1!
Electro-Optical Characteristics (Ta=25 ·C)
.1 0
10
~
<>
5
S
ft'
~~ ~P1~~'
.~
~!
.!
~
~~
~'1-.
'"
I!!: 0.5
8I:
0:3
I
50
....
30
./
1115
0
!['l!
5
/
3 - t--
- t-- "
V
30 50 100
IF (rnA).
11/
~
1.6
0:"
n
I:
LN35 ~G/:;f:;
.
(~
50
i!1?,,'t ~'t
~~
2.0
iaJ • J%
Voltage
10
2.4
VF (V)
2.2
-20
'rtf :
:a4O
Relative Luminous Intensity,
Wavelength . Characteristics
~
I!!l:'
~
8I~
LN452YPH
I'
80
1\
I
~a 60
I:
CIIl~
~i
\
40
20
500
I
\ rt'
:I:
w~velength
Panasonic
Ta
40
.,
30
"
1\
11 1
1I j
.<>"
,s~G'
0
(1\0
i!,s
I
700
600
iJt
100
Ta ('C)
50
/LN252RPH ~
\
t! &!. 0
"<
-5
ni
iaJ
"
t!£
Directive . 'Characterlstlcs
fi\
f\
80
:
Ambient Temperature
~UHUf ill JI- ill :llHiHf
i' ·100 LN352GPH
~r=
!'I4S',t-t:
,
-II"
Forward
:: t:::::
a100
CIIl~
",II>
1.8
iii
1!!~300
~
~
-.'" '"
~
~500
8I~
,/
10
~E
II ...
'('
/
"<
-5
oJ!-
'O~
~I:
~~
,
Q.~
3
,g
Ta
-
100
'.
0
"''''' ..
""" ~I
0
o
.800
20
40
•
:aJl
Ambient Tempereture.
iii
A p (nrn)
'- 124.-
!I
.~
100
Ta ('C)
-
~
I
ff~
D
Square Type
Series
4.0mmX4.0mm
Unit: mm
43±02
40±02
.n
Type No.
I
Lighting Color
LN252RPX ··············Red
LN352GPX ·.·············Green
LN452YPX··············· ~mber
>-
~~~.*~~
IFP(~A)* VA(V)
ToprCC)
Tslg('O)
-25-+85
-30-+100
4
-25-+85
-30-+100
4
-25-+85
-30-+100
Po(mW)
IF{mA)
Red
?O
25
150
4
Green
90
30
150
Amber
90
30
150
Lighting Color
*
Q45±Ol
Absolute Maximum Ratings (Ta=25 ·C)
IFP O)~11:t:. duty 10%, _Pulse width 1 msec.
1I~1Y-J7r;~IY-J~ti
The condition of lFP is duty 10%, Pulse width 1 msec
1 : Anode
2 : Cathode
Electro-Optical Characteristics (Ta=25 ·C)
.
Lighting
Color.
Type No..
.:...
.
.
•....
·Typ.
'0"Min.
. Lens qo\ix .
.
. VF
I
IF
..
.,\p
A.l
Typ•.•
IF
•Typ..
Mill\.
,TypO'.
IA .
....•..
. ··Mali. ,'VA
..~
LN252RPX
fled
Red Diffused
0.6
0.2
15
2.2
2.8
700
100
20
5
4
LN352GPX
Green
Green Diffused
2.0
0.7
20
·2.2
2.8
565
30
20
10
4
lN452YPX
Amber
Amber DifflJsed
1.5
0.5
20
2.2
2.8
590
30
20
10
4
-
-
mcd
mcd
mA
.V
V
nm
nm
rnA
J.iA
V
Unit
AfflUS:li:Alta!;r-:T 0 A Tentative Specification
10 10
~
0
E
5
.2
3
';(
E
::j .~
.~
i
W
,,~"J.,'V0 v~rt
1
1
~c
\.-t<2l:>2
l!!!:
g o. 5
'E o. 3
,g,3
30
.
J!q
"'8
1["
\>.1''''
'lI&
~
~V
3
5
30 50
10
llinioltliJll
Cur~ent
Forward
100
(mA)
IF
50
,/
..!!-
~~
O. 1
,/
~::--
/
10
lN352GPX.':==::
s .~
f~'
~~iI
5
.,'"
r-rr- c---: ~
'"
1.6
1.8
iii "Jj
(I'y02
02'?"'Jr
.e-~
...J.'IIl~HBt~li- iJt~~t£
100
~~
;
2.2
Relative Luminous Intensity
Wavelength
Characteristics
~
To!!
100
\ II
1\
""~1,"',),s~
~
·i.e I"':~
'9"d''-~G'
20
02,sj02,?
LN252RP"'\
I
I
I
II \ Y
600
~~velen;;
30
700
,\
p
10
o
o
800
20
40
Of
60
~
Il!l
1& Ii
I Ambient Temperature
(nm)
- 125
~
80
1
100
Ta ("C)
Panasonic
~
ff~
Square Type
O' 3.0mmX7.0mm Series
Unit:mm
5.0±02
4.8±0.2
3.2±O.2
72
. ± 02
.
Ot02
l
Type No.
Lighting Color
LN216RP · .... ··\ .. ·· .... Red
LN316~P ················Green •
LN416YP·············:···Amber
LN816RP ················Orange
~
N
0
J\
.n
N
0
I
~
,n
.f*i;l., dqty 10%. Pulse width 1
.~IY:J7C~IY:J!M'~
LN216RP
LN816RP
~
ffi
. +
1 : Anode
2 : Cathode
i
msec. The condition of IFP is duty 1~, Pulse wldlt11 msec
Red Diffused
0.5
0.2
15'
2:2
2.8
70Q
100 .
20
5
Green Diffused
1.5
20
2.2
2.8
565
30
20
10
4
Amber Amber Diffused
Orange Red Diffused
1.5
0.6
0.&'
20
2.2,
2.8
·590
30
20
10
4
1.0
·20
2.1
2.8
20
10
3
rnA
V
V
630
nm
40
mcd
nm
rnA
"A
V
Red
.Green
LN416YP
-
2.54
Electro-Optical Characteristics (Ta=25 ·C)
LN316GP
-~
2-0.6±0.1
2.5
UnIt
mcd
I
4
10 ..:.. Ta
100
10
'0
o
-
..s
5
f--+-
..9
3
I--+-
"'"
-
illS"':'
'1.6
=l::
l.1II"'~.y.y- :--
-
,,~
I
80
100
Ta ('C)
Panasonic
~
ff~
Square Type
[J 2.7mmX5.7mm
Series
Unlt:mm
4.hO.2
5.7±O.15
, Type No,
Lighting Color
LN249RP ................ 'Red
LN349GP ················Green
'LN449YP···········::···· Amber
LN849RP .. ·:············Orange
I@M.*:i:~
Absolute Maximum Ratings (Ta:=25 ·C)
:·Vit:i~f 'tOjlrf'ol
...>i'atgj -0> '
:,-
i,.tmA)
IFP(jnAj*
Red
70
25
150
4
-25-+85
-30-+100
Green
90·
30
150
4
-25-+85
-30-+100
Amber
90
30
30 '
150
'4
-25-+85
-30-+100
150
4
. -25-+85
-30-+100
Lighting COlor pciCmW)
.orange
* IFPQ)ili:fflt,
90
.~~7t~~~1i
;,.
,
-",
2.54
1
2
E8
The condition of IFP Is duty 10". Pulse width 1 msse
duty 10%, Pulse widlh 1 msec.
O.6±O.1
2-0,6±O.1
Electro-Optical Characteristics (Ta=25 ·C)
: Anode
2 : Cathode
.A p< .'6 A
. Typ..
~IR
' IF
Max.
20
5
4
10
4
tN~49RP
Red
Red Diffused
0.4
0.15
15
2.2'
2.8
700
,Typ..
100 .
LN349GP
Green.
Green Diffused
1.0
0.40
20
2. 2
2. 8
565
30 '
20
LN449YP
Amber
Amber Diffused
2.0
0.75
20
2.2
2.8
590
30
20
10
4
LN849RP'
.orange Red Diffused
2.0
0.75
20
2.1
2.8
63Q
40
20
10
3
mcd
mcd
mA
v
V
nm
. nm
mA
iJA
V
10
Ta
Unit
10
10
5
-
IF
--
--
r-+-
.:S
1/
r-1
lI!!.:' 0 5
'5 .
' ,1-;--
'e '
~.3 O. 3r:--,r-O. 1
J
~
3 5
Forward
I(f~
, l[0
~l
IliIL
f-"" ji'i49~P
r-:-%
ilL? ftiJ
m~
" "
bo
. 10
30 50
Current
IF (mA)
t iil
50
100
/
10
5
lI!!~OO
/ /'
-j /'
~
-
1 .
1.6
W'
~g
1.8
LIII849~~'==
~~
50
("'~~-:;;
~~
30
.,&~,. ~Y"
]i
i!&!
10
2.0
2.2
ll1.iftiJ.1Z
Forward
llll349G
~ ~100
c:
~t!
" "(
,,~
:::: b-
~.!i
i
- -"fl{-K
3-
~5OO
...
,.
30
~
'~~j
.,.'" ...'"
~~'!>
I
~c:
.c:
"<
.5
('
3
:y.~
Voitege
2.4
·-20
VF (V)
0
20
/il
IlII
L~349GP
-lI!!f
~~
80
~d
60
;ec:
~:3
~j
i!~
f,j
}
.
it
I
1\
600
700
~aY~len:'
A P (nm)
r-.... /1< '
~N"'''.}''&
!&....&J.-~,. <~,.
I":~
a
o
800
I -~
J&-I>~
a
I
lW
100
a
2a
LN849RP
0
·500
M'.
Characteristics
\
,\
II
80
Ta (t)
50
30
1
lJL 24 R
20
'1i'iJ
Directive
[\
1\
40
]
LN449YP.
J\V (\
60
If
IF .- Ta
Luminous IntenSity
Characteristics
~a_velengtll
100
40
iB
Ambient Temperature
fUHBt ~ Il- ilk A M' it
R.elatlve
.
100
='--
---
Vii
~
20
/il
IlII
iB
60
If
~
1
Ambient Temperature . Ta (t)
Pana5()nic
-128 -
100
~
ffj
Square Type
D 2.7mmX5.7·mm Series
Un
,t:mm
4.1<0.2
.7<0.15
fA
2.9<0.2
Type No.
Lighting Color
LN249RPH .............. Red
LN349GPH ............. 'Green '
LN449YPH ··············Amber
LN849RPH ............. 'Orange
. .ex;f:ll:*lE#t
Absolute Maximum Ratings (Ta=25 ·C)
Po(mW)
UghUng ,Color
*
'F(mA) IFP(mA)* . VA(V)
Red
70
. 25
150
Green
90
30
150
Amber
90
9(')
30
150
Orange
30
4
3
150
IFPo)"f-I:.~1 duty 10%. Pulse ~idth 1 msec.
1I~UI~:W;~~!fijti
4
4
Topr(~C)
Tstg(~C}
2-0.6<0.1 '
-25:"+85
-30-+100
-25-+85
-30-+100
2.54
-25-+85
-30-+100
-25-+85
-30-+100
E8
The condition of IFP is duty 10". Pulse width 1 meec
Electro-Optic~1
Characteristics (Ta=25 ·C),
.. :.~
LlghUng
, Color· ,
'. tyP~No.'
'
1 : Anode
2 : Cathode
' Typ.
. Min.
•.Ii",
:k'R
0.4
0.15
15
2.2
2.8
700
100
20
5
4
20
10
4
4
L~nS Color"
,
0.6±0.1
'·vp ..:·':;·:· ,(A,:,. ,A·i,·
10
IF',:
" TYP-
Max)
:Typ;: .:TYP.
•
,I'
,::..
'p-
VII:,
LN249RPH
Red
LN349GPH
Green
'Green Diffused
1.0
0.40
20
2.2
2.8
565
LN449YPH
Amber
Amber Diffused
2.0
0.75
20
2.2
2.8
590
30
30
20
10
LN849RPH
Orange Red Diffused
2.0
0.75
20
2.1
2.8
630'
40
20
10
3
mcd
mcd
rnA
V
V
nm
nm
rnA
/-Iii.
V
Red Diffused
Unit
10
10
Ta
-
100
~500
lI!!~300
1/[/
5
-
1i .'
(rnA)
~~
"'I -'{
1.8
2.0
Forward
(l
?~
r"
IoJ
2.4
\
I
0
0
0
500
1\
II Y IV /
600
0
I!l
~
~
l1li
ia
00
II
Ambient Temperature
00
100
Ta ('C)
Ta
,-
40
< .
".<","'.:;
,"(';'.9909
\
69909"~",,.,- l -I -
~9
"'.y- t-- t-<~
,. '9"'",
LN249RPH \
~\
10
700
~
I>/f
30
o
o
LNB49RPH
ili
-~
()
~
'Ii
Characteristics
\
II
50
Voltage' VF V
Directive
[I'
::::
(~11
50
N449YP
lIV349GP
llVe49F/P~=
10
2.2
~UHB't ~ 11- iii liH~ 1i
Relative Luminous IntensitY.
Wavelength
CharaCteristics
LN349GPH
~ :::~
]I
!/l!~
.~ ~ ~(:f
.llfinloJlIl%,
8c 100
:;w ~ 30
OJ
1.6
,IF
,g
== '~~
rt :/1
-J~ ~0
31
~~
tJV
/
800
:II
f"': ~
I
20
/il
00
~
l1li
ia
II
Ambient Temperature
Wavelength ). P (nm)
. - 129 ;-
80
100
Ta ('C)
Panasonic
~
-
ff~'
D
.
.
2~7mmX5.7mm
Sq!Jare Type
Series
Unit:mm
S.8±02
·57±02
Type No.
Lighting Color
LN249RPX··:············Red
LN349GPX ··············Green
LN449YPX···············Amber
LN849RPX ....... ·······Orange
o45±O.l
f@x~.*:iE~
Absolute Maximum Ratings (Ta=25 ·C)
~II':9ijf~
*
P~f'!lW.l· J,;c;n"'f ,,;.;(;;;.\)* :V~fvf· .~;i',op~{'d) .- ~·.tlitgt:~:>;
-30-+100
150
-25-+85
-30-+100
150
-25-+85
-30-+100
-25-+85
-30-+100
70
25
Green
90
30
Amber
90
30
Orange
90
30
150
lFPO)*~U:. duty 10%, Pulse width 1
.~rr:J7't~rr:J~1i
,4
-25-+85
Red
150
2.54
1
2
1 : Anode
2: Cathode
msec. The condifton of IFP Is duty 10%, Pulse width 1 msec
Electro-Optical Characteristics (Ta=25 ·C)
L:.
LN249RPX
Red
Red Diffused
0.4
0.15
15
2.2
2.8
700
100
20
5
4
L:.
LN349GPX
Green
Green Diffused
1.0
0.40
20
2.2
565
30
20
10
4
L:.
LN449YPX
Amber
Amber Diffused
2.0
0.75
20
2.2
.2.8
2.8
590
30
20
10
4
L:.
LN849RPX:
Orange Red Diffused
2.0
0.75
20
2.1
2.8
630
40
20
10
3
mcd
mCd.
mA
V
V
nm
nm
mA
JlA
V
Unit
AfDttlilt;t;tU&fff-T
L:!..
0
Tentative ~pecificallon'
-
10
10
-
-
IF"
IF"
100
VF"
.
Q+'
O)~
'b~
.
~J+I
/
J'",'!>
Yo v
1
30 50 100
10
5
Jll!15Jt;)fI~
ForiJ(
1'>.If
oo~'<
V~$f
IF (rnA)
1.6
'"
~
I-- ~ ~
~~
3
lI!!~300
-t
LN249RPX,\
10
600
(Jv.q-9,...C1~
<'Ii IOJ;>;;1>
10
700
Wavelength
Characteristics
\
LN8rORP
iBi
o~1> ~Yl>
30
,\
II
~ YI/
500
(~;-r=
"
,
\
f
I
30
50
I
..""
50
,
t:~~/OG,:=
IOF/p_ =F
LN410VP
c:
...J
CII1j
11f(~
i
,jHH~ :l't %i ~ - iBi :lHHl:
Relative Luminous Intensity
Wavelength
Characteristics
~
100
c:
::: ~ ~
!/i!£
Il'inioltEE
Current
1i
,g
,0
Ilt....
1.8
300
.~~
III Sf
1.6
Forward
/
1!
=~o~
Q.
,0 eN
'--- -
3~ -.~
,,~
1
lI!!~
1/ . /
V
60
ill
II
Temperalure
00
100
Ta ("C)
~
ff~
Square Type
Series
Unlt:mm
2,8~O,2
2,5~O,2
Type No.
Lighting Color
LN210Wp················Red
LN310Wp················Green
LN410WP················Amber
LN81 OWP·· •....•...... "Orange
I@M.*l:~
Absolute Maximum Ratings (Ta=25 ·Cl
'" *
'':'iih~ng .GO)or ' {Po(~) I~{m~) IFio( mA')., " Vn(:V) , 'fopr("cj';, '
25
150
4
90
30
150
Amber
90
30
Orange
90
30
Green
*
;;'.
70
Red
/
TstQ('q) ,
-30-+100
4
-25-+85
2..25-+85
150
4
-25-+85
-30 ....+100
150
3
-25-+85
-30-+100
-..liL.
-30-+100
1
f33
IFPOl"'1*U, duty 10", Pul •• width 1 m•• c, Th. condollon oIlFP os duty 10%, Pul •• width 1 m•• c
.tiB';J)IC$B';J~~
590
30
20
10
4
1.5
0.60
20
2.1
:2.8
630
40
20
10
3
mcd
mcd
mA
V
V
nm
nm
mA
p.A
V
Orange White Diffused
-
IF
100
.~~~q
:q~'
.
~t:
} ~if
.S
~",,,,,
v.
v~_
~c
II!: 0.5
'il
LN~I 6Y P
."..
E 0.3
~.:l
V ~V
1
3
I
10
5,
II! ~ 300
~1!
~!
5
/' '/
/
~
IffI
I-~ ,~~
!:O
3 I - ~o
"ti, OJ;
I
I--
1.6
1.8
-
~~
L.Na/o
100
L.N8/~~.i=F
~ ..J
~ 50
.L.~r=
oijo",
0
I
10
'2.0
2.2
n jt;J .. IZ
Forward Voltage
iii
IF (mA)
i!c
4
Ta
~
~~
~V·
IlptJf
i
30 50, 100
.njt;J.~
Forward Current
~5OO
30
10
-
10
50
.$
.~
0.1
VF
0
"
c
4
2.8
LN810WP
...
".vA
2:2
1.0
""
: Max.·
5
0.40
White Diffused
.9
20
10
Amber
'<
.5
100
20
LN410WP
5
700
30
0.45
3
2.8
565
1.0
~,
Typ•. ,
2.8
White Diffused
10
: IF,
Typ.,
2.2
Green
Unit
~IR.:'i;'
:Ail
'.l.p
Mai
20
20,
LN310WP
E
1 : Anode
2 : Cathode
Electro-Optical Characteristics (Ta=25 ·Cl
v.F, '
~
()
2
2.4
-20
VF (V)
0
20
WI
p.i]
40
i&
60
II
Ambient Temperature
80
T
a·
100
("C)
flUf R ~ • If - ilk :IU$1t
Relative LU!'1lnolis Intensity
Wavelength
Characteristics
~
.
100
N\
II!~
c
~d
If
:7f<~
i
'.fI.!,~
~
-
40
30
\
1\
~
,
LN 8
500
,600
YV
~~o~
'0:;:...""
0
(IV"'/
~
0
O~P
700
,0
800
-i
20
p.i]
ilk
A;. p (nm)
Wsvelength
O
. 'I'" ~
0
A
.-
<
r-.-. /",IV~/
LN210WP:\
o
Panasonic
..!!-.
I
40
20
11
Characteristics
80
,~j 60
CIi:,§
m
jt;J
Directive
LN310WP 'LN410WP
WI
40
iJl
60...
80
J
100
"'-.fa ("C)
Ambient Temperature
- 132 - ,
~~
~
lf~
D
Square Type
Series
2.5mmX5.0mm
Unit:mm
5.5±O.2
5.0±O.2
2.7±O.2
2.5±O.2
Type No.
Lighting Color
LN213RP ................ Red
LN313GP ............ · .. ·Green
LN413YP············ .. ···Amber
LN813RP .............. ·:Orange
2-0.SMax.
2-0.5±O.1
fett.*:iE~
: ugi1tI~:Cd!oll'
po(!'1Itit)
1~(niA)*
IF(mA)
11i(")
. Topi("()r
.T8tg(·CY':
Red
70
25
150
4
-::25-+85
-30-+100
Green
90
30
150
4
-25-+85
-30-+100
. Amber
90
30
150
4
-25-+85
-30~+loo
90
30
150
3
-25-+85
-30-+100
*
Orange
IFP 0):1:1*(:.
O.5±O.1
Absolute Maximum Ratings (Ta=25 ·C)
duty 10%. Pulse width 1 mS8C.
'i'----i'"
k§1'
1
2
ill
The condition oflFP Is duty 10%. Pulse width 1 msec
1 : Anode
2 : Cathode
Electro-Optical Characteristics (Ta=25 ·C)
<:.
',' <"
-."
:- ." ~ ,,>' ':
,.
. ;.
.'
:.10
~.~. '. .: ¥e~s cOlOr· '., r----:-..:..r=:..,-~
:ryp. ~ Mfn: '
<;~
''-: '.,'. '
",;- .:'r;.
';"
2.2
2.8
700
100
20
5
Green Diffused
1.0
0.4
20
2.2
2.8
565
30
20
10
4
Amber Diffused
1.0
0.4
2Q
2.2
2.8
590
30
20
10
4
LN313GP
Green
LN413YP
·Amber
LN813RP
Orange Red Diffused
Unit
1.5
0.5
20
2.1
2.8
630
40
mcd
mcd
mA
V
V
nm
nm
-
IF
0
100
5
...
",~">
~~
~'1>
",.
0
A"
/
3
10
30 50 100
.1:iiaJ_l*
Forward
sf:::
31-
-fJ~
~
v
IF (mA)
Current
,">
~~...
ioo
II!~'
I!- 80
~
II/f"r
1.6
1.8
2.0
1I-n1tiJ.e:
Forward Voltage
2.2
2.4
o
500
II
r
LNBI3RP
iI.
:Ill
Wavelength
t~3/3GP
'1
50
3~,. ~y...
10
-20
,0
20
40
60
100
80
ia\ II
JlII
/il
Ta (t)
Ambient Temperature
4*
1!
40
<.
~.j,"',1/
"
.:iJ-'"
~~~t
<"', '%,,""
(I,
20
I
I
700
::::: E
8/3RP
I.JI{~~I=
I-I'... ~
LN2f3RP \
~
I
IY I \1
600
:::: ~
V. (V)
Characteristics
L\
\
l
Ta'
-
30
\
\
10
~~
\
40
8c: 100
IIIlj
Q:.Q.~.
1
5
r;;
/
,,>'
v
,....... LN213RP
I
1IIl!
VF
/,,">
5
1
Typ.
15
Red Diffused
1
A~
··;Max. : ::;Typ:
0.1
Red
o. 1
, JYp,
-0.4
LN213RP
3
.;' ''\-p
' V,
,I';
10
I"":~
I
o
1
o
800
20
/il
A p (nm)
40
I!II
ia
60
11
Ambient Temperature
80
100
Ta (t)
. Panasonic '
- 133-
ff~
f£j
Square Type
D 2.5mmX5.0rhm Series
,
,Unil:mm
5.5±O.2
5.0±0.2
"
Type No.
Lighting Color
LN213RPP .......... · .. ·Red
LN313GPP ..... : ......... Green
LN413YPP ........ · .. ·, .. Amber
2-0.8Max.
.~
2-0.5±0.1
~M.*lE:~
0.5±0.1
Absolute Maximum Ratings (Ta=25 ·C)
'1'---1",
*
Red
70
25
150
.4
' -25-+85
-30-+100
Green
90
30
' 150
4
'-25-+85
-30-+100
Amber
90:30
150
4
-25-+85
-30-+100
IFP o>*ft:.U, duty 10", Pulse width 1 mSBC.
.~Uf.J*~iWlMiti
~
1
2
fe.
The condition of IFP Is duty 10%, Pulse wjdlh 1 msee
1 : Anode
2 : Catbode
Electro-Optical Characteristics (Ta=25 ·C)
LN213RPP
Red
Red Diffused
0.3
0.1
15
2.2
2.8
700
100
20
5
LN313GPP
Green
Green Diffused
2.5
0.9
20.
2.8
. 565
30
20
10
4
LN413YPP
Amber
Amber Diffused
2.0
0.7
20
2.2
2.2
2.8
590
30
20
10
4
mod
,mod
mA
v
v
nm
nm
mA
Unit
4'
v
'10 :.... Ta
10
!
.9
100
'_ :-- :-(~
20
.
'/LN213RPP \
I I
\ Y III
I
I I I
I
600
10
700
·800
I
20
.~
:Ii
f;;>",,,, '"
~~
o
o
Wavelength A p (nm)
Pana&OnIC,
•
0
20
~1lI!
30
1\
1\
iIt
-20
il*1t
\
\
N.1
~V
/
,
~
II/ $(
=
- r-~rc ~. .
=-",'<" }1
rvi~
'11';.....
/. 'l
Ta
-
0.>
Q"
~(5
~::::--
,ld
100
4I:.~"
50
lN3/9GP
lNs/ 9RP
==
(rv~
J;0
3
W£
\.'-il1'~
~
I.
~I
O. 1
.1
2.8
630
40
20
v
V
nm
nm
rnA
0
5
-
I
5
10
1
30 50
[/iJ .'ill
Forward
IF
Current
'/
/
. /' /
,/
,g 1i 100
11
~
100
1.6
=1R ~
'Itt:/'
:;
~'"
~r
1.8
2.0
2.2
IIIn[/iJ.~
Forward Voltage
(rnA)
VF (V)
,
LN 4 GP
f.i
N44 YP
_Il!~
;I\I!~ 80
40
0
0
500
II
1\
L
~
20
I!Il
iI
00
If
Ambient Temperature
!
40
/1.
"(~~
;-....~ ~,,~
'I>~
0
~ I::-.
IYII
0
700,
o
800
20
40
00
I!Il iI If
~mbient Temperature
IiJ
(nm)
-136 -
100
Ta
1\
LNB4 RP
600
00
Ta ('C)
50
20
1,\
i&:
~ Ap
Wavelength
Panasonic
4 RP
0
~
30
1\
"-II
.E
'Ii
Characteristics
\.
II
,g i!! 60
!II:§
~
[/iJ
Directive
1/\
11f\
=
"'~~~
3q
10
-20
2.4
m~HU{;~If- i&:~~'Ii
100
N3'L?
N84i2RW+=:
!/l!£
Relative Luminous Intensity
Wavelength
Characteristics
~
:::: ~====
!II:'~
50
...J
m'
fill
3.!..- ~..j
I
Ta'
50
c:
"L"z('Z
3
v
'0 -
v
3
iii n
2.1
0
i~1'
v
,.,..',v
20
mA
100
~'/,
i
1.00
mcd
IF
5
.E
2.5
mcd
00
1
100
Ta ('C)
~
-
1f~
D
Square Type
2.0mmXS.Omm· Series
Unil:mm
52±02
2.2±0.2
~
~J..
c
a::
c
-'
0
Ul
Ul
Type No.
!
t-
0
z
LN242RCP ············"Recj
x
~
LN342GCP"""''''''''Green
N
.:;
Ii
(J)
Lighting Color
2.0±0.2 '
J\
r-:
--
NL.-
LN442YCP """""""Amber
.IJ")
r-:
~ :!i
d
.... '"tl
'r- ~
rq
2-1.0±0.1
.eMA*lE*&
*
IF(mA) IFP(mA)* . VR(V~
Red
70
25
150
Green
90
30
150
Amber
90
30
150
tFP O);lf~U.. duty 10%, Pulse width 1 msee.
.~~7\:;~~*¥1i
':TypeN~'
Topr(:C)
T8tg(~C)
-25-+85
-30-+100
-25-+85
-30-+100
-25-+85
-30-+100
~
~
2
1 : Anode
2 : Cathode
Electro-Optical Characteristics (Ta=25 ·C)
10
Lel,18 Color,
Typ.
Min.
LN242RCP
Red
Red Clear
1.0
0.4
15
'2.2
2.8
70C
100
20
LN342.GCP
Green
Green Clear
2.5
1.0
20
2.2
2.8
565
30
20
10
4
LN442YCP
Amber
Amber Clear
2.0
0.7'
20
2.2
2.8
590
30
20
10
4
mcd
mcd
mA
V
V
nm
nm
mA
Unit
-
10
10
!"
"
5
..9
3
:.a
:&!c
~~ 1
-:i! 0.5
IF
"<
!
~~
30
/'
-
,,50
.10
(["
5
>.8~6
~lii
III!
I-- r.-
0.1
1
3
10
5
.100
1III1i raJ .. II
1.6
I-~
~
:::: t::::,
34;>"8>=
50
II ~?
1i
!I/,!;!
2.0
a::
Voltage
2.2
10
2.4
-20
0
~
VF (V)
20 ~ 00
IlII i l l i
Ambient Temperature
m~HU{;~II-i&:A~it
Relative Luminous Intensity
Wavelength
Characteristics
L
342GCP
m
raJ
Directive
~
it
Characteristics
~
00
100
.
Ta (.'C)
Ta
IF
I I
ILN242RCP
LN442VCP{"\
== E
r.~_ t:::
"i!~
""i!1-.
.
.<>..:p :.:...
:1f<.~ 30
""
'Forward
Ta
-
§ 100
«j
~ ~C!J
1.8
4
V
c
lIII1iraJ ..
IF (rnA)
Forward Current
Ii
:1tl!
,/
/
5·
~ 500
1I!.f 300
50
~
~ 0.3
1
10 .
100
~.3
'j
0.6+0.1
The condition oIlFP is d~ 10%, Pulse width 1 msec
Lighting
Color ..
,,',
4
4
4
t.
2-0.6±0.1
Absolute Maximum Ratings (Ta=25 ·C)
Po(mW).
. Ughtlng C9Ior
-
40
"
0
\
II
0
\
\ II
\
o
500
Wavelength
1~G
"'1...~
"C'C'",
iC)
\
1'"
10
700
A
i',.<~,]
20
IY
600
iBl
30
o\
o
800
III
A p (nm)
~
20
IlII
ill
~
00
II
Ambient Temperature
-137 -
-...-: ~
00
I
100
Ta ('C)
"Panasonic
~
ff~
Square Type
D 2.0mmXS.Omm Series
I
Unit: mm
2.200.2
2.0~0.2
Type No.
Lighting Color
LN242RPH ··············Red
LN342GPH ............ "Green
.LN442YPH ..•...... ·····Amber
LN842RPH ............. 'Orange
1!t\t.*i:~
Absolute Maximum Ratings (Ta=25 ·C)
;jj~ngq~Or Po~~)
*
TatgC'c)
-25-+85
-30-+100
-25-+85
-30-+100
150
-25-+85
-30-+100
150
3
-25-+85
-30-+100
70
25
150
90
30
150
Amber
90
30
Orange
90
30
IFPO,H1e";U. duty 10%. Pulse width 1 msee.
OMO.l
roilr("C) •
4
4
4
Red
Green
.~~7't$~*¥1i
Vnc,V) ,
1!:(~A) • lfp(mA.l*
2.54
2
: Anode
2 : Cathode
The condition of IFP is duty 10%•• Pulse width 1 msec
Electro-Optical Characteristics (Ta=25 ·C)
iJg~~
t·Ci}'~i~':~~~~tt;~;?;~:·
I;t~i; i":'
)(: ",c,. '.•~
;S
")J
··"l~::I.'~~):I""'"
-COlor...:
:~.c~ ;;.~;
.
.)
','
'10:
Ap
VF
,'Jyp'
Min.
. IF
Typ.
AA
Max.
Typ.
Typ.
IF
LN242RPH
Red
Red Diffused
0.4
0.15
15
, 2.2
2.8
700
100
20
5
4
LN342GPH'
Green
Green Diffused
1.5
0.50
20-
2.2
2.8
565
30
20
10
4
LN442YPH
Amber
Amber Diffused
2.0
0.75
20
2.2
2.8
590
30
20
10
4
LN842RPH
Orange Red Dlffu~ed
2.5
1.00
20
2.1
2.8
630
40
20
10
3
mcd
mcd
mA
V
V
nm
nm
mA
J.1A
V
-
Unit
-
10
,
r--IA
. . VA
Max.
Ta
-
100
"
~~
5-
3 - -, Z.y
~G
<:<1,,:
;y
20
700
"'j.y"'t'::i [": ~
10
o
LNe42RPH
Wavelength
~
40
30
r\1
~I/ '\.
60Q
itt
:/I
.
50
LN24 RPH 1\
500
==
11
Characteristics
\
I
\
~
~bie~ Tem~eratu~
()
<-E
F\.
RPH-
~/"'<:11", <:.y~
50
10
1.8
m
I.. rv 34
I.. rv8 4%,GPH
Iy
~M~ :Ytillf - itt:IH~1t
Relative Luminous Intensity
Wavelength
Characteristics
LN34 GPH LN442YPH
~ :::::1::::::
,g ~ 100
I
o
800
20
JliJ
A p (nm)
40
Il!I
ii
60
ff.
Ambient Temperature
- 138-
80
1
100
Ta ("C)
"
~
ff~
.
,,;;tSqu,are Type,
D 2.0rnrnXS.Ornrn Series
,
Unlt:mm
5,2±O.2
2.2.0.2
2.0.0.2
Type No.
Lighting Color
LN242RPL··· .. ··········Red
LN342GPL .............. Green
LN442YPL············ .. ·Amber
O,6±O.1
jj!M.*~~
Absolute Maximum Ratings (Ta=25 ·C)
,.Lig~~~or Po(;"'<:'/) IF(mAl IFP(mA)* VR(V)
*
Tstg(,'C)
" Topr("C)
Red
70
25
150
4
-25-+85
-30-+100
Green
90
30
150
-25-+85
-30-+100
Amber
90
30
4
4
-25-:-+85
-30-+100
150
Ifp O')Slfef.l:l:, duty 10%, Pulse width 1 msee:
The condition Of IFP
IS
2.54
~,
duty 10%, Pulse width 1 msee
1 : Anode
2 : Cathode
.~t19~~t19~~ 'Electro-Optical Characteristics (Ta=25 ·C)
LN242RPL
Red
LN342GPL
Green
LN442YPL
Amber, Amber Diffused
' Red Diffused
Green Diffused
Unit
I.
0.5
0.2
15
2.2
2.8
700
100
20
5
4
1.5
0.6
20
2.2
2.8
565
30
10
10
"
2.0
0.7
20
2.2
2.8
590
30
20
20
mcd
mcd
mA
V
V
nm
nlli
mA
5
"I.'
Ambient .Temperature
".f.l:lt, duty 10%, Pulse width 1 msec.
.tt~*!iF~4'i§i1!
;;t¥(:(H, "
T~(:CJ:
I
4
-25-+85. -30-+100
4 ' -25-+85 '-30-+100
-25-+85
3
I
-$-
-30-+100
The condition of IFP is duty 10%. Pulse width 1 mlee
1 : Anode
2 : Cathode
\
,
Electro-Optical Characteristics (Ta=25 'C)
LN242RPX
Red
Red Diffused
0.4
0.15
15
2.2
700
100
LN342GPK
Green
Green Diffused
1.5
0.50
20
2.2
565
6-
LN442YPX
Amber
Amber Diffused
2.0
0.75
20
2.2
2.8
590
30
30
6-
LN842RPX '
Orange Red Diffused
2.5
1.00
20
2.1
2.8
630
40
mcd
mcd
'mA
V
V
nm
nm
Unit
A~It.lI!:.lIIt;j<"'.
-'
;'
.. ~ .
c.:, 'I~,;,~;:'
, lS';'<. "
rYp;
6-
"'
,',
" ;','~.p}
: Max.:. < ,VII"
:IF
20
,,20
5
4
10
4
20
10
4
20
10
3 '
mA _
IlA
V
10
T8
A rentatlve Specilication
, 10 -IF
-
IF
1n
100
VF
l
.~ 500
.~
;f' ~
~J
1
/
=
~'
n'
0
"',
I.
-
~,
0.1
f!! ~300
./ ./
1
50
0
10
.1i tal. il
;g
---~+
f!l!t~~
!~
-~
III' :;,$
1.6
~~
,
Voltage
VF
Directive
II '\
~
'Ii
Characteristics
1\
a
"-
ii
:II
'Wavelength
Panasonic
o
o
Ap
800
IiJIlII
40
iI
60
II
Ambient Ten:perature
(nm)
- 140-
~~
I
20
~
'I-
i"'~
10
1)(1/ '\
100
Ta rC)
«",'1"
~"'~~"'Q",
~
LNa42RP;
80
60
't1......"'s-"'.'I-_ "- ~"''f
20
AI
700
"'-I;
40
L~242RP)C:\
600
40
Temperatur~
30
1\
o'
~~
J.-"'.t
50
I
1\
20
IlII 'il ,It
Ambient
1
tal
"'~
."-': ~
20
LN848WP
1m
80
Ta '('e)
tt
Characteristics
IYV
600
60
Ii
0
Hi
i\
1\
II
~~
- 1m ~~tt
\
1\
40
is.
Ambient Temperature
I
0
20
Il!I
Iil1I
VF (V)
Intensity
Characteristics
-
~~t=
.4aF/",~p
4awp
zg
Luminous
Wavelength
~.~ 50
v'"
",v I-'
Forward .
Relative
4a Gf;,
l7l
IV
..J
mnfCJlIfE
flUt~ J'(;~1i
~ ~ 100
c:
f= =h:''''''
51-'
r-
- I--
,
SO
I
100
Ta ("e)
Panasonic"
~
ff~
Square Type
D 2.0mmXS.Omm
Series
Unit:mm
4 O::e.O 2
5.2~O.2
5.0±O.2
Type No.
:Lighting Color
LN248RPH ·•····•···· .. ·Red .
LN348GPH··············Green
LN448YPH ·······:······Amber
LN848WPH ......... ····Orange .
06;,:01
.eM.*~~ Absolute Maximum Ratings (Ta=25 ·C)
. Red"
*
70
25
150
4
-25-+85
-30-+100
Green
90
30
150
4
-25-+85
-30-+100
2.5
Amber
'90
30
150
4
-25-+85
-30-+100
90
30
150
3
-25-+85
-30-+100
~.
Orange
Electro-Optical
Char~cterlstics (Ta=2~ ·C)
10
-:cu
5
..9
3
10
100
"<
,f~~
.!
~'"
1!!!1l
Wli
0
O.S
(['E
\.,
....
¥:: ~'
.5
E· 0.3
~
~.:l
'/1/
0.1
1
5
10
30 50 100
'.1.iIi'il.',.
!-3rr-
II!! i 300 t-H-t-t--+++++-t-t-l
c:
~q
'I> ""
~r~~ ,,3
~
~~
r
I
I
1.6
1.8· 2.0
1II1i1i'il.a::
IF (mA)
Forward Current
.
:
.'
5 t:::
1
3
Ta
I!~ .
V
' /~
~
'"
10
V
"
./ ./'
30
..!!-
",'l-A
-
.
50
.§
~
,
:yi
III:ii
: Anode
2 : Cathode
IFP Ol.,fIo It. duly 10%. Puis. widlh 1 msec. TIl. condi1ion ~ Ifp Is duly 10%. Puis. width 1 maec
tI~~:1't~~*¥1!
.§
~
Forward
Voltage
10
2.2
2.4
-2~0~~0~~~~~40~~~~-8~0~~loo
/iJ
VF (V)
IlII
II
iii
Ta ("C)
Ambient Temperature
mMR:Yf.II-iIl::I-~tt
Relative luminous Intensity
Weyelength
Characteristics
L~34
GPH
50
iii
N44BVP
r
1/
Ii'il
DlrectlYe
~
\ .
II
\ II
\
t!:
Characteristics
40
30
20
IL~24BRPH \
o
500
II Y
10
"IV I
\.
600
700
:l-
. Wsvelenglh
"<'Ii.,'~e:.;<9G'
j<9
~
'I>~;y
;y~
o
20
40
60
.·/iJllIIilli:
800
A P (nm)
Ambient Temperature
-142 -
i--
~
'1'",
o
"-NB4 WPH
ill:
<
<1<"03
\
~
i 80 I
Ta ("C)
100
~
tf~
Square Type'
Series
•
-llnit:mm
0
"'a:
"'
1,4.0±O.2,
0
..J
0
en
l0
N
I
Z
Type No.
~" ' - - - '
lighting Color
._.
Nr---
LN251RPP ··············Red
LN351GPP ........ · .... ·Green
,
LN451YPP·· .. ·· .. · ...... Amber
+, .
.0
1.-~Jl
'". '"+,
~~
2-0.8Max.
LN851RPP · ........ · .... Orange
d
",.
~
+i
"'
.;
2-0.5±O.1
I@x;f.:;t~~
O.5±O.1
Absolute Maxl,mum Ratings (Ta=25 ·C)
I' t-';'';J*
'F(~">" ,FP
." , " ":vRiy?: ; roP~!".C) ··.··T8Ig! '(: };:
Ughting:COIor· Po{mWl
Red
70
25
150
4
-25-+85.
-30,..+100
Green
90
30
150
4
-25-+85
Amber
90
30
150
4
-25-+85
-30-+100
:'-30-+100
Orange
90
30
150
3
-25-+85
-30-+100
* IFP 0lat:f.l.:U:. duty 10", Pulse
width 1
"1
~
1' 2
1 : Anode
2 : C.athode
msec. The condition or IFP Is duty 1'"', Pulse width 1 mIse
Electro-Optical Characteristics (Ta=25 ·C)
LN251RPP
Red
Red Diffused
0.9
0.35
15
2.2
2.8
700
100
20
5
4
LN351GPP
Green
Green Diffused
2.5
0.90
20
2.2
2.8
565
30
20
10
4
LN451YPP
Amber
Amber Diffused
2.0
0.75
20
2.2
2.8
590
30
20
10
.LN851RPP
'Orange 'Red Diffused
2.0
0.75
20
2.1
2.8
630
40
20
10
4
3
mcd
mcd
rnA
V
V
nm
nm
rnA
p.A
v
10 -
Ta.
Unit
-
IF
1
100,
10
50
5
A
3
.E
~
.I.
11
LN2S!,R PP
I
f'J"J
~q
3
5
7 16v~~1
1'1·
1
1
f=
~
/
,
I!!~ 300
c
~g
~:::::
~~3S/GPP
L 8S / RPPE::::
=~.-"
"
1
10
30 50 100
lli1.iraJ.~
Forward
"
1/1/
V
~' 500
~-
I- -4' ' ~~
~ ",,;
f- ~
L.(V,~ ... 11,
"7
"
".
30
'/
1
O.
VF
'\II')
,/I/I/~$
1.6
1.8
10
2.0
2.2
iii 1.i raJ • EE
IF (rnA)
Current
If? S/'yp"""j;
"'",
Forward
Voltage
2.4,
-20
VF (V)
0
~
20
~
IlII . i.\l
~
~
/I
100
Ta ("C)
Ambient Temperature
m~H~:Yf; iii /1- ilt :liH~ 'Ii
Relative LuminOus Intensity
Wevelength. Characteristics
4
LN351GPP
m
raJ
Directive
IYPP
n jt'1"
II'
~
\
0
/
II
0
500
\
1'1/
~aval.n:
,
30
1\
<1-
I'... (~'" ~~
e /J.:fi'.cs
~
. 'r. . .
-;(
5
.2
50
~ 500
30
.tII ~ 300
.!!-
~
'"
~.~
III'S
u
-1['2
qtJ./
10
v
yqq
5 -- t--~""v
-- r-- v
.ft:: ~
!I! & 3 --
/
/
~
~~ .::: F:::::::
;g 8 100
/'
q
cJll.ll.
Q-~
IQ....
1
0.1
~~
./ ,,~~i~'"
5
10
100
1l1.iItiJ.ilIl
4Il~HHf;~.IJf
1.6
I.B
Forward
2.0
2.2
100
/\
~~
1ii
!iI!~
ItiJ
m
Directive' "
f
\
I
20
o
11
500
\
Voltage
Pa~ic..
•
I
10
-20
0
l!l
VF (Vl
~
20
!!II
60
M
100
Ta (t)
.IJf
i.I
Ambient Temperature
4*
it
Characteristics
50
.!!-
40
<<.'i-u-
"~~~~
'i<'l-IY."$~/~
20
{S
I
IV / '\
700
lI,\p
Wavelength
C/::If:l
LN251 RCPP
t,N 51Ficpp
600
30
-;(
E
1\
I
it
~.~
1ii
(rv~SIR
c>;:;
30
II
'/I.
~
50
- it II 4* it
LN351GCPP LN451YCPP
1\
~~
2.4
Relative Luminous Intensity
Wavelength
Characteristics
~
-
I'IB~Rr'-p,,==
!iI!&!
I"
1ll1.iItiJ.ff
IF. (rnA)
Forward Current
.
LI'I 35 1GCPP
c
- - I---. "
3
Ta
-
100
-
"
5'
1
nm.
I
I
'fc
c--- f-
,,~
0
I
~'"
"'",.
I" ~
0
o
800
20
iii
(nm)
40
!!II
60
i.I
Ii
Ambient Temperature
- 144-
BO
I
,
100
Ta (tl
~
ff~
Square Type
D' 2.0mmX3.0mm Series'
,
Type No.
Unlt:mm
..
Lighting Color
LN260RCPP ···.·· .. ·····Red
LN360GCPP· .. · .. · .... ·Green
LN460YCPP ............ Amber
I@:M:II*~*!
Lighting Color
*
2-0.5±0.1
Absolute Maximum Ratings (Ta=25 ·C)
Po(mW) , IF(mA) IFP(inAJ*
Vi!(V)
Red
70
25
150
Green
90
30
150
4
4
Amber
90·
30
150
4
'Tstg(~)
. Topr("C)
I
-25-+85
-30-+100
-25-+85
-30-+100
-25-+85
-30-+100
2.54
IFPO)if:'A=U, duty 10%, Pulse width 1 msec. The condition of IFP Is duty 10", Pulse width 1 msse
1 : Anode
2 : Cathode
llUiirr..J:7{;$rr..JMi!
Electro-Optical Characteristics (Ta=25 ·C)
,
Lighting
Color
Type.No.
..
..
VF
.fo
LensCoIm:.
..
X" .
..
~A
Min.'
IF
Typ. .
I~ •
TYP.
Typ.
LN260RCPP
Red
Red Clear
O.S
0.2
15
2.2
2.8
700
100
LN360GCPP
Green
Green Clear
3.0
1.0
20
2.2
2.8
565
30
LN460YCPP
Amber
Amber Clear
2.0
0.7
20
2.2
2.8
590
30
mcd
mcd
mA
V
V
nm
nm
. ·TYp,
-
Unit
-
~I~
' .
! IF .
Max:. ·,VR.
20
5
4
,4
20
10
10
4
20
mA
10
0
t-=--
"<
5ff--
--
-
-
f----
I
A1
0.1
1
"
/
~\lcl'l'
-\.-~
-z.c o
1
5
10
i
IF (mA)
Forward 'Current
~UHt ~
c:
tilE ::: ~
100
~8
c:
tj' "i~~
1.6
:tf<
<:~
1.8
100
I·J
2.2
Voltage
m·
raJ
Directive
2.4
~
.
0
500
\
600
0
Ii!iJ
~
20
i.I
IlII
~
•
~
100
Ta ("C)
Ambient remperature
it
40
~~
20
1-.;>6'
OJ-cc",,,,,_
jc", "'", I-- I--
0
I
700
ii:
-. Xp
Wavelength
,
50
/1-~
1\
I I
~
-5
30
I/IN26°'iCii~
It
-20
VF (V)
Characteristics
1\
j
II
0
~I-
LN460 C P
i
"<
II,
1I
\
Gc~~ .
3>- ii: ~ ~ 1i
LN360GCPP LN460YC P
I{
~ 30
0
10
2.0
Relative Luminous Intensity
Wavelength
Characteristics
~
.0.1
f.~MiI:*lE~
Absolute Maximum Ratings (Ta=25 ·C)
70
25
Green
90
30
150
'150
Amber
90
30
150
. Red
*
IFP o)~~l:, duty 10%, Pulse width 1
msec.
4
-25-+85
-30-+100
.4
-25-+85
-30-+100
I
2
The condition oIlFP II duty 10%, Pulse width 1 msec·
1 : Anode
2 : Cathode
.,;)j..:. .'Ii 'A. ,
.'rYP.•
mA
I'A
V
1.00
20
2.2
2.8
565
30
2.0
0.75
20
2.2
2.8
590
mod
mcd
mA
V
V
nm
Green' Green Clear
·3.0
LN460YCPX
Amber
Amber Clear
"
5
4
Tentative Speciflcaliai
i,F
10 10
10 -
~
~500
50
1/.
3
30
~IC'
~
/
~7:;;C
,-"'1'
5
1
5
10
30 50 100.
mniAltlil
IF (mA)
Forward ~Current
I
....(J
1.6
o
c
;It!~
V
-
100
~B
c
~~
~k
¥-&
~ ~~
~.
I
1.8 2.0
3r- rt- r- "
~3·
f!l~300
/'
d'l ..."
~ro '",0
1
Ta
100
5
1
nm
100
LN360GCPX
O. 1.1.:
4
700
A
,0.
4
10
2.8
Red Clear
Unit
10
30
.Ii:"
20
20
20
2.2
LN260RCPX
~ijJt1e2E.tli~'t 0
: 'tyJi,
15·
0.6
L:,.
':"-:
::: ~
lIv369GC~ E
/\I~~f-
50
;tr
C",
0
,-l"
..,."
JaniAltG:
Forward
Voltage
10
2.2
VF
2.4
-20
0
/!l
(V)
~
20
Jill
~
ill
M
If.
100
Ta ("C)
Ambient Temperature
mMR~§If':"iIlA~1t
Relative Luminous Intensity
Wavelength
Characteristics
' LN460YCPX.
f\
.-
II
,
\
II
II
.
.\
20
700
:Ii
Wavelength
~
30
N 60F CPX
"
\
\
ri
600
ill.
iAl'~'
1t
Directive
Characteristics
I,
LN360GCPX
0
500
50
m
"-
"-<~~.?e.
~~~
~Qi'i'C~~+
~
1\
I
I
0
I
0
I"': ~
o
800
~
20
/!l
Ap (nm)
Jill
ill
~
If.
Ambient Temperature
-146 -
80
1
Ta ("C)
I
100
~
D
ff~
Square Type
.
Series
J.8mmX5.3mm
Unit: mm
0
UJ
a:
N
UJ
Type No.
0
0
Lighting Color
..J
CJ)
....0
LN217RP ·······,········Red
LN317GP ················Green
M
0
+t
Ef
2-1.0±O.1
j!M.:;f;::~~
Absolute Maximum Ratings (Ta=25 ·C)
Po(mW) 'IF(mA) IFP(mA)*
Ughtlng Color
*
2-0.6±O.1 .
Vn(V)
Topr('C),
TStg('C) .
Red
70
25
- 150
4
-25-+85
-30-+100
Green
90
30
150
4
-25-+85
-30-'+100
Amber
90
30
150
4
-25-+85
-30-+100
--- -
IFPo>iH*L1.. duty 10%. Pulse width 1 msec.
0
ro
;:J
~;-
LN417YP················· Amber
0
+t
:;J
I
z
N
iI
!
0
~
:t
O.6±O.1
lS
I
2
The condition of IFP Is duty 10%. Pulse width 1 msec
1 : Anode
2 : Cathode
.~rr:J:7f:!Frr:J!M1!
Electro-Optical Characteristics (Ta=25 ·C)
.-
-Ughtlng
Color
Type No.
10
Lens Color
"
,\p;
aA,-
Typ.
Typ.
IF:
Max.
Vp'
Typ.
Min.
,'", .
Typ:::
::·Max.
IR
VR
LN217RP
'Red
Red Diffused
0.6
0.3
15
2.2
2.8
700
100
20
5
4
LN317GP
Green
Green'Diffused
1.5
0.4
20
565
30
20
10
4
LN417YP
Amber
Amber Diffused
2.8
2.8
590
30
20
10
4
V
nm
nm
rnA
/LA
V
1---
--
,-
Unit
10
1.5
0.6
20
2.2
2.2
-mcd
mcd
rnA
V
10 -
190
"I?l:--'f--
ilt :Iii: ~ 11
LN417vP
/
10
-20
2.4
Relative Luminous Intensity
Wavelength
Characteristics
LN31 G
(~0r,;:
50
oJoJ
I
1
Forward
lli!j
" ,...
.. n;;;
c,c,
3
:Iii:
, Wavelength
30
1
LNZi7RP
I
I _
20
,
~~
>J-I¥",
I>
'"
10
'\
20
iii
40
JIll
,50
iI
80
II
Ambient Temperature
--147 -
I--
r--
~~
o
o
800
- I--
~ ~1f-1---;<1',
1\
H-++'
700
Ap (nm)
'I'-,.
_.- t----
1
100
Ta ("C)
Panasonic
1H
~
Square Type
D 1.8mmX5.3mm
Series
4.000.2 Unit: mm
Type No.
Lighting Color
LN217RPH : ........ ·:.. ·Red
LN317GPH .............. Green
LN417YPH .............. Amber
eM.=*:~~ Absolute Maximum Ratings (Ta=25 ·cj
2-0.8Max ..
:i~.~(~p 'JIj)fih\Y j. :I~( inA",; ~(in~')~ ''iIi.tV')': ·:",l'opr'(~C) '. ,'TBIg( ~C)·
2-0.6±0.1
*
Red
70
25
150
4
-25-+85
-30-+100
Green
90
3.0
150
-25-+85
-30-+100
Amber
IFP O)llf.lol:.
90
30
150
4
4
-25-+85
-30-+100
2,54
2
83·
duty 10". Pulse width 1 msec. The condilion oIlFP.ls duly 10". Pulse wldlh 1 ~ec
• •ag;'{;*ag!Jft!
0.6±0.!
1 : Anode
2 : Cathode
Electro-Optical Characteristics (Ta=25 ·C)
"
'. '. .'" ': ,,:::~
~j~:: ...
"
""ax: ..VA'
IF
LN217RPH
Red
Red Diffused
O. 6
O. 3
15
2. 2
LN317GPI1
Green
'Green Diffused
1.5
0.4
20
2.e
LN417YPH
Amber
Amber Diffused
Unit
1.5
0.6
20
2.2
mod
mod
rnA
V.
2. 8
2.8
700
100
565
30
20
590
30
20
10
nm
nm
mA
p.A
10 ,
-;;
u
5
~
3
]
til:iI
~~
30
V
1
O. 5
10
5
100
1.6·
1.8
(~t:
I :>J;>P ~YP"
Jf
:tR ~ 30
]!
i!~
2.0
Forward
lfY317GPH t:::::t::
1.111150
2.2
1I:n1tiJ.H:
IF (mA)
Forward Current'
Vcllaga
2.4
10
·-20
o
20
VF (V)
40
lID
/!j
i.II
60
80
Ii
100
Ta (t)
Amblant Tamparalura
ftUHUt II 11- itt:ll ~ 'It
Relative Luminous Intensity.
" Wavelength
Characteristics
~
100
tIlf
80
L~417
LN3 7 PH
40
II
~Ien:
'It
40
~
20
700
.t p
I I
10
I I
1
0
(n~)
.800
<
'~'k1-..11
9/ >G
<~
1'1'10",,'
LN2 I7RPH 1\
IV
600
~
Characteristics
30
\
\
\
ItiJ
Directive
1\
I .
20
0
500,
#Ii
PH
f\
f\
~ii 60
i1R1
50
30
::: ~::::::
l/:l li 100
~ ~1
,3
.1; ItiJ .'it '
i!&!
V
~d
"Ie.
I~A/~'i;
O. 3
1
IIR~
Ta
-
f!! ~OO
1/
;>.YlI~
O. 1
.~
v
50
~l!
!i .(
4
4
100
10
.§
5
10
'-': ~,
o
20
'/!j
.IID
A~blant
40
i.II
1
60
80
It
Ta (t)
Tamparatura
100
t£1
Jf~
Square Type
D 1.8mmX3.5mm Series
Unit:mm,
~
~2
2.3±0.2 .
1.8+0.2
Type No.
Lighting Color
LN211RP ·······:········Red
LN311GP················Green
LN411 Yp···:············· Amber
f@M.*lE~
Absolute Maximum Ratings (Ta=25 ·C)
.
.
f>o(mw) ·1~(mA)
~htklg901Q(
*
2-0.5+0.1
!"p(mA)* . IIR(V)
.Tq:ir("C)
Tj(g("e:).
,
Red
70
25
150
4
-25-+85
-30-+100
Green
90
30
150
'4
-25-+85
-30-+100
Amber
90
30
150
4
-25-+85
-30-+100
IFPO)fef.l:li, duty 1096. Pulse width 1 mssc.
• •~;'C~~*i1i
~
I
2
f8-.
The condition of IFP Is duty 10%. Pulse width 1 msec
1 : Anode
2 : Cathode
Electro-Optical Characteristics (Ta=25 ·C)
:.',::
. "': ....
'.'
>~
c:,: :;:lVF:~) .·AI> AX,
Wgl1ting . tens COlor .'
10
':.'
~IR
'Color '
c,,;:.: :, ryp,' Min. '!<:'J~'t ;:'ryji);jiMu c.: .~~p. '. !:Typ?' I.I~, ':Ms)t; , I/R
. 'c
.'
,.,~,~~~c!,.,·
:·.c,:
LN211RP
Red
Red Diffused
0.3
0.15
15
2.2
2.8
700
100
20
5
4
LN311GP
Green
Green Diffused
1.0
0.45
2.2
2.8
565
30
20
10
4
LN411YP
Amber
Amber Diffused
1.0
0.40
\20
20
2.2
2.8
590
30
20
10
4
mcd
mcd
rnA
II
V
nm
nm
rnA
I'A
V
Unit
Ta
10 100
10
lj
.§
.2
<.
5
!
3
~l;
l/
.J.j ..
a!
~.s
til .. 0.5
i!
l
~3
"
"
~~~
" "
"
.*T
0.1
3
1
5
"
5
0<
II
30 50
10
.ntAJ.il
Forward Current
'F
~500
JI!!~3oo
./
100
1.6
1/" I"
1.8
Forward
2.0
tAl.
EE
Voltage
2.2
I/~
II
II
,
, JiI
o
500
600
iii
IIi
Wavelength
Directive
~i\'
,
1.1
10
-20
ii
0
)iJ
!
11-,;'
100
Ta rC)
I
:,
t-... <~1-~
.
(~~/
1<",
~
1/
I?...
~
R
t-..:
1
20
)iJ
40
Il!l
14
00
80
Ii:
Ambient Temperature
- 149-
00
0
o
o
A p '(nm)
Ii:
)
10
800
00
14
50
20
1\
~
20
Ill!
Ambient .Temperature
0
LN211RP
Ii
50
V F (V)
Characteristics
\
700
:Il
/0]
IJII]
2.4
Relative Luminous Intensity
Wavelength
Characteristics
N41 I VP
IN:3// GP
~d
*~Ut :)I[;;;llf - iIi:A4i¥ii
LN311GP
f::: t:::: I::::::
c
h~~0
"
"!'to' '11'
"/ JP
lin
(rnA)
~ ~ 100
!~lJ.
f-- f--
3c-- -
1.
c
;ij!~
V
/
0
~"J v"".....!-"'
;~ v LN211RP
0.3
50
30
100
Ts ("C)
Panasonic
ff~
fEJ
,0
Square Type
1.8mmX3.5mm ' Series
unit:mm
4.0~0.2
3.6~0.2
4.0"0.2
2.3z0.2
1.8±0.2
Type No,
Lighting Color
LN211Wp················Red
LN311WP.················Green
LN411Wp··········:·····Amber
2-0.8Max,
{@~.j;:~~
Absolute Maximum Ratings (Ta=25 ·0)
2-0.5,,0.1
O,5±0.1
:.: iJoiiUiIO cd;;;' . ,P.D( ",yo.: .I~(m"i, ',p(rnA)* 'v"i~,):' :: :Toi>rffc j',' ;,~8tg(~)
*
Red
70
25
ISO
4
-25-+85
-30-+100
Green
90
30
ISO
4'
-25-+85
-30-+100
Amber
96
30
ISO
4
-25-+85
-30-+100
IFP O). .~~. duly 10%. Pul •• width 1 m •• c.
fb54
I 2
fG-'
Th. condition oIlFP i. duly 10%, Pul•• width 1 m ••c
1 : Anode
2 : Cathode
.~rr.J:]1{;$rr.J!If~ Elec~ro-Optlcal Chl'uacteristlcs (Ta=25 ·C) ,
~~nSCCilQV :,I:,yio" ..
Ughting
COlor: '
Type No.
'TYP.'
Max."
, Ap
Typ.
,Typ.
'IF
2.2
2.8
700
100
20
5
VR
4
4
VF'~'
." : ~iyP/:: .
~1i1::
A,\,
"
White Diffused
0.4
0.10
LN311WP
Green
White Diffused
2.0
0.85
20
2.2
2.8
565
30
20
10
LN411WP
Amber
White Diffused
1.0
0:40
20
2.2
2.8
590
30
20
10
4
mcd
mcd
mA
V
V
nm
nm
mA
/lA
V
Unit
0
3
'<
5
,
V
~ 1I
I
"
5
'
~7fE'
v. :l
..
I
~
j.'
30
/
II
10
30 SO 100
.1:i raJ tll
Forward
IF (mA)
Current
~
~al00
II
1.6
1.8
LIV:3f f
~
2.~
.1:iraJt~
Voltage
I0
·-20
2.4
'If", ~i1i",
0
J!l
VF (V)
Relative Luminous Intensity
Wavelength
Characteristics
100
LN311WP
II!~
sf
,
LN411WP
V
80
1
40
\ ,II
:tf
P@
(IV
III"
3
O. I
10
100
5
,
·IR'
Red
LN211WP
CIR
r---:-:-
IF
15
,',
~~
1
80
Ta ('C)
100
1lJ
ff~
Square Type
D 1.8mmX·1.8mm
Series.
Unit: mm
~.2
2.5±0.2
IB'02
Type No.
h-
. Lighting Color
2.0±0.2
T
LN265RP ···········;· .. ·Red
LN365GP ················Green
LN465YP····:············ Amber
tex;j".~~~
Po(mW)
,IF(mA)
IFP(mA)*
VR(V)
Topr('C)
Tstg("C)
Red
70'
25
150
4
-25-+85
-30~+100
Green
90 .•
30
150
4
-25-+85
-30-+100
Amber
90
30
150
4
-25-+85
-3O~+100
Ughtlng Color
* IFP
(J)~~~. dUty 10%. Pulse width 1 msee.
.~fr:J;,{;:!f!fr:J~t£
1 2
The condition of IFP is dUty 10%, Pulse width 1 msee
1 : Anode.
2 :'Cathode
Electro-Optical Characteristics (Ta=25 ·C)
Ughtlng
TYpe No.
A
0.6±0.1
Absolute Maximum Ratings (Ta=25 ·C)
TYP.
10'
. MIn.
Lens Color
Color
TYP;l
AA
AI'
'. ,VF:
.'IF
'"
~
'. fYp..
TYP.,
LN265RP
Red
Red Diffused
0.7
0.25
15
2.2
2.8
700
100
20
LN385GP
Green
Green Diffused
3.0
1.00
20
2.2
2.8
565
30
20
LN465YP
Amber
Amber Diffused
2.5
0.90
20
2.2
2.8
590
30
20
10
4
mcd
mcd
rnA
II
V
nm
nm
rnA
p.A
v
10 -
Ta
Unit
5
4
104
.o.~P~lilrNUlf;f.:T 0 L:l. Tentative Specification
100
<"
-5
50
,'"
.,,-
30
I
/
V
11ft]
50
~QQ
::tR~
30
~~
!/i!£
~~:~
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Forward
Current
mM~ 7't~Jl-
IF
I
1ii
T' -J--(
1
1.6
1.8
2.0
2.2
lijjraJ.ra::
(rnA)
Forward
Voltage
VF
2.4
10
- 20
LIV3
Pi= =
(~
(N:;~=
11
0
I!I
20
60
40
DlI
iJ.
~I>~I>
Iff
Ambient Temperature
80
100 .
Ta ('C) .
iB:IU$11
50
HI
LN265RP
n
~~
(Ii)
Aolallve Luminous Intensity
Wavelen!lth
Characteristics
LN36 G
a100
"
31l - e-
lijjraJ.r$l
~i"
~
5
O. 1!-......L-;:-~,...u.~--'--:~""*'~
1
3 5 10
100
~5OO
it!!f300
raJ
Directive
L 4 5VP r~
~
11
Characteristics
40
30
1/
~
0
0
500
1\
\
iB:
600
\
i\
II
-I'~"';::::
10
Y
A
Wavelength
700
o
o
800
~
fil
A p (nm)
~
.
~
llII·i!I
~.
'1
00
Iff
80
. Ambient. Temperature • Ta (."C)
- 151
I'
,~1<11,}
"6 ~
(~~I-"";c
20
1~
ff~
fEJ
o
Square Type
1.8mmX 1. 8mm Series'
Unit nim
4.6±0.2
CO.I
2.5±0.2
1.8±0.2
1.8±0.2
11.0±0.2
Lighting .Color
Type No.
'.LN265RPH ........ ·: .... Red
y
LN365GPH ............ "Green
LN465YPH .............. Amber .
~~.*lE*!
0.6±0.1
Absolute Max~mum Ratings (Ta=25 ·C)
'IF(~f 1fP,(iiiA>*;'\(~~~'1.:i:rqP.Wpj'~:. ?~(Y·f.
. ,ughtIJtgGoior.. t'o(inw}
Red
,70
25
150
4
-25-+85
-30-+1(lO
Green
90
30
150
-25-+85
-30-+1(lO
Amber
90.30
150
4
.4
-25-+85
-30-+1(lO
* IFPO)!liof!l'U. duty 10%. Puis. wldlh 1 ....e.
.~rrn7{;!1j!~*¥t!
10±0.2
I
2
.$
Th. eondnlon oIlFP Is duly 10%. Pul•• width 1 ml.e
1 : Anode
2: Cathode
Electro-Optical Characteristics (Ta=25 ·C)
LN285RPH
Red
Red Diffused
0.7
0;25
15
2.2
2.8
700
100
20
5
LN365GPH
Green
Green Diffused
3.0
. 1.00
'20
2.2
2.8
565
30
20
10
LN,,65YPH
Amber
Amber Diffused
2.5
0.90
20
2.2
2.8
590
30
20
10
4
4
'4
mcd
mCd
mA
V
V
nm
nm
mA
/lA
V
10 -
Ta
Unit
-
,10
.
10
IF
"/1
!!
!i!a!!
I
10
-20
1.8. 2.0
2.2
2.4
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FClfWard
'P"r-
l1'l36S G
0
/II
20
40,
iI
~.
60 . 80
100
II
Ambient Temperature .. Ta ("C)
Voltage
.uRelative
~
f;
+1
oJ
x
.1
N
M
0
Z
Lighting Color
i
N
0
Type No.
Unit:mm
7.2±O.2
7.0 +&2
1.75~g2
!
~
LN220RP "',""""""Red
LN320GP """""''''''Green
LN420YP .. ··········· .. ··Amber
LN820RP """"""""Orange
~
2-1.0±O.1
2-0.6±O.1
~:X;f.*~~
Po(mW)
IF(mA\ lyp(mA)*
VACV)
ToprC'C)
TstgC'C)
Red
70
25
150
4
-25-+85
-30-+100
Lighting Color
*
- ~1
Absolute Maximum Ratings (Ta=25 'C)
Green
90
30
150
4
-25-+85
-30-+100
Amber
90
30
150
4
-25-+85
-30-+100
Orange
90
30
150
3
-25-+85
-30-+100
IFP (/)~1*'j, duty 10%, Pulse width 1 msec.
1I~Ur.J:7{;~tr:l*¥11
ttl
i .
i . CO.5
The condItion 01 IFP is duty 10%. Pulse width 1 msec
Electro-Optical Characteristics (Ta=25 'C)
lighting
Color
Type No.
10
Lens Color
U">
2.54
VF
1 : Anode
2 : Cathode
'.
Ap
Cd
Typ.
Min.
IF
Typ.
MaX:
Typ.
Typ.
......,:.
;
~~R .•.•.,.•.•:
"
Max. ."
-
\
~ "6>"'~o<0>0°"
J.-.().(;)
I
~,()
<0><0>0
-- - -
<"
10
1\
700
I
9o·u..u~a:t::~_@£:tlYLL.Ll-.l90
800
.
j" ~
1\
~\
I
-
Characteristics
\
I
LN820RP
600
~
/0]
Directive
If
\
nl
'<
5
o
20
~
40
1
Il.II
60
is
Jl.
.Ambient Temperature
), p (nm)
153 -
,,~
o
80
100
Ta ("C)
PanasoniC
~
7f~
Square Type
D 1.7SmmX7.0mm Series
Unit mm
~
I~I
Type No..
Lighting Color
LN220RPH ':""""""Red
LN320GPH···· .. ········Green
LN420VPH ""''''''''''Amber
LN820RPH "~"""""'Orange
O.6tO.l
~xlt.j;:lE~
Absolute Maximum Ratings (Ta=25 'C)
. Ug~tlngColor': PD(~Wj
*
lii(m"r
IFP(niAitr
Topr('C) . . Tatg('C)
VR(-V)
Red
.?O
25
150
4
-25-+85
-30-+100
Green
90
30
150
-25-+85
-30-+100
Amber
90
30
150
4
·4
-25-+85
-30-+100
Orange.
90
30
150
3
'-25-+85
-30-+100
IFPo>!¥!:1*t1. duty 10%. Pulse width 1 msec.
.~~7{;~~"'ti
a
The condition of IFP is duty 10%. Pulse width 1 msee
.Electro-Optical Characteristics (Ta=25 'C)
10
.
.'
1 ;'Anode
2 ; Cathode
.' IR'
.,\p
A'\
Typ.
Typ. '.
I~ :
2.8
700
100
20
2.8
565
30
20
5
10.
10
VF•
.I~
15
20
~In.".'
)"
L;.
to·
Typ.
Max.
2.2
-----:-
Max.
. VR
LN220RPH
Red
Red Diffused
0.4
0.15
LN320GPH
Green
Green Diffused
1.2
0.50
LN420VPH
Amber
Amber Diffused
1..5
0.50
20
2.2
. 2.2
2.8
590
30
20
LN820RPH
Orange Red Diffused
1.5
0.60
20
2.1
2.8
630
40
20
10
3
mcd
mcd
mA
V
V
nm
nm
mA
'JlA
V
Unit
,
."ti
VF
-;-
IF
10
'-00
10
.5.
u
5
.2
3 --r-'
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olf
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:;:;~
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lI!!: 0.5
11
Q,~
~ 0.3 r---'-- t-- .,.'li
v~"J
1<--..-
-'
i-"'"
0
LN220RPH
V9
0.1
1
30
3.5
10
30 50 100
Jl1irtiJ.ll
FONIIlrd
)/t;;
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0
5f=: f=:1-q,'I-,f l,;,:
r-- I-v~.J' ~(J
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1
IF (mA)
Current
I1I1
1.6
~~
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1.8
~ ~100
100
lI!!~
80
'm,If
II
I!i.
.~ a 60
':1lJ.;
J.;
30
2.2
10
-20.
2.4
o
iii
20,:~
l1li
...
60
80
100
If fa (t)
Ambient Temperature
VF (V)
IF
50
-
Ta
+-
o!!-
40
30
l1
20
LN22DRPH \
~\I
VII '\
0
LN820RPH
500
600
.~
7 0 0 ' 800
100
ill!
:II
Wavelength A p (nm)
Panasonic
(:~r-<2<20 Oy,J-
~£
~
11
Characteristics
\
II
t~~ffg2:~ 1=
~.3 50
":\~L:,' ,~'
LN275RPX
Red
Red Diffused
0.5
0.2
15
2.2
2.8
700
100
L;.
LN375GPX
Green
Green Diffused
2.5
0.9
20
2.2
2.8
565
30
L;.
LN475YPX
Amber
Amber Diffused
Unit
5
20
10
2.0
0.7
20
2.2
2.8
590
30
20
10
mcd
mcd
rnA
V
V
nm
nm
rnA
/lA
V
6ijJ U.,llNlt3 t ~ 'teL:.. Tentative Specification
10
10
~
E
5
.E
3
-
IF
<
5
/,
~Vqr.
,,'" -:-i
11,0
'"
. ?-~I>-\,
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2.2
2.4
10
-20
0
III
VF (V)
20
m
Characteristics
\
~~..J
\
~~
.!i!
'i!£
20
o
500
J
~I
\ TIc'
r-.... /'1-.;>
t>"~,, >~
<'Vi;!~RQ<>
>
-<>..t-*
20
",.~
10
,
700
Wavelength
Ap Cnm)
800
20
P-iJ
40
IlIl
i.I
60
Jl
Ambient Temperature
-155 -
"'" I
~
o
o
I
iT!J.600 ~
Ta
30
/ LN275RPX \
J,
Ta Ct)
40
II
\
40
-
100
~H:
(t;J
Directive
J!f.
Ambient Temperature
IF
I
"
~Bc 60
iii
80
60
40
Ii!I
iIIi :/iHHI:
LN475YPX
, If
GP,<=
;;:"
i;!>s~~:-
Relative Luminous Intensity
Wavelength
Characteristics
LN375GPX
Ta
c
S!~
~~
-.l ,,~
,," 'f"
V'v
1II1i(t;Jtlt
/'
/
3 I-- -
-
10
50
0
I.-"z.
1
VF
~
"
1"'1'
0.1
-
IF
100
80
Ta
C'e)
100
~
ff~
I
Square Type
.
.
D 1.5mmX5.0mm
Series
Unlt:mm
I
p:81
5.0:82
1.50.0.<
Type No. .
Lighting Color
LN229RP ···········,'· .. ·Red
LN329GP ················Green
LN429YP················· Amber
I
2-1.0±0.1
~M.:;*:lE~
Absolute Maximum Ratings (Ta=25 ·C)
Po(mW)
. Lighting Color
*
IFP(mA)*
Vn(V)
2-0.6±0.1
. ToprC'C)
0.6±0.1
TStg('C}
.70
25
150
4
-25-+85
-30-+100
Green
90
30
150
4
-25-+85
-30-+100
Amber
90
30
150
4
-25-+85
-30-+100
Red
I
IF(mA)
2.54
1 2
The condition of IFP Is duty 10"'. Pulse width 1 msec
IFPO>M:1*U, duty 10%. Pulse width 1 msec.
1 : Anode
2 : Caihode
.1ttI'!J:7Y;$~~fi.f
,
;';./;'
"
Electro-Optical Characteristics (Ta~25 ·C)
~,
Lighting.
. TY~~9;l
:.;
.,
'
.
COlor,
.~'(..y.:'.
.,
"
"
>,'
TYP, .
Min: .
Ap
,IF
Typ.
Maic.
Typ.,
AA
Typ.
IF
Max.
10
LensCoi(li' .
YF
~IR
• VR
LN229RP
Red
Red Diffused
0.5'
0.2
15
2.2
2.8
700
100
20
5
4
LN329GP
Green
Green Diffused
1.5
0.5
20
2.2
2.8
.56ti
, 30
20
tb
4
LN429YP
Amber
Amber Diffused
1.5
0.5
'20
2.2
2.8
590
30
20
10'
4
-
mcd
mcd
mA
V
V
nm
nm
mA
/lA
V
~
Unit
10 - 'Ta ,
'10
100
~
!"
,g
"<
!
5
3
O)~'/
~~
,,'liM·
.J.f ..
!i
1
~j
o. 3
1
30
/
1
~~ZZ9RI'
/
r-
ii
3
5
10
I
30 50
.nrt;].ll
Forward Current
IF
100
(mA)
1
~d
/'
~ 8100
1.8
llVa~9G
!IU
2.0
,.ForWard
,n iaJ:VOltage.
t EE
2.2
VF
2.4
=
1=
(~~r=
...l 50
.."., 30
~~
0)
-~ ~PJ
OS,'
Y
1.6
I::~
IIR~
~/f
W~~
5
3"":-
VI
i!!.~3oo
,/
>-:~&'
1IIl: o. 5
iI
O. 1
50
I?I>,~Yp
1o .
-20
(')
20 ~ 60
l1li iii! II
0
I!l
Ambient Temperature
V
80
100
Ta ("C)
miu~:Yt~Jl-:- itA4411.
I
Relative luminous' Intensity
Wavelength
Charecterlstlcs
'*
100
~d
80
~i!i
60
~
LN329GP
1IIli'
.5
/,
II
'IIR~ 40
:;!:.s>G
J..",f'
1\
''''..
LN229RP
"'.s>o\>
1\
',~
'
r'::
['" t:::..
i
1)(
0
itA
Wavelength
Panasonic
\
700
--
,
\
0
600
-
,40
o
800
~
~
W
1
~
~
l1li iii! II
Ambient Temper~ture . Ta ("C)
Ap (I1mi.
- 156-
100
PI
ff~
Square Type
Series
Unit: mm
~
~
o
I
1.55'0.2
1.50'0.2
UJ
a:
o
o
UJ
-Type No.
Lighting Color
..J
'"
LN229RPH ··········;···Red
I-
o
~
LN329GPH ··············Green
~hJ;?l!r:I:!Em-hrt
LN429YPH ··············Amber
*!M.*:iE~
Absolute Maximum Ratings (Ta=25 ·C)
Po(mW)
VR(V)
Topr('C)
Tstg('C)
Red
70
25
150
4
-25-+85
-30-+100
Green
90
30
150
-30-+100
90
30
150
4
4
-25-+85
Amber
-25-+85
-30-+100
U9hling Color
*
~',....
IF(mA) IFP(mA)*
IFP(1)*f.l:.I:. duty 10%, Pulse width 1 rnsee.
.~f(.J;'{;~f(.J~1i
2.54
2
~
The condition of IFP is duty 1096. Pulse wIdth 1 msec
1 : Anode
2 : Cathode
Electro-Optical Characteristics (Ta=25 ·C)
Lighting
Color
Type No.
LN229RPH
Red'
~;.
'l.F
10_
I-Ejlns Color '
. I
fl..!
(---R
Typo.
Min.
IF
Typ.
Max.
. Typ.
Typ.
IF
Max.
0.5
0.2
15
2.2
2.8
700
100
20
5
Red Diffused
VA'
4
LN329GPH
Green
Green Diffused
1.5
0.5
20
2.2
2.8
565
30
20
LN429YPH
Amber
Amber Diffused
1.5
0.5
20
2.2
2.8
590
30
20
.10
-
-
mcd
mcd
mA
V
V
nm
nm
mA
/lA
Unit
10
-
10
--t-! I
-
.!:
11
v
~_1N212
-J--l.-
-+-+--+
)1!
3
I
.50
'
5
.~
- -[
Iii
I
10
1
30
.1ifliJ_ilf
Forward
jt:~
Rr~
II ---j-
I
IF
Current
50
.;
30
100
'V
10
./
c:
;\I!~
100
-
r--' ~ 'tfjYrJf
,,'li "'~
1,
1.6
II IS
1.8
til
2.0
2.2
Voltage
I
I
20
o
500
\ I LN229RPH
I LI
\ VI
I I
I
I
600
700
1..1V3~·
(~
Gpi;-= ::::
;;='
~ts !:J
50
10
-~
0
~
Il!l
/il
~
60
J(
ill
Ambient Temperature
V F (V)
1
00
100
Ta ("C)
50
11
40
!
<
30
1\
ilk
:Ii ~ P
Wavelength
~~ :::
F::: ::::::.
,g ~ 100
2.4
C:,dracteristlcs
\
I'
60
40
Directive
If
~
fIiJ
li!l.~300
r:ld
. . I.~o.~
5
Forward
LN32 G H LN429YPH
80
Ta
-
c:
~¥-o~
)li1.iioltT£
(mA)
,
*~HUt!:!lJ(- iIk:&~11
I!!~
'V,
~
/'
Relative Luminous Intensity
Wavelength
Characteristics
~
4 ._
50
j!;!~
@:"
0.5
0, 1
~,
I ~..
20
(~"
\
~~
I\~
a
600
iIIi,
:Iii:
("C)
30
700
o
BOO
~.
20
I!I
Wavelength ·A p (nm)
Panasonic
'Ta
100
50
10
/
00
'11
Characteristics'
\
11
0
I!I
~
20.
Ambient Temperature
]
LN224RP
a
\ !\
a
iIIi :lH~ '11.
II,
a
"1=
(I\I",~-+-
I\I~~",~L'" IS'''
V F (V)
Luminous Intensity
Characteristics
r
I..lVa~~:=
50
10
-20
2.4
Wavele~gth
L"-32 G
~ I:::::
§loo
c
'"
"ffi~!
~~
"J~
I
1
10
5
lI!!~
/.
/
~ 't!.o.
LN224 P
.5
Ta
,~ 500
50
30
. q ~~
.,.'1i
:ijf
as
~.5
-
100
IlII
ill
60
II
Ambient Temperature
-158 -
00
1
Ta ("C)
100
~
ff~
Square Type
D 1.0mmX5.0mm Series
Type No.'
Unit: mm
Lighting Color
LN224WP .... •.......... ·Red
LN324WP· .. · .... ·· .. · .. ·Green
LN424WP··· .. ···········Amber
~MI&:*lE~
Absolute Maximum Ratings (Ta=25 ·C)
Po(mW)
Lighting 'CoIor
Red
70
Green·
9b
VR(V)
Topr('C)
Ts.tii('C)·
25
150
4
-25-+85
-30-+.100
30
'150
4
-25-+85
-30-+100
4
-25-+85
-30-+100
IF(mA) IF,p(mAl*
90'
Amber
* IFPI1)~1*U.
2-0.6±O.1
30
150
.
duty 10%. Pulse width 1 msec.
O.6±O.1
2-.54
U")
2
Effi
,
The condjtibn of IFP is duty 10". Pulse width 1 msec
1 : Anode
2 : Cathode
\
1I~~:*~~!f\¥1"!
Electro-Optical Characteristics (Ta=25 ·C)
..:.:.:.~' ,"."
0_,
Lighting
Color .
Type No.
Ii>
LensCOtor
.. Typ.
:,'
~:I;.
Min. :
., :':vli~'" . :.t p
',. .;1'yJ),: .• Maii, TYp.
LN224WP'
Red
White Diffused
0.4
0.15
15
2.2
2.8
700
100
20
5
4
LN324WP
Green
White Diffused
4.0
1.70
20
2.2
2.8
30
20
10
4
LN424WP
Amber
White Diffused
30
20
10
nm
mA
Unit
10
-
2.5
1.00
20
2.2
2.8
565
5gb
mcd
mcd
mA
V
V
nm
IF
10
"
"<
.§
.E
.!!-
..
:1:ji'
~1i
~
.S
~"
-:~0:5 -
.&
~~
E
~.30.3
.
50
.'
30
./
/
10
5
3 I-'--- r-
10
100
lI1ijgJtl.t
Forward
IF
Current
m~H~ :IUI If -
(mA)
1.6
"
~~
....J
r-sj $!
, 10
2.0
2.2
Voltage
2.4
m
jgJ
Directive
r
0
J!J
20
jiB
~
'il
ro
if
Ambient Temperature
]
~
~
Characteristics
I
50
40
......
\
<...
~~
...
"'<'...~~", .
20
'?.;>
'"
it,;,()~
\
10
[~ ~
r'I.
I
0
600
iIt
700
ft
Wavelength
100
Ta ('C)
1i
-
[\
II
il
-20
VF (V)
iIt IHH~:
LN324WP LN424WP LN224WP
\
~b=
-<'''iii", "w",
50
:!
Relative. LuminOus Intensity
Wavelength· Characteristics
V
ltv3<4;;;;:i=
w" 1=
i!&!
lII1ijgJ1IEE
Forward
~ t::::,
~~ 30
II ~r1.8
til i'300
~ ~loo
:f: ffR
~ ,,;:,
0.1
5
Ta
~500
;\fl~"
/
(J
-1["
3
-
100
"
.§
1
V
o
800
J!J
~ p (nm)
~
20
IlIi
i.II
60
M
Ambient Temperature.
80
100
Ta ('C)
PanaSonic
- 159-
~
ff~
Square Type
D 1.0mmX5.0mm Series
Unit: mm
.3.6±O.2
30±02
Type No.
Lighting Color
. LN224RPH : .. ·,'· .. · .... ·Red
LN324GPH .............. Green
LN424YPH .......... ·: .. Amber
~~~:lil*:iE~
OolOr
lighting
*
Absolute Maximum Ratings (Ta=25 'C)
Po(mWl
IFf" inAl* VA{vl
IF(mA)
rl,pr('C)
Tatg("C)
O.6±O.1
Red
70
25
150
4
-25-+85
-30-+100
Green
90
30
150
-25-+85
-30-+100
2.54
1 2
Amber
90
.30
150
4
4
-25-+85
-30-+100
EEl
IFP (J)~1~U. duty 10%" Pulse width 1 msec.
.Stl.tr.J:7t~tr.J~1i
...
.......
.....
Lighting
Type NO:'
'. Lens'
poler
.-
LN324GPH
-LN424YPH
>
. r: . .
chl"or. ';" , (
"."
I~'
( .. /.," (-¥ •.. TYP: .
......
I . IF
~'IR
A),
;\p
VF'
Min.
Typ.·
Typ:
IF
Max.
VR
2.8
700
ioo
20
5
30
20
10
Max. •
Red
Red Diffused
0.6
0.3
15
'/yp:
2.2
Green
Green Diffused
2..5
1.0
20
2.2
2.8
565
Amber
Amber Diffused
2.0
0.7
20
2.2
2.8
590
30
20
10
4
4
4
-
-
mcd
mcd
mA
V
V
nm
nm
mA
!-I A
V
(.
LN224RPH
1 : Anode
2 : Cathode
Electro-Optical Characteristics (Ta=25"C)
'.
'.'
The condition of IFP is duty 10%. Pulse width 1 msec
Unit
10
-
Ta
100
"C
~
"E
~ 500
50
0
-II!!.~OO
/'
,/
0
c:
;\!'J~ ~ :::::::::,
:g [l100
,/
5
~'
",-p
IV
~ ....J~
31-- I-- I--~
v
1
1.6
Forward
I
1.8
Forward
50
'1R.~ 30
1ii
!i!£
10
2.0
a:
Voltage
JI!i 11 jcj t
Current
'H'i==-=
lN3 2 4GP
(~:/-IV1-(
c:
~ ~Cj
,J' 'Ir'lr.~
2.2
-~.
2.4
V F (V)
0
~
I!l
I!I
Ambient
~
00
00
II
Temperature
jj,
100
Ta ("C)
~IUHBt~JI-iII!~~11
Relative Luminous Intensity
Wavelength
Characteristics
e
100
LN324G
m
IcJ
Directive
LN424YPH
r,
1;1
-II!!~
IIi
H
80
\
\
40
20
~
11
Characteristics .
,
0
500
600
i/A:
<
4
PH
i'..N1-:-J
I
10
I"': ~
I
L BOO
9O'U.lJ~.D~~.~fj:r:::.UlU90
o
o
20
III
A p (nm)
-
1''''Iy~
40
IlII
60
iI.
Ii
Ambient Temperature
I
BO
Ta
100
('Cl
Panasonic
161 -
~
Jf~
Square Type
Series·
01.0mmX5.0mm
Unitmm
c
w
a:
w
c
-'
0
,5.2±O.2
3.6>0.2
5M2
1
1
'"
.
0
I0
Z
. Type No.
Lighting Color
LN224RPL···············Red
LN324GPL .......... ····Green
::;:
~
'"
cxi
+1
"1
N
-' f-
..,,--~
LN424YPL······,.········ Amber
2-0.8Max.
Red
7025
150
4
-25-+85-3O-+HlO
90
30
150
4
-25-+85
-30-+100
Amber
90
30
150
4
-25-+85
-30-+100
~
"!
"-
e
~
1 : Anode
2 : Cathode
Ta
10
10
100
10
"<
5
.E
~g2
1.1
O.6±O.1
+l
......
~
width 1 maec. The condition cllFP Is ~uty 10'16, Pul•• width 1 ....c
,I
ci
~
!;"'~.:£<~~) ~!~~! 'f,'~~~l! ~t#?' ::~II~f;!:)!~' ;~t¥~l(.~}ft ,tYj~~(¥.?~~'
Green
+1
1.0 ~g2
.....
,
,!ri
2-0.6±O.1
,
eM.~i:•. Absolute Maximum Ratings (Ta=25 'C)
* IFP/I)!l1*I:, duty 10'16, Pul••
~
ci
N
:;j
~
.§
l"
3
50
....
30
l!i!cII
~.
v
LN224RPL
.$
0
@"
~~
.~
/'
5
O. 1
1
3
~~;;4:'
- -
-.'Ii
~
3-
30 50 100
10
.1i raJ .• II
1.6
IF (rnA)
. Forward Cuirent
~I
1.8·
..~"'t.
.
2.0
Jl1iraJtl%:
Forward
(.~~~~t=
50
.- -
\'."
"I ~J
~
I
5
ae~
=1=
lN324GPL,
c
VI
,j
~d
~~
l/:: § 100
V
/
10
-
:!
./
..!-
~,g; ~~I
v
~500
. I!l~;m
Voltage
2.2
2.4
10
-20
0
Jiij
VF (V)
20
III
40
iI
60
II:
Ambient Temperature
80
Ta
100
rC)
4I:l ~UUt 911: - ill: ,. 4$ it
RelBtlve Luminous' Intensity
Wavelength
Characteristics
LN324GPL
LN424VPL
If V
50
.\
r.i
raJ
.Dlrectlve
if
4$
Characteristics
\
\
\ II LN224R
~
0
500
600
.~avel": ).
40
30
I
,
it
I
I
0
I
I
0
p
b-~
'<"",
'.:'<
~'I'''~
LI\
I
700
I'-. <~.1
< '<""'r.~"'<
20
o
I" ~
20
Ill' III
(nm)
40
iI
60
II
Ambient Temperature
- 162-'
80
1
Ta (t)
100
~
ff~
D
Square Type
Series
1.0mmX5.0mm
Unit: mm
16±OZ
30±O2
c
l
1~
wi
Type No.
I
Lighting Color
11'-1..:.
LN224RPX ··············Red
LN324GPX ........ · .... ·Green
LN424YPX .. ··· .. ········Amber
~Mft1;:~*lt
Absolute Maximum Ratings (Ta=25 'Cl
Po(mW)
IF(mA)
IFP(mA)*
VA(vi
Topr('C)
·1stg('C)
Red
70
.25
150
4
-25-+85
-30-+1()0
Green
90
30
150
4
-25-+85
-'30-+100
Amber
90
30
150
4
-25-+85
-30-+100
Lighting Color
r-
*
'FP O)~f-t: tJ.. duty 10%. Pulse width 1 msec.
.Xi:a:J7t~a:J%t'i
';?
The condition of IFP is duty 10%, Pulse width 1 msec
1 : Anode
2 : Cathode
Electro-Optical Characteristics (Ta=25 'Cl
Lighting
Color
Type No.
?54
10
LensCoior
:·vr:::·;: ,;~pl
.'
Typ.
Min.
LN224RPX
Red
Red Diffused
0.6
0.3
·IF ,
15
LN324GPX
Green
Green Diffused
2.5
1.0
LN424YPX
Amber
Amber Diffused
2.0
-
-
mcd
Unit
.1YP: :, .Mal!:
:Tyji.'
·4:,1.:: . ~:
ryp: .
.'..
'j:::>:
>.
C,;
~'..yR·;:
,.'·JF
-" JR'
2.2. .
2.8
700
100
20
5
4
20
2.2
2.8
565
30
20
10
4
0.7
20
2.2
2.8
590
30
20
10
4
mcd
mA
V
V
nm'
nm
rnA
J,lA
V
~
10
-
IF
10
10
Ta
-
100
"0
0
"<
is
~
-
1
1
V
Forward
Voltage
VF
10
-20
2.4
(V)
o
~
20
40
60
Ii
ill
IlIl
Ambient Temperature
100
80
Ta ("C)
ffHHHt ~ Ii - iIIl :!HH1
Relative Luminous Intensity
Wavelength
Characteristics
~
100
LN324GPX
60
!ld-'
40
f.l
24YPX
r
lI!!~
80
m.I~
,gil
LN
(
II
-"
\
-f><~
;;
20
o
500
II \i IY
~~
50
/
'Ii
Characteristics
\
I
I
[<;]
Directive
40
30
r-....
I
\
c
!l!!£
"
~q
v
~
.~
. Ill,:
0.5
~
~.3
10
/'
0.1
1
5
~
~
.1JiaJ.il
Forward Currant .
IF (rnA)
1.6 ,1.8
2.0
J/li1JiaJts:
Forward Vciltage
2.2
'lIlfc
100
;1t!~
80
.~1!c
60
..J
40
~.~
~I~
!i!
!Ill&!
20
o
500
Panasonic
I
LN268RP
. LN46BVP If
Directive
\
1i
~
Characteristics
,\
II
\
20
IlII
40
60
"
40
-
t-
e-
i'..
<
r-....Nl,~~(le
(~},4''''
20
(Ie
\
~
'i'",~
I" ~
\ y
20
800
filllII
40
60
iJl
80
It Ta
Ambient Temperature
-164 -
100
('C)
50
..!!-
10
600
700
ill:
:ll Ap (nm)
Wavelength
80
It Ta
iJl
30
.1\
I
""""~-
I>
Ambient Temperature
<
iaJ
0
/iJ
.§
'IIi
I
VF (V) .
*~u~:W;~Jt-ill::A~1i
G
,--
50
10
-20
2.4
.Relatlve luminous Intensity
Wavelength
Characteristics
L~:6
ll'ia6a~p-=
(~(le~ (la ...;;-
:tR 30
!Ill~
1/1/$(
30 50 100
10
f::: ::::~
i
rl(ft·/I
~~
<;;
5
8 100
"" .~
""'.3
&~.11.
3 f-- r-
Iv
3
~d
V
1/
~
v-I
LN268RP
i!c
'E 0.3
1Il.~ 300
./
~1:
§
.-
I
100
('C)
ff~
1£J
Square Type
D 1.0mmX5.0mm Series
Unit mm
30±O.1
28±O.1
11±O.1
1.0±OI
Type No.
Lighting Color
LN268RPH ··············Red
LN368GPH ··············Green
LN468YPH ·········\··Amber
I@xrr.*lE~
05±Ol
Absolute Maximum Ratings (Ta=25 ·C)
Ughtlng 'Color
Po(mW)
IF(mA)
IFP(mA)*
VR(V)
Topr("C)
- Tstg("C)
Red
70
25
150
4
-25-+85
-30-+100
Green
90
30
150
4
-25-+85
-30-+100
. Amber
90
30
150
4
-25-+85
-30-+100
*
IFP 0>:J:1* I:', duty 10'%. Pulse width 1 mssc.
The condition of IFP is duty 10". Pulse width 1 msee
I : Anode
2 : Cathode
.~fl':J7r;~fl':J~1!
Electro-Optical Characteristics (Ta=25 ·C)
.'
'.
..- , I
Ughtlng
Color
Type No.
..
VF'
. to
!,.ens Color
Ap..
A.A'
".
.-
. In
r--'
• Max.
Typ.
Min.
. ..IF
Typ.
. Max;.'
Typ.
Typ. -
.IF ...
LN268RPH
Red
Red Diffused
0.6
0.3
15
2.2
2.8
700
100
20
5
4
LN368GPH
Green
Green Diffused
2.5
1.0
20
2.2
2.8
565 .
30
20
10
4
LN468YPH
Amber
Amber Diffused
2.0
0.7
20
2.2
2.8
590
30
20
10
4
-
-
mod
mod
rnA
V
V
nm
nm
mA
JlA
V
10 -
:t:a
Unit
VR.
.a.~u..lf:.tlf;r;:T 0 ~ Tentative SpeCification
10
100
1:1
u
5
50
.9
3
.5
~'
'" ..,,'1.
~"> 'l>
=4~
v
as
....
30
}j I
..'"
/
~c
-IIIl:
0.5
lI::3
--/
I
It:
/.~IJ
I
I
!
1
VI
iI
i
30
IF
m~UUt §
-
50
lI:: ~ 100
"
1.6
<-I~
100
-IIIl.~
c
~]
-'
:1i<:!
.J!!
Ji!£
20
o
500
30
til
2.2
I'
2.4
-20
0
~
Characteristics
\
IhN26BRPH
I
II \
600
iii
"
:Ii
Wavelength
1 I
I
Pt.
Ambient
40
~
60
80, 100
iI. II
Temper~ture
Ta ("C)
Ta
50
40
30
\
\
20
IlII
JiI
II
\
~.
(I\I~~
. 8"1,.".
VF (V)
~
ial
DIrective
'P~
10
2.0
<"E
r
r\
40
LN368
11- ilHi:~~
~~c '60
1Jil'~
~~
i
Forward . Voltage
LN36BGPH LN46BVPH
80
50
Ji!£
Relative LumInous IntensIty
Wave,length
CharacterIstIcs
~
1Jil'~
-'
$"'<1,
~·I
1.8
:::: F::: t::=.
c
IInial.a::
(mA)
c
~~
q,~
:
~
-
1
,100
V
~
I ~T
LN26BRPH
ilc
1-'
'E 0.3
V
~5OO
lI!!~ 300
<",
,~i6'8
"'6'
1\
.1
f"l",~
10
800
'Y
r": ~
o
o
I
700
"~~~
2b
20
JiI
40
IlII
60
iI.
II
Ambient Temperature
A p (nm)
- 165 -
.
80
1
100
Ta ("C)
Panasonic
~
ff~
Square Type
D1.0mmX4.0mm
Series
Unit:mm
5.2~O.2
5.0~O,2
4.2:':8.!
4.o!81
Type No. "
Lighting Color
LN233RP ................ ~ed
i,
LN333GP ................ Green
LN433YP··· .. ·····•······ Amber
LN833WP" ............. 'Orange
O.6±O.1
I!M:IIU:~~
Absolute Maximum Ratings (Ta=25 ·C)
. Ughllng ColOI'
IF(riiA) lr:P(mA)* VR(V) .;
Po(mW)
T'tg('C) ,
Tapr(-c )
Red
70
25
150
4
-25-+85
-30-+100
Green
90
30
150
4
-25-+85
-30-+100
Amber
110
30
150
4
-25-+85
-30-+100
'Orange
90
30
150
. 3
-25-+85
-30-+100
*
41----l~
2,54
1
I~'"
I
'.
i
IFP O>.f.t.l:, duty 10". Pulse width 1 msec. The condition of IFP Is duty 10", Pulse width 1 msee
.ttff:J;,(;~ff:JM1!
2
:~'
AO.5
I : Anode
2 : Cathode
Electro-Optical Characteristics fTa=25 ·C)
: VF'
.lp
·AA·
Typ•. '
Max.
Typ.
Typ.
iF
r-:-- 1R
Max.
VR
LN233RP
Red
Red Diffused
0.5
0.10
15
2.2
2.8
700
100
20
5
4
LN333GP
Green
Green Diffused
2.0
0.75
20.
2.2
2.8
565
30
20
10
4
LN433YP
Amber
Amber Diffused
LN833WP
Orange White Diffused
Unit
~
5
,g
3
t---
.§
/I
v
~c
I!!:;
j!;i
€
If
@:
i.-""\..NZ33~P
i3 0.5
lc:
•
~~illl
,- ~~I
f--:-.l-'b
v
0.1
20
22
2.8
590
30
20
10
4
0.75
20
2. I
2.8
630
40
20
10
3
mcp
mcd
mA
V
V
nm
nm
mA
JI>/y:
,
o
o
I I
700
/-,'1",
"':]
LN233RPH\
\ I I
'\ I
<",
i&:]
T
00
~
l1li
ill
/I'
Ambient Temperature
167 -'
I-
;Y.'.
~~
~
I
Ta (t)
100
1tJ
ff~
Square Type.
D 1.0mmX2.0mm
Type No.
'
Series
Unitmm
Lighting Color
LN281RPX .............. Red
LN381 GPX .............. Green
LN481YPX·· .. ··· .. ·· .. ··Amber
LN881 RPX ........ ·: .... Orange
~itUt*~*&
Absolute Maximum Ratings (Ta=25 'C)
~Ightlng Color
*
0.45±Ol
Po(mw,)
'F(mA')
IFP(mA)*
',1"8Ig('O)
, TopTI'O)
VR(V)
Red
70
25
150
4
-25-+85
Green
90
30
150
4,
-:-25-+85
-30-+100
Amber
90
30
150
4
-25-+85
-30-+100
Orange
90
30
150
3
-25,.·+85
-30-+100.
••
I
"
IFPO)~f.l:11. duty 10%, Pulse widt~ 1 msec.
.~tr.J:7t~tr.J~tf
-30-+100
The condition of IFP is duty 10%, Puise width 1 msec;
Electro-Optical Characteristics (Ta= 25 'C)
;
Ughting
Type No.
;
ie,ris ,C,9191' ;
Color,
1 : Anode
2 : Cathode
10
"
,.l P
VF
"
~'R
t>.l
Typ,
Min.
IF
,Typ.
Max.
Typ.
Red
Red Diffused
0.8
0.3
15
2.2
2.8
700
IF
20
VR
LN281RfiX
Typ.
100
Max.
A
5
4
A
LN381GPX
Green
Green Diffused
1.0
0.4
20
2.2
2.8
565
30
20
10
4
A
LN481YPX,
Amber
Amber Di,ffused
1.5
0.6
20
2.2
2.8
590
30
20
10
4
A
LN881RPX
Orange Red Diffused
2.5
.0.9
20
2.1
2.8
630
40
20
10
3
mcd
mcd
rnA
V
V
nm
nm
rnA
J.lA
V
"
-
Unit
-
.o.ijJ~C-lE~t3tlJ'''' 0 .0. Tentative SpeCification
10
-
IF'
;)
"
v·t}ti
5
E
(;.~:'4~'f-
.2
~ ~(,~
~~,
/?Jy~~~
:y~
1
:11$
lI!!:
.
~I:
ilI: o. 5
E O. 3f----
,g,3
I--
O.
10
100
10
1
\
'"
.lli
5
Fo.
.k" ...
.. :TYP.'
I·:
700
100
20
5
4'
2.B
565
30
20
10
4
2.B
590
30
20
10
4
V
nm
nm
rnA
/lA
V
10 -
Ta
0.4
0.1
15
2.2
2.B
Green Diffused.
1. O.
0.3
20
2.2
Amber Diffused
1.0
0.4
20
2.2
mcd
mcd
mA
V
100
5
-;(
E
.
50
V
I
1
~~
'.~
~"~I
~ ,,~'illl
1
3
5
3r--
-
1
10
30 50 100
.1:fIfiJ.iI:
IF (mA)
Forward Current
-II!!~ 300
./'
SII~"
~~
;t:: 1i 100
s
1/
--
'V
1.6
.'
~5OO
30
3
1'~'IR;14t
./p
IF . ,
Red Diffused
A.A
..ryp;::
:Ty"ji; -,~~
Min.
' •. 1)ip.
10
,,~
"
,
.~
~
,10
Leris:CoIO!'.
-.<:. ..
Unit
]
.'
=
The condition of IFP Is duty 10%, Pulse width 1 maee
Lightiilg
TyPe NO.
"e'>', , .. .:. /, ~.1'
0.1
,--~
Electro-Optical Characteristics, (Ta=25 ·C)
..
,".
·O.5±0.1
Jl
1ri':H
.~
Tstg( 'C).
25
.tt:~)'f;*~4\¥tt
:;l
~
I
70
IFP O)."*~, duty 10%, Pulse width 1 maec.
II
....
P+=.
·e)
'TOpr('c>
IF(mA), IFP(mA.l* VR(Y>
Ughtlng Color,' Po(mW)
~~
I
2-D.8Max.
II
6M
tl
I
2-0.5±0.1
o
l~~
I
LN412YP······ .•......... Amber
"l
.!
0
...J
0
50±02
4.8±0.2
4 ±
.4.0± .
~
tl
50+02
.- .
.~
!,!.~
~rJl~
~
==
~
1>1'- ii
lN31~
(~~
50
c--~
,!j, "';:;
!/ 1/31
I.B
10
2.0
2.2
•Forward
n iaJ Voltage
• EE
2.4
-20
VF (V)
0
iii
20
Ill!
40
ill
60
II
Ambient Temperature
~
100
Ta ("'e)
«UUUt it 11- ilUHf 1i
,'~
RelaUve Luminous Intensity
Wavelength
Characterlatlcs
100
LN312G
II!~
. i
80
LN
I
r
If
"
~
\
~d!
o
500
~
1i
CharacterlsUcs
40
30
II
\
40
~i 20
..
50
m
iaJ
Directive
If
SIll!
;t::iI 60
•
yp L 212.R
I
\
\.
600
20
. r-...
~<~
~;'~~
< ~/
5
.9
3
!
"<
!
50
§5OO
30
lI!!~ 300
~~
I(f~
.j
~c
@~
I!!.: 0.5
i!
¥::li
c
.!
O.~
c
I!~
1:::::::
~ § 100
V
1/
l'Q
~j(}
&~
5
3 t-- t--
~
r-~
1111~
50
Lt,. ..
~j
30
...J
srv.:
III/oJ,
10
1.6
Forward
1.8
II
IF (mA)
Currant
2.0
nit;].
EE
Voltage
Forward
2.2
2.4
-~
lrv3< Gp
(~~
I
0
~
~
60
~
llII'iI
Ambient Tomperature
F
I
. ....;....
.
III
V (V)
r==
1I,i'e Luminous Intenalty
Wavelength
Characteristics
§
I
100
LN326GP L 42
I!!~
~j
80
~§
60
1111~
...J
.".1
]!
!IU
.y
If
;
1\
o
500
\
1t
"<
!
50
40
-
30
I
40
tf
Characteristics
\
,
20
m
raJ
Directive
LN226RP
<~1-~
,I"t
.....~
..
-
3.5'0.2
~
LN326GPH ··············Green
~
LN426YPH ··············Amber
Absolute Maximum Ratings (Ta=25 ·C)
Po(mW)
'F(mA)
IFP('mM'II"
VR(V)
Red
70
25
150
4
-25-+85
-30-+100
Green
90
30
. 150
4
-25-+85
-30-+100
Amber
90
30
150
4
-25-+85
-30-+100
Lighting Color
*
"i: "
IFPC7)~f;U:. duty 10%. Pulse width 1
msec.
, TOprC'C;,
Tatg('C)
2.54
2
:
~t~
The condition r::J IFP is duty 10%. Pulse width 1 msec
Anooe
2 : Cathode
...... I
~------------------------
.~~:1't~~!I\¥t!E
Electro-Optical Characteristics (Ta=25 ·C)
lighting
Color'
Type No.
,
)
'.
10'
LN226RPH
Red
Red Diffused
O. 8
0.4
LN326GPH
Green
Green Diffused
2.0
0.7
LN426YPH
Amber
Amber Diffused
~
-
Unit
_ _ _ _ _ _ _ _ _ _L -_ _
~
__
-__
~
~
1.0
__
10
u
5
.E'
3
mcd
__ '
~
~
2.2
____
~
'<
!
~"'.
sf.'"
~f
.!:
mil
",;;;."J
:lis
.,$
1[";
lI!!: 0.5
~
q'<-
~~
11
0.1
1
f!::la
....
,r----~
0.3
v
.~
50
;
30
./
5
10
30 50
100
(rnA)
IF
Current
ForWard
/
10
q~~
,}<>
r-r- 1-'11~ll
3 r-r- ~ '11~
,,'I ~"'g
5
. 100
1.6
II
i
I.B
2.0
J111.iraJ_ao
Forward
:!
80
~a
60
i!
30
nm
____
~
nm
m
Voltage
,
2.2.
\
o
500
II
20
\
600
~aY.18n:
I'A
~~~
~
10
-20
2.4
=
isliPH
(~
, fll?l>", ~
-'
Ii
ur
:,i0
1160
BO 100
Ta (t:)
Ambient Temperature
IF -
Ta
50
40
<~..,
~ ~"''<'61
~
~ ~.
\
I
o
I
700
v
__
llV3
20
I
"
4
10
rnA
__
~
~ :::::
6RPH'\
\
4
30
1\
\
4
10
1!!~300
VF (V)
~
it
Characteristics
I
40
20
raJ
Directive
If \
5
20
~500
!'<
L 32 G H LN426 PH
lI!!~
:G<
590
__
20
:G< ~ 30
:!i
i!.!!
r"oJ
Relative Luminous Intensity
Wavelength
Characteristics
~~.:l
~
~ al00
c
'"E
~.:l 50
+Ut ~ 7'C ~ II - ilt: llH~ it
I!~
v
__
I!~
,/
V
3
lI1.iraJ_llIl
~
~
30
10 ' - Ta
0
~c
~.:l
565
2.B
20
rnA
__
",'"
i!
2.B
2.2
100
-:g
!
20
0.3
mcd
__
~
'1
,,;....~RVR
:. Min.
o
BOO
20
iii
60
40
IiII
iJl
II
Ambient Te"1peraklre
), p (nm)
- 173-
BO· 100
Ta (t:)
Panasonic
-
ft.l
7f~
Triangle Type
Il 3.0mmXS.Omm Series
Urilt:mm.
5.2±Q.2
3.2±Q.2 .
5.0 ~g2
'"
a:
'"o-'
UJ
UJ
Type N9.
Lighting Color
LN228RP;.. ··············Red
3,Q±Q,2
'">-
~
LN328GP ···•···• .. ·· .. ··Green
LN428YP' ...•..•.......•. Amber
.~M.j:lE~ . Absolute
Maximum Ratings (Ta=25 ·C)
2-Q,6±Q,1
• Q,6±Q.1'
~~~:'.,;'_t)i:~J ,{~~if' ~~~l~(:~..l~}!~~l~h 'ifr._if~l:
.Red
70
G""en
Amber
90
*
25
30
30
90
150
4
-25-+85
-30-+100
150
150
4
-25-+85
-25-+85
-30-+100
-30-+100
4
2.54
2
1.
IFPOJ-.!*ct. duty 10". Puis. width 1 mae., The condition d IFP Is duty 10%. Puis. width, 1 mseo
.~tr$;'t~fI'iJ~f"!
1 :An'ode
2 : Cathode
Ele~tro-Optical Characteristics (Ta=25 ·C)
~~~~~~0C~~
.I
10 -
100
0
Ta
I---
50
5
O>~
~v;
3
:
30
,,>"''0
v~
v~
I
1
IL
0
V
,
1/
i500
I!!~ 300
l'!
;It!~
~i! 100
I=: F=!=oo
l
-3
1e'!i;:1:::
o?
'e~
c:
5
I---'- t-
~q
~
II
5
:l'"
31:---: "''/,
,"
1/
1
"-
~r1
31--- I--- I--~.
I--- I---
II
1
30 50 100
'
t-
Ql~
50
..J
~1
"
'II",
~
10
-20
0
iii
IF (rnA)
20
IlII
40
ill
Ambient Temperature
muut 1I1l- ilUl~ t!
L
L~'2
2 G
'" 100
BO
~~ 60
,
.s
1Ie.!l
it6'J,G'.(>
~~"~~
20
<'o?
1\
0.(>
.,~
ri'
0
600
700
ill
:&
Wavelength A p (nm)
. Ta ('C)
30
\
,II
100 -
40
10
\
o
500
.~2
BO
Ta
If'
,
III!
.~
Y!"
60
If
Relallve LumlllOUll Intenally
Wevelength
Characteristics
i
f>
o
800
20
iii
40
IlII
ill
60
If
Ambient Temp:erature
.Panasonic
-:- 174 -
j" ~
I I
,BO,
Ta ('C)
100
a
2.5mmX5.0mm
Series
Unit:mm
5.2±O.2
Type No.
Lighting Color
LN227RP ················Red
LN327GP ················Green
LN427YP······· .......... Amber
~X:c;.()
''Ii
<><> >
\
it
700
~
Wavelength
BOO
9O'LL..u.-LLI:'isl~R~::CLl....l.Ji.J90
A p (nrn)
-175 -
""
~""~
10
I \ Y
600
60
80 100
JJ[ Ta(t)'
ill
Ambient Temperature
1\
I
o
LN227RP
f==
l~:?-
~a.
"C!1
Ilj~
".~~
-
.-n raJ 1I>l
. Forward Current
;m!
~
3
A'
lI!!,~300
1/
5
-'vc~j
, I
30
10
.
1\
~~QA>
"",,,,
20
~>
i\
t"" ~ ~
10
rt
0
500
40
J'
I
0
m
raJ
Directive
LN427YP~
32 G H
700
o
o
800
F-J
A p (nm)
50
~
20
l1li
iI
II
, Ambient Temperature
- 176-
I
00
100
Ta ("C)
=-
~
jfj
Triangle Type
A 2.0mmX2.Smm
Series
Unlt:mm
36±O.
Type No.
'Lighting Color
LN235RP ················Red
LN335GP,.···············Green
LN435YP················· Amber
eX;f.~~*&
Absolute Maximum Ratings (Ta=25 ·C)
.UghtlngCOI or ,'PD(mW)
1;'(mA)., 1;p(.ri,Mif
25
150
.4
-25-+85
Green
90
30
150
4
-25-+85
-30-+100
Amber
90
30
150
4
-25-+85
-3O-+Hio
.ttrr..J7't;*rr..J~1!
.0.
'Tc!pr(;q )':. :T&Stg< 'Cr,
70
* IFP/I)I1iI*Il. duly 1011. Pul•• width. 1 mo.c.
.0.
;·,vir
:;!i<.~
1ii
30
"':i
-~
">,,>
-If
1
10
lIIl~
~
- " ~~
3 .5
~5OO
::: f::::::::.
l~:i 3
.5
...
",'"
0-
i
-*"
V
,'"
Ta
-
30 50 100
IF
(mA)
1.6
Gp
=f=
~~f=
I?",o.ii..~'"
~~
2.0
1.8
'";!o
.1i
iaJ • G:
Forward Voitaga
2.2
2.4
10
-20
0
iii
VF' (V)
20
l1li
40
60
80
II Te
ia
Ambient Temperature
100
(1:)
~IHUUf YlII·- i§.~ it
RelaUve Luminous Intensity
Wavelength
Cheracterlstlcs
LN3 5G
LN435Y
1f1
,
LN2
tB
SRF
iaJ
Directive
If'
~,it
Characteristics
!\
1
1
30
1\
\
\
Y
600
i§
700
A
Wavelength
r--..:.~",'\i.;>
,,~
oS
<~~J-~;'
.;]$
,
t'l'",~
10
o
o
'0
500
I'..
20
\
II
40
800
~~
I
20
/il ,l1li
A P (nm)
40
~
iI' II
Ambient Temperature
-177 -
80
100
Ta ("C) .
Panasonic
-
ff~
ftj
Triangle Type
A 2.0mmX2.Smm
Series
. Unit mm
52+02
.- .
36±0:2
~
5.0±0.Z
~2
I
Ty~e No.
Lighting Color
LN235RPH ··············Red
LN335GPH··············Green
LN435YPH ··············Amber
~
I
+1
::J ::J
i
'-0'
.;
... ~ci
.Q,§
F
h- ~~
~
Z-0.8Max.
=
Z-Q.6±0.1
-I'"
~
1
*
IFPIIl;lf!l'l:t. duty 10!10. Pulse width 1
maec.
0.6±0.1
~
.2
utJ
Tti:J
The condition oIlFP 10 duty 10!10;Pulse width 1 mBec
r-
~m
:£j
c
~bsolute Maximum Ratings (Ta=25 'C)
~O
~
1
'-
a!tt.j;:~.
3.0±02
l"""""":-
Z.0±0.2
1 : Anode
2 : Cathode
• •Bg;'f$Bg!Mti Electro-Optical Characteristics (Ta=25 'C)
Ta.
10 10
100
5
]
·3
30
'
,',Tatg(,<;i ','
Red
60
20
100
4
-25-+85
-30-+100
Green
60
20
100
4
-25-+85
-30-+100
Amber
60
20
100
4
-25-+85
-30-+100
Orange
60
20
100
3
-25-+85
-30-+100
* IFPOl.f'I'lt. duly 10%. Pulse widlh 1 msee,
.tt~;r(;*~~1!
1 : Anode
2 : Cathode
The condition oIlFP is dUly 10%. Pulse width 1 maee
eiectro-Optical Characteristics (Ta=25 ·C)
Ughilng
GoIor'.',
LN01201C(Q)
Red
Clear
1.5
0.65
15
2.2
2.8
700
100
29
10
4
LN01301C(Q)
Green
Clear,
10.0
20
2.2
2.8
565
30
20
10
4
LN01401C(Q)
Amber
Clear
5.0
3.50
1.,go
20
2.2
2.8
590
30
20
10
4
LN01801C(Q)
,Orange Clear
8.0'
3.00
20
2.1
2.8
630
40
20
10
3
mcd
mcd,
mA
V
nm
nm
mA
p.A
V
Unit'
V •
1
50
30
'"
/ ~
I....
,-
3-
:!
~ gl00
tJ~
CIIlj
CJ
2.2
1II1i/tiltl±:
\ Forward
Voltage
50
I
~/~
N
I
rl
OIC
~
==
:I
i!;!
"I"
2.0
~Ng/igl§ ~~
.)-
~i 30
0,1
S ~~
- e-v~
1.8
~~
c:
....'I-.
1.6
1I!~300
I!~
=
- 1--'00'0
~O
"'~
r--q,~
~ 500
~
,-
V
5
-, Ta
'0
100
10
-20
2.4
0
iii
VF (V)
~
20
lID
i&
60
•
Ambient Temperature
60
100
Ta ('C)
fIIU.*~.-ili::A4$1!
~
Relative Luminous Intensity
Wavelength
Characterlatlcs
100
LN
13 lie Q
II
1I!:f
c:
80
~d
~g
Directive
f
r\
S!
i!.!
o
500
Characterlslles
,
20
\
" '\
\
LNO I 20 I C(QI
40
20
25
1!
I
60
.5
CIIl!
:;!:(1
]
4$
m"/til
LNO 180 I C(Q)
II
X
'\
1\
1\
5
III
600
iii:
700
:II
Wavelength
-
o
o
LNOI40ICQ)
800
~
20
iii
A P (nm)
lID
i&
60
•
Ambient Temperature
-181 -
1,\
1'1
I
60
100
Ta ('C)
Panasonic
unit:~m
Minibright LED series
I
I
' .
Type No.
Lighting Color
LN01201 CIQ)-IL)····· Red
LN01301 CIQ)-IL)·····,Green
LN01401 CIQ)-IL)' ····Amber
LNll1801 CIQ)-IL)" "'Orange
\
,
eM.*~~ 'Absolute Maximum Ratings (Ta=25 ·C) .
Po(mWl IF( RiA) . IA,( mA~~
IJ!Jhting Color
- 60
60
60
60
Red
Green
Amber
Orange
*
IFPO).f.I:~, duty 10"'. Pulse width 1
.~~7'(;~~~~
~~-c::)
'VRtV( :;~TOj)r(·e:)~
20
100
4
'-25-+85
-30-+100
20
100
4
-25-+85
-30-+100
20
100
4
-25-+85
-30-+100
20
100
3
-25-+85
-30-+100
maee.
1 : Anode 2: Cathode
The condition cllFP Is duty 10%, Pulse width 1 msec
Electro-Optical Characteristics (Ta=25 ·C)
Lens ColOr
Lighting
Color
,16, .. , . '
. '.v,'':'f .: '~p
TYP., . MII1;:~'r"typ: ~; 'fYi,.
LN01201 C(Q)-(L)
Red
Clear
1.5
0.65
.15
2.2
2.8
700
100
20.10
4
LN01301CIQ)-(L)
Green
'Clear
10.0
3.50
20
2.2
2.8
565
30
20
10
6. LN014,D1C(Q)-(L)
Amber
Clear
5.0
,1.90
20
2.2
2.8
590
30
20
10
4
4
to
• t:>
t:>
LN01801C(Q)-(L)
Orange Clear
Onlt
8.0
3.00
20
2.8
630
40
20
mcd
mcd
rnA
V
nm
nm
rnA
3
v
.o.t=rH~.~M~fffl't 0 ,0. Tentative Specification
0
!
5
...,o
as
i
o,u
,,~
o
S'/
1
II!
~!
0.5
"Q.'c
'\...)
o.)~~
\ZO\C~
,
o
~
1
0.1
10
5
c
:m~
~ :::::~
;g 100
!
30 50 100
iii
15 rIiJ Current
.' i* . IF (rnA)
Forward
~~
(.
50
lrvo/ 3 '0
lrvo /
~O,
80:g ttl)_
Q)-4..
)
~Ol
o-£l
~
3
ItrJ
~5OO
lI!l~300
V
C-lfIVJil o·
"-r "io~S '
3 r-....
V
1
;;::
Q";ij~N
5 ~~~~~ ~~
Lt,
0.3
,,~
'.I>0'c,
",~o' "",,;'
0
tl-0
~o ~o'
"
Q)~
~ ~
,q,o
\...~o
~c
'"
If
~Q'
3
:i:j~
'"
,'>t
Ta
10 -
100
"'~
1.6
1.8
2.0
ll'i15r1iJ./.I
Forward
Voltage
LN
2.2
'
CIQ~I)t01
I
f,l)-
)
80
100
10
2.4
-20
20
0,
40
60
iI
IlII
J!I
VF (V)
If
Ambient Temperature
Ta
("C)
I
~M~Ut~If-i.tlH$it
Relative Luminous Intensity
Wavelength
CharacterlsUcs
~
II!~
B!j
'100
LNO 1'301C (1:1)-0-)
LNO I BOIC lO)-
1/ II,
III
80
i
25
20
'\
X
I
\
If Y 'i
20
LNO 140lC lO)_
500
, 600
"
'\
15
I
40
o
Directive
~,it
Characteristics
\
::;;:~
~&!
]
ioJ
tf
~8 60
CIIl!
m
'\
"-
10
LNO I 20lC lO)-I-)
1\
I I .I \. I
I I.
I~
)
I I
700
i.t
:II
W8V81eng\11 A p (nm)
'\
1,\
5
I I
1"1
I
o
o
800
20
J!I
40
IlII
60
i.I
If
Ambient Temperature
Panasonic
- 182-
80
100
Ta ("C)
IJ\
1f~
Small Type
Double End
Unit:mm
Type No.
Lighting Color
LN247RP ················Red
LN347GP .............. "Green
LN447Yp·················Amber
j!M.~lE*&
*
Absolute Maximum Ratings (Ta=25 ·C)
IF(mA) IFPimA)* VR(vi
Po(mW)
Lighting Color,
Topr(;C)
Tstg<:'C)
Red
70
25
100
4
-25-+85
-30-+100
Green
90
30
100
-25-+85
-30-+100
Amber
, 90
30
100
4
4
-25-1-85
-30-+100
IFPO)*f.I:~, duty 10", Pulse width 1 mSGe.
The condition of IFP Is duty 10%. Pulse width 1 msec
I, : Anode 2 : Cathode
.itft:J7'{;*ft:J~t.i
, Electro-Optical Characteristics (Ta=25 'C)
. Type,No.
LN247RP
Red
Red Diffused
0.7
0,25
15
2.2
2. 8
700
100
20
10
4
LN347GP
Green
Green Diffused
4.5
1. 50
20
2.2
2.8
585
20
10
,4
LN447YP
Amber
Amber Diffused
4.0'
1.00
20
2.2
2.8
590
30
30 ,
10
4
mod
mcd
rnA
V
.v
nm ,
nm
mA
pA
v
Unit
10
10
~
5
!"
~.:'
3
..9
-
Ta
100
",'"
~
:Lj~
.S
II!!: 0.5
8
~ 0.3
3 I--
-
"
I'
3
5
1 '
10
.:nrfiJ.ll,
Forward Current
30 50 100
IF (rnA)
1.6
~
:::t-LlV347G'p: t:::::
E
~f-t:
"~Ji'... ~Y",
~ ~ 30
ii
r'
$~
-J-J
1.8,
iic 100
CII!! 50
"!:i
Jilj
l
'.
I!~
/'
~r/}
5
IV.
, 0",
/
0
~
1/
/
~
./
....?-~
~.J
~500
II!! ~ 300
".l.
.,'i','"
~c
50
30
10
2.0
.:nrfiJ"lZ
Voltage
.Forward
2.2
-20
2.4
VF (V)
0
Jil
20 ~ 60 80 100
I!Il iI. II Ta ("C)
Ambient Temperature
.
mM~*~II-illi::liHHl
Relative Luminous Intensity
Wavelength Characteristics
~
II!!~
100
c
~d
80
'~ii
60
,V
t:<~
]i
$,!!
20
1\
I
I
600
500
ill
"<
!
50
< vV:/G..,
~'
1-",
"
20
<1-
v>
\
700
~
30
o
o
800
~
~
20
Jil
Wavelength ). p (nm)
I!Il
Ambient
-183 -
1-..,
j'" ~
10
\ IV
o
1M!
Characteristics
~
.\
\
40
rfiJ
Directive'
If \
i
.5
CII!~
,-J
t.f
LN347GP LN447VP LN247RP
60
iI.
II
Tempera~ure
.""" ~
1
80
100
Ta ("C)
Panasonic'
.jj'"5 ;A·fiJ JI:.. Glass Sealed
unifmm
1
,
Type No.
Lighting Color
~.
2.0 Max.
~
'"
i
LN2G ·················· .. ·Red
'LN3G .................... ·Green
LN4G ...... ·· ...... ··· .... Amber
~
E
;<3"
I@M.*l:~
lIghti(lg
*
Absolute Maximum Ratings (Ta==25 ·C)
~I
~j
~~\~~~
N
"
oOtor:,"ii\~wJ j~f~Ai; "i~'~~ ';YR'(:~t; :~)~'~'(~)!,;.'TitCf(~):::
Red
24
10
60
4
Green
24
10
60
, 4
24
JO
60
4
Amber
lFP 0)*1*1:,
duty 10". Pul•• width 1 mo.c.
.•~~7't~~!lt1!
-i-
~
::i
-25-+85
~
-30-+100
~
~
-25-+85' -30-+100
-25-+85
-30-+100
Th. ~ondHlon 01 tFP Is duty 10,," Pul•• width 1
mo.c
1 : Anode
2 : Cathode
2
EI~ctro-Optlcal Characteristics (Ta==25 ·C)
Ai'I<:;:
;'TYIi
':
i
'.
,. ,:.....
:'::
f':
.i, .:~r~·
·MaII.· ·"VR·
',.,
,,'" ~
L:N2G
Red
Clear
100
30
5
2.0
2.4
700
100
10'
10
4
LN3G
Green
Clear
30
5
2.0
2.4
565
30
10
10
4
LN4G
Amber
Clear
200
90
2.0
2.4
590
30
io
10
4
V'
V
nm'
nin
mA
/lA
V
10 -
Ta
A
Unit
A T.ntat,ve Specification .
100
1000
-:c
mA
!led'
/led
,A~l:lIl1!:l.IIl&t;j\1".
!
30
!
~
v
.9 300
~1100
30
....
,
"'\.o~1-G
I
~~
~5OO
~'5O
,,0
500
'!!~ 300
....
;\d"
/
~ ~ 1'00
~"
lI!!: 50
:-- -
~.3
,
3. 5
10
.1Jfi';J."
. Forward Current
!
100
lI!!~
.i
80
;g~
60
LN3G
~
~
o
500
,
~
,I
.
~
fi';J
Directive
-~
VF (V)
~
0
~
JiJ
IlII
~
.5
~
60
ill
Ii
I~ -
Ta
Ambient Tempereture
<
100
Ta ("C)
25
Characteristics
\
. \ II
\
10
\
........
1\
......
5
\ IV
o
700
600
:avelen!
Panasonic
Voltage
2.4
\
"
.i!&!
r,
I
C!I1~... 40
~l
,
LN2G
LN4G
If
2.2
(I~~
Relative Luminous Intenalty
Wavelength
Characteristics
~.
10
2.0
Forward
~ ~HUt g; JI- iJUl ~~
30
~
.1Jfi';J.a::
IF (mA)
f=
~",~r-
.i!&!
1.8
1.6
30 50· 100
tRi
.JI-J
"if I- .
!..I'i~~~
""' ... 50
1.~0'
~I
I.
1
10
1
I..
~.~
-
i!
. E" 3 f-- l(~0
Of-- v
~ :::-
,\ p
800
o
.~
;JiJ
(nm)
"'"
40
II
.......
60.
ill
Ii
. Ambient Temperature
- 184-
r-......
1
~
100
Ta ("C)
.t
Chip LED
Type No.
:.
Series
Unltmm
Lighting Color
LN1251C ················Red
i
LN1351C ················Green
LN1451C ················Amber
LN1851C ················Orange
..
MM.;;:lE.t&
Absolute Maximum Ratings (Ta=25 ·C)
PD(mW)
IF(I)'IA)
IFP(mA)*
Red
45
15
60
Green
45
15
60
4
Amber
45
15
60
Orange
45
15
4
3 .
Lighting Color
*
~'<;~};'
VR(V) . ·yolir(:cl'
4.
60
-25-+65
-25-+65
-3Q....,.+15'
-25-+~
-3O--b75
-30-+25
-25-+65· -30":!"'+15
... .,.
.1 : Anoeje
2 : CathDde
~
Ifp O).~~, duty 10". Pulse width 1 misc.
The condition c:A IFP is duty 10%, Pulse width 1 msec
Electro-Optical Characterlstlc$ (Ta=25 ·0)
,
UghtiOg
Color
. Type No.
\'.
LellSCoior .
"
,0-'
Typ.
.,~.'; /.:;'\~;,<;. o:::~::..;;:V£ ,;' .'''p' '~:A·
tAln.' ::::;;. r~ ,;j'yQ;,.< ._~ "TyP,.· rYP:.
LN1251C
Red
Clear
1.2
0•.45
to
:2..1Q:::
2.8
700
100
151!)
4
LN1351C
Green
Clear
5.0
1.90
HI
';2:'1~'
::2.8
565
30
15
4
LNH51C
Amber
Clear
2.2
0.80
10
~.1,Q
2.8
15
10'
LN1851C
Orange Clear
3.5
1.30
10
2.;p5:
, 2.8
)630
40
15
10
mod
mod
rnA
nm
·nm
mA
Unit
-y '.
..
V,
.. 10
~
3
v
Co
-
10
0
~.,
j
v
J!$~
(115
vj[~
0.5
~:a
.!
71/
~.§ 0.3
0.1
.1
5
3
10
30 50
llll.iraJtit
Forwaid
50
-
~IUUU(; ~ 11- ili A
'" "
'/
/
-
,""'.
"
r-., ~~O
/(J"
-
~~
~
..
100
1\1.1
II!~
c
.mE
80
'10
2.2! 2.4
Voltage
~
60
.~
~
!i!
I\
40
20
o
500
II
\
II
raJ
Directive
~.
LN
\
I
II
20
40
60
II
ill
Ill!
Ambient Temperature
80
100
Ta ('t)
25
I
it
I
20
15
1\
"\
10
'\
1\
I),
~
5
o
o
8S1
600
0
)iJ
VF (V)
Characteristics
)(11
X
-20
]
ti
f
"
E
~~"'t;r=
Ie
Ie
50
4$1i
LN 12SIC
LN 13SIC LN I 4S1 C
LI'I/3S/C
LI'I,/BS/gc=::
!i!&!
1.8. 2.0
Forward
;tilE :::: t::::
100
~8
c
. i
,PJ
~'
"'( "i
1.6
~5OO
t!!·ic 300
~~ 30
3 ---,- rib \'
Relative Luminous Intensity
Wavelenglh
Characteristics
~
I'
~~
1ll1.iraJta;
(mA)
IF
Current
100
/'
10
5
..
~.
30
..!!-
kI..~\....~\C
/
1
"<
!
~' ~,~
~'
v
!~
II! -:
10 '- Ta
100
,cJ~XCJ
IbT,"~
5
:qi
IF
700
800
I\.
I
20
/Iil
i l i A Ap (nm)
40
Ill!
60
ill
JI
Amblent.Temperature
Wavelength
- 185-
80
100
Ta ('t)
Panasonic
IJ\
ff~
Small Type
Chip LED
Type No.
Series
Unit:mm
CD
Lighting Color
O.U:O.l
LN1261C ················Red
cO.S
LN1361C ··············;·G·reen
LN1461C
LN1861C ················Orange
. j!M.*~~
~:;l
Absolute Maximum Ratings (Ta=25 ·C)
Ligt:Jtlng Color
IF(lTIA ) I.FP(~r" ' V~W)
PD(mW)
,.!OpWC)
rs~('C)'
Red
60
20
60
4
-25-+65
Green
60
":"25-+65
-30-+75
60
60
60
4
Amber
20
20.
4
-25-+65
...,.30-+75
Orange
60
20
60
3
-25-+65
-30-+75
*
~~=TFTT
.-t',. ;~
············~···Amber
IFPQ)ilof.fI:, duty 10%, Pul•• width 1 m•• c,
.~rr:J:Yt~rr:J~~,
1 : Anode
2 : Cathode
Tho condition oIlFP I. duty 10%, Pul•• width ,1 msoc
Eledtro-Optlcal Characteristics (Ta=25 ·C)
Ughtlng
CoI(1I'.' ,
Typ~No.
-30-+75
Le~8Cglor
,
,
"."
,',"
'"
::,10
"
",,;:, ,.V,;·
;,.ll'
A'A,'
.' ,'rYP; ,Max.:
'~Typ.· .•
:ryp.
:.;
"f"
TYP:
,,').,.tln.;~
:)Fi
....,--'-Ift. '
'
IF'
Max.
'
' ,VR
LN1261C
Red
Clear
1.4
0.5
15
2.2
2.B
700
100
20
10
4
LN1361C
Green
Clear
7.5
2.B
20
2.2
2.B
565
30
'20
10
4
LN1461C
Amber' Clear
4.5
1.6
20
2.2
2.B
590
'30
20
10
4
LN1861C
Orange Clear
5.0
1.9
20
2.1
2.B
- 630
40
20
10
3
mcd
mcd
mA
V
V
nm
nm
mA
J.lA
V
Unit
-
10
Ta
~ 500
""
"
"/ "
~
/
c
~~
~ ~ 100
~
1IIl~
= =-II>Il>~c.;
-
~~'lr;/iD
~ '!:
-.J
I'
1.6
'«i
.... CD
~~
III "i
I.B
2,0
Ml1itaJ./l:
Forward
2.2
..
LNI361
lII!~
c
BO
~8c
60
~d
1IIl~
..J
40
""j
20
i!&!
o
500
LN 14,6 C
n
11\
(""
1\
II
\
II
IV II
600
\
20
40
-5
IF" -
.
\
Ta
-
\
\
I
0
o
~
20
/iJ
>.
'lID
60
ill
II.
'Ambient Temperature
- 186-
100
\
5
Wavalpngth, .l P (nm
BO
20
10
BOO
,50
\
25
1\
~
1==
~l t!.!.~6'C
/iJ
lID ill If Ta ("C,)
Ambient Temperature
15
I
700
:II
o
,
~
tt
Characteristics
LNIB61C
iii
Panasonic
m
iaJ
Directive
'36/
IB6/CC
""
Voltage' VF (V)
"<
LNI2 IC
8/
50
30
10
-20
2.4
mM~:),(; Yill- iIi:IU~tt
Relative Luminous Intensity
Characteristics
100
:::: ::::::::.,
i!~
Wa~elength
~
I!J~ 300
60
100
Ta ("C)
Two, Head Type
-
- 187-
I
I
~1
~w
7f~
Two Head Type
=00 Dual Surface
Unlt:mm
4.0±0.2
2-01. 9mmX 1.9mm Series
5.8±0.1
1.9±0.1
Type No.
2.0±0.1
Lighting Color
0
UJ
LN244RP ................ Red
ffi
0
LN344GP ...... · .... · .. ··Green
-'
0
U)
LN44~Yp·················Amber
5z
~
,~M.*lE~
Absolute Maximum Ratings (Ta::=25 'C)
Ughling ColOr
*
Po(mW)
Red
70
Green
90
150
25
,.30
90
Amber
. .*
IFP(mA)
'F(mA)
150
30
150
Topr(~C
VA(V)
4
4
4
0.6'0.1
)
Tstg("C) '.
-25-+85
-30-+100
-25-+85
-30-+100
-25-+85
-30-+100
e
IFP01;lf.t:l:, duty 10". Pulse width 1 msee. The condition o1lFP Is duty 10%. Pulse width 1 msee
.~tt:J7'C~tt:J~1!
ElectrO-Optical Characteristics (Ta=25 'C)
-5f----- ~-
I
1
/'
I
3 f----- t--- J.
~
i-t1
0
5
,
~}-:';;
\..~i"Afr
m~HU{; illl -
I
3r-- r--
I
1
30 50 100
(rnA)
IF
Currant
5
I-- I--
I I
10
• :niaJ_llI
Forward
./
~5{lO
i!!~ 300
1:!
~d
~ 8 100
I:Iej
..~~~
"",
~~~~I
1i<
f:': 1=::1=:::
LiY.;! "4Gp
"--r--t-
~ '30
1i
10
1.6
1.8
2.0
iii! :n iaJ _ EE.
Forward
Voltage
2.2
2.4
~~
0
iii
VF (V)
~
i&
,
~~
.I
LN 44RP
LN444Y~/ \
m
iaJ
Directive
4~
'Ii
Characteristics
"<
.5
\
1\
1\ ,/
")..11,,,
~'
'"""'-\> .. '"
01-- I-- _'",
1\
700
:Il
Wavelength
100
40
II \ I'll
ili:
00
Ta ('t)
50
i~
0
600
Il
ili: :& ~ 'Ii
1\
500
00
~
1m
Amblant Tamparatura
II
o
t:::t::
(l'..?~:"
••~
4Yi>
50
!II!~
Ralatlva Luminous Intanslty
Wavalangth
Charactarlstlc"
LN344GP
Ta
-
.5
~:'-I
ii
3
V
1/
I
II
5
....
30
V
1--.- ~-
1
10
50
1--
O. 1
1 : Anode
2 : Cathode
100
0
I--t-.
~
2.54
800 90'U.LJ...nD.:E§!l.~tlJlU.l..J.J90·
0
,
o
~
iii
Ap (nm)
~
1m
60
i&
Il
Amblant Temparatura
-189 -
I--
._- ---;-
I....... :::::a.
1
00
100
Ta ('t)
Panasonic
y.Jl
~w
7f~
Two Head Type
=im
Dual Surface
2-D1.9mmX1.9mm
Unit:mm
I
4.0±0.2
Series
Type No.
Lighting Color
··············Red
LN~44GPH ... ···········Green
LN444YPH ··············Amber
LN24~RPH
..-
~M.~lE. Absolute Maximum Ratings (Ta=25 'C)
*
IFP 0l~1'I'1:. duty 10%" Puloe wid'" 1 moee. The • ..,dIU.., d IFP I. duty 10%, Pulse wldllll
"Y"'::'
::~}~!#~e1~'; •.
"'JF
/0
','
'. Ap
TYp.
M.lii•
Red
Red Diffused
0.5
0.2
,-IF'
15 .
:Typ~
LN245RP
2.2
2.8
700
100
20
5
4
LN345GP
Green
Green Diffused
2.5
1.0
20
2..2
2.8
565
30
20
.10
4
LN445YP
Amber
Amber Diffused
"
Unit
1'¥1ait:.:
Typ,
10.
1.5
0.5
20
2.2
f·8
590
30
20
mcd
mcd
rnA
V
V
nm
nm
rnA
10
V
Ta
-
100
~5OO
50
30
lIl!!300
/'
...!!-.
'E~~m~~~/
~~
,/
/'
..
- --1--Q.~/iQ.
III
vIll'"
III
ev V
- . v- ",~.
-71I. -"I
1.6
1.8
2.0
2.2
Jlin-iaJil£E
Forward
Current
Voltage
LN445YP LN245RP
11"\
I
iaJ
Directive.
~
1\
\ II
0
1\
600
it
700.
:Iii- A p (n'm)
20
40
IlII
'<
5
r--.
~~
95S-f¥",
a
a
'"
,t'" "
10
"""
20
/!.I
40
IlII
60
ia
/I
Ambient Temperature
Wavelength
~
191 -
100
/1-~
(
"':<'95
800
80
Ta (t)
40
20
\
60
Il
il!
50
30
IY
a
tt
o
/!.I
Ambient Temperatu"!
VF (V)
Characteristics
\
0
500
,m
~~
4S~;''''''Sy",
50
10
-·20
2.4
~~UU(;~JI-i&::Iii-~tt
Relative LuminOus Intensity
Wavelen!lth
Characteristics
LN345GP
llVa4SGP~
c:
v. ~Z4.SItP
0.5
0.3
:::- ~
~ ~ 100
~'
80
I
100
Ta (t)
Panasonic
~Jj
),31.
3f~
Two Head Type
=00-
Dual Surface
2-D 1,.OrnrnX 2.0rnm
Unit:mm
3.6<0
o
a:
"'
o·
Series
"'-'
5l
t-
Type No.
o
Lighting Color
',;
~
LN245RPH ···· .... ··· .. ·Red
LN345GPH········· .. ···Green
LN445YPH ·: ............ Amber
M~.*~f&
Absolute Maximum Ratings (Ta:::;25 ·C)
:LiQhti~~Or'
*
P;;(~W} ,1~.(rM),' 1,~fmAi* VR (,,} ,
Red
70
Green
90
.' 30
25
Amber
90
30
.
IFPO:>;lf.l:.Lt, dut): 10%. Pulse width 1 msse.
.ttmJ:7'{;~mJ*¥~
150
150
150
4
4 I
4
T?pr(OC)"
TSIg(:C) ,
-25-+85
-30-+100
-25-+85
-30-+100
~25-+85
-30-+100
The condition of IFP Is duty 10", Pulse width 1 msue
1 : Anode
2 : Cathode
Electro-Optical Characteristics (Ta=25 ·C)
,A~
V,
10. '
. Typ.•
Min.
IF, . TYP.
'A),
·M~.
Typ.
Typ.
I,
----.::.IR
Max.
VR
-1
5
Red
.Red Diffused
0.5
0.2
15
2.2
2.8
700
100
20
LN345GPH
Green
Green Diffused
2.5
1.0 .
20.
2.2
2.8
565
30
Amber
Amber Diffused
1.5
0.5
20
·2.2
2.8
590
30
20
20
10
t::. LN445YPH
10
4
4
mcd
mcd
rnA
V
V
nm
nm
rnA
J.lA
V
10
T8
LN245RPH
,
Unit.
,AmI:Wli!:Mll3t"". A Tental,ve Speciflcatlon
IF
- VF
100
50
e500
30
lI!!.ic 300
/'
I
10
/
5
,.;Jj~l
~~
~ I::: ~
;g g 100
/'
Lrv345~ts
c
II
/' "'lV
0: 1!-L-L/~
J",,-+..I-U.~---1.-:;';;:-'-;:'~~
0.3
1
3
5
10
30 50 100
NIl :n rtHI jft
I-I-r--;l/l;~!
"iT!~ 't--t--t--+-+--t
..,." 30
«:j
1
!i!~
If r-+-+--+--t--t--l
.
Forward Current
~'§ 50
31-1-1-
1.6
1.8
2.0
III :n.jt;J •
Forward
!-tV
2.2
2.4
a:: v• .(V)
Voltage
l.
~.-
10
-20
~
"' 5.0mmSeries
Type No.
;
Lighting Color
·LN21 RAL(U) ·:··········Red
LN21 RCAL(U) ·· .. ······Red
LN21WAL(U)····· .. ·····Red .
LN21 CAL(U)······ ...... Red
O.6±O.1
I@M.:*:)E~
*
Absolute Maximum Ratings (Ta=25 ·Cl
IFPO)*f-F.~. duty 10%. Pulse width 1 msec.
The ~ondition of IFP Is duty 10%, Pulse width 1 msee:
1 : Anode
L -___________________________
2 : Cathode
~
.~~*!!f!~*¥~
Electro~Optical Characteristics (1a=25 ·Cl
,.
UghUng
Color
Type No.
. .
LN21RAUU)
Red-"
Vp
~IR
.l.p
td
Typ:
Min.
IF
Typ.
Max.
Typ.
Typ.
IF
Max.
Red Diffused
50
20
20
1.8
2',6
665
20
20
100
VR
3
2.6
665
20
20
100'
3
3
10
Lens Color
\.
LN21 RCAUU)
Red
Red Clear
85
30
2Ci
1.8
LN21WAUU)
Red
Wh'ite Diffused
50
20
20
1.8
2.6
665
20
20
100
LN21CAUU)
Red
Clear
85
30
/20
1.8
2.6
665
20
20
100
3
Unit
-
mcd
·mcd.
V
V
nm
nm
mA
,.,A
V
10
Ta
-
10
--
mA
IF
100
-:0
()
".f.t:U. dUty 10%. Pulse wldth'1 msec. -The condition at I~ is duly 10". Pulse width 1 msec
1 : Anode
2 : Cathode
.~IY-J;'t$IY-J~1i
Electro-Op~ical Characteristics (Ta==25 ·C)
10 -
1100
"<.
.5
50
30
/
500
-fc
300
;ld
/
10
§
. ~~ 100
c
5
~.§
....
.50
3
:t:<~
30
]!
,
1.6
--
10
1.8
2.0
2.2
2.4
~ VF (V) .
-20
Iii
n IaJ t
Forward Voltage
~loo
IaJ
Directive
30
.5
:t:
c:
,~d
/
~'f;::.=
()
..• ····'0 '
"
,10
1\
600
is:
700
:iii:
Wavelenglh
o
o
800
20
iii
~
llIliA
00
.¥
Ambient Temperature
A p (nm)
- 197-
1'\
80
1
~
Ta("C)
Panaaonic
Mi
~ ~
fl
GaAIAs
Ultra Bright GaAIAs Lamps
Rou'nd Type
¢ 4.4mm. Series
Unit:mm
Type No.
Lighting Color
LN240CALF(U)· .. ·· .. ·· Red
2-1.0'0 I
I
.
~M.::*:lE~
2
*
---",I-
~
Absolute Maximum Ratings (Ta=25 'C)
O.6±O.1
r
~I
~t
1
IFP Ul;lH'I'U. duty 10%. Pulse width 1 msec. The condltlon oIlFP Is duty 10". Pulse widllli mBec
1 : Anode
2 : Cathode
.tt~7t$!~!Mti
:~~
:~:"i'
"Typ,e
e
-
,:\".:,,',
LN240CALF(U)
Electro-Optical Characteristics (Ta=25 ·C)
..
.~~
:
' ......
;
-(
Red
...
Ap
AA
Typ.
Min.
.-IF
Typ.
Max.
Typ,
Typ.
IF
Max.
10
4
20
1,8
2.6
665
20
20
100
3
mod
mod
mA
V
V
nm
.nm
rnA
I'A
V
LM;$ Cti!Oi",
"
'"
,'.
Clear
Unit
VF
to,
~Ia
VA
10 -' Ta
10
"C
u
.5
.9
3
E
100
.
'<
.§
500
50
30
/
)1
~l:'
..L!."
aj , 1
-;;
c
!!
I
.E
E
0.5
~
--
,.;...
-
350
,I
.
;;
• 0.1
1
1
3
5
30 50
10
.:t;raJ.ii
ForwBrd
Current
IF
100
a:
I
1.6
II
1.8
2.0
2.2
2.4
1; raJ • EE VF (V)
Forward
(mA)
f-
l30
3
0.3
~3
r--
c
~c
lI!!:
-il
'
11100
\
10
-20
0
20
40
IlII
/!l
60
If
ii
. Ambient Temperature
Voltage
80
100
Ta ('t)
4II~H~:)It.JI' - iIl:ll:~1t
Relative Lumln!lUs. Intensity
Wavelength
Charactarlstlcs
~
lI!!i
C
~~
if.i
raJ
Directive
100
!iI!&!
0-- f----
--r
r
-
f--
~-L--l--
- f---- f--
~ f--
. ,f---
30
1--.
C
:1: 3.0mm Series
Unit: mm
o
w
:5
:l
o
U)
>-
Type No.
g-!-@;:;'==ht
Lighting Color
~
LN28RAL(US) ··········Red
LN28RCAL(US) ········Red
LN28WAL(US)'" ....... Red
LN28CAL(US) ··········Red
~MIi*~~
*
Absolute Maximum Ratings (Ta=25 ·Cl
IFP 1J)~#u.. duty 10%, Pulse width 1 msec.
The condition 01 IF? is duty 10%, Pulse width. 1 msec
1 : Anode
2 : Cathode
.~rr..J7t~rr..J!/i¥1i
Electro-Optical Characteristics (Ta=25_ ·Cl
Ughtlng
Type No.
AI'
AA
Typ.
Min.
IF
Typ.
Max.
Typ.
Typ.
IF
10'
Lens Color
Color
r
VF
~IR
Max.
'VR
LN28RAL(US)
Red
Red Diffused
25
Ie
20
1.8
2.6.
665
20
20
100 .
3
LN28RCAL(US)
Red
Red Clear
85
-
20
1.8
2.6
665
20
20
100
3
LN28WAL(US)
Red
White Diffused
50
-
20
1.8
2.6
665
20
20
100
3
LN28CAL(US)
Red
Clear
85
30
20
1.8
2.6
665
20
20
100
3
mcd
mcd
rnA
V
V
nm
nm
rnA
/.lA"
V
-
Unit
-
10
. -
Ta
100
3.0'mm Series
Unit mm
Lighting Color
, Type No.
LN277WALX········:···Red
LN277CALX ............ Red
O.4S±O.1
eM.:;*:lE#t Absolute Maximum Ratings (Ta=25 'C)
* IFP 0);1101*1:. duly '0". Pulse width 1 msec.
The condition oIlFP Is duty 10%. Pulse width 1 mlec
1 : Anode
2 : Cathode
.ttBg~:!1!Bg4\it!
L;.
Electro-Optical Characteristics (Ta=25 'C)
LN277WALX
Red
Wlllte Diffused
4.0
1.5
20'
'665
20
20
100 ,
Red
Clear
5.0
2.0
20
1.8
1.8
2.6
LN277CALX
2.6
665
20
20
100
3
mcd
mcd
iliA
V
V
nm
nm
rnA
JlA
V
Unit
, "i!Ill:.li:1I1& t >r<1'.
.0.
Tenlatlve Specification
10
10
100
100
j
50
50
,g
30
30
~~
v+
II
3
I
100
IF (mAl
~IUUUf ~ If -
~
100
~d
80
~a
60
~ §100
40
~I
20
i!&!
I- ......
~~
...J
50
I
II
1.6
1.8
2.0
.•Forward
n i;';J Voltage
• EE
2.2
VF
10
-20
2.~
()'
V
0
Tem~.r~,u!
i;';J
Directive
-
4f
it
Characteristics
'<
.5
r-...
I-
"-
10
\
:II
Ap
,
"
......
o
700
Wavalength
Ta ('C)
40
1
i.i
100
50
20
600
80
i.i :A 4f it
tit
o
500
20
!ble!D
30
~1
60
, c:
~~
Relative Luminous Int"nslty
Wavelength
Characteristics
IIIfc:
~
II!! i'300
V
5
'to
30 50
t'
Ta
'"
c:
Vv~'"
r-iL /~~"
-
~500
0
1
3
800
,0
20
40
60
~mble~ Tem~.;atu!
(nm)
-- 201
"I
80
100
Ta CC)
,Panasonic
~ ~
Jtl Jl
GaAIAs
Ultra Bright GaAIAs Lamps
~ff~
Square. Type
2.0mmXS.Omm Series
D
Unit mm
~
S.2±O.2
2
'- '-.-I~
2.0±O.2
!W",S'""O±,,,O'-r
Type No.
Lighting Color
LN242RAL(U)···········Red
2-10±O.1
II!M.j:lE~
o 6±O.1
2-0.6±O.1
Absolute Maximum Ratings (Ta=25 ·C)
2.54
1
The condltfon oIlFP Is duty 1()IJ6" Pulse width 1 maec
Iii
2
I
.~
1 : Anode
2 : Cathode
.tt~;,{;*~~1!
Electro-Optical Characteristics (Ta=25 ·C)
~~~TY+===~~~~777N
--:. Ta
10
10
100
'<
5
.§
3
.......
/
.Li:g
1
§
0.5
~~
0.3
30
v
.J!o
~
!~
50
lMi
.$
10
§:"
~:a
5
V
0
O. 1
1
.1
/
.15
3
5
10
1tiJ • ••
Forward Currant
IUUUHiIi If -
30 50 100
IF (mA)
il .
3
:6< ~ 30HH-+-+--+-+-+-HH-+-l
J
III
!!
i!,j!
10
1.6
1.8
2.0
11115 ItiJ tlE£
Forward
Voltage
2.2
2.4
-2~0~~0~~~~~40~~,OO~~80~~100
iI'lf
~
I!II
Ambient Temperature
VF (V)
Ta ("C)
4It it
Relative Luminous Intensity
. Wavelength
CharacteristiCs
~
l00r+~~-+-+1~+-r+~~,
~~Idf
8OH-f-H-I-t-I-fi+-I-+.-f-H-I
~'§
OOr+~~-+-+1-H+-r+~~,
m
ItiJ
DlrecUve
~
it
Characteristics
30
r-...
r-....
20
.140H-f-H-I-t-I-It-\t-I-+-f-H-I
~I ~H-l~~++~rHHH
!ld
40
0
f'.
"r"\
\
0
o
~
~
40
80·
iI If
Ambient Temperature
I!II
80
I
.
~.
- 202-
100
Ta ("C)
I
~
Jl
@j ~
f.4rIH~
GaAIAs
Ultra Bright GaAIAs Lamps
Squa're Type
2.0mmXS.Omm . Series
D
Unit: mm
I
40'0.2
34±0.2
2.0=0.2
Type No.
Lighting Color
1
LN248WAL(U)··········Red
I@M_*i:.
"'"'
Absolute Maximum Ratings (Ta=25 ·C)
2-OMO.I .
*
IFPO)I::1*U"
duty 10"1 Pulse width 1 maee.
0.6=0.1 ,
I~
. 2
The condition of IFP is duty 10%. Pulse width 1 msee
'83
.itf(.J:Yt:~f(.JM~·
1 : Anode
2 : Cathode
Electro-Optical Characteristics (Ta=25 ·C)
;
Ughtlng
Type No.·
LN248WAL(U)
Red
-
Typ•.
Min..
·IF
. Typ.
Max.'
Typ•
5
2
20
2.S
665
20
mcd
mcd
mA
1.8.
' V
V
nm
nm
-:a
.!"
5
.P
3
:La
:IIj
I!!:i!
~$-1 .
-
-
,,-+i-
-'-rtt .
-ii,
, , I·, l'
i
0.5
!
.~ 0.3
~.3
0.1
..
~~+r
_-Hl I! iii
i-+ '
-:~=
I . !
ll1.iiaJ.~
Forward
Current
:f!;!~
-8
.
!II!
j['E
t
~
' !
I
t-t-tt
i III!,
I
5 I 10
·3
,
i
-
I Li
1
I
i
30 50 100
IF
;100·
3
rnA
!J.A
V
10 -
Ta
.1
~500gngg
30
II!.~ 300H-t--+++-+-t--HH-f--i
-
/
c
~~
/
10
~ i' loo,~r--~~Mr-!-~§§I~E';§
-
5 -- 1- _.
I-
,
3
1/
CII! ...Jii 50
:7?<.~
a;
3Ot--H-t--++++-t--'HH.!....J
Ii!~
I.S
1.8
2.0
2.2
iii 1.i iaJ t EE
(rnA)
Forward
Voltage
10
-2~0~~0-.~2~0~~~~.~OO~~00~~loo
2.4
'1iI
VF (V)
Ill!
Ambient
ill If
Temperatur~
mMR:Yt~If-iJHH~11
Reletlve Luminous Intensity
Wavelength
Characteristics
~
...
t~~i
100
lI!!~
c
mE
80
~
so
CII!
tf<
Ii!
40
20
m
iaJ
Directive
I
I,
t1r-:+ - ++
-;(
E
~
ft
Characteristics
-
··f
I'~
o ·t-t'.
500
I
H
±-
~r
.,
30
-- --
i
" "-
20-- t--:
-J-. -
10
+- 'il
i TTl
-,
600
700
iJIi
~.l.p (nm)
-: Ta
50
40
, r-
I
IF
Ta (t)
.!!-
t'1±
-too
.fiti!,
ri -+,41-11+'
y"-i- t ~j-. ~t-f
.
VR
20
50
-
.!!-
!
-
~c
-;(
!
/
~ax.
IF
\
100
10
. i
I---~.
• ·A·.l.·;·
.l.p
VF
Typ.
white Diffused
-
Unit
I~
Lens Cofor
Color
SO"
000
0
Q
r-iii
20
1·- - t--. -
Ill!
40
"
-'
iI
60
If
Ambient Temperature
W~vel.nglh
-203 -
"00
I
100
Ta (t)
Panasoftic
,
~ ~
J\1. Jl
GaAIAs
Ultra Bright GaAIAs Lamps
"1f~ Square' Type
D 2.0mmX4.0mm Series
Unit:mm
o
Ii!UJ
o
.J
o
en
....
~
Type No.
. Lighting Color
LN251CAL(U)· .. ·····;·Red
2-0.8Max.
/
2-0.5+0.1 '
M~.~~45
Absolute Maximum Ratings,(Ta=25 ·C)
0.5±0.1
"
Th. cOndition oIlFP I. duty 10%. Pul•• width 1
~
m.~c
1
2
1 : Anode
·2 : Cathode
••~:7'C*ag~tt
10
..
-;;
!
~
10
Electro-Optical'Characteristlcs (Ta=25 ·C)
~~~~~~~~~~8
-
IF
!
5
/
3
~50a
50
30
~lt
M~
!f!
W§0
10
:~
.3
~I!
III:
@:i
j!. 0.5
E
E 0.3
.~.:I
0.1
3
5
30 50 .100
10
.1iraJt.
IF (mA)
Forward Current
1!!-i'300
/
.!!-
1
c
I'
~d
r,..
100
~8
c
IIR ~ 5.a
5
I
1.6
10
1.8
2.0
.1i raJ tEE
Forward
Voltage
2.2
2.4
VF (V)
IItHUt: • • -itA4fil
~
IIIf
sf
-20
.
m
Directive
!til
4f
I--
20
IBI
-
!
100
(tl
50
40
"'"
20
II
a
20
"1'\
\
o
500
80
Ta
30
IIR ~ 40
lid
60
If
Ambient Temperature
~I 60
~-I
40
i.!l
'il
Characteristics
80
a
Ii]
I·
Characteristics
100
--
a
Relative luminous Intensity
Wavelength
\
'
Ta
10
100
.600
:aveI.: .
700'
o
800
20
l!J
A P (nmj .
40
IBI
Ambient
- 204-
I
i
0
60
i.!I
If
T~mperature
80
Ta
100
(tl
im
Yti Jl
~
GaAIAs
.
Ultra Bright GaAIAs Lamps
Small Type
Type No.
:Unit:mm'
LighUng Color
LN247RCAL(U) ........ Red
"
if@x;ff&*~~
*
Absolute Maximum Ratings (Ta=25 ·C)
IFP o)~f,*':. duty 10%. Pulse wIdth ,1 r.nsec.
The condition of IF? is duty 10%. Pulse width 1 msec
, : Anode
2 : Cathode
IIXttr.J7{;~tr.J!fi¥li
Lighting
Color
Type No.
LN247RCAL(U)
!--
Electro-Optical Characteristics (Ta=25 ,·C)
I Re~
Unit
Red Clear
,.
-
11..1'
IF
Typ.
Max.
Typ.
Typ.
IF
Max.
30
15
20
1.8
2.6
665
20
20
100 '
3.
mcd
mcd
rnA
V
V
nm
nm
"mA
J.lA
V
, Typ.
VF
1
~
5"
50
.!}
30
~~
~
10 "
lI!j:
5
500
-l-
lI!j~ 300
'J
as
VR
10 :- Ta
lOa
;;
, , .. ,In'
.Ip
Min.
10
Lens Color
, !.i
;I!!!~
~
~I:
,-
8 lOa
I
,
-I-
I:
'il
I:
E
~~..J
.50
~.3
1
I
3
5! 10
lli1iiaJ.il
Forward
Current
30 50
III
mom
10
100
I
~
ii,
-
j.
,I
M
~
~
/ill
./l'
Ambient Temperature' Ta ('C)
IF (rnA)
m~HH{; ~ /l- ilt :liHHt
Relative Luminous Intensity
Wavelength
Characteristics
ni
"
Electro-Optical Characteristics (Ta=25 ·C)
Clear
Unit
Min:, '
, ,
,Ap
'.:loA
~IR,
IF
Typ.
Max.
Typ.
,Typ.
I~
Max.
5
20
1.8
2.6
665
20
20
100
3
rncd
rncd
rnA
V
V
nrn
nrn
rnA
I'A
V
Ta
10
100
100
1i
"
.§
~
50
.§
.9 - 30
:qi
as
II!:i!
~3
J!;!lj
10
.~
()
-([",
.If
5
-fC:~
3
1
I
'~-500
50
30
V'
l/3,
5
10
30 50
.-niaJ.ll
IF
Forward Current
100
irnA)
- -
/
-!!-
,-
~c:
~
VR
12
/
10
'- ......
5
3
I
1.6
.1.8
2.0
lfi-niaJ-.t1!:
Forward
~oltage
2.2
10
-20
2.4
a
/iii
20
IlII
40
60
Ii
iJl
- Ambient Temperature
VF (V)
80
100
Ta ("C)
til ~HB{; ~ JI- i.t :Iii: !It ~
Relative Luminous Intensity
Wavelength
Characteristics
~
~
E
iaJ
~~
Directive
100
!It
11
25
-!!-
Cha~acterlstics
2a
" '\
5
a
'\
10
a
1"'\
1"\
5
a
500
1\
600
itt
700
:fi
Wavelangth
800
~nllll.U90'
a
o
,~
i 1
20
/iii
40
IlII
iJl
60
Ii
Ambient Temperature
A p (nrn)
- 206-
80
Ta ("C)
100 .
m~ ~ Ii GaAIAs
Ultra Bright GaAIAs Lamps
.
Small Type'
Unit: mm
Type No,
Lighting Color
LNI251CAL .. · .......... Red
~
~x;f§*:lE*&
-
~+- -
I~
Absolute Maximum Ratings (Ta=25 ·C)
1.6:!:O,l
2.n±ll:!
* IFPO:>5kf.l:.'1, duty
10%. Pulse Wldlh 1 msec.
I
The condition of 'FP is duty 10%. Pulse width 1 msec
1 : Anode
2 ; Cathode
Electro-Optical Characteristics (Ta=25 ·C)
Type No.'
LN1251CAL
Red'
Clear
Unit
100
"
~
=.
AA
Typ.
.Typ.
If
Max.
'
' I
I---R
Vii
9.0
3.3
10
1.75
2.6
665
20
15
100
3
mcd
mcd'
mA
v
v
nm
nm
mA
IlA
V
10 -
Ta
100
--
50
, dR'
-.
..
.
.
.E' 30
I
i i
I
./
=$/
-1/
~ 500
50
30
il!!i
V
,')'
"
I
II
0
-
,g
i
5
1
30 50
10
IllinltiJ."
FOI'Ward Current
100
IF (mA)
ii
"
E
pt:,3
:tR 1
3
L
300
;\t!~"
5
1-1 [ I
3
".
1\
i r-;::
0
II
0
600
..
........ t'--,~
20
700
o
800
~
~,l.p (nm)
Wavelength
ro
~
20
Ii]
IIIl
ill
~
Ambient Temperature
- 211 -
...... I:::!.
I
80
100
Ta ("C)
= ~ ~ 7f:.
Two Color Lighting
;z,H~ Ro'und Type
¢J
5~Omm
Type No.
Unlt:mm
~5.0'0.2
Series·
Lighting Color
LN11WP34· .. ···········Green. Amber
0.5'0.1
3-0.5'0.1
.et;t.:;t;:i:.
Absolute Mal,dmuin Ratings (Ta=25 ·C)
*
Gree9
90
3Q150
4
-25-+85
-30-+1CJO
Amber
90
30
4
-25-+85
-30-+100
150
I
lFP O)!lif.l' 1:. duty 1016. Pul •• width 1 m••c.
~\
/
;:~n9:bCII.Or, 'P6(mW) '1,(mA) '1;;(ri!A)*. VAry:) . ;:~.rl~j.( ~;T8t9.ii!i)::'
'I'_+-_..i':!!
Th. condition of tFP t. duty 1016. Pul •• wtdth 1 mo.c
1 : Anode
2 : Cathode
• • rr..J7'C~rr..J*¥i!
LN11WP34
Electro-Optical Characteristics (Ta=25 ·C)
-
Green
White Diffused
Amber
Unit
15.0
3.0
20
10.0
4.0
20
2.2
2.8
2.8
mod
mod
rnA
v
v
590
30
20
10
30
nm
20
10
.9
4I
v
rnA
10 -
1
4
Ta
100
100
"<
.5
50
30
~I
~
/~
30
/
0
5
I
30 50 100
10
!l1;raJ.llIl
Forward Current
:;!:<
'{
1.8
2.0
lI1;rtiJ.EI
F~ard
IF (rnA)
f-
~
30 f---
i
i!&!
I1I1
1.6
c
1Itl~
If.
J
5
lI!!~300
~
~d
-IlI:l B100
/'
~~I
5~Omm
Type No.
,
Unit: m:n
~0±0.2
Series
Lighting Color
tL....,.±-,-L-t·.
!t.-
LN11 CP23 .. ···· .. ·· .... ·Red. Green
LN11 CP34 ........ · ...... Green Amber
\ "
'
2-1.1 Max. '
0.5.0.1
3·05=0.1
II@'!M.j;:lE~
Absolute Maximum Ratings (Ta=25 ·C)
Ughtlng Color
' .
Red
*
IFP.(mA)* VRLVl
Topr('C)
TsllfI'C')
'150
4
-25-+85
-30-+100
30 .
150
4
-25-+85
-30-+100
30
150
4
-25-+85
-30-+100
PD(mWl
IF(",A)
70
25
Green
90
Amber
90
IFP (I)'-1*'t., duty 10", PuiS8 Width 1 masc. The condition oIlFP Is duty lQ1J6, Pulse width 1 msee
.~fr.J;,(;~fr.J*¥~
'TYPe No.
Electro-Optical Characteristics (Ta=25 ·C)
~:ng.
'.
1 : Anode
2 : Cathode
,
U,lns Color
"
Red
LN11 CP23
-
LN11CP34
~
Clear
Green
Clear'
Amber
,.
-
Unit
-
;
10
:ryp:.
IF
Typ.
30
~,f:/
15
2.2
2.8
700 .
100
20
10
4
2.2
2.8
565
30
20
10
20.0
8.0
20
2.2
2.8
565
30
20
10 '
4
1'4
10.0
4.0
20
2•. 2
2.8
590
30
20
10
4
mcd
mcd
mA
V
V
nm
nm
mA
pA
V
10 -
Ta
/
c
V'I
-
30 50 , 100
10
I.. (mA)
Current
~ lHHt ~ If -
1.6
lI!!:~
80
S!~ .
"(8c
!IIIj
:1f<~
li
!i!.!
m
Green
50
:1f 4.4mm
Type No.
.
Unit: mrn.
Series
Lighting Color
LN140WP3B ··•···· .. ···Green. Orange
I!;,(dit*~~
Maxlmu~
Absolute
O.S±O.1
Ratings (Ta=25· 'C)
roPr(~C~ •
j·.igi:cr. .
Green
90
30
150
4
-25-+85
-30-+100
Orange
90
30
150
3
-25-+85
-30-+100
* IFPOl!toI*U.
1,( rnA):: II7P(mAl*
pp(mw~
UghtingCOIar
VR(yl .
(2.5)(2.51
1
2
I
-·Wl·i
duly 111%. Pulse width 1 msec. The condition oIlFP Is duly 10!6. Pul.e width 1 maec
•
~
r
2.4
1 :Anode '
. 2 : Cathode
.
Electro-Optical Characteristics (Ta=25 'C)
.......
'
'Typ,~~,
Min.
·TYP.:
L:>.
Green
r-----:-
LN140WP38
White Diffused
Orange
Unit
4.0
0.8
20
2.2
2.8
565
30
20
2.5
0.5
.20
2.1
2.8
630
40
20
10
3
mcd
',mcd
mA
v
nm
nm
mA
I'A.
v
V'
10, 4
Am UllilEllIlIIt>r-'t , A Tentative Specollcatlon
10
-~
Ta
100
10
"<
!
5
I.'
3
/.
... .....
30
,,,~~/ ~
'I..
i'
1
50
c§
~
VV
V
i'
rs"
c§
I
O. 1
1
/
V
1
3
10
5
30 50 100
n jo] t )lIf
Forward Current
II
I
/
1.6
1.8
2.0
n jo] 1IEE
Forward Voltage
II
IF (mA)
2.2
2.4
V (V)
F
m~HUt ~ /1- i&: ~.~ 'Ii
Relative Luminous Intensity
Characteristics
Wavelength
~
100
I!!~
HI
Orange
Green
Directive
If
r\
jo]
~
'Ii
Characteristics
l
50
...!!-.
c '''SO
;ij\~
30
~B 60
I
.5
,QI! ~
:;!;<.~
!l
i!~
\
20
/i\
o
r-...
.b-..,
20
I
40
500.
\
\
~
.'-
0
0
600
A
Wavelength
i8!
700
,\ P
o
BOO
20
/i.I
(nm)
40
DB
60
iJl
/I
Ambient Temperatur.
- 216'-
r-.
I
BO
100
Ta ("C)
7C
.::. @. ~
Two Color Lighting
;r,_ff~Round-Side View 'Type
Series
3.5mm
Unit m':'1
4.2±O.3
2.3 1.9
~
Type No.
+1 .
on
Lighting Color
..;
'Go
LN15BP ................ :...... Red. Green
. LN15WP ···•········· .. ··Red. Green
d
:ii.
3-0.45±O.15
j!M.*lE~
"
~
on
~
O.45±O.15
Absolute Maximum Ratings (Ta=25 ·C)
Ug!ltlng Color
*
S?
ToPr(;C) ,
IF~(mi.)* VR(V),
Ta!9('C>';;
Po(mW)
IF(mA)
Red
60
30
100
4
-25-+85
-30-+100
Green
90
30
100
4
-25-+85
-30-+100
1.2
...l1I
.1.27
IFPC7lr.f.Hi. duty 10%. Pul •• wldlh 1 ma.c. TIl. ccndilion oIlFP I. duty 10%. Pula. wldlh 1 ma.c
1 : Anode
2 : Cathode
Electro-Optical Characteristics (,Ta=25 ·C) .
Type No.
0.7
0.2
. 20
1.75
2.0
660
20
30
10
3
Green
2.0
0.6
. 20
2.20
2.8
565
30
20
10
Red
0.6
0.2
20
1.75
. 2.0
660
20
30
10
4
3
10
Red
- : - - - Blue Diffused
LN15BP
-
LN15WP
White Diffused
Green
Unit
u
E
~~
!~
fI!:
~
0.6
20
2.20
2.8
565
30
20
mcd
mA
V
V
nm
nm
mA
10
100
0
"
2.0
mcd
"<
5
.§
3
~/
1
V
1f$i
.;'
.~
E 0.3
~.3
'V
0.1
1
q, 3.5mm
Unit:mm
4.2±0.2
4.5±0.2
2.3
Series
1.9
Type No.
Lighting Color
LN15WP-(F) .... •...... Red. Green
4-0.4
0.45±0.15 .
f@M.~~.
Absolute Maximum Ratings (Ta d 25 ·0)
!
*
Red
70
25
100'
4
-25-+05
-30-+100
Green
90
30
100
4
-25-+85
-30-+100
IFP O)"f!Io~. duty 10'lIi. Pulse width 1 maec. The condlUon oIlFP Is duty 10'l1i. Pulse width 1
I
!
ljL----L-....I.
1.2 .
0.85
2.55
ma.c
1 : Anode
2 : Cathode
.~I'ItJ:YC~I'ItJ~~
Sectro-Optical Oharacterlstics (Ta:=25 ·0)
~~~~~~==~~~~n
10
-:0
()
.§
5
.9
3
]
50
30
.'
~~
.J.j.
alii
~'E
t!!:i3
.5
E
~.3
/
1
r
L
~500
.
lI!J~ 300
~~..J
0.3
~1·30
iii
I
if
II
5
10
30 50 100
.1JIf;].it
Forward
Current'
•
1.6
1.8
2.0
2.2
.1JIf;].a::
IF (mA)
~
Green
50
I?."
1==
.....
!Id
1
3
--
S~
r-~ B 100
c
0.5
O. 1
1
Ta
-
100
10
Forwar1
Voltage . VF
10
-20
2.4
(
o
V)
20
40
III
/il
60
80
100
II Ta ("e)
it
Ambient Temperature
tIUHUl; Yi 11- iIl:ll .. 'Ii
Relative Luminous Intensity,
Wavelength
Characteristics
Red
Green
'\
"<
m
'.
.§
If;]
Directive
\
..
4IIlJ
:f;lf.'l::l;t, duty 10%. Pulse width 1 mse~.
VR(V)
T6pr('C)
T5Ig('C)
150
4
-25-+85
-30-+100
150
3
-25-+85
-30-+100
I
,
I
$_.
The condition oIlFP is duty 10%. Pulse width 1 msee
1 : Anode
I
2 : Cathode
• •~7t~~~t:E Electro-Optical Characteristics (Ta=25 ·C)
Ughtlng Color
Type No.
Green
I - - - White Diffused
Orange
LN086WP38
-
Unit
-
~IR·.
Ap
AA
Typ.
Min.
IF
Typ. '
Max.,
Typ.
8.0
3.0
20
2.2
2.8
565
Typ.
30
8.0
3.0
20
2.1
2.8
630
40
"
20
20,
mod
mod
rnA
V
V
nm
nm
rnA
V,
10
Lens Color
~
Max.
VR'
10
4
10
3
JlA
V
10 -. Ta
100
50
100
r----
-.
-
0~
30
/' V
!
.
't:-4;
1
i
3
'f--
Forward
Current
cS
"
~500&RRn
lI!!f300~H-t-+-++++++--+-I
!!I
I
I
30 50 ·100
10
1II1ifi!iItilif
.~~
-
~~.
1m··
5
. @/~
0< '=J
~~
II
I,
:
I
1
"
IF
(rnA)
II
1.6
1.8
2.0
Ii 1i fi!iI t
Forward
2.2
2.4
l%: VF (V)
Voltage
1O,=-,c.......:,--"-"*-'-*""~'=-''-:!:,........"'!''!.
-20
0
20 ~ ro 00 100
iii l1li iii If
Ambient Temperature
Ta' ('C )
·flUHUt iii If - i.i :liH~ 1i
Relative Luminous' Intensity
Wavelength
Characteristics
tli
fi!iI
Directive
~i¥
1i
Characteristics •.
- ---
40 30
- -- - ~
20
._- c--
10
t+- --,- I- '"
iii
A p (nm)
""-
;=+- -- --±
ro
~
20
:&
Wavelength
<-
l1li
iii
If
Ambient Temperature
219 -
~
I
80
Ta
100
q:)
Panasonic
= ~ ~ 7f.
Two Color Lighting
jtH~Ro·und Type
¢J 3.0mm
. Unit: mni
Series
Type No.
Lighting Color
LN138WP38 ........ ; .. ·Green. Orange
g,5±O.1
l@M.*)E~
Absolute Maximum Ratings (Ta=25 ·Cl
~'I~';:Ji.:r~1 ~i~;)'~. \iR('ll;~·;;:{r¥r("i).{ ;;r~I!3('~j'
* IFPO>ft1*li,
90
30
150
4
-25-+85
-30-+100
90
30
150
3
-25-+85
-30-+100
du.ly 10". Pulse width 1 maee.
••tr:J:Yt*tr:J~tt
1
2
1
-$
The condition of IFP Is duty 10%. Pulse width 1 msee
1 : Anode
2 : Cathode
Electro-Optical Characteristics (Ta=25 ·Cl
10
...,
100
"E
50
",'
':;'~;;'::)~:':vfi,'ti'~;~~ ;,%l~~;·· ::'4,,:.::..,j~
;r,.~~~,,]~~,'; .1;lYPi; .:iYP:;,:,,;/" . Max.' , . Vii "
Red
LN1,6WP-(F) ,
White Diffused
Green
Unit
10
0.5
0.25
. 100
20
10
0.75
20
2.2
2.8
.2.B
.700
1.5
56530
20
10
mcd
mcd
mA
v
V.
nm
mA
2.2
nm
c.«
1
~500
iIl~300
.l.;"
/
0
:!!
r--
1d
V
~ijl00,
-
.....
.5
vp,eo
/.
O. I
3
/
3
30 50
lIIn-iAJ II it
FOrward
.~
1.6
1.8
2.0
lIIn-iAJlla::
Forward
Voltage
2.2
100
Green
VF. (" J
~
it
Characteristics
\
..!!-
40
i'.. ~ 4'~
~C'...~
-Il
\
"[,,,
10
A
V1(svslength
Ta ('C)
50
20
/
600
itt
100
50, 80
It
'I'..
'I
o
40
i.I
30
\
\
Panasonic
fi'iJ
Directive
I
QI:~
..J
40
500
m
20
l1li
Ambient Temperalllre
"<
Red
0
III
.§
f
60
10
. --20
2.4
~fHHU{; ~ Ii- itt A ~ it
Relative luminous Intensity
Wavelength
Characteristics
jI~ ao
c
100
IF (mA)
Current,
I!l~ .'
~ ij
.!i
!IU
1
10 -
5
~ :::: ~
:t'f<~ 30
I
V-
1
Green== ~
QI: ~ 50
5
..... V
Ta
'*
50
30
/
4
v
10 -
100
4
700
). P
~~
o
aop
o
20
III
(11m)
40
l1li
60
i.I
Ii
Ambient Temperature
- 222-
80
I
100
Ta ('C)
= 13 ~ 7C
Two Color Lighting
~ff~· Square Type
D 5.0mmX5.0mm Series
No.
Type
Unit:mm
5.2 ~~l
50 .~~
~ ~
. Lighting Color
I-+--i-i!?*~
LN150WP38 """"""Green, Orange
oJ
~M.*~t&
Lighting Color
*
_ ..!!illl_
Absolute Maximum Ratings (Ta=25 ·C)
IFP(mA)* . ~R(V)
, Tatg('C)
Topr('C)
Pi,(mW)
IF(mA)
Green'
90
30
150
4
-25-+85
-30-;1-100
Orange
90
30
150
4
-25-+85
-30-+100
IFPt1)~f-I:U., duty 10%. Pulse width 1
1
2
1
msec. The condition oIlFP is auty 10". Pulse width 1 msec
1 : Anode
2 : Cathode
1I~W!J:1\:;~W!J*¥~
Electro-Optical Characteristics (Ta=25 ·C)
Lighting
Color
Type No.
Green
c. lN150WP38
- ,
Orange
Unit
.6.ffiU:I':€A.I.f3fII'T
"',:,;.,
'
Min:'
2.0
1.0
White Diffused
Typ.
" Typ.'
IF
'-:--Max.
'20
2.2
2.8
565
30
20
10
20
mAo
10
3
",A
V
IF '.:
1.5
0.5
20
2.1
2.8
630
40
mcd
mcd
mA
V
V
nm
nm
~
.5"
"~"
-+,
5
.9
r---+-t
. I
~.~
lI!!~ 0.5
E 0.3 -----
~.3
0(
.530
V,,
V
b.
.. ,,:
I
. (jot
,l#
1
!II
."
'"
./' / '
."~ ~;
[I
0' '--,
-r-
5
i
I
i
30
10
lIIi1JialtlJl!
5~
100
1.6
II
10
1.8
2.0
2.2
lIIi1Jial1lEE
IF (mA)
Current
II
II
Forward
Voltage
-2~Q~~0~"2~0~7,40~"00~~00~~'00
~
Ill! i& Jl
'
2.4
,~F (V)
Ambient Temperature
~IUHU(; ~ Jl- iii :IlHU,
Relative Luminous Intensity
Wavelength
Characteristics
~ 100
lI!!!
.11n
~
~
40
::;;,
!lI.!
o
500
r.i
tu
~
ial
Directive
!
Ta (t)
IF -' Ta
50
'Ii
Characteristics
40
30
-'-l-
\
\
..
f--
20
"lef.l:U. duty 10". Pulse width 1 msec.
.~fr.J7'{;~fr.J~~
5
~ .50
3
h
,
/
~~
o<~
''''~.,
",II;
v
,.
,'"
V- i/"'"
1
30 I 50 100
11i!11.iicJtllf
Forward
IF (rnA)'
Current
~IUU~ :Yt ~ It- ill
50
~i 30
!i!!£
/
1.6
!=
c
II
10
III .~300
~ ..J~
,
/
5
- ~ 500
c
~
;}V
Ta
.~
r-. range
~ ij 100
~en
V
,~
-'/
3
1 : Anode
2 : Cathode'
10 -
30
//
1
1
Electro-Optical Characteristics (Ta=25 ·C)
100
O. 1
2
B
The condition of IFP is duty 10", Pulse width 1 m8e~
10
1
254 2.54
1
10
1.8
2.0 ·2.2
11111.iicJtll:
Forward
Voltage
2.4
-~
0
iii
V.. (V)
~
~
Ill!
60
It
iI
Ambient Temperature
60
100
·Ta '(t)
:II" it
Relative Luminous Intensity
Wavelength
Characteristics
~
I!!~
100 I I
c
80
~ij
60
j
40
.~
c
.Cjg
:1r<1
s
!/U.
20
0
500
m
J
I
o.range
I
b:een
icJ
'Directive
~
1\
1\
10
1/\
ill
.~
700
o
o
800
20
iii
. A'A (nm)
Wavelength
""
20
1\
600
40
30
1\
I
it
Characteristics
40
Ill!
"'
60
iI
Ii
. Ambient Temperature
P
Pa.... ,·,·
- 224-
"I
80
100
Ta (t)
= ~ ~ 7C
Two Color Lighting
~ff~ Square Type·
Unlt:mm
~
,
D 2.0mmX5.0mm Series
Type No.
rjl
II
LN142WP34 ············Green. Amber
LN142WP38 ············Green. Orange
I !~,
15M"
.ex~.:*::iE~
*
Green
90
30
150
4
Amber
90
30
150
4
90
30
150
3
Orange
IFP O);1:{;u"
duty 10%. Pulse width 1 msee.
, .~tr.J:7'{;~tr.J~1i
-25-+85
-25-+85
-'25-+85
Lighting
Color
Green
'----
LN142WP34
Amber
Green
LN142WP38
~
Orange
-
10
10
.9
3
--i--J
I
=4~
I
I
I ! ,I
:lis
0
~
K3
0.3
0.1
3.0
3.0'
White Diffused
2.5
-
mod
I
,
" 5.0mm Series
Type No.
Unit:mm
Lighting Color
LN21 RPH-(TA)···· .... Red
LN31 GPH-(TA) .. ·····Greeti·
LN41YPH-(TA)········Amber
LN81 RPH-(TA)········Orange
I
II!x..t.*~*& Absolute Maximum Ratings (T8=25 ·C)
,Po(mW)
Lighting Color
Red
*
Vn(V)
Topr('C)
Tstg('C) .
25
150
4
-25.,..+85
-30-+100
IF(mA) IFP( mA)*
70
Green
90
30
150
4
-25-+85
-30-+100
Amber
90
30
150
4
-25-+85
-:-30-+100
Orange
90
30
150
3
-25-+85
-30-+100
-,
IFPO);l-~U. duty 10%. Pulse width 1 msec.
.~tr.J7{;~f-J~~
JL
soW
1 : Anode
2 : Cathode
The condition of IF? IS duty 10%, Pulse width 1 msce
Electro-Optical Characteristics (Ta=25 ·C)
..
Lighting
Color
.
Type No.
v~
10
Lens Color
"
'Ap
,H'
~IR
Typ.
Min.
IF
Typ. , ,Max; .
Typ.
. Typ,
Max:
VA
Red Diffused
3.0
1.U
15
2.2
2.B
700
100
20
5
4
LN31GPH-(TA) _l?reen
Green Diffused
15.0
3.0
20
2.2
2.B
565
30
20
10
4
LN41YPH-(TA)
Amber
Amber Diffused
B.O
3.0
20
2.2
2.B
590
30
20
10
4
LNB1RPH-(TA)
Orange
Red Diffused
10.0
5.0
20
2.1
2.B
630
40
20
10
3
mcd
mcd
mA
V
V
nm
nm
mA
/lA
V
LN21 RPH,-{TA)
Red
-,
--
--
-
Unit
-
IF'
-
.o.~P(J:I':i:Mt&f:il'''' ~ 1::. Tentative Specification
-
10
IF
10' ,- Ta
100
-:0
"~ >, \~ ,,,T'
LN21 RPH-(TA2)
Red
.~~
'
"
10
VF.
Ap
:A,A
>\
~11{
,:ryj{
Min.
r/'
Typ:
Max.
Typ.
-TYP·
Red Diffused
3.0
1.0
15
2.2
2.8
700
100
IF'
20
.. ',."
"M,ax:' . Vii:
5
LN31 GPH-(TA2)
Green
Green Diffused
15.0
3.0
20
2.2
2.8
565
30
20
10
4
LN41YPH-(TA2)
Amber
Amber Diffused
8.0
.3.0
20
2.2
2.8
590
30
20
10
4
LN81 RPH-(TA2)
Orange Red Diffused
-
Unit
-
10.0
5.0
20
2.1
2.8
630
40
20
10
3
mcd
mcd
mA
V
V
nm
nm
mA
IlA
V
10 -
Ta
IF
100
100
"0
u
50
.5
/
.9
30
~~
a,!
10
lII!:i!
,5
E
;t;:3
3
i:
,,"'-
'-
~
~
j
~,-O~~O/
i(k f'"
~...~
~
0-
~c:
c:
. .J
-
r-
1
1
/,
/...J...1"
-
VF
"
_;()'"
(TAZ)
J _~J
\
<,,1-~
30
\
:II Ap
Wavelength
I
it
Characteristics
\
II
oLN4,IYPH-(TA2)
Panasonic
)
J
c:
~~
(TA
P
11\ VI!'
CIIl~....I 40
~i
L~BI
~
a
o
800
i"')~ 1::0..
20
Ii!
(nm)
'1<'1_ r-- I--
1.... 0-
10
J J
"',::-(?- '1",) I--I-(?- '1""
40
IiII
60
ii
Jl
Ambient Temperature
..:.. 234-
80
1
100·
Ta ('t)
"7:;]7 Jlt-r - 1::":/ l'
Radial Taping
j(Jf~ Round Type
¢. 5.0mm
Type No.
Unit inm
Series
Ljghtlng Color
LN21 RPSLX-(TDA)····· Red
"
LN31GPSLX-(TDA) .... Green
LN41YPSLX-(TDA)·····Amber
.e~.;.;;~*&
Absolute Maximum Ratings (Ta=25 ·C)
lighting Color, Po (mW)
1"(mA)* VRC,,) .. .. ,'TaPr( ~C·)·
IF(mA)
Red
70
25
150
Green
90
30
150
Amber
90
30
150
*
IFP(/).1*~, duty 10'16, Pul.e wld~ 1 moec.
.~IW7't$IW*lt!
4
4
4
1,1
:' Tatg('C)
-25-+85
-30-+100
-25-+85
-30-+100
'-25-+85
-30-+100
The condition d IFP I. duty 10'IIi, Pul.e width 1 m.ec
1 : Anode
2 : Cathode
Electro-Optical Characteristics (Ta=25 ·C)
:';
, ,
.~~~;:/,(
Ughting
VF'
COlO!' .
4.l,
..,AP
/:
.TYP. '.t4i1x.! .•.
L>.
LN21 RPSLX-(TDA)
Red,
Red Diffused
3.0
1.0
15
2.2
2.8
Typ.
700
L>.
LN31GPSLX-(TDA)
Green
Green Diffused
15.0
3.0
20
2.2
2.8
L>.
LN41YPSLX-(TDA)
A1nber
Amber Diffused
8. 0
3. 0
20
2.2
mcd
mcd
mA
V
Un"
Am~.ll!:llIl&t;r.1'.
50
.9.
30
()
"<
10
III:
11
5
~
3
~.3
.§
~~.
.a/
~~
4 ..
'I:'M~:':IA,~X~:
.ryp;
100
20
565
30
20
2.8
590
30
20
V
nm
nm
mA
"4'
.4 _
.J.lA
. V
J
30
V
6
.l,
f
JI.X-(7'~
'(0... :
50
,fQ,
;-.!''W
·'LN41 VPSLX-(TOA)
2.0
2,2
lli1.iiaJt~
.forward
(mA)
!F
.
3r:-
I-- r-{'
I II
/,i /'"
III
3 5 10
.
.'
III~ 300
./
~~~"
S-'Q'<
0
v
Ta
!500
50
'6Q
":JV
'-
1
1
'~
5 10
10
10' -,
100
..;
!i
'-":,, :' " , :,'~
A TentatiYe Speclficetlon
100
'il
.§
,
Voltage
10
2.4
-20
0
III
VF (V) ,
20
III
40
,60
II
iK
Ambient Temperature
80
100
Ta ('C)
4IUHU(; JIll - ilk A 4$1!
Relallve Luminous Intensity
Wavelength
Characteristics
L
31
]
m
iaJ
Dlrectlye
f' LX-(1'OA)
if'
f
t$
Characteristics
\
50
1!
40
30
~.
II
\
I
II \
A
Wavalength .l p
ilk
(TO
I){
600
500
~/"i'",
1\
LN2 I RPSL~
o LN41 VPSLX-(TOA)I
{."
20
I
I
700
I
I
o
o
800
40
III
60.
iK
II
Ambient Tempal'alUre
( ·
- 235-
"o~"
f-
~
I
~
III
(nm)
~-t,-'~
j<-t'r
10
~
I
10-""0&0&<
80
100
Ta ('C)
"7 :; 7' )\.1 T -
l::::0 :/ ~/
Radial Taping
;IJf~ Round Type
¢>' 5.0mm Series
Type No.
Unit:mm
Lighting Color
,&35 1
••
0"-111 .1110
'I
,I
r'"! -fij-.
ill
LN21 RPH-(TD) ...... ·Red
I
!
LN31 GPH-(TD) .. ····· Green
~1
\'
LN41 YPH-(TD) .. · .. ··· Amber
LN81 RPH-(TD) · ...... Orange
~M.*~*&
Absolute Maximum Ratings (Ta=25 "C)
. LIghtIng Color
*
Po(mW)
1,(mA)
IF?,( nlAi* VR(V) . " ToPi(;C)
,'TatgC'C)
Red
70
25
150
4
-25-+85
-30-+100
G(een
90
30
150
4
-25-+85
-30-:-+100
Amber
90
30
150
4
-25-+85
-30-+100
Orange
90
30
150
3
-25-+85
-30-+100
IFPO)*f-t:I;t, duty 10%, Pulse width 1 msee.
.~~:7t$rr.;~1i
1 : Anode
2 : Cathode
The condition of IFP is duty 10%. Purse width 1 msee
Electro~Optical Characteristics (Ta=25 "C)
,
,tyP~NO:'
Ught/n
COlor 9
.;
','
LeM,C6I9",
....
.
:',
.,,'
10
'VF
itp
A.l
IF
Typ.
Max:
Typ.
Typ.
IF
'"
, . I--:---- IA '
Max.
VR
LN21RPH-(TD)
Red
Red Diffused
3.0
1.0
15
2.2
2.8
700
100
20
5
4
LN31GPH-(TD)
Green
Green Diffused
15.0
3.0
20
2.2
2.8
565
30
20
10
4
LN41YPH-(TD)
Amber
Amber Diffused
8.0
3.0
20
2.2
2.8
590
30
20
10
4
LN81 RPH-(TD)
Orange Red Diffused
10.0
5.0
20
2.1
2.8
630
40
20
10
3
mcd
mcd
mA
V
V
nm
nm
rnA
/lA
V
10
Ta
.'
~ ~' • <'
',J '.'
-
Unit
A~'H.1I':tE:M~f'1'Te
,
-
50
E
.9
30
as
l!!!:i3
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10
~3
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r
.,
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"
E
' -
100
1--
:-q~
. Min.'
A Tentative Specification
100
'0
u
Typ.'
..-
~-
t"~+I"111
,:7,
~
1
,I
3
5
i
10
IliniaJ.it
Forward
111I
30 50
100
R.
«~
I-...E
)-
1
-
2.0
1.8
Forward
Voltage
lTVelf/p"'-I,
2.2
10
20
2.4
I0
~
20
Il I '1'1
60
i!I
IlII
60
Ii
100
Ta ('C),
Ambient Temperature
F
-
"~I (7'0: -:~NJ I)pHI_(T~)
~
V (V)
>ICC
:!::
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"<':''II>
50
!i!~
."
6
(~::JGJ
~ ::::::::.,
:tR.~ 30
;;
'1:"
.,,'1:
iii 13 iaJ.1.I:
IF (mA)
Current
I'
~
Q.~
,.~
r- I--,~
~ ~
~:}
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'" IV'
,'"
I-- V~
J.-~t'TrTO!
If
.:g ~ 100
C=-
'/
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1/ ./
V
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Relative Luminous Intensity
Wavelength
Characteristics
~
100
LN
I
P,H-( Di
80
.:gij
, 'E"
60
.
40
«.::
.".,
«~
!i!~
20
a
tli
iaJ
Directive
f
lI!!~~
;1J!~"
]
LNe I RPH - 'TDI
"
11
Characteristics
I
I
40
II
II
I
i&-
i'.. ( <'~
4...,;/G'.()
~~/ I-",'Yyr.
20
('Ii
'"
p~-rro:
L
fV
'\ I
PH- (TO',
I
"
600
30
\
LN21
LN
-
\
L
500
700
10 -
\.
I
I
o
o
800
~.lp (nm)
, Wavelength
'Panasonic
50
~OJ;y 0-,
,.'
0>",
y)-O .. , . -
')-
"-':~
I
I
~
40
IlII
60,
i£
Ii
Ambient Temperature
- 236 -.
,),
O.
20
~
--
80
100
Ta ('C)
7:/7 )(.,T- (:°:/ 7'
Radial Taping
;lJf~ Round Type
¢J 4.0mm
Unit: mm
Series
Type No.
Lighting Color
LN29RPX-(TA)' ....... Red
O±10
LN39GPX-(TA)········Green
LN49YPX-(TA) ........ Amber
.eM_*lEt&· Absolute Maximum Ratings (1a=25 'c)'
*
Red
70
25
150
4
-25-+85: -30-+100
Green
90
30
150
4
-25-+85
-30-+100
Amber
90
30
150
4
-25-+85
-30-+100
I
2
IFP 0);1101'1'11. duty 10%. Pulse width 1 msec. The condition of IFP Is duty 10%. Pulse width 1 m.ec
.~!ur:J7\:;$rt:J*¥t'.£
1 : Anode
2 : C.athode
Electro-Optical Characteristics (1a=25 'C)
LN29RPX-(TA)
Red
LN39GPX-(TA)
Green
Red Diffused
Green Diffused
6.0
2.0
20
2.2
2.8
565
30
20
LN49YPX .-(TA)
Amber
Amber Diffused
10.0
3.5
20
2.2
2.8
590
30
20
mcd
mcd
mA
v
V
nm
nm
mA
Unit
"
()
E
.9
~
5
I~
.l.
.1.j-w
as
II!!:8
"<
.§
/
,.,
RPJI.-\TI<)
\..1'1 29
;t:,
0.5
c
~;;;
_~Q.>r-
.!
~f:)
-I"
1
3
J!;l~
i[."
E 0.3
-;~I)I
~3
0.1
5
./
10
30 50 100
Ji1i(t;Jtil
(mA)
IF
FOfWard .Current
V
/
:::::::; ::::,
1..",
~ ....f'C:-~.
5
- r-:-+-q.,..
3 - I-r-n'>'
-
r
1.6
~p
~-t,,.."I)
I
Q.q<
r---~ ~~~~
.
2.0
Ji1i(t;Jt~
FOrward
ft-
1..1'149 P -(TA)
-.1-.1
1.8
=
-cr"'l=
. lN39GPX- ........
.
~ll'i
U
I
4
V
~5OO
50
30
.~ 10
~
~c
4
10 -Ta
100
10
10
. 10
Voltage
2.2
10
2-4
-~
0
/il
VF (V)
~
~
l1li
ill
~
M
Ii
100
Ta (t)
Ambient Temperature
m~H~:)'t;~Ii- ili::fl~HE
Relative Luminous Intensity
Wavelength
Characteristics
\..N39GPl(
(TA) LN49YPl(
(TAl
"
~
'~
~
~
11
Characteristics
\
50
40
30
~
I
1\
\
\ II
20
\
0
600
itt
VI
I
:fl
Wavelength
700
.\ p
I
I
!-"'-f'+',
<",
';>,g
10
I
I 800 9O.LLUU£1.~.~a:ttlilJ90'
~
iii
_~
~
l1li
ill
§.
Ambient Temperature
(nm)
- 237-
I)-
lof}
0
o
,
r--- r--1,r,.. r".1.1_
of,)
'1>..,
LN29RPl(- TA
~
500
"·~~~-+'!~~.Ifi1~, /
l.N476YCPX-(TA) ····Amber
LN876RCP)(-(TA)'" 'Orange
~I~
~+'4-'--¥+
~x~:Il;;f;:~~
Absolute Maximum, Ratings (Ta=25 'C)
~~+-+-r~--.~~-.l
~o(rnw)
IF(rnA)
lFi>(mA)*
VA(V}
Topr('C)
'Tstg('C) ,
Red
70
25
150
4
-25-+85
-30-+100
, Green
90
30
150
4
-25-+85
-30-+100
Amber
90
30
150
4
-25-+85
-30-+100
Orenge
90
30
150
3
-25-+85
-30-+100
,UghtingCofar
*
IFPO)~f-J:U, duty 10%, Pulse width 1 msec.
,
,
I
i,
L~-l '-i!L_ ----LL1-
1 : Anode
2 : Cathode
The condition of IF? is duty 10%. Pulse width 1 msec
----------------------------~
.~tr.J*~fI!I!Il¥1i
"C'
!
~~~:-'
Electro-Optical Characteristics (Ta=25 'C)
,
<-
Ji~scoior
uQhting
,TyPeti().
Color
10
Ap
VF
Min.,
Typ.
.,
IF
,6'<
Typ.
'Max.,
Typ.
Typ.
IF
r-----IR
Max.
VR
LN276RCPX-{TA)
Red
Red Clear
1.5
0.6
15
2.2
2.8
700
100
20
5
4
LN376GCPX -ITA)
Green
Green Clear
15.0
6.0
20
2.2
2.8
565
30
20
10
4
LN476YCPX-(TA)
Amber
Amber Clear
7.0
2.5
20
2.2
2.8
590
30
20
10
4
LN876RCPX-ITA)
Orange
Red Clear
10.0
4.0
20
2.1
2.8
630
40
20
10
3
mcd
mcd
mA
V
V
om
nm
mA,
IJA
V
10 -
Ta
-
-
Unit
.
.6.ffiU:ll1EjJt3f~9 0 .6. Tentative Specification
100
100.
"
u
E
.2
:q~
~~
l!!!:
C",
I 1J
I l'l
I I
~J
~
.f~r(~~
(1-.
~),
LN276RCPX-(T AJ
1\1
II IX' '\.
o LN476YCPX-(TA) I
Panasonic
icJ
Directive
\
~ II
20
~
20
Ill!
Ambient Temperature
E
f.j
\
40
0
I!I
VF (V)
~
VI
JI
80
10
20
2.4
iIk~~lt
LN376GCPX-(TA) LN876R.CPX- TA)
f\
~(~-
I
LN476YCPX-(TAI
2.0
MI 15 icJ
IF (mA)
Current
1.8
-(T1J.:::
6I?Cl>'r
Relative Luminous Intensity
Wavelength
Characteristics
100
lN3?6G
It';8?6Rg::-:(~~
(!'.'
//1/ J'/I
1.6
lI!!!
::: ~::::::
==
-- ".'2
3--:\
'/ ""rc"'''
~u
__ y
1
~
500
lI!j~300
c
2
<91
~.:
"-"//
==--=~, I':(j'r
----uQ+-'~l/~.~;;;;"
iI.'"
c-"-"
5 =~""~rnl'-- 1;-.1).......
..
'1 u I). '
10
5
~
~
50
30
0
r-- _.
I
0
o
800
20, 40
~
(nm)
Ill!
60
ii
Il
Ambient Temperature
- 238-
80
100
Ta ("C)
jzJf~--
Round Type
¢ 3.0mm Series
Type No.
Unlt:mm
Lighting Color
LN28RPH-(TA)········Red
LN38GPH-(TA) ·······Green
LN48YPH-(TA)--------Amber
LN88RPH-(TA)········Orange
I@xrr.*~~
Absolute Maximum Ratings (Ta=25 ·C)
Po(mW)
Lighting 9olor
\
Red
70
Green
Amber
Orange
--
*
IF(mA) IFP(mA)*
Vn(V)
Topr('C}
Tstg('C)
25
150
4
-25-+85
-30-+100
90
30
150
4
-25-+85
-30-+100
90
',30
150
4·
-25-+85
-30-+100
90
30
150
3
-25-+85
-30-+100
IFPO)~f-t.Lt. duty 10%. Pulse width 1
'C~~:7{;~~~1i
2
1 : Anode
2 : Cathode
msec. The condition of IFP is duty 10". Pulse width 1 msec
Electro-Optical Characteristics (Ta=25 ·C)
.
Lighting
Color
Type No.
I
I
. Ap
l>A
IF '
Typ•.
. Max.
Typ.
TYp.
IF
.Max.
Vn
10 '.
Lens Color
VF
Typ;'
Min.
--'---,-
IR'
LN28RPH-(TA)
Red
Red Diffused
1.5
0.5
15
2.2
2.B
700
100
20
5
4
LN38GPH-ITAl .
Green
Green Diffused
4.0
d
20
2.2
2.B
565
30
20
10
4
LN48YPH-(TA)
Amber
Amber Diffused
5.0
1.9
20
2.2
2.B
590
30
20
10
4
LN8BRPH-(TA)
Orange Red Diffused
5.0
1.9
20
2.1
2.B
630
40
20
10
3
mcd
mcd
rnA
V
V
nm
nm
mA
/lA
V
-
-
Unit
.6.ml.tlilE;lIt3f~T" L:::. Tentallve Specification
10
~
u
E
5
.E
3-
I .!~'b:_v~~
! I"~
\
.2
~<:
0.5
~r
0,,"''"', ('~"/JJ
60
~
lID
iA
JI
Ambient Temperature
- 239-
~-
~",,""... <&<;,..,
<
20 I-- r- -II-..
1 1 \.
+
<<,J,;c r-- -- ..
30
LN2eRPH-'(TA)
:1f 7 }[., T - t:
0
/,
7'
Radial Taping
;IJf~ Round Type
¢> 3.0mm
Type No,
Unlt:mm
Series
Lighting Color,
LN28RPH-(TA2) '". '". Red
LN38GPH-(TA2)······Green
L!il48YPH-(TA2) ...... Amber
.
LN83R~H-(TA2) ······Orange
MXit.*~-+& Absolute Maximum Ratings (TE1.=25 ·C)
I
*
2
1 : Anode
2 : CathOde
IfpOJil#i:, duly 10')6, Pul •• width 1 m••c. ,Th. condition of IFP Is duly 1"". Pul.e width 1 msoc
• • B9~~B9~tl
o ~
Electro-Optical Characteristics (Ta=25 ·C)
Tentative Specification
10
0
5
~~~
~~l
ii'
~5OO
~~)~~
\.. ~"\~) ~~ 1
~(>
I--
1
~~..:c
61l
\..~~
0
/
~ ~h~
f-
h
O. 1
1
3rlI
3
5
10
30 50 100
IF (mA)
.1iItiJ.~
Forward Current
,i
fj V
8105
~§ 100
"
I~~
5~ f-
'W
1!!~300
1/ "/
v
\..~06
.
- .Ta
~~ll
l'
1.6
50
=11<1
3O
1.1V3BGPH
(I\t~
I.IVBB~p -
~~~J-~~
---:(-\I
~;\,,!<'~~
'fl' ~
'/oj
~~~"'..1 .
10
o
o
:I: . '
Wavelength
.!!-
20
O~~~~~~~~~~
600
700
800
500
50
30
..t-++-IH-+HH-ft-t-+++--t-l
6Ot-+-+-IH-R-fI---1lH1f+-H--I\-+--t-l
CHl ...
~
it
Characteristics
""
.§
20
'(1'..f'
...~
40
60
~bla~ Tam~eratu!
A p (nm) ,
- 240-
,60
I
100
Ta (t)
"7:; Y )vT _1:::°:/ /)'
Radial Taping
;IJf~ Round Type
Unit: mm
rp 3.0mm Series
Type No.
Lighting Color
O:t.l0
LN28RPX-(TA3) ······Red
LN38GPX-(TA3) ······Green
'"
LN48YPX-(TA3) ······Amber
.'
~M.:;;t~~
Absolute Maximum Ratings (Ta=25 ·C)\
Po(mW)
UghUng Color
*
. Topr('C)
IF(mA) IFP(mA)* . VROf)
. Tstg(':O) .'
Red
70
25
150
4
-25-+85
-30-+100
Green
90
30
150
4'
-25-+85
-30-+100
Amber
90
30
150
4
-25-+85 ·-30-+100
IFPO);\1*I.1., duty 1096. Pulse width 1 maec.
.~fr.J:1't~fr.J~1i
The condition of IFP is duty 10". Pulse width 1 msee
Electro-Optical Characteristics (1a=25 ·C)
..
Ughtlng
Type No.
1 : Anode
2 : Cathode
Lens Color
Color
Typ..
'0. Min.
IF
. Typ.
.Ap
td
Max; .
Typ.
Typ.
IF. .
VF
~IR
Max.
VR
LN28RPX -(TA3)
Red·
Red Diffused
2.8
1.6
15
2.2'
2.8
700
100
20
5
4
LN38GPX-(TA3)
Green
Green Diffused
10.0
5.6
20
2.2
2.8
565
30
20
10
4
LN48YPX-(TA3)
Amber
.Amber Diffused
5.0
1.9
20
2.2
2.8
590
30
20'
10
4
_.
-
mod
mod
mA
V
V
nm
nm
mA
p.A
V
10 -
Ta
Unit
-
AEIlIJ:.~Mtlfi)\1" 0
A Tentative Speclflcation
10
10
"""
5
.~
-
IF
100
30
3 -
.P
...
50
._.-+-- -
I
.S
0
ill: 0,5
5
Y
~
'f 0,3
<:"-.1
1.6
1
Forward
~
100
N3BGPX
~1
(TA3 LN2BRPX
~d
80
~il
60
I
I--
0.0.
:\
o
I.
2.2
2.4
700
•
-20
VF (V)
~
'Ii
Characteristics
0
~
20
flII
40
iii
60
~
Ambient Temperature
~
80
100
Ta ("C)
Ta
IF
50
"-
40
10
600
Wavelength ).
I-
LN48YPX- TA3)
20
o0~~2O=-~~~~~~~~~100
LN4BYPX-(TA3T
ill
"i"'.1/
-
\
II· \ IV
500
-t_(,.~
30
1\
I
.".
faJ
-(1'''3;::::
10
2.0
.. n faJ Voltage
• lE
r.i
l(
iUtu, duty 1~, Pulse width 1 msec. The COnctltlon of IFP i8 duty 10%, Pulse width 1 msec
.~fI'!J*$.~4ft! Electro-Optical' Characteristics (Ta=25 ·C)
~~~~~~~~m
Ta
1,0 10
100
~
""
5 ~B~PH-P' 0
.§
I/'
3 ~~~_~"fO
~BB~
.9
7'l
_\..
~
~~
.§
~
r.-c;c"t-
]
II
I ~
'B~PH-\1'
j!;i'E
0,
0,5
.5
'1/
..
1
3
30 50 100
10
5
!Inial • •
Forward
.~
3-
~~HI:Yt~1f -
I
'"
_II
J
,1:',1:'
~
0~
~~
'j'
1.6
1.8
2.0
2,2
!Inial_I%:
IF (rnA)
Current
r~
-~!
=~
r """"~'I
5
·'1
.0,1
~
/
lIE
~
/.01
E 0,3
~.3
""
./[/
II § 10
~c
Ill:iI
...
50
30
Forward
Voltage
\~
VF (V)
100
L~3B
P ~~(l0)
In
1Il~
, i!l
~d
80
~~
60
IIIIj
~l
s
~U
°
500
ill
If
'
T8 (t)
]
p~-(TP)
VI
tI
ial
Directive
M
it
Characteristics
50
. ..!:
40
I
\
30
II
\
\
40
20
L~B8
1\
IDI
Ambient Temperature
iIl:A4$it
Relative Luminous Intensity
Waveleng1h
Characteristics
~
10
- 2O~'--±O---l.-::2O!=--""--:':4O:--'--::60!::-"'-::':80:--'-"'-:!100 '
2.4
IL
8
20
P ~";~Ol
1\
I II
JI'i
I:I'~ YPf
:T )
600
ill:
O
700
•
Wavelength
°°
800
A p (nm), ,
~<
1'..<1<1-~6~
'I'~''I< 'or
~~~~~~
(
6~O.l
'I'
)-~~
. . . (~o
c-
~~
I·,
20
40
60
~ IDI ill If
Ambient Temperature
'- 242-
- -
-
80
100
Ta (t)
"7:; -p )v-r -1::::":/ l'
Radial Taping
jtff~ Round Type
Unit mm
2.6mm Series
¢>.
, Type No.
Lighting Color
0:2;1.0
LN221 RPH-1TA)· .... ·Red .
LN321 GPH-(TA)· · .. ··Green
LN421 YPH 7 (TA) ...... Amber
IlM_*lE*&
Absolute Maximum Ratings (Ta=25 ·C)
JL
:;ijg~tliig901~ .Po(mWl 1.'(mAl IFP(in~l* • .\IR(.YJ\ '.::rop~~·<;l}.: . . 'jTi!il(~~}:}
*
Red
70
25
150
4
-25-+85
Green
90
30
150
4
-25-+85
-30-+100
Amber
IFP 0)*1*1:.
90
30
150
4
-25-+85
-30-+100
duly 11ll6, Puis. width 1 msec. Th. condition oIlFP Is duly 10%, Pul •• wldtll1 ma.c
.~rrn;rc*rrn~1!
A
Red
Red Diffused
LN321 GPH-(TA)
Green
Green Diffused
LN421YPH-(TA)
Amber
Amber Diffused
.!?
q~
3
Z~
";.;r &
1
~c
II!:; o. 5
8
20
2.2
2.8
565
30
20
10
1.0
20
2.2
2.8
'590
30
20
10
~~
~ O. 3f--""~
;'
L
4
mcd
rnA
V
V
nm
nm
mA
I'A
V
10' -
Ta
~
O. 1
1
3(j
V
I~
~v
q~ lq.:f
5
1'i
.Lj'ii
.;
0.5
. 100
0
<>
'1.2
mcd
Unit
;,
1 : Anode
2 : Cathode
Electro-Optical Characteristics (Ta=25 ·C)
LN221 RPH-(TA)
.§
-30-+100
100
1.6
J/"J!
1.8
2.0
.15iaJ.~
2.2
Voltage
Forward
30
LN42IVPH--{lA)
ilU
10~~~...J...~J....,I,....J-+--..L....,:'::-l"":-!
---20
0
20
~
60 80 100
2.4
~
()
VF V
III
iI
If
Ambient Temperature
Ta {"C
)
*lMtU(;~~-iIIl:&~lt
Relative Luminous Intensity
Wavelength
Characteristics
LN32.IGPH-
]
A) LN221 RPH-(TA)
Ii
iaJ
Directive
If
\
!\
50
'It
Characteristics
1\
II
II
~
30
1\
(
...... <~.....
"
~
"'" ".I
,
'1' '.11'' ':
20 I-- f- 1-<11
......,09.
1\
IJ
0
'lilY
0
500
LN4
IV H-(TA
600
'/0, ...
."\~"
...:
"") I-- I--
b..
I
0
700
o
800
20
~
60
~ble~ Tem~eratu!
iIIl
A
Wsvolengtlt A p (nm)
- 243-'
80
100
Ta ('t,)
5' :; J7 }!I T - 1::::":/ ~i
Radial Taping
1Lff~ Round Type
if; 2.6mm
Type No.
I
I
I
I
I
Series
Lighting Color
LN221 RPX-(TA2)·····Red
LN321 GPX-(TA2) ····Green
. LN421YPX-(TA2)·····Amber
~~;j".*:iE~
Absolute Maximum Ratings (Ta=25 'Cl '.
IF(mA)
PoCmW)
Lighting .Color
Red
1----Green
t----.-
*
Unit: mm
25
90
30
150
30
150
-----t----- t - - - .
Amber
I
90
IFPO)~d,*t~. duty 10%, Pulse width 1 msec.
TaprC·C)
TstgC·C)
4
-25-+85
-30-+100
4
-25-+85
4
-25-+85
-30-+100
--30-+100
IFP(mA)*i VR(V)
---t------ -~~
70
I
I
The condition of IFP is duty 10%. Pulse width 1 msec
1 : Anode
2 : Cathode
------------------1
.3ii:tr.J:7t~rt:l!M'1i
Electro-Optical Characteristics (Ta=25 'Cl
. Lighting
Color
Type No.
LN221 RPX-(TA2)
Red
r---'--'
LN321 GPX-(TA2)
r---'
LN421YPX -(TA2),
r'
Ap
AA
Typ.
Min.
IF .
Typ ..
Max.
Typ.
Typ.
IF
Max.
1.0
0.5
15
2.2
2. B
700
100
20
5
VF
10
Lens Color
. Red Diffused
_IR
VR
4
--
Green
Green Diffused
1.2
0.5
20
2.2
2. B
565
30
20
10
Amber
Amber Diffused
2.0
1.0
20
2.2
2.B
590
30
20
10
4·
-
-
mcd
mcd
rnA
V
V
nm
nm
mA
J.lA
V
Unit
,
4
- ~ e:,. Tentative Specificalioo
AEflIJ:tr:lEmtltIJ'T
-
10
10
10
IF
-:00
~500
'<
..5
..5
.2
~
~~
l1li'$
;g ~ 100
-@:"C
~Oi
~§
()
I!!::
il
~
~
'e
;gj
.1= =
..
.- - 1-- . -
~
~li
~~
.~
50
~ f::::: b
(
TTl
0
IliJ
IF' (mA)
..-
i!,'1
F1-~1-\"~(7'.q~_
..
-~
1
lN3JIGPX'(TA~=
"'i!
LN421
ypx.:rr
-J.-}
-+-+i-rt -
I iI i 'i
10
0.1
Current
T~
1I!!~3oo
~~.
Forward
-
100
~
IlII
~
i.i
50
Jl
Ambient Temperature
50
100
Ta rC)
fIlM~~~Jl-iif:lHH:E
Relative Luminous Intensity
Wavelength
~
I!!~
~
~~.
;g 8
Characteristics
100 LNI2IGPX~i!1
I
B0
--
,
i
1\
40
. 1\ !\
0
500
til
iCJ
Directive
i/fF
t -1'\
I
60
0
,
~~
11
Characteristics
1\
,
~
~§
I
II "\I
r..
I/"~'
r~
.
I
~;\IIj1:'l
~
-+~421 YPX-(TA2;
600
iif
-
i I
-
. I,
700
I O!-.L..,,L--'-.,l,--...L..-=,,-...L~LL-:-!
o 20
I 100
BOO
IliJ
:Iii:,\ p (nm)
A,mblent Temperature
WRvelength
Panasonic
- 244-
Ta ('C)
"7 :;- Jl )~ T - t°:/ l'
Radi~1 Taping
;IJf~ Round Type
¢> 2.0mm
Type No.
Unlt:mm
Series
Lighting Color
!"i2-
~
LN222RPX-(TA) ······Red.
LN322GPX-(TA)·····:Green
-WfL
1--=1 ;
~I
LN422YPX-(TA) ······Amber
"'~l
:1:
I~~
"
:: ! H
-~M.*~~
Absolute Maximum Ratings (Ta=25 ·C)
il
,~ uahting9~~i ~:(~~l). ,ltif1flA:> , ,";;(~)if 'v~.iy.). IOP;('C):
*
t
Red
70
25
Green
90
30
Amber
90
30
150
-25-+85
-30-+100
150
-25-+85
-30-+100
150
4
-25-+85
-30-+100
~
).;h
)/ ::1::
'K
l
I
-L
\
TlItg('C) .
4
4
~Y-
.'
'~
I
--1?:.L......
~
1\..t!..L
IfpOl.f*C:, duty 10", Pulse width 1 m·soc.- The condlUon of IFP Is duty 1mi. Pulse width 1 msee
"
1 : Anode
2 : Cethode
• •Bg:7'C!!f:BgM1!
Electro-Optical Characteristics (Ta=25 ·0)
.:. ".: :i:Vi~«:\;: ;,.;J~~:"4 :A:;:
"~;r
):;'Typ;;,.~. ~jMilt\?;;tYg.!::
LN222RPX-(TA)
Red
Red Diffused
i.o
0.4
15
2.2
2.8
'700
100
20
~
LN322GPX-(TA)
Green
Green Diffused
1.0
20
20
10
Amber
Amber Diffused
2.5
20'
2.8
565
590
30
LN422YPX-(TA)
2.2
2.2 '
2.8
~
0.4
1. 2,
30
20
10
4
mcd
mcd
rnA
V
nm
nm
rnA
#A
V
Unit
.o.IlJUWlI;:liIIllt:;i.'9.1
t"\)"~
10
~
t,t>'
i-.c••
'9.1 ......:;::
o
J
o
800
.\ p (nm)
40
lID
60
iJl
If
Ambient Temperature
- 245-
I:::!.
I
20
/II
l -i -
80
100
Ta (t)
"7 ~)7 )11 j- - 1::";/ /j'
Radial Taping
}zJf~ Bound Type
Series
¢J 2.0mm
Type No.
Unil:mm
Lighting Color
LN222RPX-(TA2)····· Red
0:1.1.0
LN322GPX-(TA2) ····Green
LN422YPX-(TA2) ..... Amber
.~M.*~~r Absolute Maximum Ratings (Ta=25 ·Cl
Po(mW)
'F(mA)
'FP(mA)*
VR(V)
Topr( 'C)
Tstg('C)
Red
70
2S
150
4
-25-+85
-30"':'+100
Green
90
30
150
4
-25-+85
-30-+100
Amber
90
30
150
4
-25-+85
-30-+100
Lighting Color
*
IFP(7)~f-t.(1:, duty 10%, Pulse Width 1 msec.
.~IY:J7'C~I'r..l~tf:
JL
The Condition o1lFP IS duty 10%. Pulse width 1 msec
1 : Anode
2 : Cathode
Electro-Optical Characteristics (Ta=25 ·Cl
.
Lighting
Color
Type No.
Ap
AA
Typ.
Min.
·IF
Typ.
Max.
Typ.
Typ.
iF
Max..
VF
10
lens Color
"I
'---- R
VR
LN222RPX-(TA2)
Red
Red Diffused
1.0
0.4
15
2.2
2.8
700
100
20
5
4
LN322GPX-(TA2)
Green
Green Diffused
1.0
0.4
20
2.2
2.8
565
30
20
10
4
LN422YPX -(TA2)
Amber
Amber Diffused
2.5
1.2
20
2.2
2.8
590
30
20
-
-
mcd
mcd
mA
V
V
nm
nm
mA
Unit
\
10
4
/lA
V
~ml1I'i~MU3~iFT 0 .6. Tentative Specification
10
10
"
(J
-v
"',
5
E
~
I~
.2
50
30
'1.+
V
.l.
4111
5
1
30 50
lIi15iaJtlAt
IF (mA)
Current
tUt~~
-
1!
17i1
- -.1
10
Forward
~ ::::::::::.
~--;t.-"-,,,
~v:
~II\..:.
)~~F!-v
0.5 1-----, :t-,...
/:
1 - - 'l'q,
~"
100
1.6
100
LN3
lI!!€
"
80
~~
;g8 60
"
I!e j
Gpl(
~ q+
'V.,f
~'V ,,>'V
t?"'Jr
2.0
F
'(~.q ts;1-~J.
I--
LN422VPl(-\TA2)
a:
Voltage
2.2
2.4
-~
0
~
~
60
~
1m i£\ J1[
Ambient Temperature
VF (V)
~
m
iaJ
Directive
"
it
Characteristics
.\
80
100
Ta ("C)
1\
I
\ IY
TA2)
I
I
50
40
30
I
LN222RPX
I I
700
"
r}-. .
A
il
i\
~ IIIX', i
. LN482VPX-'1'A,)
0
30
1\1
LN282RPX
11
Characteristics
I
II
~ ~
c:
50
LN382GPX - (T A) LN882RP X- (T A)
i-t,
0
T'''I)~~
I--- -
I.
I
0
700
o
800
~
III
Ap (nm)
~
Ill!
~
iii
Ii
Ambient Temperature
- 247-
80
100
Ta (t)
Panasonic
::;, ')]7 )t.- T
- I::" ::...- l'
Radial Taping
~ff~ Square Type
,
Unlt.mm
D 4.0mmX4.0mm Series
Type No.
Lighting Color
. LN252RPH,...(TA)···· "Red
LN352GPH-(TA)······Green
LN452YPH-(TA) ...... !'Imber
e~.*~.
Absolute Maximum Ratings (Ta=25 ·C)
:}~~~~~;:.' ;~(~:f H!~t~l~ i~~~if s~;~~]i:: :!{r~.t~fA; ~:j~i~~~$
*
Red
Green
Amber
70
90
90
25 .
30
30
m....
IFP Ol*f.I'l:. duty 10'11. Pul•• width 1
.ttB':J~*B':JMi!
150'
150
150
4
4'
4
-25-+85
-25-+85
-25-+85
Th••ondltion oIlFP I. duty
JL
-30-+100'
-30-+100'
-30-+100
~O'II. Pul •• width 1
ma••
1 : Mode
2 : Cathode
Electro-Optical Characteristics (Ta=25 ·C)
~~~~~§
10
Ta
10 100
-;(
-5
50
§soo
30
I!!~ 300
V
1/
0
5
c
Ad
.:::'
1
1.6
r
~~
2.0
lI-nraJ.1%
Voltag~
Forward
100
:1i<1
30
i
3S~GPH_"" 'Ai~
l
~ ~~'"
50
/ 1:!'7"'~\:'r-
LN45 YPH-(TAl
le.!!
--IS
1.8
:::~
ii
c
~~
~
01
i<~'
t-~. !If
l
.>.
31- I-r-~
t-
v
,
2.2
2.4
10
-20
.
o
20
40
60
1iI1111i&1l'
VF (V)
Ambient Temperature
80
Ta
('t
1100
)
4IUHUt ~ Il' - ill :&- ~ 1i
Relative' Luminous Intensity
Wavelength
Characteristics
§
II!~
c
AtlE
100
~1
i
le.!!
80
\
40
30
1\
I
f'..'~"'.).$'
~I
600
~aValeng~
'"~
0
L.N 52RPH-{TA
\
~
20
1\
I
0
I
o
700
Ap
"'~"'/y
"'/y"'
~"'/y", "'~;1- of)~
II I I
o l"N45 F!YPH-(TA)
500
~
1i
Characteristics
I
40
20
raJ
Directive
f\
60
~ii
. c
~~
m
LN352GPH -(TAl
20
iii
(nm) .
40
l1li
60
i&
Il'
Ambient Temperature
- 248-
80
I
100
Ta ('t)
"7 :)'7 )vj- -l:::/ /)'
Radial Taping
"ff~ Square Type-
Unlt:mm
D 1.8mmX 1.8mm Series
Type No.
Lighting Color
LN265RPH-(TT) ······Red
LN365G PH-(TT)······ Green
'LN465YPH-(TT) ······Amber
- j@M.*~f&'
Ughting Color
O±l!l
!fr-
"I,i
Ji' ~=j=dbj=Jbdbi=Jb==lbhFrt
Absolute Maximum Ratings (Ta=25 'C)
Po(mWl
IF,(mAl 'FP( mAl*
VR(V)
Topr('C) ,
4
-25-+85
mL.I'-t--:+:?k-1mn+-;-.-t....rth..,.."...... I;--..r,
T~lg('C)
: \
I
Red
*
25
70
150
Green
90
30
150
4
-.25-+85
-30-+100
Amber
90
30
150
4
-25-+85
-30-+100
IFPO)ld;'U. ~uty 10%, Pulse width 1 msee.
,.~t(.J7{;~~~tt
I
I
\1
l,
L- .In -J\~~.
,
The Condition of IFP 1& duty 10%. Pulse width 1 msec
1 : Anode
2 : Cathode
Electro-Optical Characteristics (Ta=25 'C)
.,
,
Lighting
CoIllr
Type No.
:
-30-+100
Al
'F
Max.
Typ. ,
Typ.
15
2.2
2.8
'700
100
20
5
4
20
2.2
2.8
565
30
20
10
4
VF
,Typ.
'Min. ,
' 0.7
0.2
3.0
1.0
' I
_"
VR' ,
Max.
.\p
"Typ;
'10
Lens Color
'F
LN265RPH-{TT)
Red
Red Diffused
LN365GPH-(TT)
Green
Green Diffused
LN465YPH:"(TT),
Amber
Amber Diffused
2.5
0.9
20
2.2
2.8
590
30
20
10
4
-
-
mcd
mcd
mA
V
V
nm
nm
mA
pA
V
Unit
-
"<
-5
-
50
-7"
30
..!!-
me
"
I(f~
./
10
iz::~
Ii,f
5
3
-.
r-r"-;~ "
I-~l~
- ! j1,.r-r~·
1.6
Forward
Current
'-C:
I
1.8
2.0
2.2
IInftiJtll:
Forward
Voltage
~
500
- i - f-
l!J ~ 300- -1-- >-
ti!~
~ ~ 100
f::: ::.:::~
lN3 6 5GPH
1It~~
1iII1'~ 50
2.4
~~It ..... ~
V (V)
F
=
, rrt\:--
LN465Y
10
20
,ii'--
- TT)
-'
0
iii
20
flfl
~
iI.
00
If
Ambient Temperature
~M~:l't~~Jl-ilt!HHi
H-rTTI
~
100
Ta ('e)
IF' _\ Ta
Relative Luminous Intensity
Wavelength
Characteristics-
m
ftiJ
Directive
t!l~
80
~E
,
c
/
V - -- --~'(;{;: ~-
0
1[..,
Ta
10
100
~
t£
Characteristics
~Bc 60
1iII1~-'
40
:<1
$£"
9OLlJL[]:t15~~II@E~tfJLIJ-LJ90
iJ.t
~ Ap (nm)
~~~2~0~-4~0~-f.~~~~
iii
Wavelength
flfl
iI.' If
Ambient Temperature
- 249-
Te ('e)
Panasonic
,I
I
c: /' l'
7 :;')7 )[;7"- -
Radial Taping
AJf~ Square Type
Unlt:mm
D 1.75mmX3.9mm Series
Type No.
Lighting Color
6.35
O±I.O
1.75X3.9
O±1.0
LN275RPX-(TT) ...... Red
~:
LN375GPX-(TT) · .... ·Green
LN475YPX-(TT)·· .. ···Amber
i@X1t.*~~ Absolute Maximum Ratings (Ta=25 ·C)
>:~irii~':bDl;;', p,D(m~),~Ji(ilik)\ j;';;~1i4;t~ \:jk(~i!;~ f:i~iJr ,
r
f=
~I~ I-
l-
N47 Y X-ITTI
i!.l!
10
-20
--.J--.J
10
.1iraJ • •
Forward Currant
0
~
~
20
lID
00
ill
It
Ambient Temperature
00
Ta
100
('C)
4UUIl1t.It-ilt: • • ti
Relative luminous Intensity
Wavelength
Charactertatlcs
L
.
7
G~~-
I
N275RP -ITTI
f\
\
\
o LN
500
II
raJ
DlrectJve
" 1\
II
II
Bi
•
ti
Characteristics
30
\
.~~1-~
,.;l'$. .
~t,
"''''~. .9", "I'~'r"
"S(?-
20
1\
10
\ Y
~
1:1;-..;:
c-- f-
~.
I
o
7 YP -(TTl
800
o
20
~
00" 00
~
III ill It
Amblant Temperature
- ?50-
Ta
100
('C)
"7 :; 7' )V T - l::::0::'-- l'
Radial Taping
fifI ff~ Sq uare Type
D 1.5m'mX5.0mm Series'
Type No..
Unlt:mm
'Lighting Color
LN229RPH-(TA)· .... ·Red
LN329GPH-(TA)· .. ···Green
LN429YPH-(TA) ...... Amber
.eM.*lE~
Absplute Maximum Ratings (Ta=.25 ·C)
.. ug~tlng COlor
Pe(mW)
'Fl'<'rriA)*
'FOlIA)
ToPi(:~i'; .;,:r'i.t9(~)::
VR(,V)
Red
70
25
. 150
4
-25-+85
-30-+100
Green
90
30
150
4
-25-+85
-30-+100
90
30
150
4
-25-+85
-30-+100
Amber
* IFPQ)l1l!f"'~.
duty 10". Pulo. width 1 moee. The
.itrl'!J**~!Mti
c~dltlon oIlFP Is du~ 10%. Pulse
I
2
width 1 m.~c
1 : Anode
2 : Cathode
Electro-Optical Characteristics (Ta=25 ·C)
LN229RPH-{TA)
Red
Red Diffused
0.5
0.2
15
2.2
2.8
700
100
20
5
4
A
LN329GPH-{TA)
Green
Green Diffused
1.5
0.5
20
2.2
2.8
565
30
20
10
A
LN429YPH-{TA)
Amber
Amber Diffused
2.8
590
30
20
10
4
4
nm
nm
rnA
IlA
V
10 -
Ta
Unit
1.5
0;5
20
2.2
mcd
mcd
rnA
V
V,
a,:rH:.~.tlfm't 0 6. Ten~tive Specification
0
100
-:0'
!
.9
5
50
~i'"
~I /
()J,,~l/'
3
30
.. [.,..
V
S'~
'!"'\'I??9fl f'-
/
1
II
Vi
5
3
II
1
10
30 50
lIi1.iiaJt>a
Forward
3
r-- r--r~~!I
Ji
A)
_~
229RPH
~'Cr
1'~)
30
0
A
m
iaJ
. Directive
~
t!
!
II
o
Ii: -
:avelon:
~
'"
"'s~..,
I-..,>s.
10
700
100
o
o
800
~)N
20
40
III
60
ill
II
Ambient Temperature
- 251 -
~
J
.'
JI
A p (nm)
.
"'~I?,., ,~~~/
~ c- r--
!\
\ y
600
80
Ta ('t:)
Ta
" ~"'~.,"'S
20
l N429YPH-(TAl
'500
60
II
Chars_rlatlcs
\
I
40
ill
50
1\
II
20
III
JI.I
Ambient Temperature
fl'
N-
LN429YPH-(TA)
-
10
. -20·
100
~UHUt~ II-;a: A ~ t!
Relative luminous Intensity
Characteristics
Wavelength
LN329GPH-
Ai~
"'1:~~' "\r---
LN424YPH-(TA)
I--- -
$;j!
iHl:!'H¥11
LN324GPH-(T-4!-4.-N
100
*§
;;;
Relative Luminous Intensity
Wavelength
Characteristics
~
.-
I
III 1; IoJ t
(rnA)
--
I---~
~t
~ ~rl
0.1
/
c:
-
r- r-r--,f
.
3rl - f---
500
~~
,/
l~"~'"
0
Ta
II!!~ 300
/'
~
~
-
10
-20
O.
J!J
20
Ilfl
40
60
i&1l
Ambient Temperature
80
Ta ("e)
100
7' ~ ~ -\? )vT - t:"::,.... l'
Axial Taping
,
Unit:mm
-
x
'"
::2
C!
Type No.
-
Lighting Color
r-
=
=
-"
-
=
.
LN2G-(TA) ··········· .. Red
LN3G-(TA) ............ ·Green
=
=~
.
=
LN4G-(TA) ............ ·Amber
•
'"
'"
~j;f.*lE~
*
~
-~jo-
Absolute Maximum Ratings (Ta=25 ·C)
Ughllllg.'Cofor,< PO(lIIwl
Red
24
10
60
4
-25-+85
-30-+100
Green
30
10
60
4
-25-+85
-30-+100
Amber
30
10
4
-25-+85
60
Ifp O>;l1*U:, dUty 10%, Pulse width 1 rnaee.
The condition
"
:'f~~);. ;Tstg(~')(
.,~(~)* ;:V,,(~l'.
')F(In"}
'"=
Of 3.2Min
=
0.5Max
-
I O.5Max
~-L
6.2
26.0
6.2
I
38.4
2
-30-+100
at IFP is duty 10%, Pulse width
L!1
1 msee
1 : Anode
2 : Cathode
.!tB9::YC$B9!M1"! Electro-Optical Characteristics (Ta=25 ·C)
.)
L:.
100
30
5
2.0
2.4
700
100
10
10
LN3G-(TA)
Green
Clear
200
30
5
2.0
2.4
565
30
10
10
LN4G-(TA)
Amber
Clear
90
30
5
2.0
2.4
'590
30
10
10
4
!Jcd
!Jcd
mA
V
V
nm
nm
mA
!JA,
V
10 -
Ta
Unit
4
~EPI:.~NUlf~9" C:.. Tentative Specification
100
1000
;:;
u
E
500
.P
300
...."
~">
v
:.:j-i
aj
100
.~c:
~
.. ~<>,
...
~.
~~
I
50
~500
30
II!! -i3OO
,.
;
~
1
10
30 50
1II1ir/iJ.it
IF (mA)
3
5
Forward
100
Current
,i
80
~8
60
CIIIj
40
;Ills
c
1.8
'f
2.0
2.2
Voltage
~
1i
Characteristics
20
40
Il!I
80
60
ii
If
Amblenl Temperature
1
r/iJ
o
/iJ
VF (V)
~
Dlr"ctlve
10
-20
2.4
(2)
Hi
~f
.q)t
G-rlcG_ r
1"1)
1II1ir/iJ.£E
(~)
G-rr-I=
(lito?
-iJS?
Forward
L~3G-r A LN4G-(TA LN. G-( A
II!!~
::: :::::::::,
'/~ "t:"
1.6
100
~IUHU{;~If-~:R~i!I:
Relative LuminOus Intensity
Wavelength
Characteristics
~.
c
;III~
~I-~~
- -
30 r-- v~
E
,.
Iv
II!!: 50 k-o~~
-<-?;~
0~
11
p<- .,,<>'
c:
~.3
,.
100
Ta '( 't )
Ta
25
20
/
\
I
15
1\
10
\
\ II
20
........
\
\ IY
0
.500
600'
"
~
................
5
........
o
o
700
20
/iJ
:R Ap (nm)
40
Il!I
Ambient
Wavelength
- 253-
60
ii
If
Temp~rature
r-...
n
80
100
Ta ('t)
Panasanic
j7::t- ~ -v Jlt-r -l::":/ ~fAxial
Taping
Unit: mm
Type No.
Lighting Color
LN01201 C(Q)-(TA)'" Red
LN01301 C(Q)-(TA)" 'Green
LN01401 C(Q)-(TA)"'Amber
LN01801 C(Q)-(TA)' "Orange
~:MII:*~~
Absolute Maximum Ratings (Ta=25 'C)
lF~(mA}*' VR('/}.
TOpr(~C) , ·T8Ig(·0)
Po(mW)
1,(mA)
Red
60
20
100
4
-25-+85
-30-+100
Green
60
20
100
4
-25-+85
-30-+100
Amber
60
20 "
100
4
-25-+85
-30-+100
. Orange
60
20
100
3
-25-+85
-30-+100
Ligl1ling Coldr
*.
,
IFP (1)~f1:;fj.. du~ 10%, Pulse width 1 msec.
.~tr.J*~I'f.J%1i
2
1 : Anode
2 : Cathode
The condition of IFP is duty 10%. Pulse width 1 msec
Electro-Optical Characteristics (Ta=25 'C)
lighting
Color .
Typ~No.
I
A~
Vf
10
Lens .CoIor .
A.l
I---IR
Typ.
Min.
IF .
Typ.·
Max.
Typ.
Typ.
IF
Max.
VR
Red
Clear
1.5
0.65
15
2.2
2.8
700
100
20
10
4
LN01301C(QHTA)
Green
Clear
10.0
3.50
20
/2.2
2.8
565
30
20
10
4
LN01401 C(Q)-(TA)
Amb'er
Clear
5.0
1.90
20
2.2
2.8
590
30
20
10
4
LN01801C(QHTA)
Orange Clear
8.0
3.00
20
2.1
2.8
630
40
20
10
3
mcd
mcd
rnA
V
V
nm
nm
mA
J.'A
V
• LN01201C(Q)-(TA)
-
-
Unit
10
-
Ta
10
"'0
0
E
5
.2
3
~500
~.~
!~
i!l:
~
'E
,gj
,g ~ 100
0.5
~.§
0.3 --
";/;(.~ 30
;;
~ ::::t.::::
f:."'OI30 IC
I
~lc-(Q)-:-fIM
(tva
Q)-rTA)
1';:0 Ie
50
'IQ)~
~I
LNO 140 I C (Q)-iTA)
!Il!£
10
- 20
0.1
1
Forward
0204060
Ilil
Current
Forward
Voltage
Ill!
£
If{
Ambient Temperature
80
100
Ta eC)
~ ~Jt ~Jl-ilt :Ill:~~11
Relative Luminous Intensity
Wavelength
Characteristics
~ 100
LNO I 30 I C.(Q)·
(\,--t- '(
~~
80
,g~
60
.~.§
I
a
_ I~ I ,,{
600
Characteristics
20
15 f-- ~
-- r----
''\
-t-- ~
'--
;
r---- f-- :---t--
'\
700
ill
:Ill: Ap
Wavelength
1
1
q'
"\
TA'
J
800
--
.'\,
10
II t~1J~-r
LNOI40IC(QI-(TAII
500
11
\
:\ II
1\
%
iaJ
\
..
40-
E
r.l
Directive
.
V
lI!l~
~ 25
LNOIBOIC(Q -(TAl
(TAl
'\
5
90,UlJ.LLt$~·~B::1:[lJJJ90
(nm)
a
a
20
Ilil
40
Ill!
60
£
- Jl
Ambient Temperature
Panasonic
-: 254 -
'I
I
80
100
Ta ('C)
*' AT - 1:::":/ /)'
1; :/
~mbossed Taping
Unit:mm
Type No.
Lighting Color
LN1251C-(TR) ········Red
LN1351C-(TR) ········Green
. LN1451 C-(TR) ........ Amber
LN1851 C-(TR) ········Orange
*!~;Jm*:lEt&
Absolute Maximum Ratings (Ta=25 ·C)
PD(mW)
Lighting Color
IF(·mA), IFP(mA)*
..
' Tstg(~ci
Topr(-p.l
Va(v) ,
Red
45
'15
60
4
-25-+65
-'-30-+75
Greeri
45
15
-30-+75
45
15
4
' 4
-25-+65
Amber
60
,50
-'-25-+65
-30-+75
, Orange
45
15
60
3
-25-+65
-30-+75
*
IFPO)~#t.t, duty 10%, Pulse width 1 msec.
1I~~:Yt*~!Ilj1i
1 : Anode
2 : Cathode
The condition of Ifp is duty 10%, Pulsej width 1 msec
Electro-Optical Characteristics (Ta=25 ·C)
.'\
Ughting
Color .
.TypeNo,
.
,10'
Lens Color
Typ.
·Mln..
W:.',: •.. ''Art
A~','.·
",yp,
, TyP".
IF·
'Typ. '
MaX;
"
~~.:.,~\
,
':'IF
,Vii'
Ma:
LN1251C-(TR)
Red
Clear
1.2
0.45
10
2.10
2.8
700
100
15
10,
4
LN1351C-(TR)
Green
Clear
5.0
1. 90
10
L.l0
2.8
565
30
15
10
4
LN1451C-(TR)
Amber
Clear
2.2
0.80
10
2.10
2.8
590
30
15
10
4
LN1851 C-(TR)
Orange Clear
3,5
1. 30,
10
2.05
2.8
630
40
15
10
3
mcd
mcd
mA
V
V
nm
nm
mA
/JA
V
Unit
-
10
IF
5
--
IF
100
10
-.
~J
~
~ ."~
~'l
~' . . _ '/ !~"""it'";
~ ~~~
1
30
\
-
<:
;\t!~
~ ~ 100
ii?
I-- ~ ~
,
O. 1
1
3 5
10
JIIniaJ"~
Forwa..: Current
30 50
IF
100
"'(
1.6
l/V 13S
l/V I ils :
1\1
~Sl
50
~~ 30
"I
~~
g---(TR)
(T:~t
~
C'r>.~
ri?)
LN1451c-r Rl
!/l!£
"(
10
2.0
n iaJ • EE.
Forward Voltage
III
(mA)
'I/Il~
.;-,
1.8
::: ~ i:::::
<:
I
3r- r-';-'
,~:'
Ta
lI!!~300
'" ~,.
1--....
CJd'I~~
. tIJ!
.
5f=
I-- c-d
'11
1
~
~
5
3
/
0
-
10
~~
~ c/~
",'""
3
VF
2.2
2.4
-~o
III
V (V)
~
~
40
l1li
ia
JI
Ambient Temperature
F
80
100
Ta ('C)
flUHUt!!li /l- ~:& ~ ~
Relative Luminous Intensity
Wavelength
Characteristics
~
100
LN 1351 C-(TR)
mj
~~<:
60
'I/Il~
-'
]I
!/l!'£
20
o LN
500
r.i
iaJ
Directive'
~
~
Characteristics
25
20
I
\
40
:1;(~
"<
.§
(TR)
if
f\
lI!!~
80
LNI851C
II
1\
451C
IV
..
i5
,
1\
"
10
LN 1251 C-'cTRJ
\ J I
\1
( R
600
~.
\
I
700
1\
I
I
5
~
" '\ '\.
0
o
800
:&
~
40
60
I
III
l1li ia·JI
Ambient Temperature
Wavelength ',\ p • (nm)
- 255-
80
100
Ta ('Ct
I /'
*' AT -
IJ\ff~
,
(:°/'1'
Embossed Taping
'Small Type
"
Type No,
Unit:mm
Lighting Color
LN 1251 C'-(TL)· .... ·· .. Red.
LN1351C-(l'L)·· .. ··' .. Green
LN1451 C-(TL)······ '''Amber
LN1851 C-(TL)' ........ Orange
,{@M.~~~ Absolute Maximum Ratings (Ta=2S' ~'C)
::;~tlliiji:do!Or~ ~(~w) 1,(.0;\)' j,FP"(mA'I*
.,
*
v~(v), '
',1819'('C')
•
TOj:)r(~C)
Red
45
15
60
4
--25-+65
-30 ....+75
GreBn
45
15
60
4
-25-+65
-30-+75
Amber
45
15
60
4
-25':""+65
-30.....+75
Orange
45
15
60
3
-25-+65
-30-+75
IFP 0'J.f.t.1:, duty 10". Pulse width 1 msec.
.
1 : Anode
2 : Cathode
The condition of IFP Is duty 1&16, Pulse width 1 maee
'
.1lt~:9{;~~~t! Electro~Optjcai Characteristics (Ta=25 ·C)
:,t.p
A
A
',/h\
'Typ'"
Typ.
' Max.
-
IR
LN125tC-(TL)
Red
Clear
1.,2
0.45
10
2.10
2.8
700
100
IF
15
10
4
LN1351C-(TL)
Green
Clear
5.0
1. 90
10
2.10
2.8
565
30
15
10
4
LN1451C-(TL)
Amber
Clear
2.2
0.80
10
2.10
2.8
590
30 '
Is"
1.0
4
LNt851C-(TL)
'Orange Clear
3.5
1.30
10
2.05
2.8,
630
40
15
10'
3
mcd
mcd
mA
V
V
nm
nm
mA
,/lA
V
Unit
'0 -
" 100
10
)
~
V ~ ~;J/ . ~~)
_~~v 1'0
5
3
",'"
,~'
1
:~'
"v
-;(
!
0.'"
,
30
,/
-i
10
'·8
==
@:..,
5 = =rf
~! -
/ j
.... I~~
,
5
3-
....
5
30 50 100
10
lli1.itaJtilf
(r,)
It,)'
'"
c:
~d
,","
CIR·~
-'
"'.,J
1.8
Forward
r
til
ltv/as
ltv/ 8 s-,'g,O'rTty:
-rTl
~Sl
50
C'(7'0'\t()
LN 1451 C-(TL)
2.0
Voltage
2.2
10
-20
2.4
ioJ
Directive
!I$
~
Characteristics
o
/iI'
20
!
IF
o
LNI451C
500
600
ii:
I
700
-
1:a
I
,
I
TLi
100
:,
101--t--It--I---f"",,-+--+--+--t-+--t
5~-+~~~~~'~~+--t
I ' I"
\
80
20
!
/LNIZ5IC-(TL)
II Ml IV
60
Ii
..!!-
1\
1\
i&
25
II
1
40
Ii.II
Ambient Tempera;~re- Ta ('C)
VF (V)
-;(
LNI85IC-(TL)
f::: F::: b
-,
m~~~ ~Jt - ii::lHl~
Relative Luminous Intensity
Wave!ength Characteristics
LN 135 1C-CTL)
a1,00
~
~~
lI1.iioJtlI:
• IF (mA)
Forward Current
1.6
""
"
~o
~
3
1!!~300
'- "~
_.'
I
_ : ....CJ
~ ~
- "',
O. 1
I,
Ta
~500
50
..!!-
.&\V
~\
\
VR
I)
\
I
0,
0,
800
,:Ii
20'
}I)
Wavelength .. P (nm)
I
J,
40
1lII'
60
i&
1l'
- Ambleni Temperature
Panasonic' ,
L
256,7
80
100
.
Ta (C)
I :/
*'
- 1::":--- ?'
7-. T
Embossed Taping
IJ\H~ Small Type
Unltmm
Type No,
Lightln!l Color .
LN126'1C-(TR) """"Red
LN1361C-(TR) ,,····"Green
0.3<0.1
LN1461C-(T~) "''''''Amber
LN1861C-(TR) ······"Orange .
MM.*)E~
A,bsolute Maximum Ratings (Ta=25 ·C)
\~g'901oi, 'pu(mW): .1~(mA) 1';"( triA~* ,.VR·IY):. i,::~~~i~), '/ ;',T~~).'
*
Rad
60
20
60
4
-25-+65
Grean
60
20
60
4
-25-+65
-:30-+75.
Ambar'
60
20
60
4
-25-+65
-30-4-75
Oranga
60
20
60
3
-25-+65
'-30-+75
1 : Anode
The condlUon oIlFP Is duty 10!6. Pul.e width 1 mcec
IFP (/);\1*1:. duty 10'16. Pulse width 1 mlec.
.~Il'..l7'l;~agMi!
2.5Max
4±O.
-30-+75
2 : Cathoda
Electro-Optical Characteristics (Ta=25 ·C)
~~~~~~~~~
':\~'~~,~1:{;t
LN1261C-(TR)
1.4
0.5
15
2.2
2.8
700
100
20
.
10
4
10
4
LN1361C-(TR)
Graen
Clear
7.5
2.8
20
2.2
2.8
565
30
20
LN1461C-(TR)
Amber
Clear
4.5
1.6
20
.2. 2·
2.8
590
30
20
10
4
LN1B61C-(TR)
Orange Clear
5.0
1:9
20
2.1
2.8
630
40
20
10
3
mcd
mcd
mA
V.
V
nm
nm
mA
'IlA
.V
. Unit
-
IF
100
"<
VF
:1
0
i!"E
-\<: ...
.~
O. I :-----L.--t~,..u.~-.l-..::b:_l*"_4l;!.
1
3 5 10
30 50 100
l1li 1i raJ
Faoward
_.it
Current
()
IF. mA
Ta"
.~
50
.§ ,30
..!!-
-
10
\
~
5 = ~f-~~~~'
- r-,(j, ~;¢:
/
10
3-
r-q,(Q ~
.'
'" ...'
lI!!~
.C:
I!~
/'
,
~5OO
~ 11c 100
~ .....
~ 50
~ ::::~.
LNI36
LN 186
,
1.8
\"
L '146IC-(TR)
2.0
2.2
.1i raJ tlG:
Forward
==
!i'J'I~
..... ~
"",
.
-1'f'R)
6,
.'~
:~
- rJ:"
,~
~
.
\Titgf"C)
3
-25-+65
-30-+75
3
-25-+65
-30-+75
The condition or IFP is duty 10%. Pulse width 1 mase
1 : Anoda
.2 : Cathoda
\
.tt~:7C~fI';)~1!
Electro-Optical Characteristics (Ta=25 ~C),
>·...v~:·,·:.:;.: ',t!tt~,~~::$ ~:~)r~
:.';T.):· :'
.Red
LN2152C13-(TR)
Green'
\ }'fitf,.i;. K·~;.:
0.7
10
2.1
2.8
655
1.5
10
2.1
2.8
565
40
30
15
4.0
mcd
mcd
mA
V
V
nm
I'm
mA
Clear
,Unit
....
2.0"
10
5
.g.
3
"<
3
3
",A
V
Ta
-
50
30
I
.1'."
0.5
/
'il 0.3 L
~3
/
'"
~o:'
I·
1
3
5
"
3
I
1
/'
,"
"1/l'
,
0.1
"
./
r:.'
~f
~
.§
/
.S
li!!:
10
10
100
10
-:0
"
.§
.
15
10
30 50 100
II
p (a) .• 1M
Forward, Current
:1
II
1.6. 1.8
2.0
2.2
lII1JraJtE£
IF (mAr
'Forward
Voltage
VF
·m·
Red
[1
I!l
(vI
~lUt~;'f; liill- iIA:~f#t!
Relative Luminous Intensity
Wavelength
Characteristics
Green
10
-~~~O~~~~~4O~~60=-~~~~100
2.4
]
(a]
~
l1li
II
ill
Ambient Temperature
Ta (t)
25
t!
Directive ' Characterls,lcs
f
15
\
10
\
I
1\
'\
"\
5
1,,\
\.
o
0
,500
600
A
Wavelength
iIA:
700
Ap (nm)
'(
J
o
800 I
,
'
- 259\ .
;
I
40
~.
iii
II
I
60
ill II
Ambient Temperature
~
100
Ta (t)
I :/ ;f AT - 1::::°:/
l'
Embossed Taping
IJ\jf~Small Type
<=~~7C
Unltmm
Two Color' Lighting)
Type No.
Llghtlng,Color
LN2162C13-(TR)'··"Red. Green'
MXcf_:*:i:.
Absolute Maximum Ratings (T8"';25 ·C)
'The .andlUon allFP Is duty 10!1. Pull. width 1 mI••
1 : Anode
2 : Cathode
Ta,
10
1
2
100
5
I
3
:;:if
~
,:IIi
~~
0.5
0.3
0.1
. 1
,
./ "
Ji.
~c:
\ lI!'i
,
~'
if.;
-
I
/
i
.'
7f
1
3
5
10
30, 50
'F
'Fcrwanl
. 1r iaI Current
• it
100
(I)'IA)
1.6
/-
1.8
2.0
_1rial.a;
Forward
2.2
2.4
Voltage' VF (V)
4IUUUtJl. - ill A4t 1l
, IF' "":" Ta
Relative Luminous Intensity
Wavelength
Characterletlcs
*
~100
Green
m
iaJ
~
1l
, Directive, Characteristics' ,
Red
II!~
20
280
~d
15
~fl60
CIR
j
~
10
40
.'\
I
~t
\
\'
i20
!i!i o
\
I,
5
[\
0
500
600
emlen!
Panasonic \ ,
700
o
800
20
III
40
lID
60
1I
•
I
Ambient Temperature
A p (nm)
- 260-
80
100
Ta ('C)
iiJ~!~J't1i'1:;t -
!"/VISIBLE LED'S
"
Surface· Lighting
.
•
~t
.~
J
'.
-
- 261 -
.
,
"
,
"
\
fm
7C
~
Surface Lighting
Series
D5.0mmX 15.0mm
Type No.
Unit: mm
Lighting Color
LN0202RP2 ............ ·Red
LN0202Gp3 .... · .. · .... ·Green
LN0202VP4 ............ ·Amber
LN0202RPB ............ ·Orarige
1@X;f:ll:*lE~ Absolute Maximum Ratings (Ta=25 'C)
cOlor
Tapr('C)
, T.stg(7F)
Red
60
20
100
' 4
-25-+80
-30-+85
Green
60
20
100
4
-25-+80
-30-+85
Amber
60
20
100
4
-25-+80
-30-+85
Orange
60
20
100
3
-25-+80- -30~+85
Ughtlng
IF(mA) IFP(mA)·
Pri(mW)
VR(V)
I [j
~II
~========~ 1 :Anooe
dulY 10%. Pulse width 1 msec. The condilion oIlFP Is dUlY 10%. Pulse width 1 msec
• • 1.po>..1*I1.
.~fr:l7t~fr:l!M~
Electro-Optical Characteristics (Ta=25 ·C)
',;',' ..
a'f~~, :;<
Type, No.
2: Cathooe
"':",...:'
Lens
A
",
'I Typ. '
••
Min.'
I,
TyP.
Coici: ",: 1:':'
.
'I
.10
"
VF
"
~1IlC.
LN0202RP2
Red
Red Diffused .
J.5
0.5
10
2.2
2.8
700
100
20
10
4
LN0202GP3
Green
Greim Diffused
5.0
2.0
1.0
2.2
2.B
565
30
20
10
,4
LN0202VP4
Amber.
Amber Diffused
3.0
1.0
10
2.2
2.8
,'590
30
20
10
' 4
LN0202~P8
Orange Red Diffused
3.5
1.3
10
2.1
2.8
630,
40
20
10'
mcd
mcd
mA
V
V
nm
nm
mA
Unit
Ta,
10 -
a
"<
:y~
~c
1:---'-- ~
~\
~0~0\<.
0/
~~~
~-l
1 i:::== o'lt
I
,(l<
lII!:
iI 0.5
c
~!
.§
V
3
as
.,-
~
0
z
,J
0.1
1
-i!",
.p::lii
"-
.1
0
1
3
me
.s"
0
l!
Q.
0.3
100
"
5
5
30
/
10
1/l /
V
t)
~7<"
1= I=r-~~'lt",
'lr Q
Q::~
I--
III ~~
1.8
Forward
Forward Current
100
1\
I!!f
'I! ~
80
~§
60
c
~!
LN0202RP8
IVO~
50
I>~
LN0202V 4
1ii
10
2.0
Voltage
2.2
2.4
-20
I
!
40
60
\
'\.
10
II
~Il Y
1\
600
500
i&
\
I'\.
o
o
,700
20
~
A
40
liB
60
ill
If.
Alhblent Temperature
WilVelength 'Ap (nm)
- 263-
Ta (tl
,
5
LN 0.0 V 4
100
20
LN 2 2RP2
\
80
25
15,
1
20
~ble~ Te'!eratu'!
V. (V)
f.j
IoiJ
~. 11
Directive Characteristics
0
....
II
40
o
(
1./11 2
1./II02o:2:~= t=
c
i!~
~1U
4.
-25-+80
-30-+85
3
-25-+80
-:-30-+85
VR(V)
'"1 2, ''I''
1
..
'FPO)iU!I:.U:, duty 10%. Pulse Width 1 msec. The condition of IFP Is duty 10%, Pulse Width 1 msec
I",1
2
1 : Anode
. 2 : Cathode
.JtIY!l7'{;~IY!l~t'.!
i~~;\':.i~I,.
"
:'.
; .',
Electro-Optical Characteristics (Ta=25 'C)
Ughtlng;.
;,:",
-
LN0402WP38
Green
White Diffused
Orange
-
Unit
10
Lens COlor
:COIor,"
-
" ,VF
.'
Typ.
Min.
I.;
'·.TYp.
Max.
5.0
2:0
10
2.2
2.8
4.0
1.5
10
2.1
mcd
mcd
rnA
V
'.
Ap:
~In
'A·).
"iyp~
Typ;
IF
Max.
.VR
565
30
20
10
4
2.8
630
40
20
10
3
V
nm
nm
ml\.
/JA
V
10 -
Ta
10
100
100
u
50
50
,9'
30
30
~
E
:Lj~
as
lII!:8
~
~~
,..'"
~
10
~c:
~.3
~5O0
c:
~~
/.
~
o'~
F--.
. *
',(mA) I,p(
".
ColOI'
-.:/J9htlng
'.,
'.
.
RoCmWI
V~(¥)
~
Topr( ~9) ;.i·
·fuI("Ql.
Red
60
20
100
4
-25-+80
-30-+85
Green
60
20
100
4
.-25-+80
-30-+85
Amber
60
20
100
4
-25-+80
-30-+85
Orange
60
20
100
3
-25-+80
-30-+85
*
IFPO).f*~, duty 10%, Pulse width 1
•• rr..J~~rr..J~1i
1 : Anode
2 : Cathode
msec. The condition of IFP is duty 10%, Pulse width 1 mS8e
EI~ctro--optical Characteristics (Ta=25 ·C)
Red
Red Diffused
LN0204GP3
Green
Green Diffused
3·9
1.7
10
2.2
2.8
LN0204YP4
Amber
Amber Diffused
3.0
1.8
TO
2.2 ,
2.8
590
LN0204RP8
Orange Red Diffused
Unit
30
20
10
4
30
20
10
4
3.0
1.7
10
2.1
2.8
630
40
20
10
3
mcd
mcd
mA
V
V
nm
nm
mA
/lA'
V
10 .- Ta
10
"
.5"
.E
100
q~~
°~~",Q.q'b
~~'/
o'V'k'?o";/
5
3
50
30
v~.,.Oo"k~ ~~
"S
,-,,02.
~~
as
:/
~c
g
'E 0.3
1
0.1
1
3
5
30 50
10
lIn-jtiJ.iif
:til ~u~
* ill If - ilt
1.6
c
~
l~
Forward
100
~ ::::::::,
LN0 2 '
LNoig:~:=
8_
"~"';'~'
j
LN0204YP4
2.2
Voltage
VF
10
-20
2.4
0
lID
(V)
.§
~
jtiJ
Dlrllctiv9
1\
I
I
,
\
500
600
iBi:.
Wavelength
I
\.
10
\
5
I
'\ I I
I I
).p
I
800
WlltE1~~lli:trlli90· oo
~
III
(nm)
I
\
LN0204RP2
700
~
I
\
15
\
\
II Y IY
100
25
Characteristics
\
LN0204YP4
M
Ta ('C)
tt
I
0
If
is
Ambient Temperature
"<
m
I
\
ro
~
20
III
:lU~ tt
LN0204RP
1/
~
;\1*tj, duty 10". Pulse width 1 msec.
1 2
1 2
c.J c..J
r*? 2r?1
2 1
1 : Anode
2 : Cathode
The condition of IFP is duty 10%. Pulse width 1 msec
.~fr.J:]'t~fr.J~1iElectro-Optlcal Characteristics (Ta=25 'C)
,\p ,
Vf
LN0401RP2
Red
Red Diffused
4.0
tn>:
Typ.
l'YP:
IF
1.2
10
2.2
700
100
20
LN0401GP3
Green
Green Diffused
8.0
2.5
10
2.2
565
30
20
LN0401YP4
Amber
Amber Diffused
6.0
2.0
10
2.2
590
30
20
10
4
LN0401RP8
Orange
Red Diffused
8.0
2.5
10
2.1
2.8
630
40
20
10
3
mcd
mcd
mA
V
V
nm
nm
mA
" /-lA
V
Unit
IF
10
~
u
E
50
.E
30
ai
~~
il
.E
E
~3
5
3
1
v
-~
~
\,..1'1
~'
~
50
.
30
..
Q,'"
0""
10
~
-5
~1
'"
v
~l!
I!j:;
VF
4
-
10
100
~~,
~;;
-
IF
100
r
'.6.'\
" ,'~
p2.
~~
~
10
1["
5
....
V V
VV
/ /
0
~!,
3
Sj9l/
1
5
.. n,[Ii)
10
30 50
II il
IF (mA)
Forward : Current
~IUU~ 7't ~ II
100
o "'"
... 0
~
-..I
I-J
1.6
i&:
!1=F
0
"<'1
LN040 YP4
/
0
20
40
60
'!,bie!!! Tem~~ralu'!
1
80
Ta
100
(·C)
25
20
\
I ;
I P~.
"
\.
5
'\.
700
S:
Wavelenglh
·PanasOnic
N04
\
\.
o
I
0 LN040lYP4
600
500
lrv040:2~=E
4C!1
10
1\ 1 I
/IY
(
15
1\
r
~
[Ii)
~
11
Directive
Characteristics
\'
1\
II
JIl
f
I
\
l..! 040
o
- i&: S: ~ 11
V
0
::::- t::::- I"""
10
-20
2.2
2.4
B: VF (V)
..
n [Ii) II
Forward Voliage
LN 40lR 8
fI
~ ~ 100
!R!£
Relative Luminous Intensity
Wavelength
Characteristics
LN04 o GI;':
c
~~
:1;<~ 30
]!
\",0
0'"
2.0
500
..J
"-(
1.8
~
lI!!~300
~'~ 50
rJ,'f-n'lt,,>
..... =fJ~'£;
sg
OAO'
r-
3
.'
...
Ta
o
800
20
I!lJlll
A p (nm)
~
60
is
II
Ambient Temperature
- 266-
00
100
Ta ("e)
im
7t
~
,
Surface Lighting
Two Color Lighting
12.0rnrnX 15.'Ornm Series
Type No,
Unlt:mm
Lighting Color
LNOS01WP23···········Red, Green
LNOS01WP3S······ .. ···Green, Orange
.e~.*'-E~
Absolute Maximum Ratings (Ta=25 ·C)
*
1.(rnA) IFP(mA)~
Po(mW)
Ughtlng Color
VR(V),
Topc('C)>
:1"",'0)
-25-+80
-30-+85
100
4
4
-25-+80
-30-+85
100
3
-25-+80
-30-+85
Red
60
20
100
Green
60
20
Orange
60
20
IFP O).f-I:tt, duty 10%. Pulse width 1 rnsee.
1
1
2
1
I" 1'1'1'1
The Condition at IFP is duty 10%, Pulse width 1 maec
1
Electro~Optical
2
' .. I .1 ~I I .. I
2
1
2
1 : Anode
,2 : Cathode
1
Characteristics (T,a=25 ·C)
,',
Ughtlng
Color
Red
LN0801WP23
White Diffused
Green
Green
LN0801WP38
White Diffused
Orange
Unit
100
'i:l
CJ
50
..9
30
E
10
2.2
2.8
100
20
10
4
TO
2.2
2.8
565
30
20
10
4
8.0
2.5
10'
2.2
2.8
565
30
20
10
4
8.0
2.5
10
2.. 1
2.8
630
40
20
10
3
mcd
mcd
rnA
V
V
nm
nm
rnA
jJA
V
10 -
Ta
100
<'-.
~~
.s
4.0
8.0
<....1b~,lJ
0.- .f'
~c:
~j
~'
2.4
·10
-20
a
iii
VF (V)
20
40
Ill!
,60
80
II,
ill
Ambient Temperature
Ta
100
("C)
~IBH~ J't ";ii II - ilUH¥ 11
Relative Luminous Intensity
Wa;velength
Characteristics
100
Orange
Green
Red
\
40
I
~
500
'\
r\
10
\
\
'\
'\.
1/
600
iii'
'\
!\
\
a
20
15
\.
\
11
Characteristics
\
I
60
~
iaJ
Directive
/'\
80
20
5
m'
700
o
o
800
20
iii
~ Ap (nm)
40
Ill!
60
ill
II
Ambient Temperature
Wavelength
- 267-
80
100
Ta ("C)
7C
~
[§j
Surface Lighting
D, 12.0mmX20.0mm ,Series
Unlf.mm
Type No.
Lighting Color
'LN0603RP2·····:·····'·Red '
LN0603GP3·········· "'Green
LN0603YP4 ·········~···Amber
LN0603RP8 ....•........ Orange,
'Milt.7\:i:.f&
*
Absolute Maxlmum,·Ratlngs.(Ta==,25 ·C)
1 : Anode
2 : Caihode
'FPOlill!1l:l:, duty '0", Pula. width 1 msec. The condition cllFP I. duty 10%. Pul.e width 1 maec
• •B':J:7't$B':JMt!
,Electro-Optical Characteristics (Ta==25 ·e)·
10 -
100
~
.§
!5OO
50
, '"
,
/ ~
:9, ~o
51-- I-I--
31-1
3
5
10
30 50
.1iraJtll
,Forward Current
100
Bli t::: t--"""
~
"1
2.0
:7l.1*1:, dll\Y 1'"', Pulse wldlh 1 mBec. The cOndition oIlFP I. duty 1,",: Pul•• width 1 ml.c
, 1 : Anode
2 : Cathode
• •~7'f$~~t!
Electro-Optical Characteristics (Ta=25 ·C)
~ms?T~~~~~~~~~~
\
\
'
-270- .
,1
L~vel
Meters
- 271 -
\
V
'9
/\()v)f.. -
Level Meters
Ajf~
,Square Type
,
Unit:mm
'
~O.2
D, 1.8mmX5.3mm '211 2-Element Array
Type No.
.O±O.2
S.S±O.2
2.0±02
1.8:%"0.2-
lighting Color'
LN02202P .. ,;.....
L .. Red
':-.,
Ll\i02302P .............. ·Green ,
LN02402P .... · .......... Amber '
O.6±O.1
,~;tit.*lEt:&
Absolute 'tV1axlmum Ratings (Ta=25 ·C) ,
Lighting Color: 'P~·(n;W),
Red
;iFiiriA) , 1~(,rriA ~* ',l/.nlent Temperature
- 272-
r": ~
~
I
100
Ta (t)
V .A\J(..)f.
11
-
Level Meters
:M1F~ Square Type
D 1.8mmX5.3mm 311
Type No.
Unit mm
04.0±O.2
3-Element Array
2.0±O.2
1.8±O.2
.Lighting Color
LN03202P .............. ·Red
LN03302P .............. ·Green
LN03402P .............. ·Amber
6-1.0±O.1
6-0.S±O.1
O.6±O.1
I
i'§M.:*:JE~
Absolute Maximum Ratings (Ta=25 'C)
PI;!(¥ll
UghtlngCoior
*
i..(roAt IF~(iii~)* WII(V)"
2.54
····:!(jj)WC)
.Talll("C).
Red
70
25
150
-30-+100
90
30
150
4
4
-25-+85
Green
-25-+85
-30-+100
Amber
90
30
150
4
-25-+85 . -30-+100
IFP(1)~H;'U., duty 10%, Pulse width 1 msec.
.~~~$~~1i
.• .
"•.'
;':J~~Ori!;'
i:·O!•.·.
The condition of IFP Is duty 10%, Pulse width 1 msee
1 : Anode
2 : Cathode
Electro-Optical Characteristics (Ta=25 'C)
:' ':>",.:'1
Wghtf!ig
-: ;':-
\
ColOt .\
<:,:,'
~
-<,;'/ ,:~ ,: : i·
[~nsc~j, ,:;t\"·':~~;·;!.I~ .".,
;
',,"
<,~'
<
'.
i."'j:'·",
:".tY/i,\ ; Min,'
.~;
. V~'
. >':!F'
'Jyp•...
Mal!.
1·.;\~S:,~~{i~~{;!i
1.\
'Ap
AA
.Typ..·
Typo-.: ····IF··:
LN03202P
Red
Red Diffused
0.6
0.3
15
. 2.2
2.8
700.
100
20
5
4
LN03302P
Green
Green Diffused
1.5
0.4
20
2.2
2.8
565
30
20
10
4
LN03402P
Amber
Amber DI.ffused
Unit
II
E
1.5
0.6
20
2.2
2.8
590
30
20
10
4
mcd
mcd
rnA
V
V
nm
nm
rnA
f.lA
V
10 -
Ta
l:~~~3S~mE~~~3am!
100
50
~ 500
3~-+~+++H*-~-+~~H+m
30
l!!l~ 300
~-4-4~++H*--~~-~4+m
1/
V
v
~~
;g § 100
~ 1-"
3
5
.10
30 50
1II:n[li].lt
Forward
,IF
Current
100
(rnA)
r-1.6
/~o~
~'"
0'"
~j
.~
-J
..,.. ..
30
1..1'1 0 33 .f.l:U:, duty 10", Pulse width 1 msee.
The condition of IFP is duty 10". Pulse width 1 mS8C
1 : Anode'
2 : Cathode
,.~trl~~*~M1! Electro-Optical Characteristics (Ta=25 'C)
UghtI/J9
Color
.. , 'Lens COlor'
LN05202P
Red
Red Diffused
LN05302P
Green
Green'Diffused
LN05402P
Amber
Amber Diffused
,;,':"
~No.
':';~; :;'/,'
,'.
Unit
Ai>
Ai
Typ.
Min.
' IF
;yp;
M.,'
Typ.
Typ.
,IF
0.6
',1.5
0.3
\ 15
'2.2
2.8
700
100
20
5
4
0.4
20
2.2
2.B
565
30
20
10
4
0.6
20
2.2
2.B
590
30
20
10
4
mA
V
V
nm
nm
mA
J.lA
V
10 -
Ta
50
o'li
.,">J
30
t/
V
1/
rl
~
~III
~
.}-
3
1
5
10
Forward
IF (mA)
Current
ftUH~ :Yt ~ If -
m]
~ ~100
E
1.6
L~D5
2.0
2.2
Il1:iJtiJ.1Z
Fo
~
30 50 100
Il1:iJtiJ.,.
'II! ~300
v
~~~
- -J'
- -~ 10
-I Ss
1
-
~ ~~11'llr
O. 1
'VA
mcd
5
1
~M8i:
1.5
100
,.
, :",IR,"
"I
mcd
10
3
Vf",
..10
"
0
..
o
20
/!J
~yelen: ~; (nm)
40,
I!I
ill
60
If
Ambient Temperature
- 275-
~
80
I,
100
Ta ('C)
Panasonic
9
l... /\'j[" ;I. -
Level Meters
,,~ 'Square Type.
Unlt:mm
D '1.8mmX5.3mm 611' 6~Element Array
Type No.
Lighting Color
LN06202P .... ·;; ........ Red
/
LN06302P .... : .... ·• .... Green
LN06402P .. ~· .......... Amber
M~.*~.
Absol.ute Maximum Ratings (Ta==25 ·C) .
~'~::"\~·.'l\:~{~,~ :;ff,<:~)\i ~(iii~j;~!.v",(;Yl; :;~,;;,:~~~~();:;: :;f~,#)I.~
*
Red
70
25
1504
-251'+85
Green
90
30
150
4
-25-+85
-30'-+100
Amber
90
30
150
4
-25-+85
-30-+100
IFPO)"~It. duly 10%.
PuI•• width 1 moe.. The .ondlDon oIlFP I. duty 10%. Pulse width 1 mo..
.ttag;'f~ag!fttl
-30-+HlO
.
1 : Anode
2 : Cathode
Electro-Optlcal.Characterlstlcs (Ta==25 ·C)
10 '
,,'
u
!
5
~
3
~li
!~
1
ii
O. ~
It!:
~1
50
V
O.
II!! li300
1/'
I!
- lm~
V
1/
~
0
m:~
~/
5
3
to
1>
~
S~
1OOL
1.6
..
r' VIi1
I - I-~
1
30 50 100
IF (mA)
~o
,,~,
n jtij
m
jtij
Forward'
L~( 6
N 63 2
/
.!!
!ilc!
•
2.2
/%.
V~tage
-~
2.4
02F
40, 60
80 100
i& /I T ("C)
~
l1li
Ambient Temperature
Dlrec1lve
~
a
.
50
~
Characteristics
..
\
I
\.
40
J!!
30
.\
ill
~~~~
p~.
10
roJ
600
r--.. ~~c£
20
/u op. o PI\
\
.
0
500
0
/il
VF, (V)
]
(I'
80
~l
!ill
6:01;;:
O~e.
. ~~ 30
10
1.8. 2.0
Ii
30 pt--e-
-* g /1- ilk :liH~ ~
~11 60
«J
o
~! '50
It
6";l
~Jye Luminous 'Intenslty
Characteristics
Wevelength
It!fc
::::~
11 100
.5'
., J~~il
~.
1
30
,
rl /
,~o~
,
.Ljl!
Ta
100
0
I
800
0
20
,40
60
liII ill /I
Ambient Temperature
/il
;/il . A p (nm)
W~18ngth
- 276-
~
I
o
700
~'"
I"""
80
100
Ta ("C)
-9
V ""'JI.t)< -
Level Meters
14ff~ Square. Type
D 1.8rnrnX5.3rnrn 711'
-Type No. ' '
Unlt:mm
7-Element Array
Lighting Color
LN07202P ............... Red
/
LN07302P .... ··: ...... ··Green
LN07402P ......... · ...... Amber
\
~M:Ii*:€.t&
-
Vn(V)
·Toprc·C.)
Tatg('C)
Red
70
25
150,
4
,-25-+85
-30-+100
Green
90
30
150
4
:-25-+85
-30-+100
Amber
90
30
150
4
-25-+85
-30-+100
Po(mWr IF(mA)· IFP(rnAl*
Ughtlng Color
*
Absolute Maxlm'um Ratings (Ta=25 'C)
IFPO>;1l,l*ll, duty 1(1%, Pulse width 1 msec, . The con<\jtlon 0/ IFP is duty 10%. Pulse width 1 mse.
.~tr:J;'t~tr:JIJl¥t:E
1 : Anode
2 : Cathode
Electro-Optical Characteristics (Ta=25 'C)
: .
Ughtlng
. Type·No.
,
l.N07202P
Red
Red Diffused
LN07302P
Green
Green Diffused
LN07402P
Amber
Amber Diffused
-
Unit
~
10~.
V, ..
·10 ';
Lens CoI()I"
qolor
.IF
. Tvp;
0.6
0.3
15
2.2
2.8
~oo
1.5
0.4 .
20
.2.2
2.8
565
"
50
E:
Voltage
2.4
-20
0
iii
VF (V)
20
lI!!{
;1d
~~c:
40
~.~
20
1i!
!/l!£
\
I
\
\
IV
600
iIt
4$
~~~~_ ,
0
~
20
60
40
IiIl
iJl
Jl"
Ambient Temperature
80
100
Ta (t)
. <
1\
p
"'0 o;()~
;'i
r<::?
10
\
700
~1-~CmW)
Red
,
40,0
42,0
duty 10". Pulse width 1 msec.
.~tf.J:Yi;~tf.J*i1!
The condition of IFP is duty 10%. Pulse width 1 msec
1 : Anode
2 : Cathode
Electro-Optical Characteristics (Ta=25 'C),
' LeJis Color': .
.
C or,·
:.;
,"
~.
'
,.
10
"
..
,
'.
Li~litln9
Type No.. '
:,Typ;,
"1ln.
"
~I~:':.
.Ap
AA
I,
Typ.
Max.'
, TYP,
Typ,
IF
, :VF'
'.
'Max.
,VII
LN05203P
Red
Red Diffused
0.5
0.2
15
2.2
2.8
700
100
20
5
4
LN05303P
Green
Green Diffused
1.5
0.5
20
2.2
2.8
565
30
20
10
4
LN05403P
Amber
Amber Diffused
1.5
0.5'
20
2.2
.,2.8
590
30
20
10
4
-
-
mcd
mcd
rnA
V
V
nm
nrn
rnA
Jl.A
V
Unit
-
.o.ffi(iIi~.t&f~T 0 ,6. Tentative
Specification
10
-:au
.'5
.9
3
.5
"<
.5
o'!>~
,
:Lit
as
i!c
,~~
,,°0"'1
"".
0.5
W!l0
1["
.....-: !'>?031'
~~
.of
\.tl°
\
~j 0.3
50
30
~
,
i/
10
5
'I
3
1
3
5
30 50
10
lll1:ital.it
Forward
100
Ta
II! ~300I-'-H-+--+--+-t-++++--H
c
I!~
1/
o">,,~
/ '1
1.6
1.8
2.0
2.2
IIIntal.G:
IF (mA)
CUrrent
V
-
~ '//';;
°0
//'1
0,1
10
..!!-
",'!>",oV
~c
II! -:
,
100
Forward
Voltage
2.4
10 '
-20
VF (V)
J
,.."
20
IIIl
Ambient
40
ill
60
It
Temperat~re
80
100
Ta (t)
flUHUt ii!Ii It - i.t :Iii ~ it
'~
Relative ~umlnaus Intensity
Wavelength
Characteristics
~
~~
c
I!~
100
LN05303P
80
':tl<
!Ii!
, 40
20
,
~
I
it
Characteristics
\
40
30
1\
\
\
'\
~ ~1-0
20
1-0
LN05203P\
10
\
o
500
tal
Directive
If'
,I
~8c 60
~~
..J
,
r.l
L 0540 P
V
IY
600
i.t
:Iii
Wavelength
700
I1\.
o
o
800
20
J!I
',\p (nm)
0,f"'\?
~\?
° ~'"
60
40
IIIl
ill
It
Ambient !emperature
- 279-
80
100
Ta '(t)
Panasonic
·'
L-- /\.')l.t;j. - -9
Level Meters
1i!Iff~ ,Square' TYP,e
•
D '1.75mmX7.0mm 511
~
Unit: mni
5-Element Array
'
I
Type No.
Ligliting Color
LN05201p ...... · ........ Red'
LNO~301 P ............... Green
LN05401 P ............ : .. Amber'
r!M.;':~~
Color:
,i;Jgh~ng
Absolute Maximum Ratings (Ta=25 ·C)
I (n.A'l*
• V~(h,~
P~(mW) ,IF(~A,j; ,FP,
',', '
,',,!(,pr{:#'i.:,"
,>
:<~1"#9(~~
~d
70
25
150
~
-25-+80
-30-+85
Green
90
30
150
4
-25-+80
-30-+85
Amber
90
30
150
4
-25-+80
-3O-+85~
*
0,7"0,2
1.0±0,2
IFP (/).1*1:. duty 10%. Pulse widlh 1 lnSec. The condilion !" IFP Is duty 10%. Pul.e width 1 msec
.~~;'(;$~~t!
1 : Mode
2 : Cathode
Electro-Optical, Characteristics (Ta= 25 ·C)
.,~jR:':."'"
'A:).
~;,
",TYP.
'Typ.'
' '"Max.
,'IF
VR,:
LN05201P
Red
Red Diffused
0.4
0.15
15
2.2
2.8
700
100
20
5
4
LN05301P
Green
Green Diffused
1.2
0.50
20
2.2
2.8
565
30
10
4
LN05401P
Amber
Amber Diffused
I.S
0.50
20
2.2
2.8
590
30
.20
20
10
4
mcd
mcd
mA
V
nm
nm
mA
I1A
V
Unit
I~ -
-:0,
~'
5
3
I!!-
Ta
-
~5OO
~
/
'!i
~o
v
...... l.
~~q\
/,~
3
30 50 100
IF (mA)
5 ,10
lI1iraJtlJ!
Forward Current
.5
QIl,§
i<1
o/!1
1.6
1.8
30
lI1iraJte
Voltage
2.2
VF
2.4
10
-20
(V)
~IHHU/;YlIl-iIIlA~~
'Relative Luminous Intensity
Wavelength
Characteristics
0
Iil
20
I!I
40
60
II
ill
Ambient Temperallire
"
LN0530lP
t::::=
!i!d!
2.0
Forward
Olp
~~:;:
~O, o~p
50
:!l
lIS?
1
1V0
~8' 100
'"
- - -c~Iffo/f
"
-,
9t.j. :::: t::::-r..;; ::::::.-..
/
" ~~
0.3
O. 1
1"
I I!!~ 300
.,,-
~~"
~o
1
, ~, 0.5
~~
10
~,
:L!~
~~
VF
100
10
.s;
" V
80
100
Ta ("C)
,I'F -Ta
50
m,
LN0540lF
raJ
Directive
'(
~
~
Characteristics
40
\
I
<",
\
\ J
\ IY
0
500
600
iIIl
L
Wavelength
"'0,s-", 0;
<~~
~
~O5 Ol~'\,
I
I
I
I
I
700
A
I'-..~O,sO,s-"'o
20
0,,,,
0
~'"
0
I
0
800
20
1il.,,1!1
Ap (nm)
,
60
II
Ambient Temp,eralll,re
r ..
Panasonic
40
i&
- 280-
80
TI!
100
("C)
?
L,... /'()v)l. -
Level Meters
I
, .
.)
'lmH~ Two Head ·Type
2-D 1.9mmX 1.9mm
511
Unltmm
,"\
5-Ele.ment Array'
Type No.
. Lighting Color
LN05263P ···············Red
LN05363P ···············Green
LN05463P ···············Amber
.flM.:itlEM .Absolute
1.9
2.0
Maximum Ratings (Ta=25 '0)
.• ·•. 1J9htl~~dofOr p~'("'w); )F~:""'! .IF~(~):""
*
70
Red
Green
Amber
90
90
V"(vt·'
150
150
150
25
30
30
\.T¥r{;¢:>\ :.;:··T~(-c:ji.•.
-25-+75
-25-+75
-25-+75
4
4
4
I.
-30-+80
-30-+80
-30-+80
-
I
C-{).7 ?athOdo mark
W·nnMj.
IFP O);IIo1*~. duty 10ll. ""I•• width 1 ma.c. Th. condition or IFP 10 duty 1D!!. Pul•• width 1 ma.c
• • ff:J~$ff:J*91!
.24±O.1
Electro-Optical Oharadterlstlcs (Ta=25 'e)
1 : Anode
2 : Cathode
~~~~----~~~~~~~~~~~~~~~~~~~~~~~~~~~~
~~~~~--~~~~~~~-k~~~~~-+~~~~~~~~~~~~~~
"'1Il~1IlE:lIllf;j
l& ~
O. 1
1
3
~500
30
I!l~ 300
1/
- - ~ViPJ
~.
30 50 100
10
.1;rtiJ.,.
IF {rnA)
Currant
Forward
~
"'Z1~
I
1
5
~d
V
.- -
1.6
LIn,
tg~....
50
:I:(~
30
363r-=
.
-" 6~~
.,
.!!
10
2.0
2.2
.1; rtiJ • EE
Forward'
t-- :::-
§ 100
!i!&!
55
1.8
,
~.
1/
'!i
p~
50
Voltage
VF
-
-20
2.4
0
~
()
20 ~ m ~ 100
JIll ii- .If Ta ("C) ,
Ambient Temperaturr
V
ffi :tUUf Jj.lf -' ili A ~ it
Relative Luminous Intensity
Wavelength
Characteristics
100
LN05
63P
If
,
L o
. tfi'
46 P
rtiJ
Dlrecrtlve
If\
\
20
o
500
1\
NO
Y.
~
\
600
~avolen:
tE
50
..!!-
40
30
I
\
\ II
~
Characteristics
]
20
263P \
I
I
700
0
"
0
0
800
20
~
60.
~.
I!ble~Ten!raklr~ Ta
). P (11 m )
- 281
,lOll
("C) .
5
V /\()V;J. -
Level Meters
"
fIfI Jf~ Round type
¢ 2.0mm 10* 10-Element Array'
Unlt:mm
7,0
67,5~0.2
4,0'0~
66,5
Type No..
Lighting Color
LN10204P ...... • ...... ··Red
6.0
LN10304P ···············Green
LN10404P'······· .. ······Amber
\
~Mlb~:~~
Absolute Maximum Ratings (Ta=25 ·C)
Ughting ,COlor
*
::ropi'( ~} , ,T.st9 C'C)
PD(mW)
IF(inA)
IFP(mA)*
v,j(V) ,
Red
,70
25
150
4
-25-+70
-30-+75
Green
90
90
30
150
4
' -25-+70
-30-+75
30
150
4,
-25-+70
-30-+75
Amber
IFP(7)~ft.tt. duty 10%. Pulse width 1
.~~7C~~~t£
calhode mark
msec. The'condition of IFP is duty 10%. Pulse width 1 ms&c
1 : Anode
2 : Cathode
Electro-Optical Characteristics (Ta=25 ·C)
Ughting
COlor:'
.; ..
"
Lens Color, :
Red Diffused
10
v, ,
Ap
,AA '"
, Typ.
.yYp.:,
'I,
100
20
Typ, ,,'Min.,'
I,
TYP.,
1.0
0.4
15
2.2
2.8
700
,~
'1'·M~':~·Vft."'.
LN10204P
Red
5
4
c,.
LN10304P
Green
'Green Diffused
1.0
0.4
20
2.2
2.8
565
30
20
10
4
c,.
LN10404P
Amber
Amber Diffused
2.5
1.2 '
20
2.2
2.8
590
30
20
10
4
med
med
rnA
V
V
mil
nm
mA
'"A
V
1,0
Ta
UnIt
A Tentative Specification
Am~lUltA!lIllf''''r 0
VF
IF
0
f-51== f--
3
"
100
r---c-
r----
50
--1-~'
'IfI-
-
--
v
1
/'
I
,
/
_.
r--=::..:. r:- -;,~'Q
3
5
10
Forylard
100
(mA)
IF
Current
;::: ~
~'
lIV/03
CIIl~
iTiPy
1.6
50
"'c ..... - .E.
i!~
10
1.8
2.0
2.2
Jl1JraJ.~
ForWard
41> - f -
I~ 40 ~
':;t;. ~~/ '
20
LN I 0204~\
IV
im
A
WaYSlength
.'
30
700
).'p
-v
0
i·
1--- I--
,-
I-- r-
I
,
0
o
800
~
20
III
(nm)
II
~
iM
I
II
Ambient Temperature
, Panasonic
- 282-
80
100
Ta ("C)
Numeric, Displays
,
I,
I'l
1 /- AI
- 283-
~*~~
Numeric Display
~eries
O.3inch
fl
.
Unlt:mm
1O±0.2
10'
Type' No.
Lighting Color
L,N503R .................. , ...... Red
LN503G ......................... Green
LN503Y ......................... Amber
\.
)
Terminal Connection
1
k'f ;(;:~~~~
1
Anode d
3
Cathode d
~
Cathode c
+ '14
+
Cathode e
6
Anode e
7
Anode c
* 7.6±0.38
.') - 1'1II;;;"O'3f1.
5
.....:
/
I·
/.1/
3
5
10
IInial.1ft
Forward' Current
Panasonic'
3r- t-:-
:J
I
l'
30 50
IF ~mA)
100
1.6
ri'
I; i-f
a
~
1.8
~
g.",
'\
!8.&
2,0
II
n iaI 11 1%
Forward VOttage
- 284-
~
0
2.2
2.4
VF. (V)
o ,'?D'
Iil
IlII
'Ambient
40
60
iJl II
Temper~ture
80
Ta ("C)
100
"
'~*~71'
,
,
O.3inch
I'
" ,
Numeric Display ,
, ;, ' .-" '"
Series
Unit: mm
'
"
ffin
1O±0.2
10'
Type No,
rOf IJ5Mln.
Lighting Color
LNS03RR "",,",""',,""'" Red
+1
01
c::i
LNS03YR ""''''''''',, ........ Amber
-,
"
N
LNS03GR "'"'''''''''''''''''' Green
~
0_
~
-
(.D
X
('oj
.-
*
tl
. ."
L1i
N
YIfil-rtI*1C
""
ci
Terminal Connection
Pin
~'aslg:nmenl
No.
I
Anode d
--
2
1+
3
Cathode d
Cathode
5
Cathode e
13
6
Anode e
12
7
Anode c
8
Anode dp2
~X';j.*~*!
* 7.6±0,38
* 'J ~ I'IR;c>j:i.Ii
--
9
dpl
t!r
c
4
;. 14
10
Cathocle dp2
II
Cathode b
12
Cathode
13
Anode
14
Anode b
Lead wire dimensioo
a
a
dp2
Absolute Maximum Ratings (Ta=25 'C)
'F(mA)
IFP(lnA)* .
VR ( v)
toprCOC)
Tatg ("C)
Red
60
20
100
5
-25-+80
"':'30-+85
. Green
60
20
100
5
-25-+80
-30-+85
Amber
60
20
100
5
"':25-+80
,-30-+85
Pb(mWl.. ···
Lighting COlor
*
,
~
The condition of IFP is dUty 10%. Pulse width 1 m~ec
IFP (7)5l1:f-f. I;: , duty 10%, Pulse width 1 msec.
\I~tr..J7C~tr..J~f.:E' Electro-Optical Characteristics (Ta=25 'C)
",
,';
Type No.
Llghting
COlor
LN503RR
Red
LN503GR
Green
LN503YR
Amber
Unit
COMMON
.
"
-
-
-
'ei/sag
Typ.
Min.
.Io/d.p
Typ,
,VF
;.
"
.E
Max,
,Typ. ,
Typ.
IF
MaX.
'F
150
5
2.2
2.8
700
100
20
10
5
1200
400
400
10
2.2
2.8
565
30
20
10
5
600
200
209
10
2.2
2.8
590
30
20
10
5
,ucd
!,cd
!,cd
rnA
V
V
nm
nm
rnA
,uA
V
"<
I"
30
/
!~
/
oS
if.!
iIIi'
r-- 1--- ",""Ir,
r-- r-- 1--.,0
~t; I'f~.g
1--- r-- " '"
0 0PI
.,
II
i!
lOG1~-':"'''''''*3-'-!:-5J...I....""lO:----'-,-:~'='O..L.,,'50""":'!il100
llinloJlIii1!
Forward Cutrent
I,
!
(.mA)
1.6
1.8
~
.2.0
n IoJ 11 IZ
Forward Voltage
- 285-
"\
15
'\
i'\
10
\
III
1,\
f!
iii
20
~
{[
300
VA'
25
50
:i:j'~
~
IR
150
",.
l!!!
~
400
"1-
I-
VI
5
10
30 50
.1;J$)II~
Forward Current
IF (mAl
,. ""
\
I'\.
'" '-1-J
~.
iJ.
f-[ ~~.
3r---, 1--1-:0'"
/,
3
V
"
!
5
)'
VF
30
/i
100
1
-
IF
100·
1
1.6
.\
g:",'
0/$
-Jf
1.8
2.0
.1;Jt;]IIEE
Forward
Voltage
. - 286,...
!
'\.
2.2
VF
2.4
()
V. ,
o
o
20. 40
60
Ill! iJl Ii
Ambient Temperature
JiJ .
80
100
Ta ("C)
~~~~
,,
Numeric Display
Series·
O.4inch
T,
Unit: mm
11 ±0.2
I I 1. .
6.5±0.2
10
Type No.
Lighting Color
LN50~R .......................... Red
35 Min
LN504G ......................... Green
LN504Y ......................... Aniber
~Ttl*A:
Terminal Connection
Pin
No.
.. Assignment
1
Cathode d
2
Anode d
--
3
+ 14
4
Cathode c
3
12
1
~ff:l1o
5 +O·b
6 +e 0 ~ 9
7 +/ + 8
5
6
Cathode e
7
Anode c
8
Anode
1 +
2 +d
3
a
4
cO
01
\
I
dOl
dp2
*
*7.6±0.38
~~~
* I) -
.Cathode
Cathode b
11
Cathode a
--
13
Anode a
14
Anode b
. Absolute MaXimum Ratings (Ta=25 ·C)
Red
60
Green
60
100
5
Amber
60
100
5
20
IFPO).f.t.t.t., duty 10%. Pulse width 1 msee.
.~a9;'C*ag!WJt!
100
-25-+80
-25-+80
-30-+85
. -30-+85
The condition of Ifp i~ duty 10%. Pulse wtdth 1 msee'
P
Electro-Optical Characteristics (Ta=25 ·C)
1000O'
100
~~~
0
V
L~"P~~
~
5
50
30
/:j'
i
I
"
1/
0
..
V
0
'
\
5
1'\.'
t\.
fI A
0
5
II'
f-
31--
'l II
100
1
1'1IIjt;;ti1i
Lead wire dimensicc1
~~~
9
10
12
I@M.~lEt&
~
i--i
Anode e
I--
I il
1
10
30 50
.1HHt 1ft
IF '(;"Aj
3
Forward
5
Current
100
f-~~
~~
/ll
I" $l
1.6
1.8
2.0
lll1.iiAl.a;
FOIWard
5
2.4
Voltage' VF (V)
- 287-
r\
i
0
2.2
\
,
o
ro
iii
~
I!II
~
ia
Ii
Ambient Temperature
~
100
Ta ('C)
Panasonic
~*~~
O~4inch
+f
Numeric Display
fl
Series
Unit: mm
11±0.2
Type No.
Lighting Color
LN504RR ....................... Red
~
LN504GR ...................... · Green
LN504YR ....................... Amber
.n
N
.,
17
<0
c:i
X
;!?
~
-.L.L~---.i'N
YlIiT~~
.Terminal Connection
Cathode d
2
I
2
a
cO a
+ 14
+
+ d
~
Cathode c
13
12
5
Cathode e
6
Anode e
4~itll
5 ..
b(J! 10
7
Anode c
8
Anode dp2
9
bathode dp2
3
u
+9/0 .,.t> 89
6
7 +
I
dDI
~M.*:E~
.* iFPQ)~f.I:.~:
Anode d
\.. dD2
10
Cathode b
11
Cathode.
J---i
I
7.6±0.38
*
I) - 1'1I!;c;fi1i
Lead wire dimensioo
12
13
Anode a
14
Anode b
Absolute Maximum Ratings (Ta=2~ ·C)
duty 10%, Pulse width 1 mse'c.
.~mJ~$~~tE
The'conditlon of IFP is duty 10%. Pulse width 1 msec
Electro-Optical Characteristics (Ta=25 ·C)
6
6
r---~---1----~--------~--~---r---1----r---1----+---1----+---1----+--~
10000
-:a"
3
100
~
J$;r
5000
;,1
'·4
~ok ~
..p 3000
25
50
I'"
30
v/v~ ,~<:i
/
'<
.5
20
V "
"
'\.
LNS04RR
--
-V;'
/ I
100
1
/
3
5
10
1l1.iItiJ.ift
Forward
Current
30 §O
IF
100
1
~
-1A~f(Q:
~ 'Jff
:j' ~~
II
,y
"I'\.
0
&
~
iii
(rnA)
'\.
~
Ill!
ro
iI.II
Ambient Temperature
- 288-
~
100
Ta (t)
~*~~
Numeric Display
\.
, I
O.4inch
. ·.7,
Series
Unll:mm
11±0.2
6.5±0.2 /3.5 Min.
I I
Type No..
. Lighting Color
LN504RL ....................... Red
N
c::i
+I
g!
LN504GL ....................... Green
LN504YL ...... · .............. · .. Amber
~Ttl*1il
Terminal Connection
1@~.*lE~
1
Cathode d
2
Anode d
3
4
Cathode c.
--
5
Cathode e
6
Anode~e
7
Anode c
8
Anode dpl
.')- t'1JI;;;~i!
9
Cathode dpl
Lead wire dimension
10
11
Cathode b
Cathode a
--
12
13
Anode a
14
Anode b
Absolute Maximum Ratings (Ta==25 ·C)
Green
60
60
Amber
-·60
Red
*
..~...
Pin
No.
20
100
5
20
20
100
5
100
5
-25"-+80
-25-+80
-25-+80,
-30-+85
-=,30-+85
-30-+85
The condition of IfP Is duty 10%. Pul.e wldth1 rna..
IFPC7)"'f-I'l:, duty 10%, Pulse width 1 mlec.
Electro-Optical Characteristics (Ta==25 ·C)
6.
6. r------~~----~~------r---~---+--~----+_--~~_+--~~--+_~~~_+~~
6.r---------~~--~----~----~----+---~r----+----1-----+---~----~----+---~r----+----,
10000
100
!
"r. ~
] 5000
V
~OAIlI..
~
'/ I
100
1
Forward
~
/'
10
ilIl
Current
30 50
IF
(mA)
I\.
.!i
0
100
'\.
¥::Iii 10
.1
~~
",'"
5
..'\
l!!!~ 15
!I'
r_ r--
V.
3
/
20
m:..,
II'
.1.i raJ.
"<
.§
I(j{l~
",-:,
\
5
\.
~~
1.6. ~/raJ ,.0/% 2.2
Forward
2.4
Voltage· VF (V)
-.289 -
o
o
20
40
60
IiQ
IlII Temperature
ill '.
Amblenl
80
Te ('C)
100
~*~/J'
, I
Numeric Display
Series
O.6inch
T,
Unit:mm
I
35Mln.
Type No.
Lighting Color
LN506RA ....................... Red
LN506RK' ...................... Red
LN506GA'" .................... Green
LN506GK······················· Green
YiIH·t~~
Terminal Connection
""'.
1
109876
dpl
dp2
I@X;j'.*~~
~,~I,;
*
:'
~.:;
Assignment·· .
N...·
•
Cathode e
Anode
Common, Anode
c,d,e
Common Cathode
c,d,e .
Cathode b
Anode b
0.5
Cornmon Anode
Common Cathode
a.b,llpl,dp2
a,b.dpl.dp2
5
Cathode dpl.dp2
Anode dp1,dp2
6
Cathode a
Anode a
Common Anode
Common Cathode
a,b,dpl,dp2
a,b.dpl,dp2
Common Anode
c,d,e
Common Cathode
c,d,e
9
Cathode d
Anode d
10
Cathode c
Anode c
*
I) - I'1I;;:;j'i/i
Lead wire dimensioo
Absolute Maximum Ratings (Ta=25 'C)
tlQllting Color .. '
Topr(/c)'
·• . T~;t:C)·:i
"
'F(m!\-)
1",,{niAl*.
Red
60
20
100
5
-25"-+80
-30-+85
Green
60
20
100
5
':"25-+80
-30-+85
. :Pp(mWj
I
IFPO:>*f-I:.U:, duty 10%, Pulse width 1 msec.
.~~*~~!Witt
.'
'[?(~~~
...
The Condition of IFP
IS
I;
VR(V)-
duty 10'%. Pulse width 1 msec
Electro-Optical Characteristics (Ta=25 'C)
-,
",
Lighting
:'~.: Color..
.
,.....
.....
\.~.IR'··""
Typ •.
Min.
Typ.
IF
_Typ.·
.MaX.
Typ.
. Typ. :
LN506RA
Red
Anode
450
150
150
5
2.2
2.8
700
100
20
10
5
LN506RK
Red
Cathode
450
150
150
5
2.2
2.8
700
100
20
10
5
LN506GA
Green
Anode
1500
500
500
.10
2.2
2.8
.565
30
20
10
5
LN506GK
Green
Cathode
1500
500
500
10
2.2
2.8
565
30
20
10
5
,uc~
,ucd
,ucd
rnA
V
V
nm
nm
rnA
,uA
V
~~"
,:.:; c
.
"
qOt,4MON·
,"
-
Unit
-
10000
5000
50
-'
"<
.5
30
/ci(:>~*'
0'13",0
Vv~iO
~~
.!! 1000
/
20
"\
r "
&'i'-p......t'<;~o&l'
~c
~J
'
. AA,
.~~
.i';
'M8x~: (VR':
25
,
.!? 3000
lI!l:8
"
VF
100
'C
-3
lo/d..,
101889
500
I\.
....t>'
300
.-7
I
100
1
1
3
5
10
lll1.iraJ_il
Forward
Panasonic
Current
30 50
IF (rnA)
100
I
II
o
1,61.8
2,.0
2.2
·1II1.iraJ.~ .
FOfWard
\
5
Voltage
~290 -
2.4
V F (V)
~
/!I
~
20
liD
i.I
60
,.
• Ambient Temperature
'\.
~
100
Ta ("C)
~*~~
.
.J..',
Numeric Display
Series
O.6inch
Unit: mm
rJ·
Type No.
Lighting Color
LN506YA ......... : ............. Amber
LN506YK ....................... Amber
LN5060A ....................... Orange
LN5060K ....................... Orange
~Ttl*'l:
Terminal Connection
10 9 8 7 6
dpl
,,'
Pin
NO.
1
J
',-,~
'.,
AI$IgnrneoII , ::,
,
...~~
Cathode e
Anode
2
Common Anode
c.d,s
Common Cathode
e
3
Calhode b
Anode b
4
Common Anode
a.b.dp1.dp2
Common Cathode
a.b.dp1,dp2
5
6
Cathode dp1,dp2
Anode dp1,dp2
Cathode a
Anode a
7
Common Anode
Common Cathode
c,d,e'
a,b.dpt.dp2
a,b,dp1.dp2
8
Common Anode
Common Cathode
c,d,e
c.d,a
9
10
Cathode d
Anode d
Cathode c
Anode c
* I) - 1'1!I;;;-titi
Lead wire dimensioo
Absolute Maximum Ratings (Ta=25
·ct
Amber'
6 0 ' 20
' 100
5
-25-+80
-30-+85
Orange
60
100
3
-25-+80
, -30-+85
MM.~lE~
*
.
20
IFPo>ft1*l:, duty 10", Pulse width 1 maec.
.!t~;'t*~!lfi!
~',
'.
.
The condition of IFP 18 duty 10%. Pulse width 1 msee
Electro-Optical Characteristics (Ta=25 ·C)
\'
. :;-
-.;'.
-:clo/~, ' ·Id/d.p
:'typ..
.
' Min.: '.TYP.:~
:.Ip
Vf
,'~i>:.
-- AA/·
Typ.
·Max:
Typ;:
.1YP.:
LN506YA
Amber
Anode
800
300
300
10
2.2
2.8
590
30
20
10
5
LN506YK
Amber
Cathode
800
300
300
10
2.2
2.8
590
30
20
10
5
LN5060A
Orange Anode
1200
300
500
10
2.1
2.8
630
40
20
10
3
LN5060K
Orange Cathode
1200
300
500
10
2.1
2.8
630
40
20
10
. 3'
~cd
~cd
~cd
mA
V
V
nm
nm
mA
~A
'v
Unit
10
10000
- !F
-
IF
VF
100
IF
25
,;-
L
~5000
o"r
.E 3000
I
"
'. ~PA
.ro°"'cf/ ~. .~~
"
50
". ,,' "
30
:<§>..rff-
.t~o
0
v
L
~V
1= I=l:::"o"'"ct
sf=:
r- !o~~"'''r~
I-f-;-$S' if
Ss
100
1
3
.:-. ,
5
10
.1.iiaJt~
Forward Current,
30 50 100
iF
(mA)
1
II /
1.6
1.8
2.0
lll1.iiaJtG:
Forward
2.2
2.4
Voltage' VF (V)"
- 291 -
.~i
15
@:'E
10
tt::'"
.!
Ta
20
..!!-
\
.li
. 0
3
lh
"<
5
-
\.
."
5
o
9
20
III
40
lID· iI.
Ambient
60
Ii
Temperature
I'\.
80
100
Ta ("C)
Panasonic
~*~/J'
Numeric Display
1 Digit O.3inch
Series
Unn: mm
Type No.
Lighting Color
LN513RA ··· .. :.. · .... · ........ ·:Red
LN513RK ....................... Red
LN513GA'" .................... Green
LN513GK ...................... · Green
1+
2
a
Anode
f
3
Common Anode
Common Cathode
7
8
Cathode e
Anode
e
Cathode d
Anode
d
9
'10
Cathode dp
Anode
dp
Cathode c
AnOde
c
11
Cathode 9
Anode
9
b
14
... 13
a
+til g Db 12
5 tbtJO
+ 10
6
d dp + 9
3
+
+ 8
... I) - l'il!ii:lj'i1;
Lead wire dimensioo
12
13
Cathode b
Anode
14
Common Anode
Common Cathode
A~soluteM8ximum Ratings (Ta=25 ·C)
feM_*i:*&
*
Anode
Cathode f
+
+
4 n~(I + 11
. 7
Cathode a
.IFlmAl' .,
IFPCmAi*
Red
60
20
100
'5
Green
60
20
100
5
'FP (1,).1*11, duty 10", Pulse width 1
• •fr.J~$fr.J~1i
. -25-+80
..,.30-+85
msee. The condition of IFP is duty 10%. Pulse width 1 msee
Electro-Optical Characteristics (Ta=25 ·Cl
10000
100
25
<-E
,
50
~
30
/"J~'i.~
[4'
~I'>'
vS'1 \
.
"J
/
<:>\31:
,\:-;i?~'3
100
1
V
3
Panasonic
I\,
5
30 50
10
Current
IF
(rnA)
100
\
5
I\,
0
1
.1jiRJ.it
Forward
\
V-
I
V,
/
.....
,."
1.6
1.8
2.0
lI'iniRJ.tr£
For:ward
Voltage
- 292-
2.2
2.4
VF (V)
a
20
/il
I!Il
40
i&
60
Il
Ambient Temperature
80
Ta (t)
100
~*~7l'
.N,umer,ic Display
1 Digit O.3inch
Series
Unltmm
11O~0.21
10'
Type No.
Lighting Color
LN513YA ............•.......... Amber
LN513YK ....................... Aml?er
LN5130A ....................... Orange
LN5130K .. ····················· Orange
~Ttl~
Terminal Connection
Pin ,
No.
+
11+
2+
3
4
5
6
7
+
a
+lFilb
d dp
+
2
3
Cathode I
Anode I
Common Anode,
Common Cathode
4
5
12
7
6
+ 9
+
8
·
er
~gn",enl "
Cathode a
14
13
~X+ll
tb(JO+ 10
, A$.tgnlll'llll,
'1
Anode a
--
--
--
--
--
-Cathode e
Anode e
8
Cathode d
Anode
d
9
Cathode dp
Anodo
dp
0.3
• 7.6.0,38
.')-I'II;o-:1"illi
Lead wire cIimenskrI
10
Cathode c
Anodo
c
11
12
13
Cathode g
Anode
g
Cathode b
Anoda b
14
Common Anode
Common Cathode
--
--
"
"
fll§M.*lE~ Absolute Maximum Ratings (Ta=25 ·C)
*
IFP 0).1*1:, duty 10l6, Pulse width' 1 mBec. The condition allFP Is duty 10%, Pulse width 1 msec,
.ttrr.)~*ag~t!£
Electro-Optical Characteristics (Ta=25 ·C)
~
5000
~
3000
..3
,
100
10000
5
50
,
,;
30
Zv
I. > ,;
lfc'
:f'~.l.~'t,
,">:..4-
~b-'
~1
1000
~c
\Ill:i!
~~
Or-::- ~t-tf.~
f-- IQ'
1
3
.
5
-.
30
10
lll1.iiaJ.lft
Fooward Current
:
1
50
~ I; (mA)
'.:
..
100
II II
1.6
1.8
2.0
Voltage.
- 293-
\
1\.,
~
0
'\
5
0
III1JiaJ.a::
Forward
0
5
v
i
~v
100
r; V"
5~ ~v~h ~\'I:
I.I/~';,,'
~.
3
,
II
1/
F
v~'"
v
500
300
Ta
,
2.2
2.4
VF (V)
o
1\..,
,
20
III
40
II
Ambient
60
iI
II
Temperature
80
Ta ('I::
100
i
.
":\
~*~Jl'
1
Dig~t
Numeric Display
Series
O.3tnch
UnIt mm
I"'~I
10'
T~pe
No.
.
Lighting Color
LN513RAM .. ···•··············· Red
LN513RKM ·················:.. Red
LN513GAM ........• : .......... Green
U'>
io'!
0
0
fI
cd
q
LN513GKM···················· Green
'Wi-rtl*'ll
Terminal Connection
....
PIlI
25
~slQnment
1
Cathode a
Anode
a
Cathode I
Anode
I
3'
Cathode g
Anode
9
4
Cathode e
Anode
e
5
Cathode d
Anode
d
6
Cathode dp
Cathode dp
2
3
8
7
Anode dp
4
5
7
6
8
• Cathode c
, ,
Anode
dp
Anode
c'
9
Cnmmon Anode
Common Cathode
10
Cathode b
Anode
00
I '1'
1.;SMin.
S,O±O.3
Aulgnll181ll"
2
10
9
Je~.*~.
.ffiL
*
I) -
"1I;;;ttl!
Lead wire d1men8itll
*S.3±0.38
b'
Absolute Maximum Ratings (Ta=25 ·C)
40
40
Red
*
HO
•
Green
15
80
5
15
80
5
-30-+85
-25-+80
IFPO>Hlt. duty 1m6, Pulse wldth,1 msec. The condition ~ I,FP Is duty 10%, Pulse width 1 msec
'.!t~)'t.~4f1!
Electro-Optical Cha~acteristics (Ta= 25' ·C)
~~~~~~~~~~~~
100
10000
25
ll~
,~'
~ii7
vS:
_.1,
..
1
1/""
3
5
jill
10
.1i raJ. i*
Forward
,-
,/
C""ent
]
~i
W!l
·0·
~lii
1
3
I
.!
I
1
30 50 100
IF (rnA)
1.6
,1.B
2.0
2.2 .. 2.4
II Ef. VF (V)
•Forward
1i raJ Voltage
- 294-
20
..!:,
-@:'t7
.",,,\fo,i.
1111
/
,"
30
~\'5i§:.'I' ..
,,~ ~:
100
,
15
10
5
0:
0
20
iii
lID
40
i&
60
II
Ambient. Temperature
80
Ta
100
('Cl
~~~~
,Numeric Display
1 Digit O.3inch
Series
Unll:mm
1'°.03
10·
1
Type No.
Lighting Color
LN513YAM····················· Amber
LN513YKM····················· Amber
_Ttl.
Terminal Connection
Assignment
Assignment
Cathode a
Anode
a
2
Cathode f
Anode
f
3
Cathode g
Anode
9
1
4
Cathode e
Anode
e
2
5
Cathode d·
Anode· d
6
Cathode dp
Cathode dp
7
Anode dp
Anode
dp
c
8
7
5 L.-_---' 6
t!~.1\:~~
*
2.5·
Pin'
·No.
1
rn\
B
Cathode c
Anode
9
Common Anode
Common Cathode
10
Cathode b
Anode
~
* I) - 1'1I;;:"l
Forward
Current
,
3
~.3
100
1
."
5
1/
E 300
"
120
30 50
IF (mA)
100
~
5
1
1.6
II
1.8
0
I
2.0
.1.iraJ.EE
Forward
~
I
Voltage
-295-,
2.2
2.4
.
VF (V)
o
III
20
~
III
00
iI
II
Ambient Temperetu"
00
100
Ta ('C)
_
~*~IJ'
1 Digit Q.3inch
Numeric Display
Series
Unlt:mm
/1O±02
10' •
I
1
J5Mln
Type No.
Lighting Color
LN513RAS ..................... Red
~
LN513RKS ..................... Red
J!,
~
LN513GAS····················· Green
LN513GKS····················· Green
1=*>--"---'-'"
~Ttlii1: ,Terminal Connection
Pin
No,
1
2
+
+
+ a
12
3+QJ;;Jjb
: ~O~~
+ d
6
8
,..... Ignment
Cathode b
Anode
b
2
Cathode a
Anode
a
3
Cathode f
f
Anode
e
5
6
Cathode d
Anode
d
Cathode c
Anode
c
dp
7
Cathode dp
Anode
8
Common AnOde
Common Cathode
9
----
II
;.. I)
--
-l'lI!jC;j-$
Lead Wire dimensioo
---
--
12 'Cathode 9
Anode
9
J
@M.~lE:~
* IFPO)i!~U.,
rn03
.~
(
Anode
4, Cathode e
10
dP+ 7
A",g~m.rii
1
Absolute Maximum Ratings (Ta=25 'C)
duty 10", Pulse width 1 msec.
.!tf(.J7't~f(.J*¥1i
The condition of IFP is duty 10%. Pulse width 1 msec
Electro-Optical Ch.aracterlstics (Tii=25 'C) .
10
10000
100
0{"
,~~
-3
50
~"{Q'
v.JJ
.2 3000
/
/
0
31<"S
\..I'I1· 31<"-s
\..I'ISI
"
..
V
--
I
/'
II
10
30.50
.1IltiJtlilII
IF (mA)
Forward
5
Current
100
1.,6
1.8
III
n
Forward
'\
\.
~
0
:1
..
\
\.
10
\
5
l~ r.- r-
\
o
1
3
20
J!;i~ 15
•
3
\
~
€'O
V-
-'-
<'
E
30
/
100
1
,
25
-:gsooo
2.0
ItiJ •
2.2
- 296-
2.4'
I±VF (V)
Voltage
0.,
20
,
40
60
~mbie~ Tem~eratu~
80
100
Ta ("C) :
~*~7J'
Numeric Display
l' Digit O.3inch
Se'ries
Unltmm
1 10 ±0.2
10'
1
Type No.
Lighting Color
LN513YAS .. ···················· Amber
LN513YKS ..................... Amber
LN5130AS ..................... Orang~
LN5130KS·;··················· Orange
~Ttt*'1:
Terminal Connection
1
2
+
+
+
12'
a
3 +p;;;Jjb
4...,.,;-nc
5
6
..I€:dJp+
+ d dP+
8·
7.
PIn
No.
~
AssIgnment
1
2
3
Cathode b
Anode b
Cathode a
Cathode I
Anode a
Anode I
4
Cathode e
Anode
5
6
Cathode d
Anode ,d
Cathode c
Anode c
Cathod. dp
Anod.
Common Anode
Common Cathode
9
--
dp
.')- I'1II;;:1j"jt; .
Lead Vlire dinensiaI
--
10
12
,*
.~
7
8
--
11
I@M.*~~
rnO.3
e
Anode g
Cathod. 9
Absolute Maximum Ratings (1a=25 'C)
Amber
60
20
100 •
5
-25-+80
-30-+85
Orange
60
20
100
3
-25-+80
-30-+85.
tFP C1l;1:.f.Iol:. duty 10". Put•• width 1 m.ec, Th. condition altFP i. duty 10\6, Pui •• width 1 m•• c
. •1!t~7't*~Itiif! Electro-Optical Characteristics (Ta=25 'C)
10000
100
;;
25
-3 5000
]
'"
, .p,,,,
~'
;j!
n,"",..*'
.9 3000
~"l',J,?'
50
30
-
:$"'11>'
","~'1::1=
V$
0t-::
3
!I
100
1
ltV
3
5
Fonvard
30 50 100
10
lI1iiaJ·. ilIf'
Current
IF
(rnA)
"\
,-
F= F~'~~~ti1i
Lead wire dimensioo
Va(vl .'
*
* I) -
. * 7.6"0.38
--
12
~~;f.*5E~
AJojgMI.nt
I
Voltage
- 298-
2.2
2.4
VF (V)
o
~
III
~
Ill!
00
i&
Ii
Ambient Temperature
00
I
100
Ta ("C)
1 Digit O.4inch
Series
Unit: mm
I
35Mn
Jype No.
Lighting Color
LN514YA ....................... Amber
LN514YK ....................... Amber
;::
LN5140A ....................... Orange
LN5140K .................. ·.... Orange
~T~~
Terminal Connection
Pin
No.
1
2
1
2
3
4
5
Assignment
Cathode f
Anode
3
Common Anode
Common Cathode
4
5
--
*
CD
·bi
--
----
---
7
Cathode e
Anode
e
B
Cathode d
Anode
d
9
Cathode dp
Anode
dp
10
Cathode c
Anode
c
11
Cathode 9
Anode
9
--
12
. ~M.*lE~
a
t
Anode
6
6
7~_-.I
ASSlgnmont
Cathode a
0,3
* I) -1'1I!;;;itiii
Lead wire dimensim
--
13
Cathode b
Anode
14
Common Anode
Common Cathode
b
Absolute Maximum Ratings (Ta=25 ·C)
Orange
60
100
20
3
-25-+80
-30-+85
-25-+80
-30-+85
IFP O)~t;u., duty 10%, Pulse width 1 msec. The condition of IF? is duty 10%. Pulse width 1 msec
.~~7't$:~*¥1i
Electrq-Optical Characteristics (Ta=25 ·C)
10000
100
,
~
~ SOOO
0'" ,
.!2 3000
!!J'~~
s.p
~
30
,.
,
25
'~ L:"
~~~
~"i"Q>
~3000
"v
""
/. ~
is'
I
20
\
o~//
I\,
t= f-t::=t::",(jj~j
~I!>'
.e..'<:
, ..!'
I.J.~
. I"
~
f
100
1
1
3
5
10
.1.iJt;J.,.
Forward
,
l'I..
5= ~v.!
'
3
Current
30 ,50
IF (mA)
100
/ ./
1.6
1.8
2.0
.1.iJt;J.EE
Forward
\'
I,
-
Voltage
2.2
2.4
()
VF V
o
o
20
~
~
m
, ilia . If.
Ambient Temperature
00
fa
100
('C)
Panalionic
- 301 i·.
./
!
~*~JJ'
Numeric Display
,
1 Digit O.8inch
Series
Uriil:mm
Type No.
Lighting Color
LN518RA ....................... Red
'lIu>OO
LN518RK ................ ;...... Red
LN518GA ....................... Green
.dl~
m
oJ
LN518GK·········;············· Green
,
~TjllOl:
Terminal Connection
2+f
gb
13
l+f
jl4
3
+
+
\
I"
d '.
.
h..... '!.::l\:~~ IX~,':;;,;t.;;+;z:.::·;;;;:::;;
1
Cathode a
Anode a
2
3
Cathode f
Anode
Common Anode
Common Cathode
4
Cathode e
5
Common Anode
Anode
1
~
~'
*
f
e
Common Cathode
12
11
6
Cathode dpl
10
~t:lec3~
7
Common Anode
8
Cathode dp2
Anode dp2
• I) -
9
Cathode d
Anode'd
Lead wire dimensiat
10
Common Anode
Common Cathode
11
12
13
14
Cathode c
Anode
c
Cathode g'
Anode
9
Cathode b
Anode
b
Common Anode
Common Cathode'
4+
5
.ex~.*~~
Anode
dpl
. Common Cathode
~ll;;:-ql/;
Absolute Maximum Ratings (Ta=25 ·C)
~~~~~~~~
I
.~rf.J3'C~rf.J~tI:
Electro-Optical Ch!lracteristics (Ta=25 ·C)
10000
'0
0
..::
100
25
.
5000
.2 3000
,.
I/j~*"/
:p~y
vj'
/
0
,.
/
~
100
1
.~
I
10
30 50
Current
5
IF (rnA)
100
I\.
\
5
I"\,
o
I
3
I\.
¥::a;
I,
FOIWard
\
~~ 15
@" 10
3
IInialtit
\
.S0
5
l'
20
..!!-
18 '"
~'516\>.'"
'<
.§,
1.6
1.8
2.0
!In ial ta:
FOIWard
Voltage
- 302-
2.2
2.4
VF (V)
o
20
40
60
'!bla~ Tem~e~atu~
80
100
Ta (t)
~*~IT'
Numeric Display
1 Digit O.8inch
Series
Unlt:mm
Type No. .
Lightirig Color
LN518YA ....................... Amber
LN518YK .\...................... Amber
LN5180A·······:··············· Orange
LN5180K· .. ···················· Orange
~Tfl*1C Terminal Connection
1+9 14
~
4
+
g b
+
~:
7i+
~ 8
d
*
I
169
ec
l@x1t.*~~
13·
12
Pin
No:
,~;
~;.
1
Cathode a
Anode
a
2
Cathode t
Anode
t
3
Common Anode
Common Cathode
4
Cathode e
Anode
5
6
Common Anode
Common Cathode
Cathode dpl
Anode
7
Common Anode
Common 'Cathode
8
Cathode dp2
Anode
dp2
.')-I'III;;:;j"l/i
9
Cathode d
Anode
d
Lead wire dimensim
10
Common Anode
Common Cathode
11
Cathode c
Anode
12
Cathodeg
Anode 9
13
Cathode b
Anode
14
Common Anode
Common Cathode
-0
dpl
e
b
Absolute Maximum Ratings (Ta=25 ·C)
Amber
60
20
100
5
-25-+.80
-30-+85
Orange
IFP CT.l.'f!I:.U:,
60
20
180
3
-25-+80
-30-+85
duty 10". Pulse, width 1 maee.
••B9;'f~B9M1!
The condition of IFP Is duty 10". Pulse width 1 maee
Electro-Optical Characteristics (Ta=25 ·C)
.~
,,:
'."
~
,
.MIx:
LN518YA
Amber
Anode
800
300
300
10
2.2
2.B
590
30
5
LN518YK
Amber
Cathode
BOO
300
300
10
2.2
2.B
590
3p
5'
LN5180A
Orange Anode
1200
'300
500
10
2.1
2.B
630
40
20
10
LN5180K
Orange Cathode"
1200
300
500
10,
2.1'
2.B
' 630
40
20
10
3
!led
!led
!led
rnA·
V
V
nm
nm
rnA
!lA
V
Unit
10
-
IF
1\
..3
I
.!? 3000
V
i§>""ct/ "
"
~~
~~(V
.
• .! 1000
iJ;9t"
'f'~"
~c
lI!!:iI
JtJ
".
500
.E
1
,
,
E
,,
- ~i
.
·8
~'E
~~
')~~~
"...;~'I-')«
~~
~
II~
b
IIII10
30 50
IlfiniaJllilI
·I F (rnA)
I
3
Forward
5
Current
50
" ~tiI:'~>'
-,";-',
typo
IF
VF
TyP.' Max,.-
Typ:'
typ. :
£>.
.LN523YAMY
'Amber
Anode
800'
300
300
10
2.0
2.8
590
30
10
10
£>.
LN523YKMY
Amber
Cathode
800
300
300
10
2.0
2.8
590
30
10
10
5
p.cd
p.cd
.p.cd
mA
V
V
nm
nm
mA
p.A
V
1YpeN~
COMMON
Color
Unit
aEPU:.li:MflfiJ'T
II
A .I...
5
A Tentative Specification
10000
100
25
~ SO
E
30
~
E
~
/
~~
."'l ... ,
as 1000
~
/
~"
IlQ
til i'SOO
I[
~j" 300
l\I
100
1
~
IL
3
5
10
M:nfliJt~
Forward
Current
30 SO
IF (mA)
100 '
/
10
V
20
~
'"
~g
tis
15
0
1[..,
~:;;
.~
.of
5
I
3
1.6
II
T.8
10
""
"
I
5
"" ,
a
2.0
2.2
M:nfliJtl.I
. Forward Voltage
- 307-
2.4
o
~
I!l
VF (V)
~
IlII
00
ill
If
AmbIent Temperature
00
100
Ta ('t)
~=F~/]\
Numeric Display
2 .Digit O.4inch
Series
Unit:mm
12,0
Type No.
Lighting Color
LN524RA ....................... Red
LN524RK ....................... Red
LN524GA ....................... Green
LN524GK" ..................... Green
.Ttl.
Terminal' Connection
18 17 16 1514 13 12 11 10
" ""'T
fmb/D
eu:!J;. 0:::;_~
.. d 0g,p • •
'123456789
MM_*i:.
,.'-:~~'F"
.'
~
-
,:~Ig~m.nt
Anode el
Cathode e1
Cathode dl
.
CathOde c1
Anode d1
.1
An~e
Anode dpl,
5
Cathode dpl
Cathod e2
Anode e2
6
C8thod d2
Anode
7
Cathode g2
Anode
d2
g2
8
Catll'od. c2
~node
.2
9
Cathode dp2
Anode
dp2
10
Cathode b2
11
Cathode 82
Anode b2
Anode 82
* I) -l'!I;;;'i'iIi
Lead wire dln-im
12
Cathode 12
Anode 12
13
14
Common Anode 02
Common Cathode 02
Common Anode 01
Common Cathode 01
15
Cethode bl
Anode
16
17
Cathode a1
Anode
Cathode gl
bl
al
Anode gl
18
Cathode"
Anode
"
Absolute Maximum Ratings (Ta=25 ·C)
!;~~~:~,:~.~~\~:,~:~:,:-\ ' ::::~t~~j>,;:.
60
60
Red
,Green
1* IFPO)M~,
Pin',
,No.
1
2
3
4
,iF(ni'~)
",'i:P(~)~,
'"
VR(V')
Topri~)
-25-+80
-25-+80
20
100
5
20
100
5
'.l,
'" ·,T$i< "0)',<>'
-30-+85
-30-+85
duty 10". Pulle width 1 msec .. The condition of IFP Is duty 10", Pulse width 1 mS8e
• •ag:Yt.ag~tl
Electro~Optlcal pharacteristlcs (Ta d 25 ·C)
,,' :'Io/seg',
l(j/d.p
Typ.,
Min',
, Typ.
.,TyP.
Typ.
I;" "
LN524RA
Red
Anode
4SO
150
ISO
5
2.2
2.8
700
100
20
,10
5
LN524RK
Red
Cathode
450
ISO
150
5
2.2
2.8
700
100
20
10
5
LN524GA
Green
Anode
500
500
10
5
500
SOO'
10
2.8
30
30
10
Cathode
565
565
20
Green
2.2
. 2.2
2.8
LN524GK
1500
1500
20
10
5
/lcd/lcd
/lcd
mA
v
nm
nm
mA
/lA
v
Unit
v .
25
SO
. -"-
.L
Ot-- j - '
"
--
§:."
':-
~.~
1.82.0
2.2
IIiI 15 iRJ 'II' ff., VF
Forward
......1MOI1ic
Voltage,
- 308-
'\
\
15
0
,
2,4
(v)
\.
\.
10
Ii'::
,\,
--
1
1.6
.~
-._-
f -- r 1
20
..!!-
:f!iSi
5
3 .'
'<
.5
"
30
,/
-
o
o
\..
--20
~
40
IlII
60
iJl
If.
Ambient Temperature
80
100
Ta ("C) ,
~*~7J'
Numeric Display,)
2 Digit O.4inch,' Series
, Unlt:mm
Type No.
Lighting Color
LN524YA ....................... Amber
LN524YK ....................... Amber
LN5240A .... ·: .. · ...... , ...... · Orange
LN5240K ....................... Orange
,
,
~Tfl*1C
Terminal Connection
Pin
18 17 16 15 14 13 12 11 10
fmbO
eta;. u::!D.
, d o~p
+ ~
1 2 3 4'5 6 1 8 9
,',
ASslg~••i
No.
' ~lg'1"'~.1
I
Cathode 01
Anode
el
.
,
2
Calhodo dl
Anode
dl
r-----r-----~T~
3
4
Cathode cl
Anode
01
Cathode dpl
Anode
dpl
"
4T~~rn~Tnj-+~
5
. Cathode 02
Anode
e2
6
Calhode d2
Anode
d2
7
Calhode g2
Anode
g2
8
9
Cathode c2
Anode 02
.')-
Cathode dp2
Anode
dp2
Lead wire dimensicn .
10
Calhode b2
Anode
b2
11
Cathode 82
Anode .2
12
Cathode 12
Anode
13
Common Anode 02
Common Cathode 02
Common Cathode 01
""""'="++-~
2.54x B= 20.32
."
~IJl:iC'Oj'iti
12
14
Common Anode 01
15
16
17
Calhode bl
Anode
bl
Cattiode 81
~node
al
Calhodegl
Anode
18
Cathode 11
Anoda
91
II
,
Absolute Maximum Ratings (Ta=25 ·C)
~t.:t.;tlE~
"P(mWi
",0
,
*
Amber
60
20
Orange
60
20
IFPOl"1'f'~. d\JIY'10". Pulse wldlh'·lmseo.
.tt~~~~!If~
"
'., -.}--."
'"
'··::~~o.
-25-+80
-25-'+80
3
-30-+85
-30-+85
The condition oIlFP is duty 10", Pulse width 1 msec
lo/d.p·
,.1)tP;.,·
,lo/e9
,'COMMON.
Color" ,
;.::
5
Electro-Optical Characteristics (Ta=25 ·C)
Ughtlng
1/"",,', ,.:;"::.
roo
1)tpj' ,Min:
"
....
'i,;"
LN524YA
Amber
Anode
600
200
200·
10
'2.2
2.8
590
30
20
Amber
Cathode
600
200
200
10
2.2
2.8
590
30
20
10
. 10
5
LN524YK
LN5240A
Orange Anode
1200
300
500
,10
2.1
2.8
630 .
40,
20
.10
3
Orange Cathode
'1200
300
500
10
2.1
2.8
630
40
20
10
3
ped
ped
.{led
mA
V
V
nm
nm
mA
pA
V
- LN5240K
Unit
~
IF
100
10000
-.3
,
5000
~J.,i
rt-°",o*'"
..!? 3000
.25
,
-;(
•
.5
~VJi'*'
v~
v
,~
'.'I'~
:1
v
'.p:::"
1
.!
.V
V/
I
3
1II:n raJ
Forward
5
10
~U!
Current
10
0
, @'E
100
30
30 50
IF (mA)
100
Ta
-;(
\
.5
,,' '-"
.,!;-
'~.
v~~"'1'~
0
50
-
5
==
20
,
\
~~V
'I'
~"~'I'
=v~~~:..~
I~
r"\
~ 10'1',
v:j'
5
"
3
II II
1.6
1.8
\
\.
a
2.0
.e:
Voltage
lII:nraJ •
Forward
- 309-
2.2
2.4
VF (V)
o
40
20
~
IlII
60
i&
80
100
It
Ambient Temperature,' Ta ("e)
Panasonic
~*~/J'
Numeric Display
O.4inch
Type No.
Series
Unltmm
12.0
Lighting Color
LN5~41 RA"""""""""""
LN5241 RK"""""""""""
LN5241GA .....................
LN5241GK .....................
Red
Red
Green
Green
YlIi.:rfl*1C Terminal Connection
.3
Cathode cl
Anode
c1
5
Cathode e2
Anode
e2 -
6
Cathode d2
Anode d2
181716151413121110
Cathode g2
Anode g2
Cathode c2
. Anode c2,
10
Cathode b2
Anode b2
11
Cathode 82
Anode a2
*
I) - f'1IIJ;-ti1i
Lead wire dimensioo
12 .Cathodel2
Anode 12
13
Common Anode 02
Common Cathode 02
14
Ccmmon Anode 01
Common Cathode 01
15
Cathode bt
Anode bl
16'
17
18
IeM.~~~
,*
Absolute Maximum Ratings (Ta==25 ·C)
Red
60
20
100 .
5
Green
60
20
100
5
IFP 0')*1*1:. duty 10%, Pulse width I
.!ttI';J7r;!!FtI';J*¥~
msec.
-25-+80
-25-+80
-30-+85
-30-+85
The condition or IFP i. duty 101'. Pui.e width I msec
Electro-Optical Characteristics (Ta=25 ·C)
~~~~~~~
10000
. 100
~'<:..
25
,
"<
~';..'~
-5
'tt'Y
",
V
A
/
p.
V
Mi
.~
100
1
"
.
II
1
3
5
10
1115ra:J.il
Forward
Current
30 50. 100
IF (rnA)
I\.
"\
@" 10
I
.1
\
15
0
,&'%ZA\~
'/
20
.!:
1.6
1.8
2.0
II 15 ra:J • 11
Forward
Voltage
- 310-'
2.2
2.4
VF (V)
~i
.IL
5
o
o
.
\.
20
I!l
60
<10
l1li
ioI
If
Ambient Temperature
80
100
Ta ("C)
~*~7J'
Numeric Display
Series
O.4inch
Unlt:mm
Type No.
Lighting Color
LN5241YA······················ Amber
LN5241YK······················ Amber
LN52410A ..................... Orange
LN5241 OK ..................... Orange
~ilH·t~*'C
Terminal Connection
PIlI
No.
Cathode c1
Anode
el
5
Cathode 82
Anode
e2
6
Cathode d2
Anode d2
7
Cathode g2
Anode
g2
8
Cathode c2
Anode
e2
3
0.5
4
fmbO
eta:O~prr;;p..~
d
2.54' 8= 20.32
• I) - 1'1I:iC;j"i/i
Lead wire dimensia1
---
---
9
123456789
10'
Cathode b2
Anode
b2
11
Cathode a2
Anode
a2
12
Cathode 12
Anode
12
13
Common Anode 02
Common Cathode 02
14
Common Anode 01
Common Cathode 01
Hi
Cathode bl
Anode
---
16
I@jUI*lE~
...
--
--
2
..;!
~.. '
--
1
1817161514131211 10
:
;""'w:
17
--
18
---
bl
--
---
Absolute Maximum Ratings (Ta=25 'C)
:;>:;.~.CciIor
'. . . ·P~~.!!~,,: 1,~::~(.~f.. ";:;;~I~f.niA:>~~;~:::;,;·: ·y.\W,~:c~77J('i·i';
Amber
60
20
100
5
Orange
60
20
100
3
* Q)*"" I.t.
IA>
duty 1O'J1. Pulse width 1 moee.
.tu~*~rt:J~tt
"i~ ",i;
-:-30-+85
-25-+80
-25-+80
The eondltioo a Ifp Is duty 1O'J1. Pulse width 1 maec
Electro-Optical Characteristics (Ta=25 'C)
A
r----~-~~~---r--~-~-~r-~+_--r--+--r--+_-_r-~-~
~r------+--~1------1-~-+---r--~~--+-~-+--~--1---+---~--r---1
10000
25
,
'0
,35000
"
Type No.
Lighting Color
LN524RAMR .................. Red
LN524RKMR .................. Red
LN524GAMG .... •.. ' .. · ....• .. Green
LN524GKMG .................. Green
~T~~
Terminal' Connection
109 8
, bEl
til'
Dl
C
d dp
.....0 .......
123'1567
Iil!M.*~~
*
Anode d
Anode c
4
Cathode dp
Anoda dp.
5
Cathode b
Anode b
6
Cathode.
Anode a
Cathode 9
Anode
Cathode f
Anode f
9
Common Anode 02
Common Cathode 02
10
Common Anode 01
Common Cathode 01
9
• 1)._ 1'1I:iC'f'it
lead wire dimensloo
Absolute Maximum Ratlngs'(Ta=25 ·C) .
Red
,
Cathode d
Cathode c
.. 40
15
40
15
Green
80
5
5
-25-+80
IFPo>Mt;t. dutylO'l1, Pulsa width 1 moac. The condition of IFP Is duty 1"". Pulse width 1 moec
.~ag7'C$ag~i!
Electro-Optical Characteristics (Ta=25 ·C)
~tIJ;~~r~;' ~~ :,~\~~~~~,~.:::, ::~~;ISe~~.:~I·~~i ·,F:,:::·,fyp.yF:~u,:.~~.·:·I·,~,
A
A
--'30-+85
-30-+85
Ltl524RAMR
Red
Anode
450
200
150
5
2. 03
J,..N524RKMR
Red
Cathode
450
200
150
5
Green
Anode
Green
Cathode
1500
1500
500
LN524GKMG
500
500
500
10
10
2. 8
2. 8
2.8
2.8
700
700
565
565
100
100
LN524GAMG
2,"03
2.03
2.03
p.cd
p.cd
p.cd
rnA
V.
V
nm
. Unit
IF
100
10000
30
30
10
10
10
10
.10
10
5
5
5
5
nm
mA
p.A
V
V' F
-
'::.<} , ~l~\~~.:::
IF
10
10
- T8
• 25 r-;r-;r-;r-;--r-;---r--r-r-,
\ -=tr •
....5000
u
.....
,
.'
,2. 3000
c.;¥
!1f ..<5
/
.#'{Q'Ii
V~~~\I<",~
'Y<:>~ ;.~....
'ii'<:>~
l!!l'1i 15~+--t-od-++-+-+-l-'-jH
'"
.
/
II
5
10
!l1Iialtl*
Forward
Current
30 50 100
IF
(mA)
-II::
Iii
1.5
1.8
101-+-+-+-Pod--+-+-l-lH
. 51-t--t--t--t--t--P-.:t--t--t--:-l
o
1
3
8.
.~
II
./ j
'100
. ,.
If
m:..,
~
V
]: ·20/-bt-t-t--t--t--t-+--+---t
/
.....
~~j
2.0
2.2
.1IrtiitEE
Forward Voftage
- 312-
2.4
VF (V)
iO~.~,~~~~~~~~~~~~,00
IiJ
DiI
iJl If.
Amblenl Temperarure
Ta ("C)
~*~71'
Numeric Display
2 Digit O.4inch
Series
Unit mm
i
Type No.
Lighting Color
LN524YAMY··················· Amber
LN524YKMY··················· Amber
LN5240AMO·················· Orange
LN5240KMO·················· Orange
~Ttl~ .. Terminal Connection
109 8
is
. '"
Aa~'Onment
~ig"m.nt
1
Cathode e
Anode
. .•• '
e
2
Cathode d
Anode
d
3
Cathode c
Anode
c
4
Cathode dp
Anode
dp
5
Cathode b
Anode
b
6
Cathode a
Anode
a
+ + +0+ + + ~
7
Cathode 9
Aroda
9
B
Cathode f
Anode
f
1 2 3 4 5 6 7
9
Common Anode 02
Common Cathode 02
10
Common Anode 01
Common Cathode 01
~:X~.:kl:~
* I) -
f'1I;;;;J-lti
Lead willi dimensiat
Absolute Maximum Ratings (Ta=25 ·Cl
Po(m\V)
1~(rriM
.IFP(mA)*
VR(V}
Amber
60
15
100
5
Orange
60
15
100
3
.
.• !Jghling COlor
*
~.
JFP 0)~f.1:1.1:. duty 10%. Pulse width 1 msec.
.~UY:I:7'{;~tt:J~tI:
-30-+85
Electro-Optical Characteristics (Ta=25 'e)
Ughtlng
Color
Type No.
-25-+80
The condition of IFP is duty 10%, Pulse width t msec
COMMON
,
lo/seg
Min.
Typ.
A.P
.tu:
Max.
Typ,
TYP.,
VF
lo/d.p
Typ.
Typ.
.':>:t I~\':,;~;!
:r/ Male...· )~
LN524YAMY
Amber
Anode
600
200
200
IF
10
2.00
2.8
590
30
10
10
LN524YKMY
Amber
Cathode
600
200
200
10
2.00
2.8
590
30
10
10
5
5
2.8
2.8
630
40
10
10
3
630
40
10
10
3
- V
nm
nm
mA
ttA
V
LN5240AMO
Orange Anode
1200
300
500
10
1. 93
LN5240KMO
Orange Cathode
1200
300
500
10
1. 93
ttcd
ttcd
ttcd
mA
V
-
Unit
-
-
.o.EIJ~.i:M:f3fiF'" 0 A TentatIve SpecifIcatIon
10000
100
'0
--±~
.3 5000
~~
II "'o&"
..9 3000
.p'V",~
v.j
"
~z:.
~ ~ 1000
/
25
50
"ti1i
Absolute Maximum Ratings (Ta=25 ·C)
',IHmA) c'
Topr('C)
-30-+85
-30-+85
Red
60
20
100
5
-25-+80
Green
60
20
100
5
-25-+80
IFPO):l:f.l:U, duty 10%. Pulse width 1 msec.
.~rr:J:7t~rr:J~tt
The condition of IFP is duty 10%. Pulse width 1 msec
Electro-Optical Cha'racteristics (Ta=25
·C)
......
:",'
- '<
'> .":
.,.:kk!:c.:c
.•. VF
Max.
TyP:
2.2
2.8
~p
/lA .
Typo
Jyp.
700
100
20
700
100
20
10
5
5'
5
450
150
5
2.2
I"
Max..·
10
LN524GAS
Green
Anode
1500
500
10
'2.2
2.8
2.8 .
565
30
20
'10
LN524GKS
Green
Cathode
1500
500
10
2.2
2.8
565
30
20
10
5
fled
mA
V
V
nm
nm
mA
fLA
V
LN524RKS
Red
Cathode
Unit
10000
"
.!?
25
--
u 5000
~
100
-
-
.:.t
E
;
3000
L
---
I
/, r'?
100
1
/
~"'"l-":I'"f.'"
Ti
3
:
5
Ill.
Iiiii
10
lli11icJllil
Forward
Current
-5
20
\
V
'\
i''''
5
,\~","l-
II
:.t
,;
~'l;
"'"
..-
30
0~/
c-'~
-
50
3
I 30i
I
1
50
IF (mA)
100.
\
/
II
I
1.6
1.8
2.0
a:
Voltage
iii 11 icJ II
FOI'Ward
- 314-
2.2
2.4
VF (V)
'\.
o
o
20
~
flU
I
~mbient
~
60
ill
Ii
Temperature
M
100
Ta ("C)
2 Digit O.4iY1ch
Type No
Unit: mm
Lighting Color
LN524YAS······················ Amber
"
LN524YKS ..................... Amber
"
.LN5240AS· ............ · .. · .... Orange
LN5240KS .... · .. · .......... · ... Orange
~Tjl~
Terminal Connection
161514131211 10 9
+++++ ... ++
tWbEb
A~!l!onm:,)nt
MSignmonf "
1
Cathode c1
Anode
cl
2
Cathodo 01
Anode
.1
dl
3
Cathode dl
Anode
4
Common Anode 01
Common Cathode 01
5
Common Anode 02
Common Cathode 02
6
Cathode d2
Anode
i~rJ/c
f!p
++++++++
7
Cathode 02
Anode
02
8
Cathode c2
Anode
12345678
c2
* 'J -
9
Cathode g2
Anode
g2
Lead Vlile dimensioo
10
Cathode 32
Anode
02
11
Cathode '2
Anode
12
12
Cathode b2
Anode
b2
13
Cathode bl
Anode
bl
14
Cathode f1
~ Anode
11
15
'Cathode a1
Anode
.1
16
Cathode gl
Anode
gl
~M.*~~
d2
I'lU5C;t;J<
Absolute MaKimum R?tings (Ta=25 'Cl
.UghlingCOIor
Po(mW)
Amber
*
Pin
No.
I
Orange
IFPU)*f*tj;, dUty 10%, Pulse width 1 msec.
.
1,(mA)
IFP(mAI*
YIIo(vl
ToprC'C)
20
100
.5
-25-+80
-30-+85
20
100
3
-25-+80
-30-+85.
60
' 60
TlltiJ{'Cl
.
,"
The conditIon ollFP is duty 10%, Pulse width 1 msoc
• •~:7t~f(.J~iiElectro-Optical Characteristics (Ta=25 'C)
f:>.
LN524YAS
Amber
Anode
600
200
10
2.2
590
30
20
10
5
'f:>.
LN524YKS
Amber
Cathode
600
200
1.0
2.2
2.8
590
30
20
10
5
f:>.
LN5240AS
Orange Anode
1200
300
10
2.1
2.8
630
40
20
f:>.
LN5240KS
Orange Cathode
1200
300
10
2..1
2.8
630
40
20
1.0
1.0 .
3
I'cd
I'cd
mA
V
V
nm
nm
mA
I'A
V
Un1t
£:...mUWltMt3fff.o"t
I'cd
6. Tentative Specification
0
10
10000
-
IF
-
'F
100
VF
IF -Ta
25'
'''0
o 500 0
~
-9 3000
50
"2.6i<\<.
/'
".
/
/
100
1
~
5
10
Forward
Current
.30 50
iF
(rnA)
100
"
.~
I
II
3
'\
.. O.
15
€." 10
1
IIL1j /oJ II ill
"<
.
.
1\.'
¥::1ii
3
V
Ta
.§ 20
l!l!~ 15
5
'~
-
1.6
1.8· 2.0
III 1i/oJ ilia:
Forward
Voltage
- 318-
.2.2
2.4
. V F (V)'
.
"I'\.
o
o
20
Jil
40
IlII
60
iIa .Jl
Amblen\ Temperature
80
100
Ta ('e)
~=F~/J'
Numeric Display
2 Digit O.6inch
.,,'
Series
.
Unit:mm
. 25,1 %0,25
l)pe No,
Lighting Color
LN526YA ....................... Amber
LN526YK ..................... ,. Amber
LN5260A ................... : ... Orang'e
LN5260K ....................... Orange
~iIH'~~
Terminal Connection
., ,
Pin
No.
,,~~',
Ai.iQnm~ ,
1
Cathode 01
Anode
el
, 2
Cathode dl
Ancxle
dl
3
. 4
Cathode cl
Anod.
el
Cathode dpl
Anode
dpl
5
Cathode e2
Anode
e2
6
Cathode d2
Anode <12
7
Cathode g2
Anode
8
Cathodep2
--"f'---""-++~~
:!l
2.54'8= 20.32
g2
• 'J - I.i:
t.J'lS?z6\ p-t<.
I..l'IS
)'
\
/
\.
"-
I
\
;/
"
/
I\,
'/
1
100
1
,- 3
5
11113 ioJ.r
Forward
Panasonic
20
\.
3
"V
":'.
1
Cathode 01
Anode
Cathode e2
Anode e2
Cathode d2
Anode d2
Cathode g2
Anode g2
8
Cathode 02
Anode 02
10
Cathode b2
Anode b2.
11
Cathode a2
Anode
12
Cathode 12
Anode 12
13
Common Anode 02
Common Cathodo 02
14
Common Anode 01
Ccxnmon Cathodo 01
15
Cathode bl
Anodo bl
3
01
4.
5
• I) - 1'1l:iC'l'i*
Lead wire dimenslm
a2
16
17
18
~M.*~~
*
Absolute Maximum Ratings (Ta=25 ·C)
Amber·
60
20
Orange
60
20
IFPo>fe1*U". duty 10". P,ulse width 1 msec.
.ttfl97'f*~*¥i!
100
The condiUon oI1FP Is duty 1Q%. Pulse
5
3
-25-+80
-25-+8Q
-30-+85
-30-+85
width 1 mise
Electro-Optic.al Characteristics (Ta=25 ·C)
A
r---------~~~~----------~----+_----r_--_+--~~----+_--_;----~--~+_--~r_--_+----~
A
,
10000
~ 50~
0'<'01;'
~
100
,
'<
...s . 30
~I<.~'
2 3000
:.J. .$> ,~~
ro'" ,...+-.
..s
/"
'1v~"
.~~
~~ 1000
/~ V
~ :::::::::::.:-o'<'ct
=
="'. . . .
=
- :l/hrt:~
.S' b1~''''
~c
II! :500
5
~ 300
~.3
~
100
25
"<
50
~iIltfi
'/
1.
":S
5
10
1III'jj jti)'1!It.jl
Forward
Current
30 50
IF
(rnA)
100
II II
1.6
1.8
2.0
2.2
2.4
III 'jj jti) t 1£ VF (V)
Forward
- 321
Voltage
20
'\
..!!-
1Ml\
.50
_\
15
~
I\.
{I'E 10
iC:'"
.~
\
5
o
o
'\
~
III
~
IDI
60
ia
00
100
If.. Ta ("C)
Ambient Temperature
~*~/J'
Numeric Display
O.~inch
2 Digit
Series
Unit:mm
,Type No.
lighting Color
LN528RA ....................... Red
LN528RK ....................... Red
LN528GA ....................... Green
Green
LN528GK ...................
.1.-
~Ttllr1.:
Terminal Connection
Pill
NO.- . ~ : AsGIg.,n"!'1t _>
4
2)19 18171615 141312
Anode
el
Cathode dl
Anode
dl
Common Anode 01
Common Cathode 01
Cathode cl
Anode
Cathode dpl
Anode dpl
Cathode e2
Anode
e2
Cathode d2
Anode
d2
*
9
Cathode g2
Anode
g2
* I) -
10
Cathode c2
Anode
c2
Lead wire dimensiaI
11
Cathode dp2
Anode dp2
12
Cathode b2
Anode
b2
13
Cathode 82
Anode
82
14
Cathode 12
Anode 12
15
Common Anode 02
Common Cathode 02
16
Common Anode 01
Common Cathode 01
17
CathOde bl
Anode
bl
18
Cathode a1
Anode
31
19
Cathode g1
Anode
gl
20
Cathode f1
Anode' 11
t'1I:ii:;J-l/;
Absolute Maximum Ratings (Ta=25 'Cl
IFP(1)5!Ut-lt. duty 10%. Pulse width 1 msec.
.~~7'l;~~!l\i1i
. .0.
c:'-
(Common Cathode 02
Common Anode 02
et.:t.:*:)E~
_--- #S1Qn~~,i
Cathode e1
The cOndition oIlFP is duty 10%. Pulse width 1 msee
Electro-Optical Characteristics (Ta=25 'Cl
r-------~----~--------r---~~-+--~----+_~~--_+--~----+_--~--_+--~
10000
".::.
0
100
5000
...*'
~3J'
25
,
50
~
.5
30
v.p~'7
.!? 3000
:<
",'
7-
/
0
,-f'lti ~
V
100
1
'\
J!;!~ 15
I\.
~ii
3
.l
I
5
-
!I
I
5
1I-n(.;J1Ill
Forward
30 50
10
Current
IF
(rnA)
100
\
.0
1
3
r\.
1[" 10
5
~
'\
.g0
• ,-f'll:>
~
..
20
~
1.6
1.8
.2.0
-n fIij t II:
Forward Voltage
II
- 322-
2.2
2.4
VF (V)
o
.,
20
fiI
40
IlII
60
ia
II
Ambient Temperature
"
80
100
Ta ('C)
~*~7J'
Numeric Display
2 Digit O.8inch
I
Series
,Unit mm
Type No.
Lighting Color
LN528YA •..••.................. Amber
LN528YK •.•.•..•............... Amber
LN5280A' ......••........•..... Orange
LN5280K················ .•..... Orange
~=rtl.' Terminal Connection
t.
."~""! :,
1
cathode 81
2
3
""'~""'~
'
.-
Anode
el
Cathode dl
Anode
dl
Common Anooa 01
Comman Cathode 01
4' Cathode c1
Anode
cl
5
CalhCMledpl
Anode
dpl
6
Cathode e2.
Anode
e2
7
Cathode d2
Anode
d2
8
9
Common Anode 02
Comman Cathode 02
Cathode g2
Anode
g2
10
CoIhodec2
Anode
c2
11
Calhode dp2
Anode
dp2
12
Cethode b2
Anode
b2
13
CoIhodea2
Anode
a2
12
.IJ-l'tIl:ii:~it;
Lead wire dirnensim
14
Cethode 12
Anode
15
'Com""", Anode D2
Common Cathode 02
16
Cammon Anode Dl
Comman Cathode 01
17
Cethode bl
Ancide
bl
18
Cathode al
Anode
al
gl
19
Cethode gl
Anode
20
CoIhode 11
Anode 11
ei;f.*lE~ Absol!Jte Maximum Ratings (Ta=25 ·C)
*
Amber
,60
20
100
5
-~-+OO
-~-+~
Orange
60
20
100
5
-~-+BO
-~-+~
IFP(1)j\I,l*lt, duty 1,"" Pulse width 1 moec. The condition cA IFP Is duty 1'"', Pulse width 1 moec
/
• •~:Yt:F~~1! Electro-Optical Characteristics (Ta=25 ·C)
/'
6.
LN528YA
Amber
Anode
600
200
200
10
6.
LN528YK
Amber
Cathode
600
200
200
10
2.2
'2.8
590
~
20
10
5
6.
LN5280A
Orange Anode
1200
300
500
10
2.1
2.8
630
40
20,
10
5
6.
LN5280K
Orange Cathode
1200
300
500
10
2. 1
2. 8
630 \
40
20 ,
10
/lcd
/led
/lcd
rnA
v
v
nm
nm
rnA
Unit
5
v
"'I1JItHIIIII";;;'t. '" Tentative Specification
-
10
10000
IF i"
100
,
:g 5000
.3
.o"dJ '
3000
2
~,§I
t£
:qf
I
as 1000
I!!: 500
V.
V
~/
100
\
3
5
10
.1.iial.~
Forward
Current
I' I
30 50 100
IF (rnA)
l!!i~ 15
Pt= t= k~~~
F t= t-~V Itj.~.l...Ji-
1
.
il II
1.6
1.8
2.0
.1.iialtEE
,:1
2.2
2.4
Forw8ld, Voltage' VF (V)
- 32.3-
I'\.
.$
0
I\.
(['E 10
. [f~
'v
I' I'
3
I~
300
,
..!!-
'/
~~~t/v
5
~
,~~
,-
~~~
$J"q;
"<
.§ 20
/
~
~",tbrifl
~v~
~o:
~
50
\
5
o
o
I'\.
2Q
III
40
J!J
60
ia
II
Ambient Temperature
80
100
Ta ('C)
~*~/J'
Numeric Display
Series
3 Di,Qit O.3inch
:: I,'>!';."
..
Type No, ,
Lighting Color
LN533RAMR .................. Red
LN533RKMR .................. Red
.Ttl.
Terminal Connection
28272625242322212019181'71615
+++++ ..... +++ .... + ....
efAoi io
++.f'+++ .. +++++++
1 2 3 4 5 6 7 8 9 1011 121314 .
eM.*~.
.. '
'~ ',,:
"
..
.. ~
1
Cath_gt
Anode
gt
2
Cathode et
Anode
et
3
Cat,hadedl
Anode
dt
Cathode dpt
Anode
dpt
5
Cathode ct
Anode ct
6
Anode
ct
Cathode cl
7
Cathode 82
Anode
e2
8
Cathode d2
Anode
d2
.4
LN533GAMG .................. Green .
LN533GKMG .................. Green
I
Unlt:mm
.. ,.
9
Cathode c2
Anode c2
10
Cathode 92
Anode
92
11
Cathode 83
Anode
e3
12
Cathode d3
Anode
d3
13
Cathode dp3
Anode
dp3
14
Cathode c3
Anode
c3
15
Cathode g3
Anode
g3
16
Cathode b3
Anode
b3
17
Common Anode 03
Common Cathode 03
.')- t'1l!;i:;J-i/i
18
Cathode 83
Anod~
a3
Lead wire ijimensioo
1~
Cathode f3
AnOde
13
20'
Cathode b2
Anode
b2
21
Common Anode 02
Common Cathode 02
22
Cathode 82
'Anode
a2
23
Cathode 12
Anode
12
24
Anode
Cathode
bf
25
26
Cathode bl
Anode
bt
Cl.thode a1
AnOde
at
27
Common Anode 01
Common Cathode 01
2B
Cathode f1
Anode
bt
f1
Absolute Maximum Ratings (Ta=25 ·C)
••ag:Yt~agMt!
Electro-OptlcaICharacteristic.s (Ta=25 ·C)
10000
~5000
~~r-
..;}
!!>~~
I,t~
V
25
50
...
30
ffJ">!!> '
2 3000
/
~~
V
~l;; 10
III~
I
II
1
3
5
10
anlaltlt
Faward
Current
30 50 100
IF (rnA)
r\.
€"
3
I
'\.
0
5
/
'\
J!;!~ 15
.~
yj,..1,'3'3fil.~
100
1
-:(
.§ 20
~
;I'
/,
Ta,
IF -
100
1.6
1.8
2.0
.nlalt~
"Forward
Voltage
- 324-
2.2
2.4
VF (V)
\
5
o
o
I'\.
40
20
III
flU
60
iJl
Ii
Amblent Temperature
80
100
Ta ("C)
3 Digit O.3inch' Series,
Pin,
No.
Type
",
No.'
Lighting Color
Unitmm
,Asilt9n;"ent'
;'
': ' ,.....18
Nnent,: ';
36
1
Cathode gl
Anode
LN53~YAMY""""""""'" Amber'
2
Cathode 81
Anode el
lN533YKMY .................. • Amber
3
Cethode dl
Anode dl
4
Cathode dpl
Anode dpl
5
Cathode cl
Anode
LN5330KMO· ................ · Orange
6
Anode
cl
Cathode cl
~T~*.ll:
7
Cathode 62
Anode e2
8
CathOde d2
Anode d2
9
Cethode c2
Anode
c2
10
Cathode g2
Anode
g2
11
Cathode e3
Anode e3
12
Cathode d3
Anode d3
13
Cathode dp3
Anode dp3
14
Cathode c3
Anode c3
15
Cathode g3
Anode
g3
16
Cathode b3
Anode
b3
17
Common Anode 03
Common Cathode, 03
18
Cath_a3
Anode
19
Cathode 13
Anode \3
20
Cathode b2
Anode
21
Common Anode 02
Common Cathode 02
22
Cathode e2
Anode
a2
23
Cathode 12
Anode
12
24
Anode
bl
Cathode bl
25
26
Cathode bl
Anode bl
Cathode al
Anode al
27
Common Anode 01
Common Cathode 01
28
Calhodel1
Anode
LN5330AMO .................. Orange
Terminal Connection
2827262524232221 201918171615
+++++ ...... +++++++
'e~pB+ • So +
++
to
+ ... + ....
+ ,1'
•
1 2 3 4 5 6 7 8 9 1011 121314
gl
01
,*
"iI;c-;tlti
I) -
, lead winl din\enSial
a3
b2
11
le~.::*:~~ Absolute Maximum Ratings ("1"a=25 ·C)
'Amber
.60
20
100
5
Orange
60
20
100
3
*
IFP 0).1*1:, duty 10", Pula. width 1 ma.c,
.!tfr..J~*fr..J!M1!
The condition oIlFP is duty 10lI0. ,Pulse'wldth 1 ma.c
"', .
10/se9
LlghtlD9 , "COMMON
COlor" .
t-,-'.,'~-'-'~;-'-rl; ,~~.:::~~~~~~~, " :
,', VF'
100d.p
Typ. '
Min.
Typ.
' iF
r-:---..:..--:--"""t,..:.:,..;yp.,.;¥:;...-.
MIX;
Typ.
LN533YAMY
Amber
Anode
600
200
200
10
2.2
2.8
590
.LN533YKMY
Amber
Cathode
600
200
200
10
2.2
2.8
590
1000
300
400
10
'2. I
2.8
. 1000
300
400
10
2.1
2.8
630
630
,. LN5330AMO
Orange, Anode
L:>. LN5330KMO
Orange Cathode
Unit
""PI:W:6:llIt&t'l'T,
I
IF
100
-
"~~
1!ei
v
iIf~
C)
'{[ 'E
500
~~
100
1
I/V
l1'
3
II
n
I
Forward
!II~
i
I .,'Ii
5'
30 50
10
ltiJ1ll ill!
Current
IF
(mA)'
50
~
",,.~~
= -=~1"
.v'
.
";.,-
~,>;
!of>j~,,>
/ /'.J'.!,
//
1.6
1.8
2.0
n ioJ Voltage'
• E£
Forward
III
- 325-
"<
.§
,.
"
"-'\
~
ffiSi
"8
15
r\.
2.2
-2.4
VF (V)
"'\
5
'0
o
,
i\.
{[..,
10
~1ii
1Ii~
J
\
20
20
40
60
III l1li ~ Jl
,Ambient Temperature
80
100
TI\('t;)
Panasonic'
,
~*~~.
Numeric Display
3 Digit O.4inch
Series
....
Pin
Type No.
Lighting Color
LN534RAMR .................. Red
LN534RKMR .................. Red
LN534GAMG·············;···· Green
LN534GKMG·················· Green
YiliTt~*iC
Terminal Connection
302928272625241322212019181716
fm~s.++~
11.:~r
fl153h,
Ci)+~4)
02
++-t~
12345678910"12131415
.e~;f.*)E~
Assignment
Auignmenl
I
Cathode e1
Anode a1
2
Cathode dt
Anode dl
3
Common Anode 01
Common Cathode 01
4
CathOde cl
Anode cl
5
Cathode dpt
Anode dpt
'6
7
8
Cathode e2
Anode e2
Cathode d2
Anode d2
Common Anode 02
Common Cathode 02
9
10
Cathode c2
Anode c2
Cathode dp2
Anode dp2
"
Cathode a3
Anode e3
12
Cathode d3
Anode d3
13
14
Common Anode 03
Common Cathode D3
Cathode c3
Anode c3
15
16
17
18
19
'20
21
Cathode dp3
Anode dp3
Cathode b3
~node
Cathode 92
Anode g2
22
Cathode b2
Anode b2
23
24
Cathode 82
Anode 82
Common Anode 02
Common Calhooe 02
25
26
27
Cathode 12
Anode 12
Cathode 91
Anode gl
Cathode bl
Anode bl
28"
Cathode al
Anode.al
29
30
Common Anode 01
Common Cathode D1
Cathode f1
Anode f1
~jj
~2
X14=28 I
.
b3
Cathode a3
Anode a3
Common Anode 03
Common Cathode 03
Cathode f3
Anode f3
Cathode 93
Anode g3
*
IJ - J'1l!;i:-ti1i .
Lead wire dimensioo
Absolute Maximum Ratings (Ta=25 'C)
Red
60
. Green
60
*
Unit:mm
20
IFP O).~u.. duty 10". Purse Width 1 ms';c.
100
5
-25-+80
-30-+85
100
5
-25-+80
-30-+85
The Condition oIlFP IS duty 10%. Pulse Width 1 msec
.!t8!l:Yt:!F8!l~tf· Electro-Optical'Characteristics (Ta=25 'C)
~I>"'\'
'.;.'
'. "I:':;~>
LN534RAMR
Red
Anode
LN534RKMR
Red
Cathode
LN534GAMG
Green
Anode
LN534GKMG
Green
Cathode
-
Unit
- A
AI'IJIt.lEJll&t",1'.
'>·10/889
'8
. ,':{'f:
.f.tal(;: I'.~~~·:
Typ.
Min.
Typ.
IF
Typ.
Max.
Typ.
Typ.
! 450
150
150
5
2.2
2.8
700
100
20
10
5
450
150
150
5
2.2
2.8
700
100
20
10
5
1500
500
500
10
2.2
2.8
565
30
.20
10
5
.1500
500
500
10
2.2
2.8
565
30
20
10
5
,o/
v.'fv
i
/
\..t'~1
/1
I'
I
I
10
3 5
.1i~.it
Fexward
Current
I
I
V
"
5 6 7 B 9 I011121JH 15
~M.*~*&
*
Assignment
Anode e1
Cathode e1
14
+
2~
Common Anode 02
Common Cathode 02
25
Cathode f2
Anode f2
26
~odegl
Anode 91
27
Cathode b1
Anode b1
28
Cathode a1
Anode a1
29
30
Common Anode 01
Common Cathode 01
Cathode f1
Anode f1
• I) - I'IRX-.j"lJi
Lead wire dimensioo
Absolute Maximum Ratings (Ta=25 'Cl
Ughll~coior
,
Unit:mm
ASSignment
No.
Type No.
Lighting Color
LN534YAMY .. ·· .. ·.. ···· ...... · Amber
LN534YKMY· .................. Amber
.
", Pj)(l1IwL
Amber
60
Orange
60
IFPq)~i*U. duty 10"". Pulse width 1 msec.
.~~J't;~lY-J~ti
IFP(mA)*
VA{V)
TOf3I'~"C )
T_('C)
20
100
5
-25-+80
-30-+85
20
100
3
-25-+80
-30-+85
The condition of IFP IS duty 10%, Pulse width 1 msec
Electro-Optical Characteristics (Ta=25 'Cl
It¥?~·~O'"
~
LN534YAMY
Amber
Anode
COMMON
LN534YKMY
Amber
Cathode
LN5340AMO
Orange
Anode
LN5340KMO
Orange Cathode
--
Unit
IF(mA)
--
1018e9
!o/d.p
"""""~
.t""
;,~l'
V"
,Typ.
Min.
Typ.
~
Typ.
. Ma'I.,
600
200
200
10
2.2
2.8
,
'
..."'.....
~.
~,'
.
30
590
20
10
5
600
200
200
10
2.2
2.8
590
30
20
10
5
1200
300
500
10
2.1
2.8
630
40
20
10
'3
1200
300
500
10
2.1
2.8
630
40
20
10
3
,ucd
,ucd
,ucd
mA
V
V
nm
nm
mA
,uA
V
,';'
AalU CAt ..+! t: IJ' T Cl A Tentative Specification
10
i
10000
~
0
,~
IF
-
VF
25
:
,
Numeric Display
'';-'"
3 Digit O.6ihCh
Type No.
Lighting ColOr
LN536RAMR .................. Red
LN536RKMR ............, ..... Red
LN536GAMG" ................ Green
LN536GKMG .... •.... · ...... •· Green -
_Ttl.
Terminal "Connection.
E:~
12 34
',1"
5,67891011121314
Series
'\,Unit: mm
'R: ::i::~~:'\
;,\::,".~'\/
1
Cathode el
Anode,el
2
Cathode dl
Anodedl
3, Cammon Anode 01
Cornman Cathode 01
4
Cathode cl'
Anode cl
5
Cathode dpl
Anode dpl
6
Cathode e2 •
Anode e2
7
Calhode d2
Anode d2
B
CQlhode c2
Anode c2
I
9 , Cathode dp2
10 Calhode e3
Anodedp2
11
Cathode d3
Anode d3
12
Cathode g3
Anode g3
13
Cathode c3
Anodec3
14
Ca1hode dp3
Anodedp3
15
cathode b3,
Anode b3
16
Cathode a3
Anode e3
17
Cathode 13
Anode 13
18
Common Anode 03
Cornmon Cathode 03
19
20
Cammon Anode 02
Cammon Ca1hode 02
Cathode b2
Anode b2
Anode e3
\
.')- f'1lI;c'l'lI;
Lead wtre dimenslm
.
21
Cathode a2
Anode 82
22
Cathode
92
Anode g2
23
Cathode 12
Anode 12
24
Cathode bl
Anode bl
25
26
27
28
Cathode 81
Anode a1
Common Anode 01
Cornmon Cathodo 01
Cathode f1
Anode II
cathode gl
Anode gl
MM_;;:l:4&Absolute Maximum Ratings (Ta=25 ·C)
. "Red
*
50
50
20
20
100
100
5
5
-30-+85
-30-+85
""'25-+80
-25-+80
IFP l/)"i!I'~, duty 1000, Pulse width 1 mlec, TIle cendltlon cllFP II duty 10". Pulle width 1 mlec
/
.ttB'!J:Yt*B'!J4\9ti
,Electro-Optical Characterlstics (Ta=25 ·C)
,.,' "
"~
:;typ.· ,:":~'I~:':- .~~'!:"'~~l·~
.
:)S.A .
'
t:;,.
LN536RAMR,'
LN538RKMR
LN536GAMG
LN538GKMG
Unit
Red
Red
Green
Green
'600
Anode
Cathode
Anode
Cathode
600
1500
1500
/lcd
250
250
600 '
250
250
500
600
500
#cd
#cd'
2.2
2.2
2.2
2.2
5
5
10
10
mA
I
700
700
2.8
2.8
,2.8
565
565 '
2.8
nm
V
V
100
100
30
30
nm
10
10
- 10
10
20
20'
20
20
rnA
5
5
5
5
V
#A
~Jll~ft"t;;.'t. A'Tentative Specltlcatian '
10
10000
:g 5000
~,
IF
IF
100
'<
.5
,P-.",
,
,$>3000
-
~'t'*"-¥:'
J:~'
-
j.
'.:f:
VF
25
'<
.5
50
30
..!!-
.-
I/I~
~~~'f~r
J!!!,~
1IIi'~
11&
/
/
10
/
20
..!!-
'"
l!iii
1IIi'~
0
\
15
'\.
r...
. 10
@:'!1
0-
@:",
~lii
",
/
-
~
5
3
!lI~
I
\
5
I'\.
J
b
-:100
1
3
5
10
1I;1;Jt;]tillf
FOIWard, Currant'
30 50 100
IF (mA)
1.6
1.8
2.0
JI'jjJt;]tEE
Forward
Voltage
- 328-
2.2
2,4
VF (V)
o '.
,;
,20
40
60
~
lID
ii Jl
Ambient Temperature
I
'
80
100
Ta (t)
~*~IJ'
Numeric Display
3 Digit O.6inch
Serie.s
P.IfI.;
NO;.
Type No.
Llghtlrig Color
LN536Y AMy·· .. ··· .. •.... ·.... Amber
LN536YKMY ................... Amber
.T~~
Terminal Connection
~
~.,
1234567891011121314
.
3
4
5
,.',
'"
Unit mm
',::i:"~:~:,\'\:':::~;;:,
"'"
.': ;';'."~~.f~\i:'i:;)
'Caihode el
Anode 81
Call10de dl
Anoda dl
Common Anode 01
Common Cathodo 01
Cathode 01
Anode c1
Cathode dpl
Anode dpl
CSthodo e2
Anode'e2
Cathbde d2
Anode d2
8
9
10
Call10de 02
Anode 02
Calhode dp2
Anode dp2
Cathode e3
Anodo e3
11
Cathode d3
Anode d3
37.5
12.5 12.5
.....
i
·0
od
12 CSthode g3
13 Cathode 03
14 Cathode dp3
15 Cathode b3
16 Cathode 03
17 Calhode fa
18 . Common Anode D3
19 Ccmmon Anode 02
Anode g3
20
Cathode b2
Anoda b2
21
Cathoda 02
Anode a2
22
Cathode g2
Anode g2
23
Cathode 12
Anode 12
24
CSthode bl
Anodo bl
25
26
27
28
Cathode.al
Anode 01
Common Anode 01
Common Cathode 01
Cathodol1
Anode It
Cathode gl
Anode gl.
1----'==---1 0.5
Anode 03
Anode dp3
Anode b3
Anodo 03
Anode 13
Common Cathode 03
Common Cathode 02
M~.*~. Absolute Maximum Ratings (Ta=25 ·C)
The .ondltion oIlFP la duty 10%. Pulae width 1 mle•
• •tI'!J)'t!¥tl'!J4f1!
Electro:'Optical Characteristics (Ta=25 ·C)
A~~~~~~~~~~~~~7nF
A
1.00
10000
5
~. 5000
'<
!
..3
.E 3000
30
,;'
..!!-
J!;!1l
/
.
~
II
i/
I
1
3
5
10
1II1illiJtii[
Forward Current
/
10
.$
(,)
..
. o@:.'l!
100
,
50
30 50 100
IF (mA)
~
,/
\
\..
\.
5
I
3
1.6
\
I'\.
/
1.8, 2.0
Mli1i 1liJ1II ~
Forward
Voltage
- 329-
2.2
2.4
VF (V)
o
o
~. ~
Iil
II
~
iI
11
Ambient Temperature
~
100
Ta ('C)
'
~*~7l'
Numeric Display
100
O.6inch
''-.f....I
, Type No.
Lighting Color
Unit:mm
'Pin
No.
ANloionent ., '
~I
--
--
I
--
--
LN5361 RAMR" ............... Red
2
LN5361RKMR··············~··
3
Common Anode 01
Common Cathode 01 .
4
Red
LN5361 GAMG ................ Green
LN5361GKMG····:··········· Green
~Ttl*1C Terminal Connection
2827 26252423222120 1918171615
I 2 3 4 5 6 7 8 91011 121314
~M:II:*~m
Cathode c1
Anode c1
5
6
7
8
9
10
Cathode dpl
Anode dpl
Cathode e2
Anode e2
Cathode d2
Anode d2
Cathode c2
Anode c2
Cathode dp2
Anode dp2
Cathode e3
Anode e3
II
Cathode d3
Anode d3
12
13
14
15
16
17
18
19
20
21
22
Cathode g3
Anode g3
Cathode c3
Anode c3
Cathode dp3
Anode dp3
Cathode b3
Anode b3
.~
Cathode 83
Anode 83
Anode 13
Common Anode 03
Common Cathode 03
..;
.'J:"
Common Anode 02
Common Cathode 02
Cathode b2
Anode b2
Cathode 82
Anode 82
Cathode 92
Anode g2
23
Cathode 12
Anode 12
24
25
26
27
2B
Cathode bl
Anode bl
Common Anode 01
~I ~
-
Cathode 13
--
1---='-=---1' 0.5
~1II;;;""'o'?i
wv~
, ,/
~f
y..~.t=
,_
'
'""
,
100
1
:
A Tentative Specification
10000
"8.
,:
5'
200
100
100
5
2.03
2.8
700
100
10
LN543RKHN3
Red
Cathode
200
100
100
5
2.03
2.8
700
100
10
10
5
LN543GAHN3
Green
Anode
200
80
80
10
2.03
2.8
565
30
10
10
5
LN543GKHN3
Green
Cathode
200
80
.80
10
2.03
2.8
565
30
10
10
5
",cd
",cd
",cd
mA
V
V
nm
nm
mA
",A
V
LN543RAHN3
Unit
VF
IF
1000
25
"0
U
500
-.3
-2 300
",'J>
E
~3
I'I''''~
tJo'5,.,,'!i
.prJ'
",«,
I ....
,I
3
,
5
10
Forward
Current
30 50
IF
(mA)
100
1.6
1.8
,
2.0
1fi:Jj1cl1ll±
Fo
0"'Jc-<'
50
'J> ~'/;
:q~
!~ 100
lI!!,:g
IF
100
2.2
2.4
VF (V)
r--...:
.1'
.'
5
o
o
i'. .......
20
~
60,
40
IlD
iII
II
Ambient Temperature
80
100
Ta ("e)
~*~7J'
Numeric Display
,O.3inc h Series
Unlt:mm
tfr
Type No.
Lighting Color
LN5431RAMR .............. · .. Red
LN5431RKMR .... _............ Red
Piti
.....
YitiTmtiJI:
Terminal Connection
A.M.
P.M.
Alarm
1 2 3 4 5
Lower colon
. •. ~>,; r·,.:?~:'·,·.
I Cathodo
PM
Anodo
2 Anodo
Dig t
Cathodo
3 Cathodo
d
Anodo
d
4 Cathodo
e
Anodo
e
5 Cathode
Lower colon
Anodo
Lowercoron
j@jM.:;tlE~
*
.tttrtJ7{;~trtJ~1!
u
,, ,
500
..y ..
as
lII.!:i3
100
;Nj
Cathode
Lower colon
Cathodo
dp
8 Cathode
dp
Anexle·
dp
org3
9 Anodo
Alarm
Cathode
Alarm
10 Cathode
Alarm
Anode
Alarm
11 Cathode
Anode
12 Anode
9
Dig 4
Cathode
9
Dig 4
13 Cathode
b
Anodo
b
14 Cathodo .
a
Anodo
a
15 Cathodo
I
Anodo
I
16 Cathode
Upper colon
Anodo
Upper colon
Dig 2
Cathode
Dig 2
Uppercalon
-
i
¥lif .
UJ~~~~p~
i5
.
57
2.54x9-22.86
* I) -
J:lIIjC;fl/i
l.ead wire dimensilll
,
18 Cathodo
0
Anode
0
19 Anodo
AM,PM.
Cathodo
AM,PM
20 cathodo
AM
Anodo
AM
The condition d IFP is duty 10%, Pulse width 1 msec
100
,
...
,v~~~
,C!i&
/
..,"'",'
50
I"
30
~
!!;iii
.~
50
§:l!
5
.30
ru
/'
~~
.- '"
jf;il: 15
ID
0
§:" 10
3
~I
.IL
1
,
Jl!i'n- raJ 11
.Forward
30 50 100
10
)if
Current
iF
(rnA)
20
.~
.
i
5
"<
.§
~
0
c:
3
,.
25
"
~
\l!:1lJ! -
13.5
i~
--
Absolute Maximum Ratings (Ta=25 ·C)
IFPO)~~. duty 10". Pulse width 1 msec.
;;-
JJr
PM
6 Anocle
Upper colon '
~
.Digl
7 Anode
17 'Anodo
1
n~'I~
,;
--"1
Ilj~~~
Ii';
11~
Q)
LN5431GAMG ............ -... Green
LN5431GKMG ................ Green
I
30.0'1',
2i6.2 4.0.4.0 4.0 4.0
1 1 I
/J:3it
1.6
1.8
2.0
n- raJ 11 Ef.
,Forward Voltage
III
- 335.-
2.2
2.4
VF (V)
"
5
o
o
20
iii
........
"
40
I!I
60
iI
If
AmbIent Temperature
"
80
100
Ta ('t)
Panasonic .
~*~7J'
Numeric Display
•Innra
c.c.e;
O.Sine h Series ,
LN54310AMO .. : ............ ;
I
30.0~9,
2.06.2 4.0,4.0,4.0,4.0,'
II
,
LN5431YKMY .... : ............ Amber
Orang~
LN5431 OKMO ...........: .... Orange
Unltmm .
I
Lighting Color
LN5431YAMY •....•..•••.. , ... Amber
~Tfl.
,
I~'
Terminal Connection
;>
PM
2 Anode
3 Cathode
Dig 1
Cathode
Dig 1
d
Anode
d
•
AnOde
Anode
•LoWsr colon
Cathode
Dig 3
4 Cathode
5 cathode
514131211
Lower colon
Dig 3
6 Anode
Upper colon
PM
Anode
Lower colon
r-:
irwt~~~:!·
.£
"",~. '~,,\.",
.
.
-11m'I~~'
'~f :, --\.~
n
;;i!~Fl
.•. ;'1:: ,:,~, .~:. c::> :i;'\:~': :~r .
'
.,·i·:'~i,;r:
1 Cathode
hl"t
13.~
IlL
. 4.4
\n:.!.L.!!.
.
-:--'~q
I
-
il~r .
i
Lower colon
.57
~~
!t:~9~~.~~ ~p~
,
7 Anode
dp
cathode
dp
A.M.
8 Cathode
dp
Anode
dp
9 Anode
Alarm
Cathode
Alarm
P.M.
10 Cathode
Alarm
Anode
Alarm
.') - i<1J;;;, I. duty lDl1o. Pul.e width 1 m.e•
• ~rt:J**rt:JM=t.!
Electro-Optical Characteristics (Ta=25 ·C)
-~' .
·:./v~· .•
200
10
2.00
500
200
200
200
10
2.00
Orange Anode
800
400
200
10
1.'93
2.8
Orange Cathode
800
400
200
10·
,ucd
,ucd
,ucd
rnA
1.93
.y
LN5431YAMY
Amber
Anode·
500
LN5431YKMY
Amber
Cathode
LN54310AMO
LN54310KMO
Unit
5
10
30
10
10
5
40
10
10
3
2.8
630
630
40
10
10
3
Y
nm
nm'
rnA
,uA
.v
I
1000
~
500
2
.300 --,-
~
r-t1
•
,,>,0,
v.
100
~t
25
<.
50
~l~
!J'.PJ'
30
~
IV ..)~
o~~"
5'=
- ~Sl
~~
10
3
10
30 50
. Current
IF (mA)
5
Forw~rd
",
100
1
,,->:
1'0..
;?i
. '$!
3
.:1;iaJ.,.
20
F f-t-PJ'li"h';;~
~'r'~
0
1
!
" ,""/
//
1.6
l.8
2.0
.:1;iaJ_EE
Forward
"-
5
Voltege
- 336.-
2.2
YF
2.4
(iI)
........
O!-i.-.-:"..
o 20
,.;
40
DB
60
iI
II
Ambient Tempe!ature
80
100
Ta ("C)
"
~*~iI'
4 Digit O.3inch
Numeric Display
Series
Unit:mm
Lighting Color
Type No.
LN543RAFN8 .. ··· .. ······· .. ·· Red
. LN543YAFN8·················· Amb~r
.T~rc, Terminal· Connection·
\' "', '\:", .\.~~(;,'\:''i.:: ,1:;'\:( "
:~ ~
1 . Common Anode 04
2
1 2 3 4 5 6 7 8 9 1011121314
Common Anode 03
3
Common Anode 02
4
Commori Anode 01
5
Cathode a , dpl
6
7
Cathode b , dp2
Cathode
c , dp3
Common Anode dp.
Cathode U.C.
.eM.:*=~*&
Ca!hode LC.
11
Cathode d , dp4
12
Cathode e , dpS
13
Cathode f ,dp6
14
Cathode 9
Absolute Maximum Ratings (Ta=25 'C)
~1%~:~'C~i~}:.i> ': :':::';~)': 1!;~·R~j':Ir":':
'
;~J'~,
60
5
-25.... +75
-30-+80
60
5
-25-+75
. -30-+80 .
IfpO)Hl:, duty 10", Pulse width 1 mssc. The condition of I'; is duty 10". P~lse width 1 maee
• •~),{;~~~1! . Electro-Optical Characteristics (Ta=25 'C)
1j
-S
'.9
1000
100
500
"< 50
!.30
25
300
, -, "
i'"
,
r---
...",
3
III
I
5
:n iaJ •
1,/V
~i
"8
@:",
10
~~
5
10,
')ff
Forward . Current
30' 50 100
IF (mA)
20
~
/1.;
~
I'
'/"
I/If
1
'
"
"<
!
't
III! & 3
tz 1
10
1
,
1.6
1.8
,
2.0
:n iaJ • 's::
Forward Voltage
III
- 337-
2.2
2.4
VF (V)
o
0
20
«l
..... ~
"
60 • E
~ble!" Tem~eratu!-
I 00
Ta ("C)
Panasonic .
~*~iJ'
Numeric Display
'0000
. O.3inch
• !... !..I !..'-!..'
Series
Unlt:mm
lighting Color
Type No.
LN5531 GAP .•...•....•..• : ...• Green
,.
~Ttl~
Terminal Connection
Pin
No.
·.,.,'8(."
"'(,:/':,
:';\,,'::~.,',.
:'::
1
Cathode e
2
Common Anode Dig 2, L.colon
--
3
.4
Cathode d
-
5
6
--
7
4Lower
Colon
8
Cathode c
9
Cathode colon dp
-
10
Cathode g
11
Common Anode Dig 5, dp5
12
13
Cathode a
Ccmmon Anode Dig 4, dp4
._-
14
'.
* I) - fll;c'f',iIi .
Lead Wire dimensim
15
16
Common Anode Dig 3, U.colon
-17
Cathode b
18
Common Anode Dig 1
Cathode f
I
Je~.*i:.
*
Absolute Maximum Ratings (Ta=25 ·C)
IFP C'I)*f!t:It, duty 1~ Pulse width 1 msse.
• •t!g;'C$t!g*¥t!
,
The condition of IFP is duty 10%. Pulse wJdth 1 maec
Electro-Optical Characteristics (Ta=25 ·C)
\
10Q0
,;:;
...
.5
100
25
,,
500
.E 300
/
]
,.
30
,
,
50
,
/
"<
.5
:
20
;
'"
5
I/'
F
10
. 1..
3
3
5
10
lI(-niaJ.~
. Forward Current
30 50 100
IF (iliA)
I
II
1
. 1.6
1.8
....
t'I'.
2.0
Forward' Voltage
7'
I........
o
,1I(-niaJ.·!%:
Panasonic
,I'.
'.
338-
2.2
VF
2.4
()'
V
o
20
/i!iI
~
llllia
00
If
Ambient Temperature
.....
~
Ta ('t
100
1
ti:*~~
=
~
Numeric Display
.
,
~
,
.' " '
.
@,~:7t
Two Color Lighting
1 Digit O.6inch Series
Type No.
Unit: mm
dI±05
Lighting Color
···aJ
LN516RGA·,,·················· Red, Green
~.:rt~*1C
Terminal Connection
-0.
109 8 7 6
... ++ ...
B
e
g
+
+
dq
12345
~j~UI:~!iE~
Assignment
1
Cathode e (Red.Green)
2
Cathode d (Red,Green)
3
Common AnOde (Red)
4
Cathode c (Red,Green)
5
Cathode dp (Red,Green)
6
Cathode b (Red,Green)
7
8'·
Cathode a (Red,Green)
9
Cathode f (Red,Green)
10
Cathode 9 (Red,Green)
",.cb·
~lJ
*'J-I'Il!ii:-;J-$
Lead wire dimensioo
Common Anode (Green)
Absolute Maximum Ratings (Ta=25 'C)
. Po{mW)
. lighting Color
*
Pin
No.
IF(mA)
IF~(mA)*
VR(V)
Topr('C)
Tst9 ('C)
Red
60
20
100
5
-25-+80
~30-+85
Green
60
20
100
5
·-25-+80
-30-+85
IFP a>*f-I:(;t, duty 10%, Pulse width 1 msec,
.~rr-J7\:~rr-J~~
Electro-Optical Characteristics (Ta=25 'C)
lighting
Color
Type No.
Typ.
Red
Anode
-
Unit
-
o 5000
Min.
Typ.
Ap
td
Typ.
Typ.
VI'
. Typ.
Max.
450
150
-
2.2
2.8
700
100
I"
20
1500"
500
-
10
2.2
2.8
565
30
20
10
5
!lcd
!lcd
!led
rnA
V
V
nm
nm
rnA
!lA
V
,
100
f-- -
~
.23000
:(
,,
; _.
/
f-
E
I.....
30
-t
I_I
0'
eO
10
5
. 25
50
.....
1
<.'l"Y
1--'-'-111
Max.
VR
IF
5
10000
;;
'"
lo/d.p
Io/sell
COMMON
r---Green
LN516RGA
The condition of iFP is duty 10%, Pulse width 1 msec
I
/
:(
E
20
\
..!:
V
'\
~~ 15
.5()
r\
1[" 10
"7
--
II'
I
I
~~
L
I
100
1
I
3
5
10
lli15iaJ1Ii*
Forward
Current
30 50
IF
(rnA)
1
100
1.6
1.8
lfj
2.0
15 iaJ 11 ff.
Forward
\
'I!I!& . 5
Voltage
2.2
2.4
VF (V)
o
o
20
~
40
JllI
60
i,\!
It
Ambient Temperature'
\.
80
100
fa ("C)
Panasonic
- 339-
~*~IJ'
Numeric Display
=
@'~7t;' Two Color Lighting
1 Digit 1,~Oinch Serie's,'
Unit mm
Type No.
Lighting Color
LN51100(3AMW ....•..•.•. ,. Orange. Green
.TIl.
Terminal Connection
.~
~dQ
,1234567
Pin
No.
,1'::' Qi,i,
Eta
:~\ 'i
"'~
1
2
3
4
5
Cathode e (Orange.Green)
6
7
8
Cathode dp (Orenge.Green)
9
Cathode a (Orange,Green)
Cathode d (Orange.Green)
--
Common Anode (Green)
Cathode c (Orenge.Green)
-.• ')- ".;;;~li!i
lead winI dimensiat
Cathode b (Orange.Green)
--
10
II
Common Anode (Orange)
12
13
14
Cathode I (Orange.Green)
Cathode g (Orange.Green)
M~.*~. Absolute Maximum Ratings (Ta==25 'C)
••ag~.ag~tl
Electro-Optical Characteristics (Ta==,25 'C)
I.
100
100
I
50
30
5
1
.w;
~.
fill
"
5
"<
~
..,
~j
1
....~!
1/,
I
3.2
3.ti'
4.0
• n fti) .. ~
Forward
, Voltage
- 340':':'
~.
w!i
0
@:" 10
f
II
"\
~1i 15
r- 1= h~
.3
20
..!!-
~V
/
-~
25
4.4
4.8
VF (v)
~
5
o
o
..
20
~
~
~mbie~ Te.!-.!
~
~
Ta
(t)
100
~*~7J'
Numeric Display
=@,~7C
,Two Color Lighting
Unltmm
2 Digit O.6inch Series(::'I~~I~~~
Type No.
25%0.25
lighting Color
LN526RGA ..................... Red, Green
Terminal" Connection
Pin .
No. '
Cathodo al (Red,Green)
Cathodo dl (Red,Green)
Cathode el (Red,Green)
Cathode dpl (Rod.Green)
Cathode e2' (Red.Green)
6
Cathoda g2 (Red.Green)
Cathode d2 (Rod.Groen)
• I) - I'lIxq-ia
Lead wire dImenSia1
Cathode e2 (Red,Green)
9
cathode dp2 (Rod.Green)
10
Cathode b2 (Red.Green)
11
Cathode 02 (Red.Green)
12
Cathode 12 (Red.Green)
13
14
15
16
Ccxnmon Anode (Green)
Ccxnmon Anode (Red)
cathode bl (Red.Green)
Cathode ., (Red, Green)
17 • Cathode gl (Red.Green)
18
M~;f.*:iE:.
Cathode 11 (Red.Green)
Absolute Maximum Ratings (Ta=25 ·C)
,
, "
;::;~:Li9Nii19,~~;:i.:;: :.-y.,Fj,::w.f\;:: ':f<;~~~W::,~;;!, @;~Jiip~:~~~;f'(.~~;~' .~i;i~t'f~~!M)'4 ~iit~!:~~~~i,~,\:;,:
*
Green
60
20
100.1
5
-25,:,,+80
-30-+85 .
IFP 0lr.1I't:, duty 10", Pul.e width 1 msee. The condition ct IFP is duty 10%, Pulse width 1 maee
.ttag~$ag!Mt£ Electro-Optical Characteristics (Ta='25 ·C)
10 -=- IF
IF
IF -
T.
25
,r
,
L
-" +'-+""I-+H+H
11
I - r'
,..!!-
---+-+-I-+f-tltt'-F-
~Z:
00
o
20
~
40
1111
ill
60
If
Ambient TE"mperature
110
fa ('t)
100
.2:::' "J
"im£/UNIT PRODUCTS
Panel Display. Units
I '
•
--.:. 343-
I
='/
*
r\ JII7 ~ ..A /v.-1 .::J.
i'
PANEL DISPLAY UNITS
.Ii.-w.
PRODUCTS LIST
LN5121149UNA4
Red, Green, Amber
D2.0X2.OIm
2.511111
16X32
40X8Omm
65g
LN256144UNA
Red, Green, Amber
~3mm
4mm
16X16
64X64mm
160g
Red, Green,' Amber
~3mm
4mnI
16X16
64X64mm
Red, Green, Amber
~3mm
4mnI
24X24.
96X96m
90g
• 350g
LN2561156UNAH4
'If • Provided
LN5761~UNA
LN5761150UNAH4.
Red, Green, Amber
~3mm.
4min
24X24
96X96mm
175g
Red, Green, Amber
~5IIm
6mm
16X16
96X96mm
250g
• ' Provided
Red, Green, AIJIber
(6'5aIm
6m
16X16
96X96mm
175g
:ff • Provided
Red, Green, Amber
~5IIm
Bmm
16X16
96X96mn
175g
Red, Green, Amber
~5rolll1
6mm
24X24
144X 144111m
295'g
-emm.
16X18
144X14411m
330g
9nun .
16X16
144X 144111m
330g
• • Provided
LN256168UNA
LN2561141UNA4
t::. LN2561232UNA
LN5761111UNA
LN2561171 UIIIAH4
:ff • Provided
Red, Green, A,nber
~Bmm
LN2561151UNA4
'If • Provided
Red, Green, Amber
~7.4mm
.o.fIl~.:I:.lllt;j<"' • .0. Tentative Specification
.........
"'{'.
;
~:.~~~~~.~,.~~~~An~
- 344-
Nde:Amber 18 displayed when red and greeR are almultanaoully illuminated.
I"
GENERAL DESCRIPTION
~8, fl,.t.:-t;,Q)f±~I:m-v'-rlim$lb!J{!t1'HH~ftL-r
v'it To ~:ttt":ltl:~ ~Wl-eili:>1.> t l~t.:t;t To L
ED/~*)vT1' A 7'1--1'li'::Q)J: oJ ~~A~~M~t L
't.:m$ll;l T l' 7 t L -r li:~-eT 0
~rQ)rm~Lt.:L E D/~*)vT1' A '/1--1'::1..:::" 7 r Ii
~Q)i!t~I:~1.>::t7' r.I.1--7 r 0=-7 Att~ij~t!i~ L,
~§ Q)$fflY- r 7 1--1' ~1tfflT 1.>':: t I: J: IJ i·nt f£
:1:, jIi'lj!&'J3t~~{t~~~ l it lt~o
.~1--~~62~~, _3~,_5~,,_8~Q)MX
16:t3J:U24X24, 16X32r7 rC1Ur-eTo :<\1:::1..:::"7 r
~~, ~1:5lE~ (/J,@j[ljj~'I?:k@j[ljj;t"C'Q)6Q)), ::r~
~~-9tQ)M.~ • • ~J:IJ~~E~,~ ~,
71' ':17 ~ t'~~~*ff-~{-e~"T-1!A,*~iH:, T"E: ~
Ar
1---~
EI
~I:, p
R l:tili:>I?~Mt!llf"C'mii-e~1.>
r"C'To
LED/~*)VT1'A7'v1'.::L:::"':I
~~
Today. as information is\diversified increasingly in
our societ)'. a value of information. which you want to
give to many people. is more important than before. Our
LED panel display units are optimum information media
aiming at a large number of people. Based on our proud
optoelectronics know~how and with our unique special
purpose gate array used. MA TSUSHITA developed LED
panel display units are designed thin and light for highdensity installation.
A product range is wide such as 16X16 and 24X
24. 16 X 32 dots with dot sizes of 2mm Square Type. _
3mm .\h5mm and _8~. Characters. symbols. pictures.
graphics. etc. can be displayed by arranging these units
vertically and horizontally (ranging from a small screen
to a large one) and connecting them to a cilmputer. These
LED panel di~play units are useful in various fields such
as notifications of "news. demonstrations. publicities. etc. .
,~
FEATURES
- 345 _.
m·
lit
19IJ
APPL.lCATIONS
~~~r-J~~ ,
Information
Ji5Wt~r-J~~
,
, Information Display at Store
, m~:*T)"~40)·1HI~~
Various Displays at Hospital,Hotel,etc.
~~~UO)11f~~~
. Information Display at Securities Firm
Panasonic
i§~tt11ft&~~
Road Information Display ,
.
-346-
mffi!-l!!O)(*, A
~ ,-~~
Pilster Display in Urban District
91~/1'T-tt-"
TIMING CHART
.-7-I-yv1'111'7
Gate Array Type
,eRAM I\.(])T-1I.~h
Write data into RAM
,
:~~ ~~~r--"-Y"""16----4\'I-.
- - - - - . l ry- 1
7'-:$l1!l\~
::~"~' "":~
_D_Y_15__l~L_D_Y_16_41-
""
;1_'
_ _--'
DYI6.i2,JJ.
DYI6 Write
4----4\--~r--JL------4rl-\-~--l,-,L------~~---~
WRP
DYIIMJJ.
DYI Write,
eRAM T-1I(])~7 I- v~ ~ 1II\.0)[J-/"
load data of RAM to shift register
CLOCK
AO-A3
AEP
LOAD
A·RAM iJi2,JJ.
A·RAM Write
B·RAM 3\C
'
----~------------~~-'---------\ write shifted DYn
,
Bright control
to RAM (Address Yn+ 1 )
( LN2561232UNA)
AO-A3 v~~~,,~~r~v~n,/,"~n~~~·i~~'~Y~4~~~~~Zr~r.~)',~,f,X~~r.~, ~~.~~r.~\~=,~~r.~
CD
BRIT
MIN 'I Ps
PULSE NUMBER
BRrr
f-,-_ _ _-+--'---''---'--...L---'L--'---''---'-....L---'L--'----'L--'-.....L.-L-I above example, pulse number is 3
BRIGHTNESS
LIGHT -------------~DARK
elK
: T-1Z':/7 I-ffl?[J·;t?f~~ CiLJ:.W{'':/7
Data shifting clock signal (shift at rise)
Ao-Aa
: RAMo)y/,'v~i~~ (24X24 1"';1
1-)
1-00t4\.g.';tAo-~ l'Yl"v~Y1-Y24~m:iET.Qo)
RAM address signals (Ao-~ specify addresses Y1-Y24 for 24X24 dots.)
RED, GRN : 7ffi,' ~: ~~fflT-1Zf~~ (High v"'JI-l' lED Ii ON) Red, green display data signals (lED ON at High level)
AE-P
: RAM Yl"V~1 *-:l')I-f~~ (High v"')I-l'YFv~1 *-7)1-)
RAM address enable signal (address enable at High level)
WRP
: 71' I-H)I-~f~~ (High v"')I-C'T-1ZO).~lt-)
Write pulse signal (data write at High level)
lOAD
: RAM T-1Zo)':/ 7 I- v::;~ 1ZI\.0)[J':'" t-:'f~~
Signal which loads data of RA~ to shift Register
BRIT
: "!ll!lIJmf~~
Bright control signal
- 347-
.-:"7""'9~~~1''1
Shift Reglste,rType
(LN256144UNA, LN256166UNA, LN5761111UNA)
CLK
~_Y.:....:..l--I'I--'---f_-,.J~---..:.Y::.2_\I-_ _Y.:...:l.:.5---,.-JX
>de
\\1-: _ _ _
Y16
3\liF-OFF
Display OFF
LATCH
Y157"!" ~ftiF
Y15Line Display
YI67-{.;.,ftiFYl6Line-Display
Y157 1 ;.,W7f,
Y15Line Display
Yl,671 ;.,ftiFY16 Line Display ,
(LN5121149UNA)
Ao-A.
~---=-Y.:.;:.16_~~\1- _ _ _
X
-.J
Yl
DATA
,
,
Y16
~ 'DY15
•
(RED,GRN)"';".JJ"'~'i'-"":::';~-II--~''''-<..L.<WLX
Yl
\t•
>Ci:L'
DY16
't\,
~
\l----:::_=!
0,(,167')07DY16LATCH
LATCH
Y157 1 ;.,ft7F
Y15Line Display
Y1671 ;"iI!<7F
Yl6Ljne-Display
Y1571 ;"iI!<7F
Y15Line Display
.(
CLK
:'7-1Z-:"7
I-m?I:J.:J?ia~
CiL..tI}'"{'::17 1-)
Data shifting clock signal (shift at rise)
Ao-Aa
,
: ~ff-JIH:::J:"7" l""'Aia~ (24X24 1"';1 I-O)tI*IiYl-Yl0~~Ii~T.g)
Display Row address signals (Y1-Y10 are specified for 24X24 dots)
RED. GRN :~. ~, ~ff-m7-1Zfg~ (High "'"",,W"{' LED;li ON)
\, Red, green display data signals (LED ON at High level)
ENABLE: LED ONjOFFfg~ (Low "'~J!lC' LED fl ON) ,
LED ON/OFF signal (LED ON at Low level)
LATCH
I
: ~ff-7-.1Z0)'.7 ';I 'Tf8-ij-, (High "'"",,J!lC'7-1Z ~ '.7 ';17-)
, Display data latch Signal (data latch at High level)
- 348-
Y1671 ;"i!f7F
Y16Line Display
l' /9 -7'I-A
INTERFACE
I
*,"I'.t,)VT l' A 7'v1.:L.::...., 1-!jl.1*"t'",;l:tift-tt-rj~$~:if-~:J;'- I- 0 -7&D-'iEi:iifE'Riill,l.:,):? "(tift L. iTo
This panel display unit alone does not work, and it is operated by an external display controller and a DC
power supply.
9~l'lB~5F
:J:>I-O-5
1~1<)~T 1 ;;cjl..-{ ~=
'" I-
Panel Display Unit
1~1<)~T 1A 7'l..-{ ~=
~----
'" I-
Panel Display Unit
1{1<)~7' 1A 7'l..-{ ~=
I--
Panel Display Unit
#n-1
#1
'" I-
#n
External Display
Controller
1_ _ _
RED
GRN
. elK
WRP(lATCHt
AEP(ENABLE)
AO-A~
~----~----~
~----~----~
I D e 1!ii!i\
L - - - -_ _ _ _ _.L..-_ _ _ _ _ _ _ _.L..-_ _ _ _- I
Vee
VLED
DC Power Supply
GND
GND lED
- 349-
Panasonic
16X32 Dots
LN5121149UNA4
:I:
.~
Oi'ili*It~~ttWi~:J: .Qlf~, ft.
O~fS~:lFilfiiT~, ($ • ~. ~)
OtJl!llf1flJ.ffilt Jt
B!l9i-
~
~
I I
~c~
RA 1
RAO
VLED
11
r:-
~ENA~~6
~
I
l;~
0
R!',2
GND
GND
I I
Driver
CLK
Output
II
8bit
LATCH,SR
RAl
RA2
RA3
.,
GX1-GX32
~
I I
I I
RX l-RX32
JsI
3- B
Decoder
I I
...
I Decoder I
3
,,'7
LED Matrix
(32X16dots)
~
'.
~
Yl -Y16 .
NP
Driver
-
B
I
,
~
Outline Drawing
Unit: mm
liil#i&
Reflecting plate
::J;j:?:Sr(}..:t.J)
::J'*?:Sr(till!)
Connector(lnputl
ConnectoJiPower Source)
::J;j:?:Sr(W:t.J)
ConnectorlOutputl
"'o
~
40
- 351
cp3 mm
16X16 Dots
LN256144UNA·
.*i
~
OliJ~, '-£ii:-ei\1ljf1~~
O~-@'1V'F,jfiiJ~~ (~, NJR, fi)
. OtJl.!fI4Ii:,jflt --
.
I Shift Register+
Latch+Driver
D
aX16
Bbits
"~.
Shift Register+
Latch+Driver
3
1
..".
JJ
IBbits
IShift Register+
Latch+Driver
::::r
::-;
7
" II
9
LED Matrix
(16X16dots)
'
Z
6
v
U
RX1
+__
~-
~A
t::J
~C
V16
RX16
--
r
PNP
+
"-0
NPN
Decoder
-
COMMON ANODE
~
Orlver
.
X16
1
~J
RX1
,---
ST,
SO
['--g
'J,
~
,
Bbits
Shift Register+
Latch+Driver
RED CATHODE
@BID
Output
Yl
l 11
4
GRN put
REO out
ENABLE'out
LATCH out
eLK out
RAO out
RA lout
RA20ut
RA30ut
GND
aX1
~
~
~
~
Outline Drawing
_1f.'
Unit. mm:
63.7±0.2
27. ±
55±1.5
56+0.1
::I:jl?:H}":IJ)
Connector (input)
oiIiiIF==l===~(X1Y1)
r"
N
o
~I
+I
....
(;;i
...
<.0'
"'!
Q.
256-ch 3.1
"., ~ I
Dots Diameter
.lii:Mllii
Reflecting Plate!
4-M3
,
LED~llii
PCB for LED
::I:jl ? 11
(ll:l:IJ~,U'lIi!ii)
Conne9tor (Output and Power ~ource)
-- 353 '-
cp3 mm
16X16 Dots
LN2561156UNAH4
:&
.~
O:f1JIW - I- 7 V -1 :!'/f~I': J: IJ l*M, f t
0~'fg1Vf-ilfiiTlTh (~, ~, :t.I)
!f1Jij~m~tt
Of.ll!l!f~llilfJt
<
01-' ':J H:t/.to) R A MP'fiU': J: IJ 1~')::I
;;
AiI~~
t ilJ-1 ;; 9 7:r..-,
,
OfJJ{'F:i3!1:ll:20MH~
O/J-iiruiliiil';*iOOiliiO)7 '7
1-1~;f.)v71' A 7v -1 ilfiiTlTh
':J
01i:ll:~ttilfR~
O;f-I) .1 - hI.: J: t).:L':::'
':J I- flIIO).l:ll:l<'7·"/ '\'- a-~
0
• Features
.
'
OThin and light due to mounting of special purpose gate array
OMuItiple color display enabled (red,green,amber)
OWide angle of visual field and high, visibility
'0 Easy' interface with a personal computer due to built-in
RAM corresponding to dots
OOperating speed 20 MHz
OFlat panel display ranging from a small screen to a large one
, OHigh radiation characteristic
A difference of brightness between units can be eliminated
by a contr,ol YR. (uniformalization of brightness for a large'
screen)
0~3·rnm16X16 (256) dots
o
-
.JI§~.*~~ Absolute Maximum Ratings (Ta=25·C),
'.'
~eni.
,~
r;.~",
''''''t:·~·,.:;/Ili,':,',. '
~,
'.
Supply Voltage for Logic
Vcc
Supply Voltage for LED
VLED
Input Voltage
II
?
[J
'"/
1;
'
?
it
/!I iJi It
V
V
V
Topr
-10-+45
Storage Temperature
Tstg
-20-+85
'C
"C
:Symbol'
'.
'.lE: '
•
:.',' Ratings' ,:":-"
II1II
4.0
1111
64X64
\
(when lighting all lamps)
Green :,100
Controllable
cd/rr!
1/16 (Duty) Dynamic lighting
Clock Frequency
20 max
Vcc
5.0±5%
.iI.l£
iJ!l • •~
for LoQic
&pplyCurreilt
Icc
30 max
.,
IIJfI'.l£
Supply Voltage
VLED
for LED
11m
1/16(Duty)$'1':t-~ ·"/?JIii.~r
Operating Method
Supply Voltage
•
-
m!tAJIm
Supply Voltage
iI!l• •~
,
256 (16X16)
Red: 100
-
:,;:,,))I!.it•. ,,;
!63.~
Brightness
Supply Vohage
':",:
Red, Green, Amber
IIJn~
.iI.l£
,:;,'1J.i\it';;"
5.5 max
c;i·"/1J11
L E 011-
:'<~~~'
Operating Ambient Temperature
,
Ib
U
.. ;:' ' '"
~
-O,3-Vcc+0.3
,.
..
:Rali~8
-0,3-+6.0
Yin
.~«.'5ff. Main Specifications (Ta='25"C)
. . I~
t:i~W·~t:~>:~~~S_~~·~::~i~;} ~ :::I~' ': :;.' ..
Display Colors
i!!
'l'
19
I
r '"/
Dot Diameter
~
l' X
r ':J l- I: '"/ T
Dots Pitch
Dot Total Number
r
I':J
It
Display Surface Size
~
l' X
~
~ i!ii
>
'.
j:
Supply Current
ILED
'-,354-
-
5.0
'-19tt:M
1.g'max
- When two colors are all turned "ON"
9s
Weight
/
MHz
V
mA
V
A
9
LN2561156UNAH4
.7C7~~(if-~7~~~17)
Block Diagram (Gate Array Type)
Inpui.
@@
1--------------------------------------------------------------------------------------------------,
I
I
I
!
1
i
i
1
i
i
i
J
GRN out
eLK out
AE.P out
RAO out
RAI
RA2
RA3
RED out
A RAM/B RAM
--------
SAD
GND~@
~lED
.
Ii
1
~::T
~::T
~.'.
Vee
6-
I
_
!
I'
1--'-
GND LED
ii
!
L ________ ,.. ______________________________________________________ ;...-; ________ -4- ________________ J
,
i
m'
.~
~
Outline Drawing
/
Unlt:mm
LED
.~Ir
I
-~I
P4XID;60::1:0.1
l
------tj:
.. ,I-.. -.~~f--
I
GX I
Y1
IiHMilii
lIll'Jf.Ht;f.A
Reflecting plate
Mounting bos.s
LED~ilii
PCB for LED
I
47±O.2
4-M3
.
~i'!
lllIilI~ilii
PCB for CircUit
6mm
Depth
I
0
N
---1t-~~_r_r--_r--~~---+---r--~
~
.
~
.."
.
~
RIOS
,
i
WRP INGND
.. - - - j
----I---------i--t---'
Y I•
••
~6
-355- -
6~
,¢J3 mm
LN576t46UNA
24X24 Dots
:I:
.~
OJlA~1*)c*ilf~ff--c' ~ J.,
Ol!Jml, ft:ii"t':iilitiii~'
O~i!!.~ff-ilfiiJ~ (?If-, {fik,
Ot.l!!ff~1tilfr.t
;ji)
3·mm24X24 (576) dots
.I!M:II:*lE~ ,Absolute Maximum Ratings (Ta=25'C)
:.li,~iIJ·',?t:;'j,':5{.lN;;'·~·
c~ 'J
L
? ·.lint is 11 Il:
E 0 JIllliSlIll:
A.
Ib
ft;
tJ
Iil
11
I!Il ill
ill
r+
il
.~«.Q1f.
t:
t:
t: .
•
•
i)\
?
V
'Supply Voltage for LED
VLED
4.5 max
V
Vln
-0.3-Vcc+0.3
V
Il:
Input Voltage
If
If
Operating Ambient Temperature
Topr
0-+45
·C
Storage Temperature
Tstg
-10-+70
"C
.·. • ',ji . .·;,: •. ···:·.:.:'··,·.·~::it~ni ""'1"':,." ' ~Oi
913.1
mm
4.0
mm
l'
:x
Dot Diameter
I::"
'J
7-
Dots Pitch
ft
Dot TOtal Number
:x
Display Surface Size
-tt
l'
If
1;
III
c
';J
?
Unit, .'
Red, Green, 'Amber
-tt
~
.R8ungS·.•.
Display Colors
~
'J
' t : : ••'
~
~
1m
'Unlt
-0.3-+7.0
';J
ifii
;;;·.!.!;.r;'.'II .
•
t., ~.·.·t::;~• '., /~; ;;r'!tem',i; ';'.I,'i';y,,;·, ;\Y~;;;\\ :)'i'{;/~!;
~
Iil im ft
576 (24X24)
mm
96X96
Brightness,
\
\
(when lighting all lamps)
Red: 65-97.5
cd/n(
Green: 70-105
1/12 (Duly) ~1':t ~
Operating Method
'J ?~n.
1/12 (Duly) Dynamic lighting
Clock ·Frequency .
2 max
MHz
C;i'J11fi
1b11'lI1l:
Supply Voltage
Supply Voltage
Vcc
5.0±5%
V
1I~1I1I
i~.lIil
for Logic
Supply Current
Icc
600 max
mA
Supply Voltage
VLED
4.5
V
1b11'lI1l: .
LEDJIl
1I~1I1I
•
Surnly Voltage
i~ • •ilI!
•
for LED
Supply Current
ILED
Weight
4.8 max
=~1it#.i:tJ
When two colors are all turned "ON"
350
- 356-
A
\I
LN576146UNA
_7C~~~(~7~v~A~~~/)
Block Diagram (Shift Register Type)
Input
@II
GaXl-GaX24
10
1
GRNa
REDa
REDb
GRNe
1~8bitSS'R
2
11
5
3
4
9
i~
·s
7
6
y
8bitsS,R
'.
8bits S.R
8bits S.R ~
8bits S,R
' 8pits S.R ~h
)
""Yl-Yl 2
Y8bitsS,R
8bits S,R
8bits S,R
f I
~ 8bitsS,R
Output
~
GRNa
REDa
REDb
GRNb
eLK
ENABLE
3
12
RAO
RA1
RA2
RA3
4
5
6
8bits S,R
:r:-"
::g
~~~rn l=r
L
GI'!Dljt
§lI
g
LED Matrix
(24X24dots)
I-
i'r-
RbXlRbX24
~Ler
1
I-
I
I--
---;),
7
GND
1
8bits S,R
11
2
8
10
9
LATCH
_*
\}
12
GND
GND
Ra'Xl-Rax24
-::r-
h~
'~r
GbXl-GbX24
rIl
ft-
NPN
Driver
U
-
-
~
IE
~'
)m
Outline Drawing
Ir
95.7±O} ,
Unil:mm
69 5 3
28,3±O.
. ±1.5
P4X23=92+0.1 ~
I·
I
I
n~
~,
"'!
0
+I
I=:
-
-
,
Reflecting plate
r
LED~~
+I
=
,
,
I
rl=JM'
I-
'"
e
+I
I=:
,"
"
/'
,. ."",, ,I II
-
'"
I.
I
I
0
co
,
:J:j:?1l (.ill
Connector (Power Source)
- 357-
~
I
I
c::i
ilI!j6mm
Depth 6"'"
:J:j:?llCA.tJl
Connector(lnput)
PCB for LED
]
1=,
I
r
I
ll====~~~~==~~==~~M~
"'
52±O.5 '
'
!=
-!3 mmCl)24X24 (576)
F·/ ~
0IjijfJlf;fi:Jt*i,}{~lF-C ~ ~
. O*' I) .2 -.b. t: l
i?"-C ~ ;.,
~
~ ra"Cl)~OCI{ '7 '/ ;f
.:r...::. /'
a- ~ 3·mm24 X 24 (576) dots
OCapable of displaying Ming·style characters
OA difference of brightness between units can be eliminated by a
control VR (uniformaliz.ation of brightness for- a large screen)
o
.~M.*~~
Absolute Maximum Ratings (Ta=2S'C)
lIem
Symbol
iii .Co
,.
:?:!/,;~<.~;.:'
a :; "
L
A
III
.? Jfl t
i.t t
EE
E 0 Jfl1ltia1ltEE
tJ
IlII iI.
ill
)!J
f'l'
~
t
ff
:iE'
~
Ratings
Llnll·..·•
SupplyVoltage for Logic'
Vcc
-0.3-+6.0
Supply Voltage for LED
VLED
5.5 max
V
Yin
-0.3-Vcc+0.3
,v
EE
Input Voltage
II
II
Operating Ambient Temperature
Topr
Storage Temperature
Tstg
.
V
-10-+45
"C
-25-+85
.·C
.j::t.l:,gf±1I .Main Specifications (Ta=2S'C)
.
;E-~"Y~: ,.llt .'.
31<
'I'
t: ") 1-. -tt
~
~
'31<
~
I-
"
iii
-tt
of
X
Dot Diameter
'/
7-
of
if
III
a
'/
?
I
X
Display Surface Size
it
)!J
it It
Unit-
Ratings
Dots Pitch
Dot Total Number
15
~
Red, Green, Amber
\
:t
.Ii
U
?
Display Colors
:iE
Symbol
Itum
~
I-
"
'I'
',e;: g;',
ql3.0
mm
4,0
mm
576 (24X24)
96X96
Brightness
Red,loo illI~ilJfrn
'(when lighting all lamps)
Green, 100 Controllable
;
Operating Method
IIlII
\
cd/rri
1/24 (Duty) :$fof :T ~ '/? ~Jr
1124 (Duty) Dynamic lighting
Clock Frequency
20 max
MHz
CJ~'1?1Il
IIlfFta:
suppry V:oltage
Supply Voltage
Vcc
5.0±5%
V
lIi.tllEE
..
jl!l.ti*
for Logic
Supply Current
Icc
50 max
mA
Supply Voltage
VLeo
5.0
V
LEDJfl
lIi.ttEE
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Panasonic
IIlf'l'tEE
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•
Supply Voltage
for LED
Weight
Supply Current
ILED
.
- 358-
2,5 max
=-~~JIi\:lT
When two colors are all turned "ON"
175
A
\I
LN5761150UNAH4
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Block Diagram (Gate Array Type)
Inp,Ut
[Qill
~I-~l
RA1
RA2
RA3
RA4
5
.
4
3
12-----,
RED
2.~---,
1-------,
11
GRN out
5---H---r-j-M~
eLK
AEP
RAG
RA1
RA2
RA3
RA4
4---H--t-Ho-'
1-~-4~~-L-~~~--4-~
7
8
9
10
II~
REq out
A RAM/B RAM
SAD
2'---~H----,
12---H---t
13----t--1
WRP out
--------
-I
!
3
GND
!
6~
!i
@ill Output
" "::ri=!
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,
1
,
,
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LED£1Jii
PCB lor LED
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LED
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- 359-
Panasonic
¢>5 mm
LN256166UNA
16X16 Dots
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_Features
. OThin, light and high performance
OMultiple color display .enabled (red, green, amber)
OWide angle of visual field and high visibility
OOperating speed 2 MHz
OFlat panel display ranging from a small screen to a large one
OHigh .radiation characteristic
09'>5-mm16 X 16 (256) dots
(
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Absolute Maximum 'Ratings (Ta=2S'C)
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Supply Voltage for Logic
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. Supply Voltage lor LED
:.$Ym,b0l:
VLED
5,0 max
Vin
-0.3-Vcc+0.3
V
Topr
0-+45
·C
Storage Temperature
Tstg
-10-+70
t
I-
-If
1
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7-
Dots Pitch
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Dot Total Number
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Red, Green, Amber
Dot Diameter
915.0
.
"
• Unit
mm
mm
6.0
?56(16X16)
mm
96X96
Red: 60-90
Brightness
cd/rTI
Green: 60-90
(when lighting ali lamps)
,
c
15
Ib
,.' ':iE'
Display colors
Display Surface Size
11
I!
V
Operating Ambient Temperature
'l
I-
V
i'
11
11
t:
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,Unit
-0.3-+7.0
a::
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t:
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Ratings'
lnput Voltage
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'l'
Ji
Vcc
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1/16 (Duty)
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1117 ~
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1/16 (Duty) Dynamic lighting
CI'?Ck Frequency
MHz
2!J1ax
I
C~'J?.lfl
II1f'Ftlta::
Supply Voltage
Supply Voltage
Vcc
5.0±5%
.ilta::
ilij.llil1f
for Logic
Supply Current
Icc
400 max
rnA
Supply Voltage
VLEO
5.0
V
LED.Ill
tilta::'
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ilij.1IilIf
•
•
Panasonic
Supply Voltage
for LED
~
Supply Current
, Weight
2.8 max
When two colors are all turned "ON"
250
-,- 360 -
,
ILED
=f!!\;~R.-1J
V
A
9
_.,
LN256166UNA
_:;fC"';I ~jgJ (~7H; 'V'A~ ~ 1:1)
Block Diagram (Shift Register Type)
Input
GRN CATHODE
§]
. GND
~.
10
GX1 ( (
J8bits
Shift Register+
Latch+Driver
~
I
5-I>-
I
4
( GX16
0'
GX16
Bbits
.
I-~
Shift Register+
Latch+Driver
.
GX1
'(1
T
3
LED Matrix
1
k/'-
(16X16dots)
1
2
6
7
8
9
GRN out
RED out
1
JBbits
Shift Register+
' Latch + Driver .
I
:::f
II
RX1
,
J:
RX16
1
1~-
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RAO out
r-frso
12
1
7
6 ;),.
-
3
1
2J
4
5
[§]]
1
.PNP
+.
8=~
'--0
8
GND
,-
A
f=:r
RA20ut
RA3 out
Y16
RX1
RED CATHODE
11
RA lout
(r
X16
14
ENABLE out
LATCH out
~
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8bits
Shift Register+
Latch+ Driver
NPN
Decoder
COMMON ANODE
P
Driver
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X16
~
,Output
~
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Outline Drawing
Unlt:mm
F-
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Connector (Input)
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I
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till
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Connect 0 r
(Output and. Power
Source)
PCB for Circuit
- 361 -
Panasonic.·
f/15.mm
16X16 Dots
LN2561141 UNA4
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Supply Voltage for Logic
Vee
-0,3-+6.0
V
L
Supply Voltage for LED
VLeo
5.5 max
V
Vln
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iii
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..
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:B
llm
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Input Voltage
fl
fl
Operating Ambient Temperature
Topr
-10-+45
Storage Temperature
Tstg
-25-+85
fl
Ib
11
iC
....iiJlm
Brightness
Red :70
(when lighting all lamps)
Green: 70 Controllable
V
t
't
ed/rrt
1/16 (Duty) ~ -(7:;' ',7l.i.tr
Operating Method
1/16
for Logic
LEDffl
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Panasonic'
\ _ _ - - - - - 1 Supply Voltage
for LED
t---'-'-"----=.--t--='"--+--------~------J\__-__t
Supply Current
tLeo
- 362-
2.8 max
::~~l.i.tr
When
LN2561141 UNA4
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Block Diagram (Gate Array 'Type)
Input
~
1------------------------------------------------------------------------------------,
I
I
!
I
I!
I
GRN out
eLK
AEP
RAO
.RAl
RA2
RA3
RED out
A RAM/B RAM
------
SAD
G.ND
j
GND IE2I
N3
VLED.
GND LED
.
Vee
,
!
1-
!
~r
t:r
I,
'.
~________ _;__---------------------_---------------------______________ -:- ____________J
6-
m
.~
,
I!
WRP IN
~
Outline Drawing
Unit·: mm
1ii'~1&
LED
Reflecting PCB for LED
. Plate
PCB for Clrcuit
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I -y~
Gx16
LEO.I&
.
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Mounting boss
__
75___
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7'7 , HC
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Absolute Maximum Ratings (Ta=2SoC)
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Supply Voltage for Logic
V
VLED
5.5 max
V
Vin
-0.3-Vcc+0.3
'!
Operating Ambient Temperature
Topr
-10-+45
storage Temperature
Tstg
-25-+85
"C
"C
'Supply Voltage for LED
Input Voltage
QfttJ Main Specifications (Ta=2SoC)
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Dot Diameter
168.0
mm
9.0
mm
it
r(
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'J
I-
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7-
Dots Pitch
~
Dot Total Number
..
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it
X
Il
II!
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i!ii
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lib
[J
'J
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Display Surface Size
IlU!ii]'1ill
(when lighting ali lamps)
Green: 200
Controllable
~
Clock Frequency
Supply Voltage
.:s.a::
ilil••llIf
for Logic
•
Panasonic
ilil••llIf
•
mm
cd/rrr
1/16 (Duty) ~-(j-::',,? r.!1.!fr
Operating Method
IIbf'l'tlta::
.iIIJ.a;:
144Xl44
Red:200
~
IM'I'.a::
256 (16X16)
Brightness
O:h?ill
LEDJft
-'Uilit ;.
-
Red, Green, Amber
I-
il1
Ratlng$ .. ' :'.
Display Colors
'J
I-
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is
F
F
F
'J
JR8Ungs ..). ".: . 'UnW:;
-0.3-+6.0
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~
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Vcc
Supply Voltage
for LED
1/16 (Duty) Dynamic .Ughting
20 max
MHz
(
Supply Voltage
Vcc
5.0±5%
V
\
. Supply Current
Icc
30 max
mA
5,0
V
Supply Voltage
Supply Current
VLEO
ILED
2.8 max
=is:i:r.!1.!fr
A
When two colors are 'ali turned"ON"
330
Weight
- 368-
9
LN2561171 UNAH4'
.~C~~~(ij-~7~~~~~)
, Block Diagram (Gate Array Type)
Input
[§ill
I
-------------------------------------------------------------------------------,I
.
I
I
GRN out
eLK out
AEP out
RAO out
RAt out
RA2 out
RA3 out
. RED out
A RAM/BRAM
1I
SAD
WRP IN
GND
GND@IE12l I _
VLEO.
aND LED
.
Vee
M
,~
~:::r
I
:::r
4
5
6-
.
.
'-_______________________________________________________
'--_______'-__.:__________________1I
I!I
. Outline Drawing
Unlt;mm
IR:Mt&
LED
Reflectin
Plate
LEo.ti
PCB for LED
lIll·)f.ti1*A
M unting boss
,
I
'---~r---
108
1EIm!1l1&
PCB for CircuIt
I
i'[
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,
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RX, 16/1_
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I
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~~~
P9X15=135
'.
(4)
41
143.6
- 369-
Panaaonic
~
8mm
16X16 Dots
LN2561151 UNA4
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~
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O~'§.*ff-i,)'PJfi~
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om.lfff4J3li,)'-"t fo)iIIii!iI:~.,;gt.0)"t';_
This circuit corresponds to a 256-unit(verticaJ 16 units 'x horizontal 16 units) screen.
2. CRTO)t!!;;;llllll:,lltlJi1iJI:SWI,SW2,IiI:lii1iJI:SW31:J:'JNlI:L ,r~'"
Set a hori2ontal CRT display area with SW I ,SW2. and a vertical one with SW3.
3 .r·>fO)J'(;t.t1.'(>r·>fO)t!!;;;:lJT ... g;~o\ll*I:. t>,,,-,"O)qJl"lIIlft>t"J,,-AVRI, VR21:, ..lIIL 'r~'"
When a light leaks from dots or a dot display
IS
partly missing,make adjustment with the
brightness control VR I and VR2 of the module.
~.
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a
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}TO Each
Stage
74HC393
"
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'5
rT1
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0020
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191
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LED Lamp for Outdoor Use
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LED LAMP FOR OUTDOOR USE
; .. ~
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.6 Tentative Specification
.........,.
,
- 377-
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LED LAMP FOR OUTDOOR USE
lN015184UN
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O$i.1i: LED I: J: ~ ~~3!Cff- (~, ~, :m)
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Features
,
o• Multiple
Color display (red, green, amber) by ,high-brightness LEDs
OLow-power-consumption display
OWaterproof structure
OHigh visibility
OLong life and free from maintenance
OSetting angle 10.0·
'
.Applications
OLight source for traffic-control signs'
,
OLight source for advertisement in an urban district (on'the
roof of a building, etc. )
OLightsource for airport and railroad guide lamps
25·C
P~er
Dissipation ,
Forward Current
iii
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Reverse ,qurrent
IR'
Peak Emission Wavelength
Ap
Luminous
7-Red LED
10
.~
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~ III
Outline draw,ing
8- Green LED •
Inten~ity
.
!
.-----,-,--i
Unit: mm
III 'iM10'111'1'"
fi.
Red
- 379-
Green
~9i-ffl*~ LED"7:/ 7°
LED LAMP FOR OUTDOOR USE
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..
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OLight source for traffic-control signs
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,
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.
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OLong life and free from maintenance
, OSetting angles (20.0°) available
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I
OLight source for traffic-control signs
Light source for advertisement in an urtian district (on the
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,
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rt:
~
HI
!B
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Po
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1,000
mW
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1,950
mW
2,950
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IF
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VR
1.IJ111/illllliali
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25mAX2
SO,
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25mAX3
75
mA
Red
30
V
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40
V
'C
'C
Operating Ambient Temperature
Topr
-25-+60
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Tstg
.,...30-+100
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r;{::::;i;i,\.~,,-i'RI::'
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Connection Diagram
Outlin'e drawing
Green
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Panasonic
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OMultiple Color display (red, green, amber) by high-brightness LEOs
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.
. OHigh visibiiity .
OLong life and free from maintenance
OSetting angles (2().O~) availabie
, OHood mountable
'
'.•Applications'
.
,
OLight source for traffic-control signs
Light source for advertisement in an urban district (on the
r~of of a buildiRg: etc. )
.
OLight source for airport and railroad 'gUid~ lamps
o
,
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.feX4It;f;;:~t3 .Absolute Maximum Rat~ngs (Ta= 25"C)
1.000
1.950
2,950
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n
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Red
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OSetting angles (10.0') available
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.Applications
.
OLight source for traffic·control signs
Light source for advertisement in an urban district (on the
roof of a building, etc. )
,
OLight source for airport'and railroad guide lamps
o
.M~.*~. Absolute Maximum Ratings (Ta=25"C)
."'~'im!:'.ic;;i~'~:~~(;:'~~{· . Item '. ....;;,;~:; .:/~ ~.j,:~~.~"ift;t· Conditions
fF
til
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Po
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III
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n
n
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ioJ iI.I.E
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IF
Vn
1;000
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1.950
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2.950
mW
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25mAX 2
50
mA
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25mAX 3
75
mA
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30
V
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40
V
1bfl;J)llIli.lll
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Topr
-25-+60
~
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t
t
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18.0 (Typ.)
V
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. IF=20mA
21. 9 (Typ.)
V
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100
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VR=40V
10
Red
IF=20mA
665
nm
IF=20mA .
565
nm
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II
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5.0 (Typ.)
cd
Green
IF=60mA
4.5 (Typ.)
cd
Amber
IF=IOOmA
9.5 (Typ.)
cd
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Uni.!: mm
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OMuitiple color display (red. green, amber) by high-brightness LEDs
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OSetting angles (S.OO) available
OHood mountable
.Applications
OLight source for traffic-control signs
o Light source for advertisement in a6 urban district (on the
roof of a building, etc.. )
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.i@M.*~*& Absolute Maximum Ratings (Ta=25°C)
~\0J;ttttit~,j;":g;·ttem
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3
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125
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-25-+60
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LED 71 /7tj~
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GENERAL DESCRIPTION
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Meeting needs of office automation equipment which
has made remarkable growth. visible LED applied LED
line light sources are used more widely as light sources
for illumination: Equipment can be miniaturized and gi'ven hig!! functions by using them as manuscript illuminating light sources for i!llage input devices such as facsimile. digital copying machine. handy scanner. etc. or as
static electricity erasing light sources for -sensitive
drums of copying machine. printer. etc.
An image reading LED light source is high-brightness
LEOs arranged in a line combined with a special. rod
lens. Chip-on-board (COB) type. insertion type apd inte.gral type LED light sources have been develop~d in'
accordance with their purposes of use such as manuscript sizes (B8 to A3). image scanner' lens system (reduction syste~. eqliimultipie system. contact type). sensors
(CCO. CdS .. CdSe) as image reading LED light sources.
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.COB type
ff1f.~1ffiIl~;(fi-nt'~;
n1.> t:. IfJtm/J"*, ~fi1* (Wi
Available as ,an illuminating light. source for'
image input devices 'with the reduction/equimulti·
pie (contact type) system because an arbitrary,
illumination distribution cap. be obtaihed. '
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A Htt-tf.r.; ~ 0 ~1i l:t ilIi).. ?.1 7"1: ~1'
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20
30
40
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I
50
60
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0.6
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m iii We III L (mm)
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"Manuscript Surface Distance
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Panasonic'
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88 Size LN322114ALUN
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.Features
• Capable of coping with both. contact type and reduction
system.
• Capable of coping wIth an emission. wavelength of 565 nm
to 660 nm.
• Little illuminance variation of the manuscript surface to
provide uniform illuminance.
• High' brightness and low power consumption.
• COB type structure (light. emitting section)
.*!M.*~~
Absolute Maximum Ratings (Ta=25°C)
. . . :\~:cX· 'iI;e;,;;;,;".
;.... :}\::.'<; ..:.
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•
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VR
12.0
V
V'
11 ~
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Unit
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.Features '
• Easy setting due to wide condensing irradiation width and
superior linearity,
.Capable of coping with an emission wavelength of 565 nm
to 660 nm,
• Little, illuminance variation of the manuscript surface to
provide uniform illuminance,
• High' brightness and low power consumption,
• Integral type structure (light emitting section)
.jf§~~fI:::k~*&
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15
Absolute Maximum Ratings (Ta=25°C)
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Symbol
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Power Consumption
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.
'fl' ,Ratings
"",~
,
C,', '
'jOint
12,6
16,0
7,2 (Vcc MAX, IF MAX)
-10-+50
-30-+75
Vcc
VA
P
Topr
Tstg
V
V
W
'c
'c
* Ij I) A t WifU,:.a:=ttJ rAitMfi·'\.'~i1iitlMfljJ:€Q);: t." After spreading gr~ase on the back.full face to face set to a plate which discharges heat.
(I'
Recom'mendable Operating Conditions
',,"."',",
iI[
iD 1'1'
~"",
~
EI
~
~
'Itt!
I Syn1bOl
Item
'"
'Vcc
Supply Voltage
Operating Ambient Temperature
Topr
I±
:8
ilIll
fl
• •~~ .1't~rr:J~~
, "·",:~:'EI
~.:niEJ~mt
~ ~ ~ IlJl ~
~ ~ iii ~ It
~
It 1.iIi ~
-Yf:. ~ ~ ~
•
1::'-?~-Yf:.)I1l~
:A"'{? ")J,..=!!1ifl~
1f11$. 'f-!:Operatlng ,COoj:tltiori, li,Uriif"
12,0
0-'+45
Electrical and Optical Characteristics (Ta= 25°C)
Condition,
Symbol
mill.
Itel'll
Vcc=12,OV
Total ForWard Current
I~t
'Vcc=12,OV
Effective Illumination Length
L
256
Illuminance on Manuscription
E
Wtthinl(min)after operation 1tig8/: :~~')
Illuminance Deviation
AEH
1.2
t-L
Range of Collecting and Spreading Light
AP 1chip' IF=20mA
Peak Emission Wavelength
AA
Spectral Band Width.
1chip IF=20mA
*
typ;.
1'll$C;. ','···bhjf.'"
480
572
rn! ~ iIii Iffi Ii!'
&
Iffili!'iIi~
,Illuminance Deviation
Illuminance on Manuscription
~
IffiM
nm
nm
~
With a plate which discharges heat.
~
-
?
!
EU
100%
)
\
, AP
256 mm
llll.!!!!lllllfi
EffectIVe Itlumlnatlon Length,
LlEH= !(EU-EL)/(EU+EL)I X 100 (%l
.,. . . 398-
~
~
~
~
Peak, Emission Wavelength
o
EL
mm
565
30
Range of Collecting and Spreading Light
:'--
rnA
mm
Ix
%
±13
~Hf.t iJ
Panasonic
V
'c
LED ~7Chl&~) ffl:7t)Jm
LN963185U NA-B4
LED READING LIGHT SOURCE
.~
ff~
~
Outline Dra~ing
Unit :mm
-~
v:'-~
Lens,
Case
LED
, .A-A f!Ji. ilii I'i!I
'A-A Sectional View
M ~
Connection Diagram
••
- 399-
Panasonic
LED ~7CJiI&~) ffl:7[J~
LED READING LIGHT SOURCE
B4 Size LN963106UN-B4
.IM'
:I:
e~Jt'!Mf.iilf/.t
-l!
";l
71 ;; ~
il~~o
e~Jt;lI.It:ll!: 565nm-660nm *"t'~£tIiJ~~o
,eJ.il{.i!iiI!lUl/'(7 j.:filf~'1d:
<;I!;J-Id:iRUlil~I?:tt.Qo
e ?iIi.J.t"t'fflJt1l:t.7il f llld: It '0
e-:1*'ill:'J~~ 171J:@:(~Jt;$) "t'ib.Qo
• Fe ..tures
e Easy setting due to wide cond!!nsing irradiation :-vidth and
superior linearity.
eCapable'of coping with an emission wavelength of 565 nm '
to 660 nm.
e Little illuminance variation' of the manuscript surface to
, provide' uniform illuminance.
/
e High brightness and low power cqnsumption.,
eIntegral type structure (light emitting section)
,..-
.ett.*~.
11 . i'J'
,.
Absolute'Maximum Ratings (Ta=25t)
•
I±.
I±.
III 'is
is
~
~
tJ
I
Supply Voltage
Reverse Voltage
Power Consumption
Operating Ambient Temperature
Storage Temperature
Vee
VR
P
Topr
Tstg
.'J'I);I, t.iliI=Ht-aU":tiilllllllilltC7>;: t. After
12.6 '
16.0
7.2 (Vee MAX, IF MAX)
-10-+50
-30-+75
~
•
~M
•
ori Manuscription
'R • • •
~ • It ill
Range of Collecting and Spreadlng'Light
•
illuminance Deviation
w
.pl8a~lng g;"a•• on Ih. back.lull faca 10 face set 10 a pial. which dlscharg•• heat
lIIaNf.t!
illuminance
V
V
With a pial. which dlscharg •• h.at '
~--?ft~'i&:~
Peak Emission Wavelength
o
90%
EU
l00~
A
~150%
,(p
'Ir~II!III)jjll
Effective !numination length
LlEH= I(EU-EL)/(EU+ELlI Xl00 (%J
-:- 400 -
I'",~%
.
LN9631 06VN~B4
LED READING LIGHT SOURCE
LED ~7CcljI&~) ffl:7t:~
~
.M-
181
Ou~lIne Drawing
Unit:mm'
Connector.
I) -
1"1*
Lead Wire,
. ~+O.2
.-0
o
fh
-A
0
+I
10
1,1
Uti
-CTI
.J:!
~
+I
III In:
10
l
-
-(V)
"'!
I 3-3,0
,-
(48.7)
-
CTI
.
Resistor
7
v;... x
P!Bi
lens, .
',iCB
-
-
~
7-~
Case
256.0 1 ('lfllhftftllJl& Effective Illumination Length) .
"
276.8±0.5
~oIO~
iff
LED
.Ii· •
.A-AIJJi iiii Il1I
A-A Sectional,View
181'.
Connection Diagram
.~t ttnn III It Ii au Hi tB(
i
,
P8nasonic ,'.
- 401 :'/
LED ~'itJi.ltX ~J ffl7'bl*
LED READING LIGHT SOURCE
A3 Size LN1123107UN-A3
.M
:I:
, • •Jr;,I1Ut$iiWIt ~ c', fI~~IftQ) Eilb
ffilJtalJftl:Mr.t L.t..:fil:Ift~~fflQ)* I- ~:,--Ij- c l"C11: r.tffl
<
"t"~*To
".Features
, .Small size and high'reliability
• High positional resolution
.Open·collector output
• Large output current (50mA)
• Power supply, output connection with small connector
.m
ji
.~~f~flQ)~~~, fli:Ift~~
~-'r:'- AffilJtalJQ)~:,--Ij• NC IftflftQ) I) ~ '" Htlft~~
•. Iil1ttt;~, lil1ttt;ilJl~~
• Paper .oetection of copying machine, position detection
• Sensor of sequence control
.
• Limit position detection of NC equipment
• Detection of rotary positioning and speed
.Position detection of X·Y table
• Encoder
•
.x·y T-7')vQ)fil:Ift~~
• .:1::'-:1-7"
ON1501
ON1501S
, Unit: mm
Unit: mm
'riH-f-tt1-+t~::i--- CD
'+'-'-'-rh'-;.J.-,. r.~ iii!
.........
CD: GND'
®: Vout
®:Vec
CD: GND
®: Vout
®: Vc~
.•
I@Xit.*~~/ Absolute Maximum Ratings (Ta=25t)
. , ... .. " Item·
Syfubol"., Value·>,' .V~,t::
..
tiillf.E
Ift1Jtf.E
tI:l:1JlIit.
1b1'FJaJllIIi.i1i
fJj!fl':iU
.
\
Supply Voltage'
Vee
Output Voltage
Vo
Output Current
10
(max,)
(max.)
Operating Ambient Temperature
Topr
Storage Temperature
Ts...
·30
V
40
V
50
0-+65
-20:-+75
rnA
-409 -
t
t
* "i? / 17
ON1501, QN1501S
.:J...:::' ':; " (~i!~Jf~)
Photosensor Units (Transmittive Type)
' "'.~,:
;>~i~/ . "~i:i,,:
Supply Voltage
21
/:I:l1JlIl±
WL" Output Voltage
VOL
Vcc=24V.lo=50mA
(:fltj'{;1Jt/ at projection)
WH" /:I:l:t.illl±
. WH" Output Voltage
VOH
Vcc=26V. RL=lOkO
( L ~ j'{;1Jt / at cutoff lighting)
'L~
i'!;f1.1Jt1llJ
i'!;f1.1Jt1llJ
Delay Time
td
Delay time
.to (2r
(lr
.
.'
,.'.,m.ax,~';;
i~u#~i':;
24
26
V
0.2
0.6
V
V
25.8
Vcc=24V. RL=4700
100
'/JS
200
IlS
·ilti~Il8~~:Ii!lJm/Delay time measuring circuit
q
Vin~J'l.
Pulse width=lms
Dulty=l/ 10
~.
'Yin
nLvVoCC
n
Amp.
'-__
VA
GND
--10%
td (2)
td (1)
(t)
~ ~ 'fit iii tl§: 'Ii,
Detecting Position Characteristics
.
lil~M:Tr
lil~M:Tr
Ii
OFF
-=--
-
-
r-
-I
,
iii
lil~M:Tr
3.0
,.
Distance
4.0
dl
1.0
.5.0
3.0
,.
4.0
5.0
(IIDD)
d2
Pc -Ta
td -10
320
..s~
oon
0.5
,...
240
0.3
............
200
I±! II
O. 1
'160
-R~
0.05
120
.,i .
r--- I- td 2
:: ~ 0.03 .,
250,H-+od--+-t--JH-++--t-H
200H-I--+--t'ld-t-H-+-++-1
..
t (1
~~
80
.~
-
VI
0.0 1
2.0
Distance
.~
rr'
,
I
'iii
(1II1II)
VOL -10
1.0
~
.'
- ,2,"
OFF
Output Transistor OFF
2.0
1.. 0
.~
-
.- ..!l!
Output Transistor OFF
,I
ON
Output Transistor ON
i
(2)
ill 1ft 1M' 'Ii
. Detecting Position Characteristics
ON
Output Transistor ON
Iii:~mr
~ ~
40
i,
3 5 10
30 50 100
IlltJ'IIiiff
Output Current
3005001000
10 (mA)
0
0
10
0
30
IlltJ1Iiiff
Output 'Current
40
50
10 (mA)
60
mJ
IlI1
~
I.l
Amhi~nt Tem~r.ture
,Ta (~)
. """=:=;'-----~----~~~---:'--~{,
PaI.ascJIIic
, .
- 410-
* "i:? /' -If
.:L
= ' / " (~i&1ff~)
Photosensor Units (Transmittive Type)
ON1503"
•• •
ON1503 l;t,
.Outline
1\ -( '"/ I)
';I
~ I.: 7 ~ '1'a-I*J;l L.t":/HI,!;
r-!!~-It.::I.'::'..,
r:1Ht.j~: J: ~, ;}; r -( ~ ~ '7 '1'
The ON1503 is a small. light weight. high precision and _
high reliability photo sensor unit incorporating amplifier in
a plastic housing. It can switch large current and widely
applied as sensors used for position detection of automatic
controlled equipment.
'-l:iii:, i'iIinlft, i'iIiffifJi11Q);};
r'l:To
"
c',
Ih~1'd:ilri:>*'iltiJ'fta-ii*OOM'I:~ Q 7J:
~mtlfl:Q)l3tJJ
f!iJjOOft~.:t-tht L.t..:fil:lfl:~~fflQ);}; r -!! ~-Itc V(~ htffl
'I:~iTo
.~
"
<
.:1;
• Features
• 7 ~ '1'l*Jii~ 'I: IJ'm!, liIiffifJi'!io
• Small size and high reliability
.High positional resolution
.Open-collector output
.• Large output current :1 OOmA
.• Power supply. output connection with small connector
.5 or 10V power supply is available
.fUt~~nlftil~It'o
."*-'1'~:J V7 ~l:I:tt.]o '
.*'iltVfEa-ii~OOM'I:~ Q : lOOmAo
./J'~:J
.m
.5V
*' 7 ~ H~ffl
0
c 10V Q) 2 'iltimWf9!ffl'l:~ Qo
it
.Use
.~~~Q)~~~, fil:lfl:~~
• ~-7 ~ 7. fijiJOOQ)-!! ~-It
• Paper detection of copying machine. position detection
.Sensor o~ sequence control
• Limit position detection of NC equipment
• Detection of rotary positioning and speed"
.Position detection of X-Y table
• Encoder
.NCIf'J:~~Q)') ~ .., Hil:lfl~~
.1ID$i;~, 1ID$i;~fttt~ .
T-'1'}vQ)fil:lfl~~
.X-y
.:r..~:J-¥
Unit :mm
2-~.3±O.2
1L +l-J-r+-r'-i"'~ fJ
~~t:~;:;:j"'---'"4.95±O.2
2.S±O.2 21±O.2
'"
'=IP
•
.S±O.
(j)
Vcc(J)
@
GND
® V~c!:i)
® Vout-
tI.Bg4t1!/Efectrical Characteristics (Ta = 25t)
VCCI21=4.5V. Vo =20V,'RL =2000
-411
Panasonic
\
,
* r. t
/' if .":l
=") r.
ON1503 '
(~i@tf~)
Photosensor Units (Transmittive Type)
·;t.1 '17-:;;-,
~ 91 A illIJ:iEffilJi§/Switching Time Measuring Circuit
,
Yin
Vee
Ve,e 4.5V
Vo
I-_DJVV\.--Vo 20V
RL
_td~(l~)__r-~_tr_
L---""""-UGND
If
Id(2)
"
, (1)
~~,f:i'L1II~'Ii
,
(2)
~~f:i'LfillM='Ii
Detecting Position Characteristics
Ai
...
~
"!Output
Detecting Position Characteristics
I
iii '
liJl::rr ON
7ran8i~tor ON
:it
~ IiJl: Tr
ON
~~
r
I
,~
~.
Out~ut Transistor ON
,..-:...
~ ,..---
r-r--
'--
Ai
~IiJl:Tr
~
OFF
Output Transistor OFF
I-d 1
~IiJl:Tr
-
OFF
J
3.0
dl
Distance
4.0
d2
I-
'\
Output Transistctr OFF
2.0
~.O
:it
1.0
5.0
(nun)
4.,0
3.0
2.0
•
jll
Di/s ~t a nee
d2
5,0 '
(mm) ,
r
~
Pc
'td'-'-lo
'VOL -10
1.0
120
e 0.5
100
I
Id(2)
i1<.§ 200
80
o. 1
~
5$
0
:g~
I (I)
.\!~' ,40
-R_
;a~ 0'.03
.
!'AI.!:,
• 0
, 20
•..:J'r'
0.01
0
3 5 IQ
30 50 100 300 500 1000
"
tIl1J1Iilft:
Output Current.
10
(mAl"
,0
.,
~~-+~~d-+-t-r-~-i
~ 150~~-+-++-ft+-t-r-~-i
.
"'t
,
~~, l00HH-+-++-H+-t-t-H-i
'Jit=
... ~ 0.05
250
"
Po.
0.3
I:±lj
~
-.S
~Ta
w
Ir If
~
,80
til 1J 'II!: i?lf
Output Current
-- 412 -
80
roo
10 (rnA)
120
~] .
n;3 sol-H-+-+-+-Hft--t-t-H-i
. ,0
20
... :Q
'00
IlB
40
iAl
60
1l£
. Ambient Temperature
,.80
100
Ta (t)
120
* "-tz:/-fj-::L::::'
"
'Y " (~i&1Jf~)
-
.,.
Photosensor Units (Transmittive Type)
ON 1517HA-(A), ON 1517LA~'(Al
•••
•
Outline
The ON1517HA-(A) and ON1517LA-(A) are small, light
weight, high precision and' high reliability photo sensor
units composed of a high effective GaAs infrared light emitting diode and an integrated photodiode and signal processing circuit.
•
• 7 :"-7'l*Jii~'t"'h~, j@j-Fa'fJittQ
• f:iLlft~~ffJli:i.lfj@j",o
.*-7':"-::1 1--.:7 7'1±\:t.Jo
• fUJ[YIiH-I;l:IJ'~::1;f-:7 7' ~~mo
~ ~P.~M~I:I±\:t.J ~ '7:"-:; A 7'i.l f ON, OFF T.b
ON1517Hk-(A) : ;J:It~ OFF 7' 17'
ON1517LA-(A) : ;J:It~ ON 7' 17'
• J6
Features
• Small size and high reliability
• High positional resolution
• Open-collector output
• Power supply, output connection with small connector
• ON1517HA-(A): Normally OFF type
ON1517LA-(A) : Normally ON type
(Zm!fJO~
~
•
• fl~~Q);fj£~~, f:iLlft~~
• ~-7:"-AIfjIJ~Q)~:,,--lj-
Use
• Paper detection of copying machine, Position detection
• Sensor of sequence control
• Limit position detection of NC equipment
• Detection of rotary positioning and speed
• Position detection of X-Y table
.
~ Encoder,
• N CIf'J!~~Q)I),~ ., H:iL1fU~~
• @~~; . @~~Ii:~~
• x - y T-7')vQ)f:iLlft~~
~,:r:.:"-::1-Y
--lJg,or
t b
"."m"'~'
2-R1.5
..
.eM:It*~*!/ Absolute. Maximum Ratings (Ta=25t)
"::"'~ ·.,~:(·:ltem·,·
"
.),i . /{;.
.;;,~Y";~lsf·' :.1;;¥~.~~:· :'jJilit":'
l[illi'lltEE .
~upply
Voltage
Vee
6
,1fl1Jl[EE
Output Voltage
Vo
30
V
1fl1Jl[iiIt
Output Current
10'
20
rnA
V
..,
C>
Collector Power Dissipation
Pe
200
mW
Operating An!bient Temperature
Topr
0-+65
-10-
1i rP!
Str~ngth
Pushing
Direction'
rOO BnioJ
j1Ij:!li:
Lo~ad
1 kg/llru
~
Time
5 fJ>
'fill,
,
Figure below Adirection
2 kg/! time
5 seconds
Figure below B'direction
! kg/! time
'
.~!It'M:td J: U1fj"7't..: t')\'iii"t..: ~.:: ~ 0
After each ,test, electrical characteristics
are normal and Cu foil does not come off.
5 seconds '
·~!Il1Jit
Test Method
, .~ffmJ:.O)ii./Handling caution
l)'iS\;iftQ)~, ~~Q)1t}fH;l:1Ht"(r~"\o /Chemicals should be avoid'ed when washing.
2) IIH-Ht~Q) ~ A Miaf)5t~ 1;1: 6 kg/cmtl. r~: L"(r ~ ,,\~ /Screw cr~sping intensity of fixing is less
than,,6 kg/em.
Panasonic
- 414 ~
ON1517HA-(A),ON1517LA-(A)
* ,,-t?:,,- if =
~
'Y " (J.!i&!ff~)
Photosensor Units (Transmittiv.e Typ~)
Normally OFF, type
(1)
~ ~
(2)
~;f
iii •
11
~~iii.~;f11
Detecting Position Characteristi.cs
(+ ~3.5±0.3 Ta~25t:.
V
I I
Detecting Position Characteristics
vcc~5Vl'
I
tIlhOFF
·tIl:IJOFF
orF
Output OFF
Output
d.
~
..
I ~r:;'"
dl
tIlhON
ilIh ON
Output ON
Output ON
~P
(nun)
Dis ta nr ..
11 i
i1JI
s tan
d2
(mm)
('~'
~l)"N151n.;A;.;,oo; (tIl~ON~1?'1:
:[~3, r.::A.:\{HormaUiOHlYRe.
..
(2)
. (1)
~~iii~~;f'~1
~~iiifli!M:11
. Detecting Position Characteristics
Detecting Position Characteristics
(d,'~3.5
I d,
±0.3
Ta~25t:.
Vcc~5V)
I
~..
tIlhOFF
IIlJJOFF
Output OFF
Output OFF
tIl:IJ ON
iIi:IJ ON
Output ON
Output ON
detecting
ohject
'I
I
o
2
NP
V
,
12
3. 4
i1JI
dl
.13
14
15
~E
(nun) '.
16
i1JI d2
17
I)istan("f'
llistanC'P
P c-T
a
VOL -:-T
190
~
~
:i:
.,'
'"
Pi'!
a
VCC~
240
5V
IOI.=20mA
180
200
'\.
170
'\
160
o
'\.
160
I+'·
'\
;.~:.-
~~
•
20
40
1M ·00
il.!
60
Ii:
AmbIent Temperature
80
T.
150
...-f-""
140
130
120
100
0204060
rnJ
(t:)
00
il.!1i:
Ambil'nt Temperj!.ture
- 415-
,
0
i-J~
0
,
,....VV
'\.
120
0
,
;..
0
n
18
(nun)
80
100'
T. eel
Panasonic
* "-t? :/ -tt =
~
':J " (~i&lff~)
Photosensor Units (Transmittive Type)
ON1'517HA2-(J), ON 1517LA2-(J)
.. ".
•
ON1517HA2-U). ON1517LA2-0) Ii. ~J'(;~TI.:jliIj?;b
GaAs ~~~j{; Ij' 1
~.~. '!il:J'(;HI\I: ~ Ij'1
*17-7 7'1.:#Hlft
*Q)
r-
t-ffl-ij-~~@lll§~
HtJfi\...bJ'~. fl:li.
::='7 ~"'C'i"o
jliIj:j!ffll.
*
The'ON1517HA2-0) and ON1517LA2-0)'are small. light
weight. high precision and' high reliability photo sensor
units composed of a high effective GaAs infrared light emitting diode and an "integrated photodiode and signal processing circuit.
*-
Lt.:#Hlft'!il:J'(;~T
j\lIjm~i1Q)* H::.--Ij-.:z.
ill
• 1M :Ii:
·7 ;;"'7'r*Jii~"'C'/Hf~. jliIjm~i1o
Features
• Small size and high reliability
• High positional resolution
• Open-collector output.
• Power supply. output connection with small connector
• ON1517HA2-0) : Normally OFF type
ON1517LA2-0) : Normally ON type'
• 1Y:fI~~:Mlliltjlilj",o
·*-7':'-::1v7~tl:l:t.Jo
• ~UT';l:/J'~::1:f-7 ~ ~1tJfio
• J'(;fflIM~I.:tl:l:t.J·~ '7 :'--;;7.. ~ilfON. OFF i"J.> (20)0
ON1517HA2-0) : tltJ'(; OFF ~ 17'
ON1517LA2-0) : tltJ'(; ON ~ 17'
.1
Outline
,
. III Use
• m It
• ~~Q)~~. 1Y:fI~~
• 'Paper detection of copying machine. position detection
• 'Sensor of sequence control
• Limit position detection of NC equipment
• Detection of rotary positioning and speed
• Position detection of X-Y table
• Encoder
• ~-7:;; 7..lUlJflIjO)-I!:.--Ij• N CI{'J:t\H~Q) I).~ 7 Hy:jI~~
• @l~~X; @l~:il1l~~
• x - YT - 7')v Q)1y:jI~~
• .:r..:'-::1-Ij'
Unit: mm
,
•
~M.*~~/ Absolute Maximum Ratings (Ta=2-5"C)
. , Item·" :.,;- ' .
Value
Unit
''':.;'., :".. . Symbol
"
'ili:ilUtJ± ,
1l:l1J'ili:J±
ll:l1JiliJfL
:Jv7?ffl9<:
tb1'FJaJIlIIiJl!.1f
1JHfi.l/.t
.,'
,
'
Supply Voltage
Vee
Output Voltage
Vo
Output Current
10
Collector Power Dissipation
Pc
Operating Ambient Temperature
Topr
Storage Temperature
TstR
6
30
20
200
0-+65
.-10-+75
V
V
'mA
mW
'C
'C
(j):Vcc
®:GND
®: Vout
•
l::";"' • • Im/Pin Conne"ctions
ON1517HA2-(J) ,
ON1517LA2-(J)
(tt;)'t OFF? 17' /Normally OFF type)
(ttJ't ON ? l' 7' /.Normally ON
.
type)
®Vout
@Vout
.f
' - - - -......-"'---e
' - - - -......- _ ®GND
- 416-
®
GND
ON1S17HA2-{J),ON1517LA2-(J)
;* "i!;"'- -It.:::1.= ''/ "
(~i&1ff~)
Photosensor Units (TransmiUive Type)
1I~((.JW1i/Electrical Characteristics (Ta = 25·C)
II
Item
Symbol
11ItilifIIlr5m.oc
Terminal
Strength
Pulling.
:jljl
L-
Pushing
n
1*'
n
IoJ
Direction
{;1f
lIi
Load
II'f Fdl
Time
n
[fiJ
lIi
II'f Fdl
{;1f
Direction
'fest Method
TI%I A7JriiJ
2kg/llill
5lY
TI%IB1iriiJ
Load
!kg/llill
Time
5lY
tI.il
~
Remarks
Figure.below Adirection
\
2 kg/l time
5 seconds
ltJn.4*ttiL!: ifjS/'?'>':.: c',l'I,1ii'>':.: t<.:: Co
Figure below Bdirection
After each test. electrical characteristics
are normal arid eu foil does not come off.
1 kg/l time
.5 seconds
~~1.ft*
Test Method
1Il'::'ifJll..tO)jiAl/Handling caution
1) i)ti~O)~, iiJ'i!O)fl!!JfW:j!lHt""CT ~ v'o /Chemicals should be avoided when washing.
2)lI'X.HltIl;f0).~'.AtIii'&»~ffi~~;t 6 kg/cmJj,T~: L""cT~v)o /Screw crasping intensity of fixing is less
t'ha~ 6 kg/ cm.
- 417-
Panasonic
ON 1517HA2-(J), ON 1517LA2-(J)
(1),
~
~~'f.iLII%,'Ii
Detecting Position Characteristics
Jr{ I"-'··I·~-·'
-'jlc+o 31T a-.J
-2~'C .
II
/
1.it
'Ii
Detecting' Position Characteristics
Vlcc~o5J )
I
I
(2)
~ ~ij
~D
,'Jj:iJOFF
tHfJOFF
Output OFF
Output OFF
d,
~~bi('"'..
I'
dl
!li"llInl'l'
1B:iJ ON
Output 01\'
(mm)
I) I
(1)
~Dtt II fij
~
1B:iJ ON'
Output ()~,
~ I ,I II ,
,>
(2)
~1iD1.itffi[M'Ii
'Ii
Detecting Position Characteristics
Detecting Position Characteristics
0
(el!
=3~S±().:~
V{'('~--:W)
Ta=2St:.
(d~-·"I:;_Ll.11S Ta-·<~SOC.
HLhOFF
I d, I
V('r""":)\')
I
Output OFF
L
Output OFF
"ltlJi
,jptf.<'tlng
~..
~T
detpcuol'(
ohjPrt
I
I
!l\JJ or-.;
,'Jj:iJ ON
Output 0.\
Output 0:-1"
l~tf;
dl
12
13
14
III'
(mm)
Ilj"lal1(,"
15
:1::1
II, ... !.,IO"·
16
d2
17
IR
(mm)
.4UIMf!1fiI '
COmmon Characteristics
Pc-Ta
VOI.-Ta
19f1
\'cr~5\'
)
rOl =20mA
180
0
\.
'\
16 0
12 0
c-
E
17n
c-
I\.
\.
160
1:;0
V
0
n
140
0
0
20
1M
40
IJti
ill.
so
6n
Ilt
Amn"'nl Tt'mll/',ratufE'
Panasonic
--
Ta
121 >''-1--'-""2':-0--'--:,1"'0...L--:O::-O-'--~8("")--'-:-!JOO
tnn
:~';~h",,!:fJT,.mtirilll';'~
("C j
- 418 _ ..
Ta
CC)
...
ON1517HH-(A}, ON1517lHm{A} .
~
Fi.i Outline
ONI517HH"":(A), ONI517LH-(A) ~±, 3f;7t~T~: i\1liJ.'1.J
*~~~~~3f;7t'1~-~~, ~7t.~*~'1~
The 'ONI517HH-(A) and ONI517LH-(A) are small,
light weight, high precision and high. reliability photo sen·
sor units coin posed of a high effective GaAs infrared light
emitting diode and an integrated photodiode and signal pro·
cessing circuit.
, ~. Cffi%!J!!,3.ll!.@~1:- 11- "/ 7'~::jMJtf~ LJ.:j.mH~~7t;fH
~~JIj L..f.:;H~2, !lifii:, il1li:MJi:, i\1lifllfJit1~* H:;,--fj-.:L
:;"1
~ i:i" 0
~
•
.
~ Features
:lit
• 7 ;,- 7'l*Ji~lJ~ i:/H~, j:jffifJit10
, .. tLlf!~9ll~Ji:iI'i\1li~ '0
• Small size and high reliability
• High positional resolution.
• Open· collector output
• Power supply,output, connection with small connector
• ONI517HH-(A) : Normally OFF type
ONI517LH-(A) : Norm5f ON, OFF T':;' (2 ~!£fi)o
ONI517HH-(A): ~7t OFF 7' 17'
ONI517LH-(A) ~ ~7t ON 7' 17'
.}II
Xl
~ Use
·fl~:jJlQ)~~9ll, tLlf!~9ll
• Y-?-;'-;7..l\iIjf!lJ~-1::;'--fj-
• Paper detection of copying machine, position detection
• Sensor of sequence control
• Limit P!?sition detection of NC equipment
~ Detection of rotary positioning and speed
• Position detection of X- Y table
• Encoder
• N CIf'\,,:jJl~~ I) ~".I HLlf!~9ll
• @fi;~, @fi;~Ji:~9ll .
•
X-YT-7)v~fn:lf!~9ll
.:r:.;'-::J-'
t
o~~g'ortb
o
~3
U~it : 'mm
.
/
2 -R1.5
•
AMP"'''.
fl(§M.*~~/ Absolute Maximum Ratings (Ta=25'C)
~~"71;i~l~~{i;~;~~··\~~In".
.,. ' r
.
'.. .. Ii ....• , ..
'.,
',
iltililtEE
l:Il1JiltEE
l:Il1JiltV1E
Supply Voltage
:1v77'tiI~
Collector Power Dissipation
.Pe
Ibf'F JEl fHl ilitli:
*:ff:ilitli:
Operating Ambient Temperature
Topr
Storage Temperature'
T,tg
Out~ut
i'y;Jl!e' • ·.·.·Uriit
S~DoJ
Voltage
Output Current
V
Vee
6
Vo
30
V
10
20
mA
200
0-+65
mW
.
-10-+75
t:
t:
~
34.2
~!
jl4.2±O.2
CD: GND
®:
®:
• t::/ • • ~/Pin Connections
ON1517HH-(A)
(~J't OFF 91' 7' /Normally OFF type)
ON1517LH-(A)
(t51J't ON 91' 7' /Normally ON type)
r;=.::;;~:;:;::;:::- ® Vee
® Voul
@Vout
' - - - -.....-~ CD
' - - - -......--CD GND
- 419-
GND
Vout
Vee
* "iz /-/f.::J...=
ON1517HH-(A),ON1517LH-(AJ
'Y " (~i&1ff~)
Photosensor Units (Transmittive Type),
fI~trn~1i/Electrical CharaCteristics (Ta=25''C)
•
, [tem"
"
Supply Voltage
ICCH
!JjJH~~ (!JjJ1*~Ftfi~~)
Object ~t Detection (Objed at Non Detection)
ICCL
Object at Non Detection (Object at Detection) ,
Current Consumption
!JjJ1*~Ftfi~~ 1(!JjJ1*tfi~~)
,I
"min:, :
typ,
max.
,Unit,'
4.75
5.00
5.25
V
35,
rnA
35
rnA
,
,
I
I
!JjJ~llt~~, (#i1*$tfi~~)
Vcc=5V, RL=lOkO'
Object a~ Detection
(Objec~ at 'Non Detection)
Vcc=:=oV, RL=lOkO '
"H" /:Il1J'iltEE
"H" Output Voltage
VOH
"L" /:Il1J'ittEE
"L" Output Voltage'
VOL "
;
~.O
V
,'I ~c~!F5~~!!. i~m~tfi~~)
Response 'Characteristics
I
0.2
'Object at Non Detection
(Object at Detection)
Vcc=5V, Io=lOmA
f*
0.4
V
3000
ii)jl!::J't ON 917'O)W'S:lFTo ( ) RI;ttt:J'tOFF 917'a-lFTo
Note) Normaliy ON type characteristics is shown, ( ) shows Normally OFF type,
* r.t~JJ7J.li~~-t~~11f:
Response time test condition'
1. ~~@]Jm
Test circuit
2. M5~mJ7J.li~iIUJE~1ii
Measuring,equipment' of response frequenc'y ,
T~~~.i@]&~~~~~fi~o'
,Measured by rotating disc in the figure,
1h±o.l~'
.
f'l fli "
i
'---'7'-F=..J [o=10mA
disc
\
\
,~
A'A
"l~Lt
:'~~;::'
Ii
~T51tJl/Mechanical Strength of Connectors
,"
1it.':tj'tJ;
Item
51*1)
Pulling'
YIIt'fs.m13f
Terminal
Strength
;j!jI l
Pushi~g
1i lor
W '!Ii:
.~, 1lIl,
,1i ioJ
W !Ii:
~
IIIl
Direction
Load,
Time
Direction
Load
Time
Test Method
r~A1J1iiJ
Hg/llID
5 fJ>
UIB1J1iiJ
lkg/llID
5fJ>
,
Figure below Adirection
5 seconds
,~,
..
Remarks
"I
"
2 kg/l time
Figure below Bdirection,
..
fI,
'lli1~~~ (~f4>i1F~~~)
"H"
Vcc=5V. RL=lOkO
{ Object. at Detection
(Object at Non Detection)
Vee=5V. RL = 10kO
4.0
V
{~MF~~~ (~f4>~~~)
,
"L"
1Z·~!IlJilt~
Resp'ons~
Vee=5V.lo=10mA
{ Object at Non Detection
(Object at Detection)
Vec=5V. Io=lOmA '
VOL
,0.2
1'"
Characteristics
0.4
3000
Hz
ii}:JIl::l'tON ?' 17'(7)~f1a-iFTD ( ) i*Jli:Jll::l'tOFF?' 17'a-;r-TD
Note} Normally ON type characteristics is shown. ( ) shows Normally OFF type.
*r.i5~ml71Ui~~~f4
Response time test" condition
1. ~~@j~
Test circuit
2. r.i5~ml7)UiiJ!U5£~i'i
Measu'ring equipment of response frequency
r~O)fqf&:~@j'i~-tt7nU~~{T1 0
lJA ~H---v~
c=J
L..;;..~r~...J
Measured by rotating disc in the figure.
~
R~R'
It±o.~~_ .~,
Io=lOmA
','
~T~.Il/Mechanical Strength of Connectors
Item
ill.: ,lfi:'Jj ~
51ijJiit)
jjijT~Jt
Terminal
Strength
Pulling
#ilL
Pushing
'Jj
«i]
r.t Ii:
'~
rdJ
1i «i]
-lilt Ii:
~
fill
Direction
Load
Time
Directiop
Test Method '
-
TOO A'flinJ
' " J~.L-+DO
Load
lkg/l rnJ
5ty
~;;i§
,
RemarJt$
\
2 kgll time
J: U'mJ\'T~·I::"f4'1it~!< .:.
t
5 seconds
'IIt~!fif1.s
Figure below Bdirection
After each test. electrical characteristics
are normal and Cu foil does not come off.
5ty
Time
~a
~~N
, Figure below Adirection
2kg/lrnJ
TOOB'flinJ
,
dl~
c=J
•
V
.
D
1 kg/l time
5 seconds
~~1.f¥!
Test Method
C:::>A'
' . ;:"1fJlLI:.O)ia/Handling caution
1) 7$t;~0)~, ~£O)1tffl'±:illUt··Cf ~ \"0 /Chemicals should,be avoided when washing.
2) ~ IJ ftlt~O) e- A ~ol1)~~Jjt 1±6kg/cmJ.:J. r~': L.
~ \"0 /Screw crasping intensity of fixing is less,
than 6 kg/cm. ,
"Cr
Panasonic
- 423-
ON1517HO-(J)2, ON1517LO-(J)2
* "i!';...-ft.'i
<
,,',;/
•
,
,·qtJi161,1HO-(J)2(R~ oFf :511:1)
.:~<:~~:;:';;:" '\',NormanYOFfl iypQ'
H~~i&1ff~)
¥
il.
t
>
>'
~
i'
Photosensor Units (Transmittive Type)
.
(1)
1:i'L 11
~. ~D
(2)
~;J
1'1
~ ~
,Detecting. Position Characteristics
Detec~ Position
(In'~3,15±O,3 Ta~25'C, Vcc~5V)
I I
I
~;J
fll. •
1'i
Characteristics
ill:IJ,oFF
ill:IJOFF
Output OFF
Output OFF
d,
J...
I ~b:(;"'
ill:IJ ON
ON
ill:IJ ON
Output
Output ON
2
il!
3
_
15
14
I~t.
dl
IJI<"anc_!'
JJ
16
17
d2 (mm)
,~It
II'
(mrn)
I ~ I .1 n
18
c ('
:Otn5~'ttro""(J)2tB'bN;:5117'l
"':;;~~:,~i'l';;; ,
Norrilalfy O~,I iypti
(2)
(1)
~~1:i'Lifi~;J1'1
~~fll.lI:~~1'1
Detecting Position Characteristics
Detecting Position Characteristics
(n, ~3,5±O,3 Ta~25t. Vcc~5V)
ill:IJOFF
Output
\ d,
r-;1--r-i.."...7+-,--,+-+-I_
OFr
,t:IJOFF
Output OFF
\
~..
detN:ting
object
I
ill:IJ ON
ill:IJ ON
Output ON
Output
\
6
,
. 12
7
13
14'
15
11i
Wlfi
IJ I
~ tan (' I'
16
d2
P c-T a
17
VOL-Ta
190
~
200
'* 3
~
\.
1,\
r\
'\
160
tre:t:.~
~.e 120
170
I±''' 150
"
c:
180
160
~~
t:'\
VCC~ 5 V
IOJ.=20mA
240
~p::
$J;'i
80
-R~
140
~~
130
"'15
_ c
0
.
0
20
rnJ
40
[If:I
Hi!
80
60
If
Ambi('nl Temperature'
18
(mrn)
Ta
120
100
-o
V
,/
,20
IIfl
40
iJ.l.
60
Il(
Amhlent Temperllture
Panasonic
- 424-
-
,
f-""
IIiJ
(t)
V
,
80
100
Ta ,(t)
or.;
ON 1517 H 0 -.( M), 0 N 1511 LO-(M)
mltal
~
.Outline
ON1517HO·(M), ON1517LO·(M) Ii, ~J't1(if-I:il1Ii~$
IJ) GaAs i/M1-~J't ~ 1 :t -. J-' ~, ~J't&~ I:
J- ~ 1 :t - J-'
C1~%~l!J!l![!jJ~~ 1 f- '1 7"1:~U1t1t L-t.:~flft~J't1(if-~
J- "'C'To
The ON 151 7HO·(M) and ON 151 7LO·(M) are small, light,
weight, high precision and high reliability photo sensor
units composed of a high 'effective GaAs infrared light emit·
ting diode and an integrated photodiode and signal proces·
sing circuit.
~*¥,~
.Features
*
~ffl U.:+~,
ftiIi:, ,j\!ljrltJ3!:,
~1~*JHilJ)*
J- ~ ::.---Ij-;1.::' ':;
• 7 ::.-- 7"1*Jii\£"'C' 'J''Jf~; j\!lj1~WJi'lio
C1) f:il:tm:;jj{~'MJ3!:ilfj\1Ij ~
• Small size and' high reliability
.,High positional resolution
.Open·collector output ,
' ,
.Power supply, olltput connection. with small connector
, .ON1517HO·(M): Normally OFF type
ON1517LO·(M) : Normally ON type
'0
<1):t -7"::'--:J v :7.~ S:ltJo
o~m)iffilq.li'J'%:J;;?':7 ~ ~~fflo
::'--~A ~iI{t::.--,
o:7t!!Mtll;fl:S:ltJ J-"7
ON1517HO·(M) : fi::7t OFF ~ 17"
ON1517LO·(M) : fi::7t ON ~ 17" ,
~
:t7T1.> (28100
om
,
(i)fl~~IJ)~~~, f:il:!fi:~~
• Paper detection of copying machine, position detection
• Sen~or of sequence control
• Limit'position detection of. NC equipment
• Detection of rotary' positioning and speed
.Position detection o(X·Y table
eEncoder'
.
o ~-?-::.-- A$ljfalJlJ)~::.---Ij
ONCI1'F~~1J)1):::,:; H:il:tm:~~
!)
[!jJ,~~, [!jJiI!i~mjj;:~
QX-Y T-7)klJ)f:il:II~~
O.L::'--:J-~
Unit: mm
~~~f+==H~q:=i-- MOLEX
5267-03A
7,0
\
3.5
[] ~M:li*~~/ Abs~lute Maximum Ratings (Ta=25t)
..
"
1Itilli1ltEE
1±l1J1ItEE
1±l1J1ItiJIE
::J
I
v,7 ~rn.:R
IJJftJalOO~£
1*:f?i]\\,£
'ite,tri;'
;
$ymboi ..
"
Supply Voltage
Vee
Output Voltage
Vo '
Output Current
10
Collector Power Dissipation
Pe
,
'
,
.V~I~e.,:· ,Ubit·
.6
30
20
V
.. V
mA
- Operating Ambient Temperature
Topr
200
0-+65
Storage ,Temperature
T,...
-10-+75
'"
:J-'~~~~~~=t
M
2,5
mW
'C
'C
~~dildJI
4.0~g.15
l!l!I'I::/~tiIC~/Pin
¢4.2±O,2
Connections
ON1517HO-(M)'
.:
(~* OFF 5117' /Normally OFF type)
ON1517LO-(M) ..
(~J'{;'ON511' 7' /Norrnally ON type)
® Vout
@Vout
'------40---:-_ _ ® GND
' - - - -. .- - - 0
- 425-
® GND
CD:
Vee
®:GNQ
@: Vo~t
* "12 /'"if ~ =
ON1.517HO-(M), ON1517LO~(M)
'Y "
(~i&1)f~) <,~
", "t:.
,
~
Photosensor Units (Transmittive Type)
• •!t£I'!J~1i/Electrica~ Characteristics (Ta = 25 t) -
J !It~~, ~ (!ltff;'l~~~~)
"H"
1±l::IJ1IfE
1Vcc=5V, RL =lOkO
"H" Output Voltage'
"V
4.0
at Detection
1Object
(Object at Non Detection)
Vcc=5V, RL=lOkO. '
"L"
1±l::IJ1IfE
(!It-t¥~~P;f)
11!ltff;'lF~~~
Vcc=5V, loT' lOrnA .
"L" Output Voltage
VOl.
0.2
Object at Non Detection
lJ' (Object
at Detection)
V , 5V, =lOmA
0.4
V
i±)~J\':ON ~17'Q)~tt~~To
( )
OFF ~17'~~To
Note) Normally ON type characteristics is shown, ( ) shows Normally· OFF type.
• r.t~Jlij 7)Ufc~~~f!j:
Response time test condition
1. ~~@J~
Test circuit
2. ,r.G:¥FJlij7)U$(i~JJ5E~.
Measuring equipment of response frequency
T ~ 0) Pi1&: t- @I $i; ~ -tti~1j 5E t- 1'1' oJ 0
Measured by rotating disc in the figure,
.~\ttl,'
l±'O',ll~'
FIJff,1
.~~
,
~
\
'
~TiMllf
Terminal
Strength
Pulling
,
,
,
'.
, '
co
\~/
;~5",'
~1j: t'~1lt>j: ~.:.
c' o
After each test, electro-optical characteristics
are normal and Cu foil does not come off.
Pushing
~~1Jit;
Test Method
.~1J!JILJ:.O))l. /Handling caution
1) i$t~0)~, ~£O)~ffl li;i!lHt--Cr ~ It'o /Chemicals should be avoided when washing.
2) Jj)( I) it It fI'f 0) t::,A *'ti¢J ~~ft Ii ,6 kg / cmJ-.:J. r~: L. --C r ~ It'o )Screvy crasping intensity of fixing is less
than 6kgl cm.
- 426-
ON1517HO-(M),ON1517LO-(M)
ON1517HO·(M) (ft3'(;OFF
11 17')
(Normally OFF type)
(2)
~ ,~ i.iL II fa: 1'1
Detecting Position Characteristics
} - ~ ,
(1.1: -3'r±0,3
\'c('~I~h
Til""=-~5"C.
I
I
I
Ill/)UFF
I!'. "!J OFF
Output ittJi
I
t!\"!JOFF
Output OFF
dt'tt'ctlnll'
~i[
lilt) ON'
1fl"!J ON
os
Output 0:":
Output
o
,5
3,
'ilitt
d1
1l.,,'tanC"l· .
12
(mm)
13
14
15
llIl!
~I!
16
d2
17
18.
(om)'
11,00Iiln("I'
VUL-Ta
P c-T a
190
Vcc= S Y
101 =20mA
240
180
~~
200
s·
16
°
""
-
"
~
$l120
~~
~~
170
'\
-
0
(l
0
120
20
40
VV
a
f-
86
a()'
60
~~~hll'~:~JTf'~;ratll~'
80
Ta
.- "
,
160
100
I
0204060
1M
("C )
V-
III!
iJ.t
Ij£
Amhipnt Tf'mprraturf' .
- 427-
80
Ta
.100
(t)
.1
* "iz :/ =' / "
-fj- .:L
(~i&1ff~)
Photosensor Units (Transmittive Type)
·
ON1531 HA-(A), ON1531 LA~(A)
~ ~
•
ON1531HA-(A),. ON1531LA-(A)I;t, ~:)t;~T':il1Ii~
*o)GaAs$$1.~:)t; ~ 1 ;t...:. t: a-, ~JUfl f: * J- ~ 1 ;tJ-' C{~%5riJ,Jll!.@jJl& a- 1 7- .y 7'f:J;ff{ft Lt.:.ff{ft1t:)t;~T
a-~JflLbN~~', 'HI:. il1Ii:mJ3t. il1Iif~iitto)* J--e;;-Ij-.:z.
'::'·y,,-eTo
.
~
•
Outline
The ON1531HA·(A) and 'ON1531LA-(A) are small. light
weight. high precision and high reliability photo sensor
units composed of a high effective GaAs infrared light emit·
ting diode and an integrated photodiode and,signal proc·es·
sing circuit.
•
:lit
• 7;; 7'p;jiUf~-e/H~. il1Iii~fJitto
Features
• Small size and high reliability
, i
• High positional resolution
• Open·collector output
• Power supply. output connection with small connector
• Easy to fix
'. ON1531HA-(A) : No~mally OFF type
ON1531LA-(A) : Normally ON type
• fil:~~~~J3t-i.lfj'iljv'o
•. ;t -7';;::1 v:7 :S' /:I:lJJo
• tt~t/lijT'I;t/J,%~':r':7 ~ a-~Jflo
• '7;;~"y7-~~ft't~·17'o
• 7'tftM"'~f:tIl1J H;;:/;t.. :S':b{ON, OFF T 7.> (2 ft!fJ'Oo
ON1531HA-(A) : ;J:lt:)t; OFF ~ 17'
ON1531LA-(A) : ;J:lt:)t; ON ~ 17'
I
•
• JlI It
• 1l~~~~~~, fil:li~~
"
Use.
• Paper d~~ection of copying machine. position detection'
• Sensor of sequence control
• Limit position detection of NC equipment
• Detection of rotary positioning and speed .
• Position detection of X· Y table
~ Encoder
.
'.
~ --7;; ;t..fljIJ1!IJ0)-e;;-Ij- ,
• N CIf'J:~~O)I) ~ -;I Hil:li~~
·@jiliifx:, @j~ia!J3t~~
• X-YT-7')vO)'fil:li~~
• .:r..;;::1-~
,
Unit: mm
,
III
·
l@M.*~~/ Absohite Maximum Ratings (Ta=25"C)
",;/,',::'. :.'ltem
'i\tiJ.i('i\ti±
ililJ'i\tJ±
ililJ'IlLiifE
:J.,v 7 ? :jl'l*=
Jibf'FmlllliliUl
ilHfi1i!1t
"".,.'..-
"
,',,'.;
Supply Voltage
Vee
6
Output Voltage
Vo
·30
V"
10
20
mA
200
mW
0-+65
'C
"C
\
.
~~~~ fS=~
*
"!t.
i
:ff ~
~'
..•. Yilue.', .:'PnW.
Srm bo1
Outp!!t Current
",'
2.3
V
8
(ll)
.
~
Collector Power Dissipation
Pc
Operati"ng Ambient Temperatur~
'.T opr
Storage Temperature
-10-+75
T.",
o
"
t'
'19±O.2 ,llmax
:
AMP
171825-3
.Jl.
--
-~
i
.Jj,
III 'II~f(.J*iti/Electrical Cha~acteristics (Ta-25"C)
'iltiJ.i('i\tJ±
Supply Voltage
Vee
\
...
"H"tlllJ'ifii±
"W Output Voltage
VOH
'"L"
.'
. Symbol
.Jtem.
l
:" .,,~nditloD
"L" Output Voltage
!tOL
. min.;':
.typ•
max.
. Unit:
4.75
5.00
5.25
V
~f*~~~ (#Jf*~F~~~)
Vec =.5V. RL =10kO
1Object
at Detection
(Object at Non Detection)
Vee=5V. RL 910kO
ililJ1ti±
,
.'
Q): GND
@:Vout.
®: Vee
4.0
V
.
,
.1~e~!F5~~!!= i~mf!~~~)
1Object
at Non Detection
(Object at Detection)
0.2
-
V
0.4
Vee=5V.lo=lOmA
i1!:/1.~1lll (1)
Delay time (1)
i1!:/1.~1lll (2)
Delay fime (2)
•
td(2) •
td (l)
* ,~I!!ll!l\
(LED !MlfljfJJ~}vA~Ib)
Test circuit (LED forced pulse driving)
. \'"
J1.d~'·
,
Vin
'
PuisI' \\ ldth=lms
Duty=l/l0
1"'I'=IOmA
. Panasonic
Vcc=5V. RL =1.5kO
:Jll;J'l:ON '11 ~. ON1531LA-,,-(A)
Normally ON type: ON1531LA·(A)
•
.
10
j.tS
20
j.tS
:Jll;J'I: OFF '11 ~ . ON1531HA-(A)
Normally OFF type: ON1531HA-(A)
\. ;SL.
,."utft·~ ~~~
-
R.·,
Amp. .
I
"out
G:\IJ
I
tel P
.:. ::. 428-
tdl21
,
* "i!:"-- -if =' / "
.::J...
,
ON1531 HA-(A), ON1531 LA-(A)
(~i&1ff~~
Photosensor Units (Transmittive
Type)
,.1."
,
(-p v A 1J!1J i,p G O)flji)Jl~ ~ 1tlt:llt~1c~])
Recommendation figure for fixing hole (Figure from the press side)
, • mglUllt ~H-;f't~~
(1)
For t =O.9-1.1mm
(2) For t =1.2-1.4mm
21.1
19.2
-=g.2
21.1
.:.g.2
~g,2
4±0.1
o
<::>
en
-+1
-;r~O
+1
-0
--II---~
'"
~
:;
0-
~
~
M
(3) For t =1.5-1.7mm
• 2
21.1 Co
19.2
\
I 8+0.1
'I,
31~LI
:g.2
I
J
8±0.1
4±0.1
l LJ·en .
'+~E[J c:J
J
'
-0
tJ
M
+1
0
",,:f-Jj;:
-j'l-"-i',IJtJ'Grn
WAJ{X ') /JltJmW'/(lxlc"j'
I
Pc-Ta
VOL -T a
190
Vcc~5
240
~
..§.
;;
200
..§.
'\.
"
p,.
170
'\
160
" '
o
;0.
I\.
I\.
~
160
V
~
0
0
0
o,
0
V
IOL~20mA
, 180
o
~
20
40,00
~'
Ambient. Temperature
ffll
Il!l
ilit
80
120
100
/"
f-"
o
20406C
foJ
T. (t)
V
Il!l
ilit
It
Ambif>nt Temperat.ure
- 429-
80
T,.
100
(t)
Panasonic
* "iz /-
-f:t.:2'::' ''/ " (i!i&1ff~)
Photosensor Units (Transmittive Type)
ON1531 HA-(M},ON153,1 LA-{M}
• Ii •
a
ON1531HA-(M), ON1531LA-(M) Ii, 3e:J't~T I: (i;!jll:lJ
*o)GaAs~9j.3e:J't 7' 1 :t - ]-. ~, 1t:J'tliIH:
7' 1 :t]-' t -m~~~i!jJl~~ 1 7 "/ 7"1:#;fltfl: U:#;fftfl:1t:J't*.:r-
The ON1531HA-(M) and ON1531LA-(M) are small,
light weight, high precision and high reliability photo sensor units composed of a high effective GaAs infrared light
emitting diode and an integrated photodiode and signal processing circuit. '
* ]-
H!!ffl Lt,:/J'~, ,'-£:1:,
~7]-~~o'
a
~:f%Ji:, iWi1~fJi'!1.0)*]-
-e:..--lj-.:z.
•
a
!Iij ,'.Jj;
• 7 :"-7"p;jiiJr~~/N~, iWi1Uli'!1.o
• fil:lI~~:mJi:i.I'il'Jj",o
Features
• Small size and high reliability
• High positional resolution
• Open-collector output
• Power supply, output connectio'o with small connector
• Easy'to fix
_
• ON1531HA-(M) : Normally OFF type
ON1531LA-(M) : Normally ON type
• :t-7":"-:J v7 5'1±l1Jo
• ~;j'b'tYffilTIi/N~:J:f-7 5' ~~fflo
• '7:"- 5' 7 7 1{lUJftlt5' 17"0
• J'tJw.M'*I:tIl1J J- '7 ;t ~ A 5' i.I~ON, OFF T 1.> (2 f.UO 0
ON1531HA-(M) : ~J't OFF 5' 17"
ON1531LA-(M): ~J't ON 5' 17"
am
Outline
,
a
~
I
• fl~j{lt(7)~~~, fil:lI~~
• ~-7:"-AlIJIJfll1J0)-e;:"-lj• N CIftj{lt~O) I) ~ 'J Hil:lI~~
• [HJ$i;ti;, [HJ$i;i.tJi:~~
• x - YT - 7' )vO)fil:lI~~
Use
• Paper detection of copying machine, position. detection
,. Sensor of sequence control .
• Limit position detection of NC equipment
• Detection of rotary positioning and speed
• Position detection of X-Y table
• Encoder
.::r.:"-:J-7'
$,~~!J=~
I
2.3
lIiJf.lIE£
Ifl:t.JIIE£
Ifl:t.JIIVIE
Supply Voltage
Vee
6
Output Voltage
Va
30
V
Output Current
10
20
rnA
:$'m~
Collector Power Dissipation
Pc
200
mW
Operating Ambient Temperature
Topr
0-+65
Storage Temperature
T,tg
-10":"'+75
t
t
1--:7
19
(II)
I
.
V
j}J{tJi!iJI!!lil!'tOC
*:ff:ililOC
:J
8
Unit: mm
Max6.5 MOLEX
5267-03
• •~IY:J~11/Electrical
---H~Ht-'I-:"~-:"-c!!I1t-I~~- ~ ~ ~~~
.....
Characteristics'(Ta=2~5tTI)==~~~~~2-D~j~~m~i®~:V~C~C5
{~{;$:j~JII,* (~{;$:;Jf~~,*)
"H"
Ifl:t.JIIE£
"W Output Voltage
VOH
.
I
V cc =5V,R L=10kO
Object at Detection
(Object at Non Detection)
Vee=5V, RL =10kO
V
4.0
{~{;$:~~~~,* (~{;$:~~,*)
"L"
Ifl:t.JIIE£
"L" Output Voltage
Vee=5V,lo=10mA
{ Object at Non Detection
(Object at Detection)
V
5V.lo=10mA
VOL
ll!::l'tON ? 17': ON1531Lk-(M)
Normally ON type: ON1531LA-(M)
YinJik
You!
_ - ,--90%
_
-10%
Id(l)
Panasonic
- 430-
Id(21
0.2
0.4
V
ll!::l't OFF 5' 17' : ON1531HA-(M)
Normally OFF type: ON1531HA-(M)
ft
Yin~
_90%.
Vou!
Id(I)
--
-10%
Id(Zl
ON1531 HA-(M), ON1531 LA-(M)
•
m~l&~Httt1i:~ (7'
Recomm~ndation
v7-1Imi.p'l? (7)filiA* IJ 1tlt:Jt~1c~)
figure for fixing hole (Figure from the press side)
(1) For t =O.9-1.1mm
(2) For t ==1.2-1.4mm
::g.2
21.1
19.2
::g.2
3.5+0.1
4±0.1
0
-+I
...,
~
Dr
0
-0
+1
a>
(3) For t=1.5-1.7mm
1.1 -0'
~rc=J l" 8+0.1
8±0.1
3.5±0.1
H
c
4±0.1
J.
,~~t~EfC
-+...,
~
-0
-1 c::J-";;tj
L-'-'--
+1
0
a>
:::
",:f-J!t-
7"1.-- Xi!V,.,;O)
N1A~ ~ ftltlm'!l!AI~J'('T
V oi-T a
190
240
Vcc~5
:>
.tl<.~
'\
160
I\.
~.~ 120
,
\.
~~
~E
•
20
/!j'
40
Illl
iii.
60
Ii:
Ambient Temperature
170
~
160
~
150
$f~
-R ~
140
80
Ta
-- --
"
10-
........ V
--
,/
,
~~
_ 0
\
40
o
o
..§.
I±J
,,~ 80
nJ
V
IOI.~20mA
180
'\
!-';.,
130
120
100
0204060
(t)
JOJ
Illl
i.\l
Ii'
Ambient Temperature
80
Ta
100
(tl
\
- 431 -
+1
c::l-: :;
00
c
J!
:::
* '" -tz :...- 17
~
=''J
'" (~i&1ff~)
Photosensor Units (Transmittive Type)
ON1531 HA2-(AJ4, ON15311-A2-(A)4'
..
.~
•
· ONI531HA2-(A)4, ONI531LA2-(A)4 Ii. ~J'f;~f-I:
*-
Outline.
~~$ (7)GaAs$9i-~7t ~_1
t:
1t7t$I: * ]- ~ 1
t: c r.l~~}!I!@I~a- 11- 'J '1'1:;.Hl1t Lt.:#Hl1t1t7t
~TH~JfJ LbNf!. ft:li. ~*1iJi: •. ~f~ii11(7)* ]-'-1:::"-
The ONI531HA2-(A)4' l\lId ONI531LA2-(A)4 are
small, light weight, high precision and high reliability photosensor units composed of a high effective GaAs infrared
light emitting diode and an integrated photodiode and sig:
n~l proces,sing circuit.
•. ~ ':/it
•
• 7 ~ '1'l*JiUf~~/N~. ~1i3ii'l1o
• fil:~~m*1iJi:n~ltlo
• *-'1';-<:1 k7 7/:1:l}Jo
• ~~YWT'i/H~:1~' 77 HY!fflo
• Small size and high reliability
• High positional resolution
• Open-collector output
• Power supply, output connection with small connector
• Easy to fix
.• ONI531HA2":'(A)4 : Nor'mally OFF type
, ONI531LA?-(A)4: Normally ON type
*-
a-.
.
~~~7r~To
• '7:"-7 ')'1-lj)(,~ftlt71'1'o
• ]{;Jw.MIlij':Il:l1.J r 7
~ ~ A 7~f ON. OFF T 1.> (2 tf1li) •
. ONI531HA2-(A)4 : ~7t OFF 71 '1'
ONI531LA2-(A)4 : ~7t ON 71 '1'
•. m
it
Features
•
• fl~~O)~~m. fil:~~m
• :"'-7;tAffjljfflJO)-I:::"-~
• N CI1'F~;fiil(7)l) ~ 'J Hil:~~m
Use
• Paper detection of copying machine, position detection
• Sensor of sequence control
.
• Limit position detection of NC equipment
• Detection of rot.ary positioning and speed \
• Posi~ion detection of X-Y table
• Encoder
.@I~~. @I~:ilI!Ji:~m
• x- YT -7' )~O)fil:lI~m
• .J:;t:1-~
Unit: mm
e ~. :
'¥.
I.l.
~
\191
•
. It,em
'IliJ.'Ila:
1Il1J'Il1.'E
1Il1J'itm
Symbol ..
'Supply Voltage
Output Voltage
Vee
Vo
Output Current
10
v ~ :S'ti!~
Collector Power Dissipation
iDJJ1'FmllHli1ll.Jt
Operating Ambient Temperature
~:ff:iJii\.Jt
Storage Temperature!
:1
•
2.3
~M.=*JEf&/ Absolute Maximum Ratings (Ta=25'C)
1::!'~.fCljJ/Pin
Pe
I
Topr
T....
Vallie
-. Unit··
6
V
30
.' 20
200
mA
mW
0-+65
-10-+75
,'C
'C
1.7
g
{U,
V
-
:\:\IPlilS26-3
/
Connections
ON1531HA2-(A)4
(~J't OFF 917' /Normally OFF type)
ON153,1 LA2-(A)4
(~J't ON 917' /Normally ON typ,e)-
®Vout
@Vout
L -........_
~-----.. ®GND
.....-_@GND
".
Panasonic
r!#tl
- 432'-
"
\D: "cc
®:G:'-ID
®: Yout
.* "i!;'; -If =' / "
..:L
II
ON1531 HA2-(A)4,' ON1531 LA2~(A)4
(~~ff~)
Photosensor Units (Transmittive Type)
mXi.f(.J!fij~/Electrical Characteristics (Ta=25t)
,. SymbOl"
Item
'iltiW,'iltf:E
Supply Voltage
tf:l:JJ'iltf:E
"H" O~tput Voltage
\:'OH
'min.
4.5
Vee
,
"H"
•" \ : : : ,Condition'
1Vee=5V,
!I!o,,*~~1IIf (!I!o,,*~F~~IIIf)
RL=4.7kO
1Object
at Detection
(Object at Non Detection)
typo '
max.
5.00
5.5
",
Unit
V
4.0
V
Vee=5V. RL=4.7kO
"L" 1:1:\:1J~I1f:E
"L" Output Voltage
-
VOL
1Vee=5V.lo=10mA
!I!o,,*~F~~1IIf (!I!o,,*~~IIIf)
1(Object
Object at Non Detection
at Detection)
0.2
V
0.4
Vee=5V, Io =10mA
tr:,~ JEl lilt
tx
Response Characteristics '
C'..
3000
- ( ) R1:tl\t1t OFF" 17'tIFT,
- /Note) Normally ON type characteristics is shown. ( ) shows Normally OFF type.
It) l\t1t ON " -( 7'I7.l!lftt t 1FT,
' Hz
* r.S ~ gj ilU!c~~ ~ 1tJ:
Response time test condition
1. ~-t~@JE!l
Test circuit
2. r.S~mJ7Jt~iJlU%:~i'I
Measuring equipment of response frequency
T~Q)P:]~ ~ @$i;~-tti~U%: ~fi oJ 0
Measured by rotating disc in the figure.
filJ ;:'fS!!J1L1:.O)jiAi/Handling caution
-\ 71t~Q)~, ~1fnQ)~jIHl:j!!HT"Cf ~ "\0 /Chemicals should be avoided when washing.
-', Panasonic
- 433-
;
ON1531 HA2-(A)4, ON1531 LA2-(A)4
* "12:/ -tf =
.:I.
•
(~i&1ffj)
"j "
Photosensor Units (Transmittive Type)
N~.~J#tt~~ (7" v 7.1JIIJil'i? Q)tIfiAJ& IJ 1tlt~ft!~1C~)
Recommendation figure for~fixinghole (Figure from the pre~sside)
(1) For t =0.9-1.1mm
'19.2
,
(2) For
.
t-g. 2
4±0.1
3.5+0.1
l.
~II
--:
=1.2-1.4mm
t
f"
n
D'-~ ~l
3r-L~
0
Dr
.,;
,
-;!:J +1~
~ '"
tl
W :; :;
For t=1.5-1.7mm
(3)
'0 ,
0
21.1
'g ,
19.2
I 8+0.1
8±0.1
3.15±0.1
r=,
I I
-T
- -.
-+1-+11-1L
'".:;:
l
:::
.-
~r
<:>
-'
4±0.1
-
c:J
-r
_
<>
00
"
'0
ti. '"~ -+1'" t-:::
M
--;tl.-7.i!!JIiJ'>;(1)
~4iA.1j){
oJ j,tltlf€'!l%i'(tX)-r-'j-
,I
;Jtll~1!f!iI
-COmmon characteristics
P c-T a
190
~
.
..§ 200
\.
P::
170
.\
-
~
I
160
n
,.' "
,
\..
V~
,,- ........
',,",
'"
Vcc=5V
IOl.;=20mA
-
240
...-
80
-
40
0
0,
o
20
III
40
Ill!
~
Ambient T empetature
.Pa~ic
80
60
It
Ta
120
0204060
100
III
(t)
IlII
ill.
if
Ambient Temperature
- 434
~
80
Ta
100
(t)
0
+1
'"~
ON1531 HC-(A), ON1531 LC-(A)
•• •
aOutline
ON1531Hc:(A), ON1531LC-(A)lj:, ~J'f;*T~:~~*Q)
GaAs $~~:7{;'~ -1
J-' ~, ~J'f;$~: J- ~ -1
rC
-mi}~:OOIiiJ~~ 1 -T"/ 7"~:~ffHt L.t.::~fil1t~J'f;*T~~
Jij LbNf!. 4i£ii, ~m13£, il'IiffliIiEW.1Q)* r ~ ;..-olj-.:z...::. ')I
The ON1531HC-(A) and ON1531LC-(A) are small, light
weight, high precision and high reliability photo sensor
units composed of a high effective GaAs infrared light emitting diode and an integrated photodiode and signal processing circuit
.*¥ :Bt
PlFeatures
• 7 ;..-7"l*Jiii~"t" ;'1'~, ~ffliIi.Ei1io
OSmali size and high reliability
OHigh positional resolution
-Open-collector ,output
.Power supply, output connection with small connector
4» Easy to fix
'
eON1531HC-(A) : Normally OFF type
ON1531LC-(A) : Normally ON type
*-
*
*-
r"t"To
.fiLlft~mfi!j13£i.I~"'o
.*-7"::'-:1 v? ?/:I:l:t.Jo
.:JlrtYlfiiTI;Vl'~:1
*'? ? ~~Jijo
• '7 ;..-? ')I-T1Iltt) #IH' 17"0
.J'f;!!«M~~:/:I:l:t.J J- '7 ;"-:;7. ? i.I! ON, OFF To (2U)0
ON1531HC-(A) ~ ~J'f; OFF? 1 7"
ON1531LC-(A) : ;f1tJ'f; ON ? 17" '
• .11 it
BUse
.~lf!j:.Q)~~m, 'fiLlft~m
CD Paper detection of copying machine, position detection
Limit position detection of NC equipment
'
• Position detection of X-Y table
• Sensor of sequence control
• Detection of rotary positioning and, speed
• Encoder ,
.:'--7;;;-7.I!ifJf!lJQ)~;"-olj
@
.NCIf'j:.~Q)') ~ ')I J-fiLi'ft~m
.1iiJ~1i. 1iiJ~~m
.X-y T-'1")vQ)fiLi'ft~m
•
.J:;"-:1-~
Unit: mm
~~,.~
~
MM.*~./Absolute Maximum Ratings (Ta=25t)
1~-13 81:_;~)
~5'~
1
~
I
'"
*f
II s I ~~~5-3
ill: GND
®:Vout
®:
• t:: /
BJ.~/Pin Connections
ON1531 HC-(A)
(tiJ\:; OFF ~ l' 7' /Normally OFF type) ,
ON1531 LC-(A)
(tiJ\:; ON ~ 1"7'/Normally ON type)
@Vout
@Vout
'-----+--__o CD GND
1---...0--__0 CDGND
- 435-
Vee
ON153~ HC-(A),
* "iz:"'-"if.:::L -= ':J
" (~i&1ff~)
ON1531 LC;"(A)
Photosensor Units (Transmittive .Typ}~) .. ~
• •!tr-JIMtt/Electrical' Characteristics (Ta = 25"C) Item
11til.'iltJ±
Symbol
Supply Voltage
Condition
Vee
I
I
min.
typo
max.
Unit
11.5
'12.0
12.5
V
~f*~~IIf, (~f*ilF~~IIf)
"H"
l1:11JltJ±
"R" Output Voltage
"L"
l1:11JltJ±
"L" Output Voltage
,
Vcc=12V. RL=10kO
Object at Detection
(Object at Non Detection)
Vee=12V. RL=10kO
VOH
V
11.0
{~f*ilF~~1If (~f*~~IIf)
$~RiJilt~
'
Response Characteristics
V
I
VOL
Vee=12V,lo=10mA
Object at Non Detection'
(Object at Detection)
Vee = 12V, I o =10mA
0'.4
0.2
f~
3000
Hz
ii);JltJ'!:ON ~ l' 7"Q)Mt-7FTo
( ) i*J1;J:;JltJ'!:OFF ~ l' 7"~7FTo
Note) Normally ON type characteristics is shown, ( ) shows Norma!ly OFF type.
,
,
*r.iS~mHiUfc~~~f!j:
,
Response time test condition
1. ~~@)Im
\
Test circuit
2.
r.iS~ • • • ~~.~
,
Measuring equipment of response frequency
rOO(J)fIJ~
a- @),i ~-tt7alj~ ~fr -). ~
Measured by rotating disc in the figure.
-t±o.l~'
"
I
~
Vcc=12\'
.~.
,
'
disc
'\'~'
,.~ ~'~: :
,
,
(7" v A 1lI1j~' ~ (J)j!ji,Amt ~ 1tIHm~1cOO)
Recommendation figure for fixing hole (Figure from the press side)
• :tlU'_ ~Httt~m1
) . I .
(1)
For
t =O.9-1.1~m
12) For t=1.2-1.4mm
21.1 • g 2
3.5+0.1
(3) For t ,=1. 5-1. 7mm
:.~ "
Panasonic
- 436-
* .1' i! <~1i~~i~~Qiij~~ff~)..
ON1531 HC-(A), ON1531 LC-(A)
Photosensor Units (Transmittive Type)
(1)
~ ~
(2)
~~i:i'LfI'!liftt
13L fLI ~if 1"£
Detecting Position Characteristics
Detecting Position Characteristics
(cI'~~:'±O\ T"~2!lt. IVcc~.112V)
I
Ill!JOFF
Ifl1JOFF
Output OFF
Output OFF
,
d,
~
..
I I
-
~bl::~'"i
1ll1J ON
1fl1J ON
Output ON
Output ON
.)
l1i .. I l1'nr!·
ON1531lC·(A) (f!H~ON ;{7J
(Normally ON typal
(1)
~ ~ i:i'L ill ~
(2)
~~i:i'LiI:!liftt
'ii
Detecting Position Characteristics
Detecting Position Characteristics
Ifl1JOFF
1fl'1JOFF
Output OFF
Output OFF
'--BTOr-r-,
I
1fl1J ON
1fl1J ON ,
Output ON
Output ON ~
3
~Jt
Iii" I ~ n
IM40ttlm
-
d2
(mm)
('I'
"
Common characteristics
P. c-T a
190
5V
ICII.=20mA
VCC~
240
1
~.
200
\..
"
Do.
180
170
\
\..
160
\..
~
0
-
:.. . y V
150
... ...
j....- I--"
140
0
130
0
20
1~
40
lffl
i!l
60
f!f.
Amblt'nt Templ'raturt"
80
Ta
12 0
o
100
20
40
60
~~"!:\'m;'.."!=
(t)
-437'-
80
.Ta
100
('t)
Panasonic
* "iz:,--;:r.:L =') " (~i&!ff~)
Photosensor Units (Transmittive Type)
ON1531 HD-(A), ON1531 LD-(A)
.11
~
ilOutline
ON1531HD-(A), ON1531LD-~A)I;t. ~7f;~TI:i'iIi~*(7)
GaAs ~~~7f;"'1' * - 1-' a-. ~7f;llIH: * I- "'1' *.:.... ~ t
ftt{}~~@~ a- 1
7'i:-#!ffi1t \...t.:#!ffi1t~7f;~T H~
ffl t...bJ'~. ,.fit. i'iIi.~. i'iIi-miitt(7)* I- -l!:;.--lj-.:z:.::. "/
I-"C:To
The ON1531HD-(A) and ON1531LD-(A) are small, light
weight, high precision and high reliability photo sensor
units composed of a high effective GaAs infrared light emitting diode and an integrated photodiode and sigllal processing circuit.
.IM :Ii:
• Features
e 7 :;'-7'FJif~"C:J'Nr~. i'iIi-mflttto
• Small size and high reliability
eHigh positional resolution
eOpen-collector output·
~Power supply, output connection with small connector
_Easy to fix
eON1531HD-(A): Normally OFF type
ON1531LD-(A) : Normally ON type
-r '"
e1li:~~1dill.~tI~" '0
e*-7':;'-::1 v~ ?ili1Jo
e;Jt~1I1FfI;t'H~::1;f. ~ ? a-1tfflo
er;:;.-? "/"f-JIl(IJ1tlt?17'0
e 7f;mt!f.t~ I: ili1J I- '7 :;.- -;J ;;r.. ? tlf ON. OFF T J., ( 2 fi~) 0
ON1531HD-(A): tt7f;OFF ?1' 7'
.
ON1531LD-(A) : tt7f; ON ? l' 7'
.m
it
IIUse
e~~(1)~~~ •. 1li:~#t~
e ~-7:;'- ;;r..lIiiJfi1ljQ.)-\!:)-ljeNC If'FlIfiIl(7) Ij ~
e rru~t5c.
ex-y
' .1'
c__
• Paper detection of copying machine, position detection
eSensor of sequence ~ontrol .
e>Limit position detection of NC equipment
G Detection of rotary positioning and speed
·0 Position detectiofl of X,Y table
fl)Encoder
I-1li:/I:.~~
rru~~~~!
T-7'Jv(7)1li:lfi~~
e.J::;'-::1-'"
Unit: mm
l@M.*~~/ Absolute Maximum Ratings (Ta=25"C)
•
' .. It~
'IIil!tl±
tIl1.J'II1±
J±l1.J'IIVIt
::I
",po
:l7UI~
6.3
:Symbol"·
Value
Unit
·Supply Voltage
Vee
Vo.
30
30
20
200
0-+65
-10-+75
V"
. Output Voltage
.-
Output" Current
10
Collector Power, Dissipation
Pc
tb{"'~ rmil!1.l
Operating Ambient Temperature
Topr"
-!i;ffiil.l
Storage Temperature
Tstg
V
.
rnA
rnW
~1-:-9±7CO::-."'2"l:':"l-m.-lx
*T!
"C
"C
I(B*AMP)
II 0'1
171825-3
CD: GND
@:Vout
®:
ON1531HD-(A)
ON·1531 LD-(A)
(tiJ't·OFF ; -f 7' /Normally OFF type)
(tiJ't ON ; -f 7' /Normally ON type)
@Vout
@Vout
' - -_ _ _- - . 0
CD GND
'-----+---0 CD
- 438-
GND
Vee
* "i:! /' -if.:L -=
ON1531 HD-{A}, QN1531 LD-{A}
':J
".('~~,H~~,,: P~0J9~ensor Units (Transmittive Type)
III fl1[t(.J!j:l¥1i/Electrical Characteristics (Ta = 25°C)
Symbol
IteD! '
'ittimii1tEE
Supply Voltage
Vee
"H",I±I:lJ1ltEE
"H" Output Voltage
VOH
min; ..
Condition
.: typo
22
1!/wf4>:~~~
(!\1,J{:fi:~F~~~)
Vec=24V,
1(Object
Object at Detection
at Non Detection)
max.
. Unit.
26
V
24
R~=lOkn
\
23
V
Vec=24V, RL=:,lOkn
1Vcc=24V,lo=10mA
!/w{:fi:~F~~~ (!/w{:fi:~~~)
,
"L"
1±11J'ill:EE
r.r.;~JaJ7IU!(
1£)tl;:iI':ON
"L' Output Voltage
VOL
I
Object at Non Detection
(Object at Detection)
Vce=24V,lo=10mA
f'
Response Characteristics
7'1'7'Q)¥f1!H:;r;To ( )
V
0.2
r"l1:ttl;:iI':OFF
0.6
3000
Hz
7'1'7'a-;r;To
Note) Normally ON type characteristics is shown. ( ) shows Normally OFF type.
'-.,.
* r.t.~mJ ilUf(~~~f!j:
Response time test condition
1.
~~@J~
2.
Test circuit
Measuring equipment of response frequency
~~2~
.
V
rr
~ oj fII;fli a- @J ~ ~ -1t7JIO 5E a- -j ;,
Measured h,Y rotating disc in the figure.
r
~~--~.Q0~--~--~
c=J
r.t.~mJilf~i~IJ5E~ti
1tl±o'1~'
-fe
lo=\OmA
fIH&
disc
~
.
..
\~'
,
'
co
;~5
N
• m!!lu!t~)f-tttA:~
(~v 7,fllIJiI't?O)filfAJUC IJ ftlt1tE~1c~)
. Recommendation figure for fixing hole (Figure from the press side)
0) For t =0.9-1.1·mm
(2) For t =1.2-1.4mm
21.1
21.1 • g 2
19.2 +g
I
g2
it
6±O.1
4±O.1
. (3) For t=1.5-1.7mm21.1 . g 2
- 439-
Panasonic
',-
>-
* ,,-tz /
ON1531HO-(A), ON1531 LO-(A)
=") "
-tj- ~
(~i&11f~)
Photosensor Un,its (Transmittive Type)
(2)
(1)
~~ttlll~'Ii
~~ttill~'Ii
_Detecting Position 'Characteristics
Detecting Position Characteristics ,
, 1
(d'T
5±b,5 T~-25tl.
Vccl24V)
'/
I
Il:I:lJOFF
IIl:IJOFF
OutPUt OFF
Output OFF
d,
~~
I l~l:~T
V-
i
\
IIl:IJON
Il:I:lJON
Output ON
Output ON
5
~E
!lit
6
4
i!Jt
WE
dl ,(nun)
-dZ
(nun)
lIi"lan("I'
Distant'l'
,Ot{18$11.Q;.(~J$~ qN;~,l";'1:),:, ~;,
, "."'~', -~: "(NonnaI,ON,. \:~
(1j
1~~ttlll~1i
/
Detecting Position Characteristics
(11,1= 5±'0,5
Ta-Zst,
#i
~
(2)
tt -ill
'Ii
~
Detecting Position Characteristics
Vcc=24V)
I
IIl:IJOFF
IIl:IJOFF
Output OFF
Output OFF
d,
~..
,
detl"cting
obj.ect
I
IIl:IJON
1fl:IJ ON
Output ON
Output
7Ili s tan
('I'
dl
3
YE
(DUll)
Ii1l
d2
(mm)
llio;tanc'l'
Pc-Ta
VOL-T a
190
Vcc=~1V
240
~
[1II.=20mA
ISO
200
.5
--
'\.
'\
160
170
0
--
I\.
'\.
0
I:!!
160
ii
~1i'~
/
0
;:::.
0
~~
,/
150I---bl-"'9~-tV---+-f-t--HH
.............
;a;; 140f-t-t-t-b--t----t----t---JHH
1301-t-t-t-t-t-t-t-HH
/
0
20
40
60
so
120 0~'-:2'::-0-'--:4'::-0-'--:60!::--''-:'SO::-'''''I'-!OO
100
!bi,"~T,m::"'"!
(t)
Panasonic
, - 440-
T.
(t)
os
I~\t{# ~ ,17 .:L
=''J
"
(~i@Jff~)
Photosens,?r
U~i~s '(Transmittive Type)
ON1542HA3-(J), ON1542LA3-(J)
tl91t
~
.Outline
'ON1542HA3-U), ON1542LA3-0) 1;1:, ~:7f;'kT-l:i'iIi~*
CI) GaAs $9i-~:7f;:Y -1 :;!- - l-' >a:-, ~:7f;$I: * l- 51"-1 :;!- - l-'
tf~%jTJ1!J.@JR&>a:- I-f-'~ :11:#Hj{f~Lt.:~fflft~:7f;~T->a:
~ffl Lf.:;H~t ,f:iii:, i'iIi:trlli:, i'iIi{~flittCl)* l- -t ;;-fj-.:z..::. ")
l--eTo
-
t!I~
6)
The ON15,42HA3-U) and ON1542LA3-0) are small, light
weight, high precision and high reliability photo sensor
units composed of a high effective GaAs infrared light emitting diode and 'an integrated photodiode and signal processing circuit. ,
I
:i:
• Features
7 ;; :11*Jii&%-e/H~, i'iIiffiflitto
€I fii:li~mtj!j li:iJ'7i1jlt
v
• Smilil size and lIigh reliability
e High positional.resolution
eOpen-collector output
_
e Power supply, ,output' connection with small connector
eEasy to fix
eON1542HA3-0) : Normally OFF type \
ONI542LA3-U) : Normally ON type
'0
«)-:;!- -:1;;;3 7 ~ i:ltho
o*~tIMT-';I:/J,%;3 ;f> 7 ~ >a:-~fflo
Q r;;; ~ -:d'-~ ~ ft't~ -1:10
G:7f;.Em~t~':I±I1J l- '7 ;; Y.:A ~ iJ~ON, OFF T
ON1542HA3-0) : ~:7f; OFF ~ -1 :1
1.> (2 tt!ijO
0
ON1542LA3-U) : ~:7f; ON ~ -1 :1
Elm·
~
III Use
ofl~~C7.2~~m, fil:lI~m
'ePaper detection of copying machine, position detection
e Se!1sor of sequence control
.
€I Limit position detection of NC, equipment
• Detection of rotary positioning and speed
OPosition detection of X-Y 'table
eEncoder
e> ~-'r;; .:AfljUf!PCl)-t;;-fjONcIft~~CI)I) ~ "/ Hil:Ii~m
o@J~~,
@I~~Ii:~m
'OX-y -'j-- :1}vCl)fii:lI~m
OX.;;;3-5I"
Unit: mm
n1f~
Symbol,
Value
Unit
'Iltim!1lLfE
1:I:I:IJ'IltfE
1:I:I:IJ'ilVlE
Supply Voltage
Vee
Vo
Output Current
10 -
6
30
20
V
Output Voltage
:Jv7:$'tit~
Collector Power Dissipation
tbf'FJaJ lHIiEl&
t'i!:f?iEl&
Operating Ambient Temperature
Topr
200
0--+65
Storage Temperature
Tstg
-10.-+75
Item
Pe'
-
5.6
S3B-PH-K
E:l~Mfi*~~/ Absolute Maximum Ratings (Ta=25"C)
V
rnA
rnW
t
t
~ :: -::: I]
CD:
Vee
®:GND
@:Vout
~ I:::' ~~~~/Pin Connections
ON1S42HA3-(J)
(~J't OFF 511'7' /Normally OFF type)
ON1542LA3-(J)
(~J't ON 51,1'7' /Normally ON type)
\
CD v.lut
CD
L----+--_,o ® GND
Vout
L------+--'--o ® GND
- 441
Panasonic
ON1542HA3-(J), ON1542LA3-(J)
• •itf(.J!Mt!/Electrical Characteristics (Ta = 25°C)
~¥;K;z~+S~d;~~f':~~(rt{;~?i,~!tg,:~WC~';~:;': ::,,.sjm~if
lItilf.'iliEE
Supply Voltage
COridition
' 4.75
"H" Outputy oltage
"L" Output Voltage
5
Vcc=5V.RL=~OkO
V
V,
4.0
Object at Detection
(Object llt Non Detection)
Vee=5V. RL=lOkO
,
j !\nff,:ilF~~~
(!\nff,:~~~)
Vee=5V.lo=lOmA
'j Object
at Non Detection
(Object at Detection)
VOL'
5.25
j !\nff,:~~~ , (!\nff,:ilF~~~)
f
VOH
I
"L" til 1.1 '/lEE
min;'
Vee
..
"H" til 1.1 '/lEE
-
typ.' ,,~::t
;~;;iPi~U
,-' ' , '
;."
V
0.2
0.4
"
Vcc=5V.lo=lOmA
r.t.~lIiIU!(
Response Characteristics
f' ,
3000
,
?' 17'U)4'if1~jf-To ( ) Ji'J1;t~:l't OFF ?' 17'~jf-To
Note) Normally ON type characteristics is shown. ( ) ,~hows Norma!ly OFF type.
i±)~:l't ON
'H z
*Lt~mJ71U!C~~~f!j: ,
Response time test condition
1. ~~fillJm
Test circuit
2.
Lt~Ji¥J711t~ilIJ~!.Itli
Measuring equipment of response frequency
T~cbF9;j:i~fill~~-Itilg~~rr-? 0
Measured by rotating disc in the figure .
Vcc=5V
.' -t-Ti±o.l
,
.
,
+4-''.
PHIi
disc
.
.
,
'
\~'
~ ~~:."
I
...
•
.TDJI/Mechanical Strength of Connectors
51iJlIJ
Pullin~
1iMT~1J{
Terminal
Strength
,mil)
Pulling
¥JIL
Pushing
,Panasonic
1i (I;J
:{if ~
'~
Illl
1i (I;J
Direction
, Load
Time
Direction
1Vf
~
Load
~
!Ill
Time
1i (I;J
Direction
Figure belQw Adirection
rjgJA:Ji1liJ
2kg/1 [ljJ , 2 kg/l time
5~
,
rjgJB:JiiaJ
!kg!] fHI
5~
1Vf
~
Load
nlc:JiiaJ
2kg/l[ljJ
~
Illl
Time
5~
5 seconds
Figure below Bdirection
'Ilt1n.4'if1J3.1: V'ml\7"~ C'.w,'ljt~!I': 1:0
1 kg/l time
After each test, electro·optical characteristics
are normal and Cu foil does not come off.
5 S'ecf;· F
•
(
ON1542HA3-(J),ON1542LA3-(J)
c-:' '.;"{
~"
or
(~'i&lH~),
,
,
Photosensor Units (Transmittive Type)
'QN1,542HA3-(J) .(ti~ OFF ~ -( 1')
(Normally OFF type)
~
(1)
if[ ~i\=
~o
(2)
Ui
~ %I
1'i
Detecting Position Characteristics
(+ ~4.~"±(l,:i T.~2~'C.
~i\=
Ui fI:
1'i
Detecting Position Characteristics
V~'c~"V)
r
I I
iHfJOFF
tl\1)OFF
Output OFF
Output OFF
d,
;~*.
V
V
drtectlnl!
Ohr'
I
IBh ON
IIltJ ON
ox
Output ON
Output
-
1
~I!
11ft
4
ell
d2
(mm)
IJi ..
lIi<;lan'I'
. ON1542W- (2 fl~Oo'
ONI542HA5-(H) : tt~ OFF 7' 17'
ON 154 2LA5-(H) : tt:7t ON 7' 1 7'
.m
~
.1l~~(7)k6:~~, fiLtI~~
~-7 / AffiUm(7)-I! /-IT
• Paper detection of copying machine, position detection
.• Sensor of sequence control
.
• Limit position detection of NC equipment
• Detection of rotary positioning and 'sp~ed .
• Position detection of x- Y table
'
• Encoder
•
.NCIf'J:~~(7)I) ~ -; HiLtI~~
• 1HJifii;t1e, 1HJifii;~J3t~~
.x-Y T-7')v<7)fiLlI~~
•
.J:./:1-~
Unit: mm
13,2
~
• I§M:II=*:lE-'/
Absolute Maximum Ratings (Ta=25t)
,
~.
"
.
"1"'
'Ilil!!tl£
1I:I;}J'Il1£
1I:I;}J'Ilii
"
'
'Item:
.,
,
••
J.
"
SymbOl' '
Value' .
6
' Unit
.- Supply Voltage
Vee
V
Output Voltage
,,' Vo
30
V
Output Current
10
Pe
20
200
rnA
mW'
::lv7?m*
Collector Power Dissipation
tb1'FmJ lmi&Jt
*ff:i&Jt
Operating Ambient Temperature
topr
0-+65
Storage'Temperature
Tstg
-10-+75
t
t
"~~.~~
...--11Y.!-'-L.t-'--!lL......J
~
'-
~N
€-
I]
CD:
Vou!
@:GND,
®:
Vee
I
•
I::'/~.~/Pin Connections
ON1542HA5-(H)
(~:7't OFF ~1' 7' /Normal!y OFF type)
ON1542LA5-(H)
(~:7't ON ~ l' 7' /Normally ON type)
15kO
15k!)
CD
~----~------~-o@
Vou!
y----<>
GND
~-----+--------~
CD'
Vou!
@ GND
Panasonic '
- 445-
ill h -tz' y -if .::r.
""
;
=
"j "
ON1542HA5-(H),ON1542LA5-(H)
(~i&!ff~)
Photosensor Units (Transmittive Type)
• •~B'!J"'1i/Elect~ical Characteristics (Ta = 25t:)
{
"H" Output Voltage
~~~~ (~t.t.$~~~)
Vcc=5V
Vcc=5V
V
4.0
Object at Detection
{ (Object at Non Detection)
.
J ~1*#~~~ (~~~~)
1Vcc=5V. Io=lOmA
"L" Output Voltage
0.2
Object at Non Detection
{ (Object at Detection)
V
5V.
0.4
V
lOrnA.
it):JJtjl{;ON ?1'7'I7)*I1t-ff-To ( ) r*Jli:JJtjl{;OFF ?1'7't-ff-To
Note) Normally ON type characteristics is shown. ( ) shows Normally OFF type.
* r.r:.~mJ 7lIt~jjjt~~f4
Response time test condition
l.~~rmJm\
.
2. r.r:.~JSJ7lItt5ciJIU~~i'i
Test circuit
Measuring equipment of response frequency
r~(l)p:J~·a-Im~~-ttillg~ a-rr -10
Meas'ured by .rotating .disc in
l
th~
figure.
~'l~
. PHi
disc'
~
.
.
"~'/
"
.
00
. 0.5
0.5
..
ttl, !liiiiT~Jl/Mechanical Strength of Connectors
Pulling
lI§1t~tt:a J: rfmJ,;'tt t'1411t~ ~ ~ Co
1ollT~1l!:
Terminal
St~ength
After each test. electro·optical characteristics
are norm~l and Cu foil does not come off.
Pulling
~
l
Pushing
Pan8sonic
- 446-
ON1542HA5-(H), ON1542LA5-(H)
* "iz
/;r~:::.
':'; "
(i!i&!7f~)'
Photosensor Units (Transmittive Type)
'ON1542HA5-(tO (tit1€: OFF 1r-f7') ';
.
\.;' " .(Normally OFF.'~):
\L)
~~iii.~ij:1'£
(1 )
~~1:it.~1'£
Detecting Position Characteristics
Detecling Posilion Characteristics
,I, __
• _~.
,! _.',
(t,-1.25±O.3 ra-2,t, Vcc-5V)
I I
Iil:IJOFF
Iil:IJOFF
Output OFF
Output OFF
d,
,~"
I ~T!'"'
Iilil ON
tll:IJON
Output ON
Output Or\
2
8
dl
Ili..,tanl"l·
3
~Ii
(mm)
II,
'6
d2
ilJI
~
t
Q
(rom)
n (" ..
_'ON-:l~2~Hl(tIt~ Ot(::~1":t)-;
,"f:,' ~ }-"~~;;(NoriDaIIy O;t~F
(2)
(1 )
~, ~ iii II ~
Delecling Position Characteristics
1'£
~4.2S±Il.3 Ta~2,t,
(d,
~~iii!l~1i
Detecting Position Characteristics
Vcc=5V)
I 'I
IilhOFF
IilhOFF
OFF
Output OF"~
Output
d,
~u
,
delHtmlll
objet't
-I'
I
Iil:IJON
Output ON
8
"
dl
!1,.,lanl'I'
lilh ON
Output ON,
3'
4
ilJI
II;
(nun)
lit .. tan rl'
d2
(mm)
l*ftU -, -- I'
~mn;on Char8cteriatiCS/
VOL-Ta
P c-T it
190
Vcc= 5 V
11I1=20mA
240
~
200
~
-\.
170
.-
'\
160
; :; J
'\
120
I'l-
~
t--.:E,
~
i
flS
160
I\.
~§
0
~
80
0
40
0
0
120
20
.-
~
40
!b""~T,m:'.."~
60
80
100
o
r-:--
20
VV
40
V
60
!b;'!~T,m~~'.."~
Talt)
-.447 -
80
100
Ta It)
ON1542HA5-(H), ON1542LA5-(H}"
* "i! :/"if : l =
••~~ij«Hft~
"j "
(;!~7f~)
Photosensor Units (Transmittive Type)
(~~~~~~~.~*~#~ • • *OO)
(Figure from the press side)
Recommendation figure for fixing hole
(2) For
. '(1) .for t =1.0mm
t
=1.2mm
\
24 1 -0
+0
24.1
2
:':8. 2
22.7~g·2
'3:S±0,1
4,5±0,1 '
-
3±0, 1
Ih~
3~~---'Tr~
(3) For
t
=1.6mm
24.1
22.7
- 9±0.1
~g.2
~g.2
9.5±0;1
4±0.1
Panasonic ,.
-448·....
.:::
+1
O'l
U.l
,
7±0,1
1
4+0,1
"'&'-8]" 00
0
00
\...;
:,! ;!:l
I
I
-
,
00
~
'00
0
.' +1
O'l
* "iz /' -if =
.:l
"J "
(~i&1ff~)
Photosensor Units (Transmittive Type)
·ON1541 NA-(A)
• • If
.Outllne
ON1541NA·(A)I;I:. ~jf;~TI:i\lIi*b$C1.> GaAs ?It-;}~jf;
~ -1
t-. ~jf;~TI:i\lIileia:C1.>*!~ A? t-~
.Ifi L-f.:IHW.ft:l:. jij:j!fta:. jWjfigfji11C1.>* H~ :.-~.:r.=-":I
!--eTo
The ON1541NA-(A) are small. light weight, high precision and high reliability photo sensor units composed of
high effective GaAs infrared light emitting diode and an ,
phototransistor.
.4f :I:
·.Features
"* - ...
r'7 :.-
e/N~. jWj~fji11o
e1il:1I~~:j!fta:nfjijlt\0
e.*1t~TI;l:/H:~:J;f.. 'J? t-M!.lfio
e?:'-?":I '1-l\l1. IJitlt? 17'0
.m
• Small s.ize ·and high reliability
• High' positional resolution
• Power supply, output connection with small connector
• Easy to fix
~
.Use
e~~.C1.>kl~~.1il:II~~
e Paper detection of copying machine. position detection
eSensor of sequence control
e Limit position detection of Ne equipment
e Detection of rotary positioning and speed
e Position detection of X- y tab1e
eEncoder
e :"-7:'- AftIIJftIIC1.>-l!:'-~
eNe I1'1:~f!M~C1.> I} ~ ":I !-1il:II~~
e!rutz;ll.
!rutz;i!a:~~
ex-y T-7'}vC1.>1il:lI~~
e.:L:'-:J-~
•
MM.*~./ Absolute M~ximum Ratings (Ta=25t)
• ~:,.. • •II/Pin Connections
(1.0 mW rCI above 2S'C ambient
(1.34 mWI'C) above 2S'C ambient
.21i1:tJ.0).:tJ~iJt*l;t Ta=2S
• •"'B9:Yf$:B94ftt/Electro·Optical Characteristics (Ta= 25"(;)
/li1J!litt
Output Characteristics
{i it !Ii tt
.
Coupled Characteristics
• ;;r. -( ., 7-:'- ~ 1-( Ailli:IiilJ&/Switching Time Measuring Circuit
SiR
1N
Vee
R I.
Sql
OUT
~-_-_L-~90~
-4-+---IO'~
tI
- 449-
If
* "i:?:"'-
-tj- .:J..
•••• ijH~ft~
=
ON1541 NA-(A)
'Y " (~i&!ff~)
Photosensor Units (Transmittive Type)
(~~~M~~~~X.~#~~~~~)
, , Recommendation figure for fixing hole
(Figure from' the press side)
(2) For t =1.6mm
(1) For t =1.0mm
(10.9)
10.9
"
[
L
,.--,.00
r--
~
I
r-U.
8.2
21.8 .
I
.
- 450-
r-L4.9
I
* "-t? /' -if
~.::. "J " (& ~i7f~)
Photosensor Units (Reflective Type)
ON2509
•• If
.Outllne
J: 1'). '&M~* r -e:'-It I: 7:'- -;tt-l*Jii« U':/J,M. ft:l:. iGi*l/lt. j\lIjfgfltM;O)*
, ON2509 1£. - "1-;t1}
'7 ...tt~n:
r-e:.--!J".:z...=.·;.> r't'"To .
~~~ffl. 1!\I:m}~A 1
:.--Itt L"C~~'t'"To
.~
'77-
t L "C~I:~~~ffl
0)* r -e
*
The ON2509 is a small. light weight. highly precise and
reliable photo sensor unit incorporating amplifier in the reflective photo sensor by hybrid technique. Widely applied
for object detection. contactless switch and especially paper
detection.
.
• Features
• 7 :.--;tI*J.~'t'"/N~. iGifgiitEo
.*--;t:'-:1 v7 ~1±I1Jo
• Small size and high reliability
• Open-collector output
• Long detectable distance: d=2-7mm
• Power supply. output connection with small conneCtor
:
.~~m*b~~U="\ d=2-7mmo
./J'~:1 7 ~ t-Uo
*'
.16
*
.;)l~O)Q~
.-;tl} :'-~O)Q~
• Paper detection of copying machine
• Paper detection of prin~r
Unit: mm
",.. S.I±O.2
~1{
i!il~a
AMP
171825-3
IJ0
20
8
6
4
2
0
8
6
4
2
~~
~ '-"I)
F-
8
4
2
jj;!1 0
8
~
~
II
i"'<. ~
&-5-4 3-2 1
~Q
lie
2
x'
15X15mm
"" I'll,
~
~
I~ '~
I\.
"1
~
EJ
(mm)
- 452-
j
\-.
..9&-5-4 3-2--1
1 2 3 4 5 6
11ft
Detection Distance
rReflrctrltratio90%J
'I
.
'Y
'\
dl.'tectel
White pap"'
a
6
,
f?i
~
•
]: 22
~
I
Objf~llo be-
I'I>IJ.
2
-
•
>.
\:
y
Objeci to be dfteciedj
(1Ij\(/i'1j-t'i'!90%)
White paper
IRefleclile ratio 90%)
15X15mm
0
18
16
4
2
0
~
1:1
fJ
I:t
6
4
6
IX.
J
/
4
~
..»
2
~
0
6-5-4 3-2--1 0 1 2 3 4 5 6
If; ~ Ie •
~
:J
1
\
IS.-_
~
Ii'
~
::1
,.)
~
2
~ ),l
0
6-5-4 3-2--1 0 1 2 3 4 5
If;~UNefij;
.
~
X
pec
2
1/
Detection Distance
ilia
•
15X15mm
'\:
IP,
Papec1,
White paper
(Rrfledi\'e ratio 90%1
t:
?'"1[.",."/
1'i
Operating Area .Characteristics
(_) 7tfm/Optical axis
_
_
Objecttobtdetftttd:
~[.-'/
Pap.. _ ,apeiy RIlX(fi{/rt1!90%)
<
~Ji ~ ~;f
Detection Distance
(mm)
- 456 -
,
X
(mm)
* "i!:/ -if.:1=
':J " (&~jff~)
Photosensor Units (Reflective Type)
ON2528
,
"
.Outllne
,
ON25281;1:, /\17"1) ':I l-'tt*jI:J: I), OCMW,* I--t!;t
-lj-I: 7;t 7"a-p;j~ LbH'l, fIji, jIl:j*ftTl, ~ffUiJi11Q)*
I- -t! ;t-lj-.:z.'::";1 ~ -eTo
~~mffl, 1!!Iim.¢.i:·A 1 ':I f- c L "(!j'.fI:*iIf~~mfflQ)*
I- -t!;t-lj- t L "(~~-eTo
The O~2528 is a small. light weight. highly precise and,
reliable photo sensor unit incorporating amplifier in the reflective photo sensor by hybrid technique_ Widely applied
for object: detection. contactless switch and especi'ally for
paper detection .
• Features
. 7 ;t 7"1*.i~%-e ,J'%, ,jIl:j-rn-it11o.
.:;f -7";t:1 v 7' ? I±l:no
.'J'%:1;f,7' ?
• Slmill size and reliability
• Open-collector output. '
• Power supply. output connection with small connect!)r
a-~fflo
I
I'
:
-
Ofjrl}~Q)~m
• Paper detection of copying machine
• Paper qetection of printer
.,Paper detection of facsimile
.7"1) ;t? Q)~~m
o 7 7 7' 'l ~ I) Q)~~~
Unit ,:.mm
I
3,S±O.!
AlUi!
B3B-XH-A
~Mfi::*:~~/ Absolute Maximum Ratings (Ta=25t)
II
'lltiJ'ittEE
Supply Voltage
:::J J,..~
Collector Power Dissipation
9fJl*
1ll:t.J'IltEE
ltbf'Fli'ilfHit!lJi:
*;ff:t!lJi:
9
360
Vee
Pc
VO'(max,)
24
Operating Ambient Temperature
Topr
Storage Temperature
Tstg
-10-+60
...,20-+75
Output Voltage
V
mW
V,
:t
t
~
4-~~~~--~r-~~-~.
1------"==-----'--1
@~(!)
:>. <>;lt~~
ililUIEE
::J
v 7 7'tA*:
l:fl:t.Jill±
Ibf'FNillHliJiil.Ii:
~ffiJii\.1i:
.Siinbot..'
"
Supply Voltage
Vee
9
V
Pc
.360
mW
Collector Power Dissipation
Output Voltage
24
V
Topr
-10-+60
Tstg ,
-20;-+75
"C
"C
Vo
\ Operating Ambient Temperature
,Uliit
;,V'lIIue "
Storage Temperature
(max.)
CD:
Vee
.@: You!
®:GND
.jU~*'ti/Electrical Characteristics (Ta =25"C)
•
~:; ..• ~eril·?i; ',' ').':
iliJ.ill±
Supply Voltage
ililf.iliiIE
Supply Current
1:fl:t.J'PkJbiliiIE
"L"
:~imDoj
Vee
Icc
Output Sink Current
1:fl:t.J'/t1±
"L" Output Voltage
..
Condition
*1
ISINK
.'
'2
VOL *3
typo
max .
4.75
5.00
5.25
V
40
rnA
!lWf*~:m~. RL=oo
Object at Detection, RL =
00
!lWf*~:m~. Vo=1.5V
Obje~t
at Detection. Vo= 1.5V
Uoit'
min.
rnA
6
jjJ1l>~Ji!lij: Vee=5V, ISINK=3mA
Object at Detection. V,,=5V, ISINK =3mA
0.2
0.4
V
!lWf*~F~:m~,RL =lOkO
"R"
l:fl:t.Jill±
~:mll!!~
,
"H" Output Voltage
VOH *4
Detection Distance
d*5
Vcc=5V, Vo=5V
Object Non at Detection,R L= 10kO
Vcc=5V. Vo=5V
Vce=5V
4.7
4.9
V
0-8.5
mm
• fl!JJ.lJ:.(l)5t*.tl/Handling caution
1) 8Eij\-O)ll~H~Jl'1O)ft.ffl li;i!iHt-Cr ~ \'>0 /Chemicals should be avoided when washing.
2) 1&ftltll'fO) t:: A$¥J)mltli 6 kg/cmJ..J:n: L. -Cr~ It'o /Screw crasping intensity of fixing is less than 6kg/ em
- 459-
Panasonic
* "-tz::.-- -if ~ =''J
ON2529
" (.&~tffj)
Photosensor Units (Reflective Type)
~!Ii~1m
Test circuit
, * 2'
*1
*3
, - - - - - - 0 Vee
*5
* 4.
-~vee
...----
~ ~
,-,
2
RL
v
--
J..
$
l#i
,
'.
;';0
M ~ ~ - J~
'Paper to be detected
.
Vo
- Panasonic
- 460-
.
d,
.
('/Ordinal
If lm paper~ etc.
- ~)
•
~~~*4/REFERENCE
JlCm.g.~T
~J't~T -~J't~T -
-J't 7
J7 --{ I'\::J..
=
''j
i'
Light-Emitting Diode- Photo Detector- Photo Coupler
· Optical Fiber Unit
- 461 -
~
:is
~
~
:is
LN193
;. :is,
~:
PN:W2H
. PN303
AnI. • ~9j.~3't.T
LN193HK
LN51F
LN671
PN307
LN51L
LN9705/P
PN312D
ON1503
LN52
LN9705D
PN313
ON1517HH-(A)
LN54
LN9705M
PN313B
ON2152
LN55
LN9705PR
PN316KIICI
ON2153
ON1403A1B
I
,
LN57
,
:is
' ON1402A1B
ON1501
LN970!;iP8R
PN322D
ON2160
LN58·
LN97058/P8
PN323
ON2170'
LN59
LN9707/P
PN323B
ON2173
LN628
LN9710/P
PN324E
ON2180
LN64
,
LN9825K
PN328B
ON2253
LN65
LN9830/P
PN330CL
ON2270
LN66
LN9840/P
PN331
ON2280
LN66(L)
LN9850/P
PN331CL
O,N2509
PN331F
ON2521 LA-(A)
LN66(NC)
~,:Yt.T'
PN101/102
PN332F
LN68
LN71
PN101F/102F
PN335
ON3105V
LN76
PN106
PN3105,
ON3110
LN66A
ON3100
PN334
ON3105
I
LN122CAL
PN107/108
PN3107
ON3111
LN122D
PN107F/108F
PN3206
ON3112
LN122DF
PN108CL
PN3404
ON3113
LN122Dl
PN109CL
PN3405
ON3131
LN123DF
PN109F
PN3608
"ON3132
LN124D
PN109L
PN3608K
LN124W
PN11.0
PN361 0
. ON~134
PN3613
ON3161
APN7202
ON3171
LN125D
,-
PN111W
LN126D
PN115
LN145W
P~116
LN151F
PN1208
LN151L .
ON3133
ON3205
:Ytg.g.JH
ON3301
, PN1218
ON1001
ON3401
LN152
PN1238
ON1053
.LN155
PN1268
ON1054
LN1628
PN127
ON1102
ALN125D004
LN166
PN147
ON1105
ALN-183-001
:Yt7 7' -f 1<:1._·~ I'.
,
LN172
PN150
ON1108
AON1631
LN174
PN154
ON1109
AON2631
LN175
PN155
LN176
PN158
LN181
PN168
ON1112
ON3634W
LN181L
PN2028
ON1113
APN332F001
LIII182/(8C)
PN205
ON1114
' APN335-004
LN183
PN207
ON1120
APN405AOO4
LN183H
PN208
ON1122
LN183HK
PN268
ON1128
LN184
PN268-(NC)
ON11288
LN189L
P"N300
ON1179
LN191
PflI300F
ON1215
.'
......nIc
.,
-
ON1110
ON3631RIT
ON1111
ON3633W
- 462-
\
,
,
m
~
IF
"p
VF
e
m
tr,1I
typo
(ns)
!,7-')
IF
Po
No.
(mA)
(mW)
No.
(mA)
Po
min.
(mW)
LN71
01
75
0.3
1.5
.910
6
40
iii!
011 LN122DL
LN66
09
100
160
01
40
0.2
2.6
660
10
30
LN66A
09
100
160
02
40
0.2
2.6
660 I
32
30
I)
LN66(NCI
09
100
160
03
40
0.2
2.4
660
BO
120
:l
LN66(LI
010
100
03
40
0.4
2.6
660
80
30
m LN68
07
018
50
0.4
2.6
660
40
30
LN76
021
40
0.4
2.6
660
30
30
. LNI66
~
11',7-')
:S
m LN122DF
LN122CAL
7'
'7 LN122D
max,
typ,
(~~)
(V)
(deg.).
l§;
~
:S
A
e.
"P
VF
max.
typo
(V)
(':)
3
1:6
950
25
12
1.6
950
25
3
1.6
950
25
160
5
1.6
950
25
50
75
2.5
1.5
940
2Q
09
100
180
14
1.6
880
25
09
100
160
5
1.6
950
20
,45
'E
~
7- LN123DF
Po
min.
(mW)
(dog)
"
?
LN124D
7'
-{
LN124W
021
50
1.0
2.6
660
30
30
LN64
06
100
160
15
1.6
950
J(
LN125D
017
40
0.4
2.6
660
80
30
LN155
017
100
160
3
1.6
950
SO
06
30
0.2
2.6
660
80
130
LN172
04
100
170
7
1.7
900
100
LN181*
019
150
5O~W
2.0
880
5
35M Hz
LN181L *
019
100
3.0
2.0
880
6.5
35MHz
:Ii LNI83*
'7
020
75
40~W
1.9
880
25
35MHz
m LN1821(SC)
A
7
LN183H *
020
150
70~W'
1.9
.880
25
70MHz
7'
-{
LNl83HK*
020
150
5O~W
1.9
880
25
60M Hz
LN191*
019
100
IO~W
1.5
1300
5 l00MHz
LN193*
020
100
0.2
1.5
1300
LNI93HK*
020
150
0.35
1.5
1300
7
m LN126D
J(
m
LN174
011
llio
170
7
1.7
900
120
LN175
017
.100
170
7
1.9
900
115
05
100
190
3
1.9
880
20
LNl84
05
100
190
3
1.9
880
20
LN169L·
067
100
190
3
1.9
880
'20
LN671
031 •
70
130
7
1.8
880
50
25 100MHz
LN51L
01
100
150
3
1.5
950
8
25 200M Hz
LN51F
02
100
150
3
1.5
950
32
LN52
03
100
160
3.5
1.6
950
100
LN54
012
50
75
2.5
1.5
950
17
LN55
013
50
75
1.8
1.5
950
35
LN57
015
50
75
3
1.5
950
18
LN58
014
50
75
1.8
1.5
950
35
LN59
016
50
75
1.8
1.5
940
LN62S
06
50
75
1.5
1.5
950
80
LN65
013
100
160
4.3
1.6
950
35
40
120
2.5
2.2
700
SO
A
F
•• Wf*v-if
m
~
ff~
:S
Ith
typo
(mA)
Po
(',7-') max.
No.
(mW)
lop
(:)
"l
(~~.,
8l.
8.
typo
typo
(deg)
(deg.)
Vop
M
:!ill
,
022
5
40
, 50 788,805
10
33
1.8
022
5
40
50 788,805
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50 788,805 ' • 10
33
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50 788,805
10
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01
100
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4
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40
50
788
10
33
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100
160
4
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950
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7'
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40
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30
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100
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5
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100
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10
40
65 788,805
10
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25
70
125
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27
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30
40
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it
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(01)
(014)
(02)
(015)
(03)
(016)
(017)
IT
(04)
(018)
~ .~. ~ ft
(as)
(019)
. (06)
(020)
(07)
(021)
(08)
(022)
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(025)
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No.
(V)
. PN.3206
PN312D
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031
030
031
030
030
12
J 30
Ap
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typo
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10
max.
(nA)
Il
min.
(pA)
10
20
10
2
2
5
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10
10
1
2
2
8
3
14
8
5
35
8
8
900
940
940
940
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900
900
900.
900
0.1
0.8
(nm)
e
10
10
10
20
500
2.0
2
041
20
500
0.8
1
80
80 .
80
30
PN3608
033
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1
2
0.1
0.8
900
3
65
PN3608K
033
30
1
2
0.1
0.8
900
3
65
PN;!610
033
12
10
P.N3613
033
12
PN330CL
PN331
PN334
PN335
PN331F
PN332F
PN300
PN30QF
PN302H
PN303
PN307
PN313, .
PN313B
PN323
PN323B
PN328B
PN331CL
03
03
011
017
,018
018
01
03
027
028
016
035
035
036
036
30
30
30
30
30
30
50
50
30
30
30
30
30
30
30
30
30
-
036
029
,1.5
1
2
0.1
1.0
1'0
10
10
10
1
10
10
30
50
40
50
50
50,
50
50
50
(V)
(Ix)
PN101l102*
01/038
30
PNfOl FI102F*'
PN10S* .
02/039
036
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01/038
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01/039
m
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65
2
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10
50
70
70
30
70
40
40
10
40
55
55
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50
50
50
50
65
65
70
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min.
-
M~~
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max.
(rnA)
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(deg)
1.5
10
40
30
0.1
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0.3
0.1
10
100
5
2
10
20
100
0.4
2
40
040
20
500
3.5
2
80
PN109L *
01/038
20
100
3.5 •
2
10
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021039
20
100
0.3
2
40
(034)
(035)
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(031)
. (032)
.
(033)
500
4.5
2
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043
100
100
1.5
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20
20
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70
PN120S
037
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2
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1000
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0.1
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0.4
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30
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20
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1.05
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30
PN127
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1000
0.80
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013
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20
100
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1
70
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07
30
100
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850
850
900
850
800
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5
4
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900
900
7
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65
65
65
65
60
65
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038
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10
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60N1631
077
5
60N2631
078
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4
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60. 2
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' 5-16
086
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100
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(052)
(053)
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(063)
(062)
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No.
(078)
(079)
(081)
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(064)
(065)
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(082)
(083)
(066)
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(085)
(068)
(cia6)
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REFERENCE: Light-Emitting Diode' Photo Detector' Photo Coupler' Optical Fiber Unit
.TYPE NUMBER LlSTI
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,Type No..
,Type No.
Visible Infrared
LN193
'Light-Emittihg Diode
Type No.
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LN671
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LN970SPR
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PN334
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PN107/108
LN122D
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PN3404
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LN123DF
PN109F
PN3608
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PN3107
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PN3206
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PN3613
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PN268
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LN184
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LN183H
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,
REFERENCE: Light-Emitting Diode' Photo Detector' Photo Coupler' Optical I=iber Unit
j
IVisiblellnfrared Light-Emitting Diode (for Fiber and Control)
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typ.
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75
0,3
1.5
910
6
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2.6
660
10
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02
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0.2
2.6
660
32
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03
40
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2.4
680
80
120
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03
40
0.4
2.6
660
80
30
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100
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100
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25
07
50
75
2.5
1.5
940
20
09
100
180
14
1.6
880
25
20
'a0
~
0
~.
40
0.4
2.6
660
30
30
1.0
2.6
660
30
30
LN166
09
100
160
5
1.6
950
lN125D
017
40
0.4
2.6
660
80
30
LN64
08
100
160
3.5
1.6
950
45
LN126D
06
30
0.2
2.6
660
BO
130
LN155
017
100
160
3
1.6
950
SO
LN181'
019
150
'iJpW
2.0
880
5
35MHz
LN172
04
100
170
7
1.7
900
100-
LN181L'
019
100
3.0
2.0
BBO
6.5
35MHz
LN183'
020
75
40pW
1.9
880
25
35MHz
LN174
011
100
170
7
1.7
900
120
LN175
017
100
170
7
1.9
900
115
05
100
190
3
1.9
880
20
100
190
3
1.9
880
20
100
190
3
1.9
880
20
50
020 '
IL
0(
t;
150
70pW
1.9
8BO
020
150
'iJpW
1.9
B80
25
60MHz
lN182/1SC}
019
100
10pW
1.5
1300
5
IOOMHz
LN164
05
LN193'
020
100
0.2
1.5
1300
25
100MHz
LN189L
087
LN193HK'
020
150
0.35
1.5
1300
25
200MHz
LN671
031
70
130
7
1.8
880
LN51L
01
100
150
3
1.5
950
8
LN51F
02
100
150
3
1.5
950
32
100
25
70MHz
IL
.Semiconductor laser
~
'Type No,
Packago
No,
Po
max,
ImW)
lib
typ,
lop
typ.
'L
typ.
(mA)
lmA)
(nm)
S;
typ.
S.L
typ,
Idog) ,(deg.)
;
LN52
03
100
160
3.5
1.6
950
VOP
typ,
LN54
012
50
75
2.5
1.5
950
17
(V)
LN55
01.3
50
75
1.8
1.5
950
35
0(
LN9705/P
022
lN9705PR
022
> lN9705S/PS
.:,
5
40
5
40
50 788.805
50 788.805
10
33
LN57
015
50
75 . 3
1.5
950
18
LN58
014
50
75
1. B
1.5
950
35
8 LN59
1.8
10
33
I.B
'0
016
50
75
1.8
1.5
940
LN62S
06
50
75
1.5
1.5
950
SO
LN65
013
100
160
4.3
1.6
950
35
1.8
LN145W
017
40
120
2.5
2.2
700
SO
30
1.8
LN151L
01
100
160
4
1.6
950
8
10
35
2.0
LN151F
02
100
160
4
1.6
950
32
5
1.6
950
100
1.5
1.5
950
SO
6
1.8
900
25
023
5
40
qO 788,805
10
33
1.8
LN9705PSR
023
5
40
50 788.805
10
33
1.8
LN9705D
024
5
40
50
805
10
33
1.8
LN9705M
026
5
40
50
788
10
33
LN9707/P
022
7
40
55 788,805
10
LN9710/P
022
10
40
65 788.805
i
LN9825K
026
25
70
LN9830/P
022
30
'"'ij,
LN9840/P
022
40
LN9850/P
022
50
I02
0
t;
IL
LN152
03
100
160
125
830
9
27
2.2
LN162S
06
50
75
40
70
830
9
27
09
100
lBO
90
630
9
27 .
2.0
2,0
LN176
40
40
110
630
9
27
2.0
~
:>
f
:l
25
LN66
Without asterisk :. Visible (red) light emitting diode.
t;
I
typ,
(deg)
0
* : Infrared light-emitting diode (Fiber power output at GI50),
IL
AP
typ,
(om)
50
LN191'
-0
VF .
max,
(V)
021
t;
Q
Po
min,
ImW)
021
Cl
e.c.
IF
(mA)
LN124W
LN183HK*
.!!
Package
No,
LN124D
:l LN1S3H'
:;
Type No.
0(
.!!l
IL
,
Iinfrared Light-Emitting Diode (Remote Control, AF, Control)
02
ff
(OJ)
(014)
~ IT nff l ~ ft WW ij ~w
(02)
(015)
(03)
(016)
(017)
(04)
(018)
(05)
(019)
(06)
(020)
(07)
(021)
(08)
(022)
-'467 -
(023)
(09),
(024)
(010)
(025)
(011)
(026)
.(012)
(013)
. (087)
It
I
REFERENCE: Light-Emitting Diode' Photo Detector' Photo Coupler' Optical Fiber Unit
.Pln Photo Dlode(AF.CD.VD.Llght communlcation.control)
,I
II.
c
~
Type No.
ID
mil,
(1lA)
VR
Pactcage
Na.
(V)
10
30
30
2
5
8
-,
30
30
50
35
8
032
30
10
10
030
030
-
034
033
10
10
940
940
940'
10
65
65·
65
81'
6s
51'
10
65
65
30
60
20
65
65
900
900
900
900
65
900
3
65
0.1
0.8
900
30
1
2
(
12
10
12
1
2
033
0.3
---cs
0.1
1.0
018
01
30
50
50
PN302H
PN303
027
028
PN307
PN313
016
850
850
900
035
30
50
35
of PN313B 035
3D
50
15
PN323
036
50
30
.30
PN323B
036
30
15
50
PN326B
15
036
30
50
PN33ICL
029
30
50
.10
• • With sealed terminal. For PF-plastlc fiber.
For GF~for gla.~ fiber. ATel!latlve Speclllcatlon:
70
70
2
2
2
30
70
850
1
1
800
5
800
15 . 900
50
900
5
PN101~102"
PN101F1102F"
PN106"
PNl07l108"
PNl07FI106F"
1
10
50
-
800
900
960
50
9011
960
960
900
..
50
50
65
50
50
70
70
70
~
(021)
100 1.5
0.3
10
02/039
30
100 0.1
038
01/038
01/039
30
20
20
100 .0.3
100 5
100 0:4
0.3
0.1
40
10
10.
40
80
10
40
·01/038
02/039
(029)
(030)
20
(031)
20
20
20
2 311 A
500 1
.0.5
1
100 1
20
100 1
100 1
1
1
PNIS5 I
012
016
PN1S8
014
ICE(L)
min.
(mA)
500 3.5
lceo
max.
(pA)
2
2
2
100 3.5
100 0.3
(032)' (033)
(034)
(082)
(1M3)
(010)
(061)
(07.)
20
20
20
20
20
ON1402A1B
Package
No.
060
ON 1403A/B
061
Package
N•.
Type No.
,
0.5
0.1
0.1
0.1
1
0.5 .
500 0.8
2 0.2
2 0.2 '.
30
30
30
18
.0.5
0.5
2 0.5
. 2 0.2
Yvt
Y~t
0.5
0.5
40
30
30
0.5
0.5
4.5-16
4.5-16
IOH
(pA)
IFlh
(mA)
0.4
100
5
0.4
100
5
Feature
Output
ON
Condition
ONI501
071
Gap Width 5mm.
Wldlh1lmm.
Open Collector Output
High Resolution Capacity
Non
Dotectlon
Object
ON1503
072
Gap Width 3,6mm.
Width 10mm.
Open Collector Oulput
High Resolution Capacity
Detection
Object
Vee
10
Vo
(V) (mA) ·(V)
24
50
VOL
max.
(V) ,
40 0.6
5.10 100 '20 0.6
/
ONI517HHo(AI
073
Gap Width 5mm •
Width 10mm,
Open Collector Output
High R..oIution Capacity
. Detection
5
20
30 0.4
ON2509
075
Rellectlon type
Open Collector Output
Namal Papor-QHP Film
2nd original paper
can be detected
Non
Detection
Oblect
5
6
24 0.4
ON2521LAo(A)
076
Reflection type·
Open Collector Outpul
Doteclion Distance Range
2.5-7.5mm
Non
Dotection
5
10
5 0.4
,
typo
(deg)
(035)
20
30
35
'70
50
30
30
30
14
24
35
27
70
40
.Photo Sensor Unit
'.
(036)
Wf' .... M-~
(IMI) .
,
Type No.
e
30
20
20
1000 1.05
1000 0.80
I
01/038
(Ix)
20
20
0.1
015
015
013
70 .
Vceo
(V) ,
037
PN127
PN147
PN150
PN154
2
2.
.Integrated Photo Sensor
40
40
10
40
55
55
24
65
Package
No.
040
PN108CL'
PN109L"
PN109F"
L
1000 0.4
2
100' 1.5
'100 0.2
2 3pA
2 0.1
20
2 0.05
• :Wlth ba.e terminal O:Darllngton phototran8lstor .
• Phototransistor
Type No.
20
07
07
PN332F
PN300
PN300F
50
40
037
PN2680
PN266-(NC)O
30
30
30
30
PNt23S
PN126S
014
017
018
30
1000 0.12
PN207C)
2
2
80
80
80
30
20
PN121S
e.
typo
(deg)
2
1
20
20'
PN208C)
850
500 2.0
500 0.8
500 4.5
20
65
900
lceo
max.
(pA)
041
PNI20S
65
ICE(L)
,min.
(mA)
042
043
037
037
5
7
30
20
20
900
. 7
5
03
038
041
65
10
10
10
10
10
(Ix)
3
10
4
30
(V)
900
30
30
5
4
L
07
037
013
015
30
10
1
Vceo
PNI68
PN202S0
PN2D5C)
3
..
Package
Na.
\
PN11S·
PN116·
.'
.03
03
011
PN331F
PN111W·
I
3
033
PN334
PN335
20
900
PN3608K
PN330CL
PN331
8
900
0.1
0.8
~
PN3613
5
PN109CL
PN110·
940
0.1
0.8
0
033
3
14
I
Type No.
'typ.
(deg.)
1
2
30
PN361D- .
2
8
..
30
033
0
(ns)
20
10
2
PN3608
i
(nm)
12
C
~
("II)
30
30
30
1
2
'I!J
typ.
031
PN316KI/CI
...15
. Iyp.
030
03i
Q
Go
tr.d
PN3206
PN324E
PN3404
PN3405
II.
Ap
PN312D
PN322D
PN31 05
PN31 07
APN7202
>
IL
min,
.Phototranslstor(contlnued)
(071)
- 468";"
, (037)
(072)
(038)
,
(039)
(073)
(IMO)
: (on)
(0881.
(089)
(075)
(090)
. (0\6)
REFERENCE: Light-Emitting Diode- Photo Detector- Photo Coupler- Optical Fiber Unit
.TransmiHive
Phot~ sensor (Photo Interrupter)
Type No. Package
No.
IF VCEO
Feature
(mA) (V)
Ic . ICEO II,II
min. mruc,
(mA) (pA) (~~)
.Reflective Photo Serisor (PhotoRefle~tor)
VCE(sat)
Type No. Package
No.
mruc.
(V)
Feature
IF
VCEO
(mA)
(V)
Ic: lceo' tr,H VCE(sat)
min. max.
mruc.
(mA) (.A) (~~'>
(V)
0.8
2 _ 8 0.6
ON100l
088
Super Mini
50
30
0,065 200
20
0,4
ON2t52
054
ON1053
089
mini, thin size
50
20
0,5 200
6
0,5
ON2153
055
High speed
response
High speed
response
ON1054
090
mini, thin size
50
20
0,1
200
6
0,5
ON2253@
055
ONll02
044
High Output
50
30
2 200
4
0,4
ON2160
056
ONll05
Resolution
045 High
Capacity
046 . For Print Board
50
30
0,3 200
6
0,3
ON2170
057
Small size, Thin Size
ONll08
50
30
2 200
'4
0,4
ON2173
058
High speed
response
ONll09
048
Gap
50
30
0,3
200
6
0,3
ON2180
057
ONlll0
049
High Aesolutlon
50
30
0,3 200
6
0,3
ON2270©
057
ONllll
050
.50
30
0,3 200
6
0,3
ON2280@
057
ONll12
051
50
30
0,3 200
6
0,3
ONll13
052
High Resolution
Capacity,thin size
High Resolution
Capacity.thin size
High Rosolution
Capacity,thln size
Visible LIght Cut
Smallslze,Thln Size
Visible Light Cut
Small slze,Thln Size'
Visible Light Cut
Small size Thin Size
50
30
0,3 200
6
0,5
ONll14
051
High Output
50
30
0,7 200
6
0.3
.Optical Fiber Unit
ON1120
-
Wide Gap
50
20
1,0 200
6
0,4
.Fiber Link
ON1122*
044
General Use
25
30
0,1
200
6
0,5
ONl128
046
For Print Board
25
30
0,1
200
6
0,5
ONtt28S·
047
With Metal Slit
25
30
0,05 200
6
0,5
"'ON1631
077
5
-
Current Consumptioo
660
-
ON1179
053
High Resolution
Capacity,thln size
50
30
0,3 200
6
0,3
"'ON2631
078
5
-
CUtTsnt Consumption
SOmA
660
-
ONt2tSO*
045
25
20
2 600
100
1.5
""c L>ON3634W
:.:;
L>ON3633W
081
5
1000
-30--13
660
250*\40*2
081
5
100
-30--13
660
250*1,40*2
079
5
1000
-30--13
880
2000*3
Deep and Wide
Capacity
~r~!~dni,~~S~~~~~g light
* : Visible Light-Emitting Diode
Type No.
@:Darlington Output
ON3631R/T
Package
No.
30
0.1
0.2
6
High sensitivity
50
20
3
0.5
150
1.5 ..
Visible Light Cut
Small size
Visible Ught Cut
50
30
0.09
0.2
15
0.4
50
30
0.045 0.2
20
0.4
50
20
0.1
0.2
6
0.3
50
30
0.045 0.2
.20
0.4
50
20
0.17
0.5
150
1,5
50
20
0..17
1
150
1.5
0.5
Package VCC
F
(V) (kbP.s)
No.
Ap .Transmission
(nm) Distance
(m)
Photo Detecting
Level
(dBm)
SOmA
*1:Glass Fibe~SI200) *2:Plastlc Fiber{lmm~)
*3:Glass Flber(GI50) "'Tentative, Specification
Feature
.
VCEO V,SO
*VA min.
**VO (VAMS)
(V)
eTR
II
(%)
(~~)
• Optical Connector Module
ON3100
063
High Transfer Ratio
30
2500
50-600
5
ON3105
062
High Voltage
30
5000
30typ.
4
ON3105V
062
High Voltage
30
4000
15-60
4
...
E
E
iii
'I
Type No.
50*1 .
660
1.8
10
L>lNt83-00t
083
40*2
880
1.6
35
063
High'Transfer Ratio
30
2500
30-250
2
064
High ,Transfer 'Ratio
35
2500
50-250
2,5
ON3112
065
High Transfer Ralio (2 gang)
35
2500
50~250
2,5
ON3113
066
High Transfer Ralio (3 gang)
35
2500
50-250
2.5
ON3131
091
High Voltage
35
5000
200typ.
2
"E
iii
"
ON3132'
068
High Voltage (2 gang)
35
5000
200typ.
2
l'i L>PN332FOOI
ON3133
069
f:ligh Voltage (3 gang)
35
5000
200typ.
2
8
ON3134
070
High Voltage (4 gang)
35
5000
200typ.
2
c
ON316l
067
High Voltage
35
5000
50-600
2.5
ON3171
093
.High Voltage
35
5000
50-600
4
ON3205©
062
High Voltage
20
5000
700typ.
100
ON3301*
063
High speed response
*50
2500
0.35,yp.
0.07
ON3401
063
High speed Response,
HJg!1 Transfer Ratio
* *15
2500
15-60
0.4
c
"E
"
A{',,~t
~~~~.
Type No.
L>PN335-OO4
Type No.
Quantum
Pockag. Efficiency
~
No.
min.
L>PN405A004 *3
Dark Current Cut·oII
Frequency
10
Ic
max.
typo
(nA)
(MHz)
(%)
Peak Sensitivity
Wavelength
Ap Iyp.
(nm)
083
60*2
850
1
085.
60
900
10
Package
Vee
.No.
(V)
F
(Kbps)
088
5-16
10
100
("A)
jjj
I
Cut-oil .'
Frequency
fe
(MHz)
FOIWard
Voltage
'IF ~P.
(V .
082
ON31tl
0
Fiber Power Peak Emission
Package Oulput
Wavelength
No.
L>LNt25DOO4
ON3110
* : PIN Photo' Diode Output
20
50
@Darlington Output
.'Opto Isolator
Type No.
lOp
100 .
300
50
VOL
(V)
lee
(mA)
0.4
12
0
·1 Plastic Fiber (lmm¢)
·2 Glass fiber (GI50)
·3 Photo Ie Module
'" TentatiVe Specification
@Darlington Output
,. * M H
'" .-" .,.," , .-•
", , ,::
~~
1 #
(044)
(055)
(045)
(056)
(046)
(051)
~-
(048)
(041)
,,'
(058)
(063)
-~~ '~
..
(069)
(010)
(077l
(078)
(079)
(049)
(050)
(051)
(052)
.
(062)
(064)
~'
(081)
- 469-
(065)
(066)
1It:
(053)
(054)
~
~
(~D
(068)
l'
(082)
(083)
(085)
(086)
, ~l'.HiI~**;:t~*± eljJ1f!1 /? A
:;= 105
*
*""B?lIRZ: ~1I1-· TEll 11= 2 -% (-r:/
3 -r)1.I
" I) -'8'_*$
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TEL. (03) 437-1121
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411
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430
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