Tektronix Yard Vacuum Tm 5006 Users Manual
TM 5006 to the manual 416a3871-5941-4dc5-a185-d75ac3e8cc8c
2015-02-03
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TM 5006
POWER MODULE
Francais
Deutsch
7~I~ro nb c
COMMITTED TO EXCELLENCE
PLE AS E CHECK FOR CHANGE INFORM ATIO N
AT THE RE AR O F T H IS MANU AL.
TM 5006
P O WER M OD ULE
Fra ncais
Te k t ronix, Inc .
Ρ.Ο. Box 500
97077
B eaverton, O r ego n
070-2950-00
Product G rou p 76
Deutsc h
I N ST RU CTIO N
θ *0
M A NU A L
Serial N u mber
First Printing J AN 1981
R evised OCT 1987
Co p yr ig ht ® 1981 Te kt ron ix, I n c. All rig hts r ese rved .
Co n te n ts o f t his pub licatio n m ay n ot be r e produ ce d in any
fo rm wit h o ut t h e w r itte n p erm ission of Te k t r o n ix, Inc.
Co py r ig h t © 1981 dur ch Tek t ro n ix, Inc . Alle R ec h te vo rbeh alten . Der I nhalt dieser Pub li kation dart o hn e Ge n e h mig u ng
νοπ Te k t ron ix, I n c . n ic h t weite ιgege b e n we rde n .
Pr o du cts of Te ktr o nix, Inc . a nd itssub si d ia r iesarecovered
by U.S. a nd fo reig n pate nts a nd/or pe ndi n g p ate nts.
Pro duk te νοη Te k t ro n ix, Inc . und sei n e n Toc h te rgesellsc h afte n
si nd durc h U S- υπ d Au sland s p aten te und /ode r sc h we be nde
Patente a b ge d eck t .
T EK T R O N IX, ΤΕΚ , SCO PE-M O B I LE, and
iste r ed t r a d ema rk s of Te kt ro n ix . Inc .
a r e reg-
Pr i n ted in U .S .A . S p ecificatio n a nd price c ha n ge privileges
are reserve d .
T E KTR ON IX, ΤΕΚ, SCO PE-MO B I LE a nd
Wa re nzeiche n νοπ Te k t ro n ix, I n c .
Ge dru c kt in U.S.A.
b lei be n vor b e halte n .
Co p yrig h t © 1981 T EKT R O N IX I N C . Τουτ dr oits r έserv β s .
Le co n te nu de ce ma nu el n e pe u t έ t r e r e pro du it so υ s qu el qu e fo r me qu e ce soit sans Ι 'acco rd de Te k t r o n ix Inc .
@1981
S p ezifi katio n s- und
SCO PE-M O B I LE,
fl F τ -~ ο
F Q=~~ i~$
Τουτ les pro du its T EK T R O N IX τοστ br evet έs US et E t r a nger et
τοστ
les logotypes TEKT R O N IX, ΤΕΚ SCO PE MO B I LE,
dέ pos β s .
T EK T R O N IX,
Impr i m β αυκ USA . TEKTRONIX se rβserve le droit de mod ifie r
ca r actβ r isti qu es et pr ix cla n s le ca dre d e dέvelo ppe m ents technologi qu es .
* Μι _ τεπιΙδ1ι~ τ±# ,I R Uτ1 15 49(1-Τ ti <
ΤΕΚ ,
I N ST RUMENT S ER IA L NUMBER S
inst r u me nt h as α se rial num b er on α p an el in sert, tag,
o r stam ped on t he c hassis . Th e fir st num be r o r lette r
d esig n ates th e country of ma n ufacture. T h e last five digits
of t he se r ial nu m b er are assig ned se quentially an d a re
u n iq ue to eac h i n strument . Those ma nufactu red in t he
Un ite d States h ave six un i que d igits . Th e co un try of
ma nu fact u re is i d e ntified as follows :
E ac h
8000000
B eaverton,
Te k tr o n ix, I n c.,
L td .,
O regon ,
Te k tro n ix G u ern sey,
200000
Te k tronix U n ited Kingd om,
300000
Son y/Tektro n ix,
700000
Te ktro n ix H olla nd , NV,
T he N et h erlan d s
U SA
C h a nn el Isla nd s
100000
Japan
Preis A nderun ge n
τη F ρ
ΚΓυΙ fiεΡh
ιάτη
si nd gesc h U tzte
Ltd ., Lon don
H eeren vee n ,
T3tA
TM 5006
L A N G U AG E S
I NST RU CTIO NS D' UTI LIZATIO N
.... ..... ..... ..... ..... ..... ..... ..... .... . ..... . .... ..... ..... . .... ..... ..... . .... ...
BE DI ENUN GSALLEIT UNG ... .... . .............. . .. . . .. . .. ..... . .... ...... .... . ..... ..... ... .. .... . . . ... ... .. . .... . . ... . ..
ΙΜ #1 V FA ... . .. .. ...... .... . .... .......... . .... ...... .... . .......... ..... .......... . .... ...... .... . .... .......... . .... .......
TA BLE O F CO N T E N TS
L IST OF ILLUST RATIONS . . . . . . . . . . . . . . . . . . . .
L IST OF TA BLES . . . . . . . . . . . . . . . . . . . . . . . . . . .
OPERATORS SAFETY SUMMARY
P age
Page
iv
Ta ble Top U se . . . . . . . . . . . . . . . .
R ac k mo unti ng I nst ructio ns . . . . . . .
ν
..... . . . . . . . .
vi
SERVIC E SA FE TY SUMMARY . . . . . . . . . . . . . . . . .
vii
I
Plug-in nstallation a nd Removal . . .
F amily Comp atibility . . . . . . . . . . . .
Customizi ng the I nterface . . . . . . . .
R ear Panel . . . . . . . . . . . . . . . . . . .
O ption 02 . . . . . . . . . . . . . . . . . . .
R epac kagi ng Information . . . . . . . .
Sect i on 1 SPE CI FICATIO N
I nst ru me nt
Descriptio n . . . . . . . . . .
1-1
Perfo rmance Co nd itio ns . . . . . . . . .
1-1
Characteristics . . . . . . . . .
1-1
Environmental Characteristics . . . . .
1-4
E lectrical
Ph ysical Characteristics . . . . . . . . .
1-5
Sectio n 2 OPERATI NG I NST RU CTIONS
Introduction . . . . . . . . . . . . . . . . . .
Power So urce Req ui rements . . . . . .
2-1
Ca bli ng . . . . . . . . . . . . . . . . . . . . .
2-1
Fu se R eplaceme nt . . . . . . . . . . . . .
REV JAN 1983
2-1
2-1
C hapitre
2
2-1
2-1
2-3
2-3
2-3
2-6
2-6
2-6
INST RU CTIO N S D' UTI LISATIO N
Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-1
Source d 'alimentation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-1
Rem placeme nt d 'υη fusible ............................. 2-1
Chblage.................................................................. 2-1
U tilisation sur une tab le de travail .................. 2-1
M o ntage e n bale .... . ... ... . . . .. .. . . .... . ......................... 2-1
nstallation et ret rait d es ti roi rs........................ 2-3
Compatibility avec les autres families........... 2-3
Pe r sonn alisation de Ι 'i nterface ........................ 2-6
Pa nn ea u a rriy re ..................... ............................... 2-6
Option 02 .............................................................. 2-6
In st ructio ns de ryemballage ............................. 2-6
I
TM 5006
TA BLE
0 F CO N T ENTS (CO NT)
Se ίte
K apitel 2 BE DI ENUN GSANLE ITUN G
E i nfOhrun g . . . . . . . . . . . . . . . . . .
N etzs pan nu ngsve rso rung . . . . . . . .
Auswec hseln de r Sic heru ng . . . .
Verkabel u ng . . . . . . . . . . . . . . .
Tisc hbetrieb . . . . . . . . . . . . . . .
Anleit un g fOr d en Gestellein bau . .
E in- u nd Ausbau νοη E insc h 0be n
Kom pati bilittit . . . . . . . . . . . . . . .
An passun g d er Sc hn ittstelle . . . .
Gertiter Ockseite . . . . . . . . . . . . .
. .
. .
. .
. .
. .
. .
. .
. .
Option 02 . . . . . . . . . . . . . . . . . . .
Versandhinweise . . . . . . . . . . . . . .
2-1
2-1
2-1
2-1
2-1
2-1
2-3
2-3
2-3
2-6
2-6
2-6
2
Ι
2- Ι
3
. . .. ...... . . . . . . ... ....... .. . . . . .. .... . 2
Ι
" . .. . . . . . . . .. .......... . . .......... . 2-- Ι
. . . . . . . . .. ....... . . . .. ........ . . . 2 - Ι
1L.~Z~~is ~ ίz
......... .. . . . . ...... .. . . . . . 2 - Ι
"~ . 0I R i)f1' Lt . .
O AR ~) lt 1,1 L IN 9) 9b L . .... .. . . . . . 2- 3
75
...... . . . .. .. 2- 3
7~ η1-Γ ί ~ά. . . . ....... ... . . . .. ....
~23
R .. .. . . . . .. ....... .. . . . . .. ..
... 2 - 6
.
.
.
.
......
..
.
.
.
.
.
.
.
.
.
.
.
.
..
.......
..
.
..
,
.
τ g~~ αι
... 2 - 6
7"i α ί 02 α) .. . .. . . . . .. . ......... . . . .. ....
..
. . . . 2- 6
..
.
.
....
......
.
.
.
.
.
.
.
..
..
.
...
.
.
.
w i`t0)*ιΑ .
Ι.t υ &) tz . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
.. ....
. ...... . . . . . . . .. ....... . . . . . . . . . ...... . . . . . .
Page
Section 3 THE ORY OF OPER ATIO N
ntroductio n . . . . . . . . . . . . . . .
L ine Selector and 60 Hz
Transforme r Ο . . . . . . . . . .
. . .
1
R ectifiers and Filte rs
. . . .
20 kHz output Stage 1
rs
Ο
Co ntrol L ogic an d Drive
I
. . .
3-1
. . .
. . .
3-1
. . .
. . .
Out pu t R egulator ο . . . . .
. .
Over voltage and Overcu rrent
Detectors ο . . . . . . . . . . . . .
Co ntrol Circuit Regulator Ο .
Main I nterface π . . . . . . . . .
. .
. .
. .
. .
Section 4 CA LIBR ATIO N
Performa nce Ch ec k Pr oced ure . . . .
I ntro duction . . . . . . . . . . . . . . . .
Test E quipme nt Requ ired . . . . . .
Test Loads for the P erformance
C h ec k
P roce d ure
. . . . . . . . . . . .
P erformance Chec k Summary
S heet . . . . . . . . . . . . . . . . . . . .
I nternal Adj ustment Proce d ure . . . .
Introdu ctio n . . . . . . . . . . . . . . . .
Services Available . . . . . . . . . . .
Test
Equ i pm e n t R eq u ired . . . . . .
Adj ustment Access . . . . . . . . . . .
Power Limit Ad ju stme nt . . . . . . .
Th e followi ng servicing instructions are for use by
qualified perso nnel only. To avoid per sonal injury,
do not pe r fo rm a ny ser vicing ot h er t h a n t h at contained in operati ng instructions un less yo u are
qualified to do so.
3-3
3-4
3-4
3-5
4-1
4-1
4-1
4-1
4-2
4-5
4-5
4-5
4-5
4-5
4-5
Section 5 M AI NTEN ANCE
Line V oltage Selectio n . . . . . . . . . .
WA RN I N G
3-1
3-1
3-1
Static Se nsitive Components . . . .
Cleaning . . . . . . . . . . . . . . . . . .
Obtai ning R ep lacement Parts . . .
Soldering Tech ni ques . . .
Semico nductors . . . . . . .
Mu ltipin Con nectors . . . .
I nstr u ment Disassem b ly .
Circ uit Tro ub leshooti ng
R ea r I n terface Information
PWR I ndicato r . . . . . . .
P in Assig nments . . . . .
. . . . . .
. . . . . .
. . . . . .
. . . . . .
. . . . . . .
. . . . . . .
. . . . . . .
. . . . . . .
5- 1
5-1
5-2
5-2
5-3
5-3
5-3
5-3
5-5
5-10
5-10
5-10
REV JAN 1983
TA BLE
0 F CO N T EN TS
(cont)
Page
Section β OPTIONS
Introducti on : . . . . . . . . . . .
Option 02 . . . . . . . . . . .
Syste m Desi gn Directions
Wire Use . . . . . . . . . . . .
. . . .. .
. . . .. .
. . . . ..
. . . . . .
Section 7 RE PLACEA BLE ELECTRICAL PARTS
Section 8 DIAGRAMS AND CI RCUIT
ILLUSTRATIONS
Component Reference
BOARD
Charts
Schemati c Diagrams
Section 8 REPLACE AB LE
PARTS
MECHANICAL
Fig. 1 Exploded View
Accessories
CHANGE I NFORMATION
REV JAN 1983
6-1
6-1
6-1
β-1
TM 5006
LIST OF ILLUSTRATIONS
Page
Fig. No.
21
2-2
2-3
2-4
2-5
2-6
2-7
2-8
29
2-10
211
3-1
3-2
4-1
42
4-3
4-4
4-5
5-1
5-2
5-3
IV
TM 5006 Power Module .
TM 5006 rear panel . . . . .
TM 5006 front view . . . . .
TM 5006 b ottom view . . .
. . . . . . . . . .
. . . . . . . . . .
. . . . . . . . . .
. . . . . . . . . .
10
overall
d imensions
TM 5006, Option
Rack latch hole . . . . . . . . . . . . . . . . .
Di me nsio ns and positio ni ng of TM 5006,
Option 10, in stand ard rack . . . . . . . . .
Rackmount slide d etail. If the rack has
tapped holes, the b ar n uts are not
required . . . . . . . . . . . . . . . . . . . . . .
d etails
viii
2-2
2-3
2-4
2-5
2-6
2-7
2-8
2-8
. . . . .
Option
2-9
. . . . .
. . . . . 2-10
Keying assignme n ts for fa mil y f un ctions.
One of the m any p ossi ble se qu ence
com binations . . . . . . . . . . . . . . . . . . . 2-10
Rackm ounti ng slide
. . . .
Removing an d i nstalli ng TM 5006,
10, in rack slides . . . . . . . . . . .
Pl ug-i n installation and re moval .
Various waveformsand time relationships
fo r power on, off, fa u lt, and low li ne . . .
Input li ne connections for 110 V and 220 V
operation . . . . . . . . . . . . . . . . . . . . . .
Possi ble loads for use in perfo rm a n ce
check procedure. See text. . . . . . . . . .
Test set u p for perfor ma n ce check steps 1,
2 and 3 and location of co nn ections fo r
adj ust ment step 1 . . . . . . . . . . . . . . . .
Loads for use in internal
adjustment procedu re . . . . . . . . . . . . . . . . .
Adj ustment location illustration . . . . . . . . . .
Location of voltage buses . . . . . . . . . . . . . .
L ine cord options for t h e TM 5006 . . . .
Line voltage jumper positio ns . . . . . . .
Orie ntation and disasse mbly of multi pin
conn ectors . . . . . . . . . . . . . . . . . . . .
3-2
3-3
4-1
44
4-5
4-6
4-6
5-1
5-2
Page
Fig . No.
5-4
5-5
5-6
5-7
5-8
5-9
5-10
5-11
5-12
5-13
5-14
5-15
5-16
5-17
Outer panel removal . . . . . . . . . . . . .
G uide rail and air baffle removal . . . .
Removal of interface ci rcuit board
s upport . . . . . . . . . . . . . . . . . . . . . .
Mai n in terface ci rcuit b oard removal .
.
5-4
.
.
5-5
.
5-4
Rear p anel removal . . . . . . . . . . . . . . .
Locatio n of screws h ol ding the dc power
s up ply circ uit board to the mainframe
chassis . . . . . . . . . . .. . . . . . . . . . . . .
Attaching screws on botto m of . . . . . .
m ai nframe . . . . . . . . . . . . . . .
Unsolder t hese wi res to remove
h eat si n k . . . . . . . . . . . . . . . . . . . . . .
Series p ass t ransistor locations. The high
p ower comp artment series pass
t ransistors 0600 and 0610 are on t he rig ht
si de of the heat si nk. 0600 is the up per
transistor . . . . . . . . . . . . . . . . . . . . . .
Screws hol ding heat si nk to ci rcuit
b oard . . . . . . . . . . . . . . . . . . . . . . .
Transfor mer asse mbly attaching
screws . . . . . . . . . . . . . . . . . . . . . . .
PWR signal ti ming diag r a m . . . . . . . .
Rear i nterface connector assignments
5-6
5-6
5-7
5-7
5-8
5-9
.
5-9
.
5-9
. 5-10
. 5-11
8-1
Rear panel G PI B connector J 1110 viewed
from rear of power m odule (IEEE
Sta ndard No . 488) . . . . . . . . . . . . . . . 5-12
Dc power s upp ly board (Α11)
8-2
Dc
power s upp ly reg ulator waveform s
8-3
M ai n interface b oard ( Α10)
8-4
G PIB interconnect b oard (Α16 b ack si de)
5-3
REV NOV 1984
L IST OF TA BLE S
Page
Ta ble No.
1-1
1-2
1-3
41
5-1
8-1
REV JAN 1983
Char acteristics . . . . . . . . . . .
1-1
Ph ysical C h aracteristics . . . . . . . . . . .
S u ggested Test Equ i pme nt . . . . . . . . .
43
Electrical
Envi ro nme ntal Character istics . . . . . . .
Relative S usce pti bilityto Static Discharge
Da m age . . . . . . . . . . . . . . . . . . . . . . .
Partial Α11 Compo ne n t Refer ence Chart
8-2
Partial Α11 Com po ne nt Referen ce Chart
8-3
Α10 Com p o nent R eferen ce Chart
1-4
1-5
5-2
ΤΜ 5006
O PERATORS SAFETY SUMM ARY
The ge neral safety information in this p art of the s ummary
is for bot h operating and servicing personnel. Specific
warni ngs and cautions will be fo und throughout the
manu al wh e re they apply, bu t m ay n ot appear in t his
summary.
Te rm s 1η T his Manual
CA UTION statements ide ntify conditio ns or practicest hat
co uld result indamage to the equ ipm ent or other property.
WARNI NG statements identify cond itio ns or pr actices
that could res ult in pe rsonal i njury or loss of life.
Te rm s As
gro undi ng co nductor in t he power cord is esse ntial for
safe operatio n.
Ground i ng the Product
This pro du ct is grounded through t he ground ing co nductor of the power cord. To avoi d electri cal shoc k, plug the
power cord into α properly wired receptacle before
co nnecti ng to the p rodu ct i nput or output terminals. A
p rotective gro und conn ect i on by way of the grounding
co nductor in t he p ower cord is essential for safe ope ration.
Marked on Eq ui pme nt
CA UTION ind icates α perso nal injury h azard not immediately accessible as one rea ds the marking, or α
h azard to property includi ng the equ i pm ent itself .
DANGER indicates α personal i nj ury h azard im mediately
accessi ble as one reads the mark i ng.
This
Symbols In
cautio nary or ot her information is to
found.
Symbols As
be
Marked on Equipment
DANGER - H ig h voltage.
Pr otective gro und (earth) termi nal .
ATTENTION - refer to m anual.
Power Sour ce
Da nge r Arisi ng Fr om Loss of Ground
Upon loss of the pr otective-g round co nn ect i on, all
accessible conductive parts (i ncl uding kn obs and controls t hat may appear to be insulati ng) can rend er an
electric shock.
U se the
Manual
T his sym bol ind icates where applica ble
This pr oduct is intend ed to operate fr om α p ower so urce
that will not apply m ore tha n 250 volts rms betwee n t he
supply conductors o r between either s upp ly co nductor
Vi
and ground. Α pr otective ground co nnectio n byway of the
Proper Fuse
To avoi d fi re h azard , use only t h e fuse of correct ty pe,
voltage rati ng and current rating as specified in t h e parts
list for yo ur produ ct.
Refer fuse replacement to qu alified se rvice personnel.
Do
N ot
Operate In
Do
N ot
Operate W it hout Covers
Explos i ve At mosph eres
To avoi d ex plosion, d o not ope rate this pr odu ct in an
explosive atmosphere u nless it h as bee n specifically
certified for such o peration.
To avoi d pe rso nal i njury, d o not remove t he pr odu ct
cove rs or panels. Do not o perate the product without the
cove rs and panels properly installed.
ADD J AN 1983
TM 5006
S ERVIC E SA FE TY S UMMAR Y
FO R Q UA L I FI ED S ER VIC E PERSO NNEL ONLY
R efer also to the preceding
Do Not Service Alone
Do not perform internal service or adjustme nt of this
product un less another person capable of rend ering first
ai d and res uscitation is present.
Use
Care When Servicing W it h Power On
Da nge rous voltages exist at sever al poi nts in t his prod uct.
To avoi d perso nal injury, do not touch exposed co nn ections and co mpo nents while power is on .
REV JAN 1983
Operators Safety Summary.
Disconnect powe r before removing protective
soldering, α replaci ng compone nts.
p anels,
Power Source
Th is product is inte nd ed to operate from α powe r so urce
that will not apply m ore than 250 volts rms between the
supply co nductors α between either s upply conductor
a nd g ro und. Α protective ground connection bywayof the
gr ounding co nd uctor in the power cord is essential for
safe operation. .
TM 5006
RE CA P IT ULATI F D ES CO N SIG NE S
D E S E C U R IT E
utilisέs da ns ce
Te rm es
manuel
L es ρα rαgιαρ h eτ i ntit u lά s ATTENTION i d en tifient les ci r οοπτταηεes ου opέratio ns ρουναητ eπτιαίηeι la d6t άr io r atio n
de 1'ap p a reil ου d e tout aut re Lqu i pe me nt .
Les parag raph es i ntitu l άs AVER TISS EMEN T
i nd iqu ent les
r
(
a nger d e m ort
n
a
ηge
re
u
ses
po
ur
Ι
'
utilisateu
d
ci rco stances d
ου risqu e d e blesur e) .
R e ρdres
gravά s ωι Ι 'a pp areil
CA U TIO N (ATTENTION) : ce mot identifie les zo nes d e ιίτqu e de blessure non perce pti b les i mm έd iate m e nt ου un risqu e
άvent u el d e dέter ioratio n d e Ι 'a ppa reil .
DA N G ER (DA N G ER ) : ce mot ind i qu e les zones de risque
imm έd iat po u va nt e n tr a ίn er b lessu res ου mort.
Symboles gravάs sur
B o rne de
masse
de
pr otectio n (te rιe)
m anu el
d'alime ntatio n
L'appa reil esτ εοπςυ pour fonctio nner ά parti r d'un e source
d'ali m e ntatio n m axim ale d e 250 V efficaces ent re les εοηd υεte urs d 'ali m entatio n ου e ntr e chaque εοπd υετe υι d 'alim entatio n et la ter re. Pour utilise r Ι 'appareil en toute s έ cu ritέ , un e
co nnexio n ά la masse, r βalisέ e au m oye n d ' υη condu cte ur
ρrάνυ d a n s le co rd o n d 'ali me n tatio n , est i nd ispensa b le .
masse d e Ι 'appareil
Un e fois i nstallέ d ans le chi ssis d 'ali me ntatio n, 1app a reil est
reli ά ά la masse ά Ι 'ai de d ' υπ co ndu cte ur du co rdo n d 'ali m e n tatio n . P o ur 6 vite r tout c h oc έlect ri que, insά rer la pr ise du
co rdo n d 'ali me n tatio n d a n s une pr ise d e d istributio n co ι resροηd απτe αναητ d e con necter Ι 'entrέ e ου les sorties d e Ι 'αρραreil . Po ur u tiliser Ι 'app ar eil e n to u te s άcιιr it 6 , un e co nn exio n
ά la m asse r έalis6e au moye n d ' υη co nducteur ρ rάνυ d a ns le
εοιdοη d 'alime ntation , esτ ind is pe n sab le .
viii
par la co upure
de
co nnexio n d e
En cas d e co upure de 1 α co nnexio n d e masse, to us les έ l έ m ents
co nducte urs accessi b les (γ compr is bouto ns et comm and es
apparaissa n t isola nts) peu ve nt provo que r un choc ά lectri que.
Utiliser le co rd o n
d 'alime ntatio n αρρr οριίά
Ν ' u tiliser que le cord o n d 'ali mentatio n et la prise recom ma nd 6s p o ur vot re a ppareil . Utilise r un cord o n d 'ali m e n tatio n e n pa rfait έτατ . Seu l, un perso nn el qu alifiέ p e u t
proc έde r ά un ch a ηge m en t d e cord o n et prises .
U tilise r le f u si ble αρριοριίέ
H a u te te nsion
ATTENTION - se reporte r au
Μ ise ά la
provoquά
1'ά qu ί peme n t
DA N G ER -
So urce
Danger
masse
evite r tout r is que d 'acci d e nt (ince ndie . . .) η ' u ti liser
qu e le fusi b le reeo mm and έ po ur votr e appar eil . Le f u si b le
de r e mplaceme nt d oit toujo urs co rrespondre au fu si b le
remplacέ : m eme ty pe, me me tension et mdme courant .
Un re mp lacem e nt d e fusi b le ne doit etre effe εt uέ qu e p a r
un perso nn el qu alifi β .
Po ur
Ne pas utilise r Ι ' αρραιe ί 1 en atmosph ά re ex p losive
P o ur
άviter toute ex plosion , ne pas
une atmosph er e d e gaz ex plosifs .
N e pas d άmo n ter
u tiliser
cet a ppa r eil
d ans
les εαροτs
dviteι tou te b lessure, n e pas utiliser εe τ appareil sans
εαροττ ου p annea u x . N e p as ali m ente ι le ti roi ι ά t rave rs
un prolo n gate ur .
P o ur
REV J A N 1983
TM 5006
CO N SIG NES D E S EC UR IT E
UN IQUEMEN T DESTI NEES AU PERSO NNEL DE
M AI NTEN AN CE
Ne d6 pannez pas se υ l
Ces consignes s'adr esse nt excl usiveme nt ά υη perso nn el qualifi ά. ΙΙ est άgalement ind ispensable d e se reporte r αυχ co nsign es d e secur it ά prec έd antes. Toute interve ntion intern e ου
reglage d oit s'effect uer en prέse nce d 'u ne autre perso nne capable d 'assur er les pr emie rs seco ur s en εατ d e d a nger.
Agi r avec pr6caution lors que Ι'αρρα reίΙ est sous tension
Des p otentiels d ange reux existe nt en diffέre nts p oi nts d e
Ι'a pp areil . Pour άviter toute b le τsure, ne pas inter ve nir τυ r lee
co nn exions et lee composants alo rs qu e Ι 'a ppa reil est so us
ADD
J AN
1983
te nsion. Dάbrancher Ι'ali mentation αναητ le dάmontage d es
pa nn ea ux, so udure ου r emp lacement d e co mposants .
Source d'ali mentation
Cet appareil est εοηςυ pour fonctionner ά p arti r d'un e source d 'alimentatio n qu i η 'app lique pas plus de 250 V efficacee
en tr e les co n d ucteurs d 'ali mentation ου ent re υη εοηdυε teur et la masse . Pour utiliser Ι'a pp areil e n to ute sέcu rit έ,
un e connexio n ά la masse rέalisάe au moye n d' υη εοηdυε teur ρ rάνυ dans le co rd on d 'alime n tation est i nd ispensa ble .
1Χ
TM 5006
SICHERHE ITSAN GABEN FO R
Die allge m ei n en Sic h erheitsi nfoιmatio n e n in d iese m Teil
de r An gabe n d ienen d em Anwend er- und Servicepersoηαl. Spezielle Wamun gen und H i n weise si nd Ob erall i m
Ha ndbuc h τυ find e n, m Osse n j e d oc h in d iese n An gabe n
nicht e rschei n en .
BEG RI FFE
In diesem Ha ndbuc h
VORSIC HTSH I NWE ISE eιlau tem B edi ngu nge n, die zur
Zerstbr ung des Ge rates od er and ere r Gege nsta nde f O h ren k bn nen.
WARNUNGSH INWE ISE eιlaute rn Bed i n g unge n , d ie zu
Perso ne n sch aden fO h re n k6 nn e n o d er le b ensgefahrlich si nd .
d e m Ger dt
darauf hi n, dαβ durc h zufAlliN
V
O
R
SICHTweist
CAUTIO
ges Be r 0 hren an einer n ic ht unm ittel bar z uganglich e n
Stelle Perso n e n schad e n entsteh e n kαηπ, o d er Schad en
am Ge m t sel b st.
Markienιngen a uf
DA N GER - GEFAHR weist darau f h i n , d αβ du rc h zufalliges
Βe rύh ιe n an ei n e r z u ga n glich e n Stelle Person e nsch ade n en tste h e n kαηη.
SYM BO LS
In d iese m Handbu ch
Dieses Symbol zeigt an, ωο Vo rsic ht walte n
τυ lasse n ist, o d er ωο I n fo rmatione n τυ
linden sind .
Markίe runge n a uf d em Ge di t
GEFAHR - H oc h spa nnung.
Sc hutze rdun gskonta kt.
AC HTUNG - beziehe n Sie sic h a u f das
H a ndbu ch.
Netzs pannun gsversorg un g
Die B et rie b ssp a nnung fOr dieses Gerat d arf 250 Ve n ic h t
o b erschreiten und ist an die Ve rso rg un gsleit unge n bzw .
an ei n e Ver so rgu n gsleitun g und Masse an z ulege n. I nn e rh al b d es N etzansch l u β kab els m υβ ei n Sc hu tzleiter vo rhand en sein , de r mit Gerate masse verbu nde n ist.
Massea n sch l u B des Geri tes
Dieses Ge rat wiιd O be r d en Sc hu tzleite r d e r Ve rso r g ungsei nh eit mit Eι dp ote ntial ver bund e n. Zur Ve rm ei-
D~N ANWEN D ER
du ng νοη ele kt risc h e n Sc h iage n νο r deι Besch alt un g der
Ei n-u n d A u sga nge ist d e r N etzstec ke rin ein e korrekt ve rd ra h tete Steckdose ei nzu stecken . Verwend en Sie den
Schutzleiter n ic ht als ei nzige Verbi nd ung zwisc h e n zwei
oder mehre ren Ge rate n. Ζυι Vermeidung νοη elektrisc h e n Sc hlage n si n d die Ge rate u nterei na nde r mit se p arate n Leitunge n τυ ve rbu nd e n.
Gefa hr durch fe h le nd e Schutzerd e
Durc h ein e fe h le nde Sch utzerd e k6 nn e n alle berfj hrbare n, leitende n Teile (ei n sc h lie8lic h Kn(5 pfe und an dere
Bed ienungsele m e n te, die isoliert si nd ) eine n elektιisch e n Sch lag b ei der BerO h rung auslOse n .
Verwe ndu ng eί n es richtige n Netzka bels
ngsVerwe nd e n Sie nur N etzkab el, die fO r d ie Versorg u
ei nh eit geeig n et si nd und d ie sic h in gu te m Zusta nd befinde n.
und Stec ker bei nnerh al b des
u
f
A
bb
il
dun
ge
n
n
Sie
sic
h
b
itte
a
zieh e
Handbu ches .
Fo r detaillierte I n formatio n e n Obe r Kabel
Austausc h νοη Ka b el n und Steckem ist nur νοη geschu lte m Perso nal vorz un e hm e n .
Ein
Verwe ndun g einer ri c h tige n Sich e rung
Zur Vermei du ng νοπ Brand sch ad en si nd nur Sich erungen τυ verbu nd e n , d ie i n d e n Teileliste n dieses Ger ates
aufgef o hft si nd und die i n Sp a nnungs- und St ro mwert
entsprech e nd si nd .
Sic h e run ge n ist ηυ r νοη gesc hu lte m Pe rsonal
vo ιzun e hm e n .
Ersatz νοη
Arbeite n Sie nic h t in explosive r U mge bun g
Ζυι Vermei dun g νοη Ex plosio n e n ist d ie Inbetrie bn ahm e
d ieses Gerates in exp losive r Um ge bun g τυ un ter lassen,
we nn d as Ge rat n ic h t daf O r geeig net ist.
En tfenιen Sie kei n e Ge h 5 u sea bdeckunge n
Zur Verm eidung νοη Pe rso n en sc h ad e n si nd kei n e Geh a u seteile z u e n tfe rne n . Au c h ist das GerAt ohn e Geh a u se n ic h t in Bet rie b zu n e hm e n.
Arbeite n Sie nic h t oh n e Ge h 5 u sea bd eckun g
Ζυι Verm eidung νοη Pe rso ne nsc h a d e n ist das Ge r at
n ic h t ohn e Ge h ause in Bet r ieb τυ n e hm e n. De r E i n sc hu b
sollte n icht O b e r ei n e n Ve rla n ge run gsa d ap te r b et r ie be n
we rde n .
ADD J AN 1983
TM 5006
SICHERHEITSANGABEN FUR D EN
SERVIC E
NUR FOR G ESCHULTES PER SONA L
Bezie hen Sie sich auc h auf die vo rangehenden Sicherheίfsa ngaben f0r den An wende r.
F Uhren Sie keine Service fili tigkeiten alleine durch
N ehmen Sie an dem Ger a t keine Service- o der Einstellarbeiten vor, wenn nicht eine andere P erson verf o gbar ist,
um im B edarfsfall Erste H ilfe oder Wiederbelebungsversuche τυ leisten.
Lassen
Sie besondere Vorsicht walten, wenn
Sie an einem unter S pannung stehenden Gedit
arbeiten
An verschiedenen Stellen i m GerAt liegen hohe und damit
gef ίahrliche Spannungen. ZurVermeidung νοη Personen-
ADD JAN 1983
schaden sind solche Stellen und Bauteile nicht τυ berOhren, wahrend Betriebsspannung anliegt.
Vor dem Entfernen νοπ GehAuseteilen, Lδten o der Ersetzen νοη B auteilen ist immer d ie Betriebsspannung τυ
entfernen .
N etzspannungsversorgung
n icht
.
Die Betriebsspannung fU r dieses Gerat d arf 250 V,
Ci berschreiten und ist an d ie Versorgungsleitungen bzw .
an eine Versorgungsleitung und Masse a nzulegen . Innerhalb des Netzanschlu βkabels mυβ ein Schutτleiter vorhanden sein, d er mit Geratemasse verbunden ist.
ΧΊ
TIM 5006
Itir
Vτ$*~1t m 0tz6t :
~ τιάΜ`p t6 λ :ts t
t7 i F Ρειi>i~250 Vr ms ~Γ 7~ Φί:~~~~jΓ"ΖτΥ
s ίϊ
J
ι~d. Υ ο
.~-_'
^
=70
λ
Mal
ιά% f =- Κσ 7 - 17 Wcl m-it
ι i' ;5 t-- &) Ir- la
&εΟλ .
1 Lί~~i~0)
--7 = α 71 ί,φ mmm
ti
I
7r .
χιά5
r-)- - L,
iι~t
ti Ο) ib 3 ^1J1; 0-) Miff. -c,-4-.
%ΜΡυ J 3'Υ η ;e Χι t α c
all σ) o J 3 ; qσ) il.S" ΖI- .
Wfσj-cz la εξ #i Ζ o6 mΕl
CAUTION ιάλτ*t6 .t U*
291 t-- ι1 Ρ9~ 06& ΙΙ- Μτgle
~ ;Tt5ltlbl&) 751
L, -c L", I t.
DANGER ι1 ήτ* ι tΜτ* ;i, )ίι;T L,t-h
5 άib> όb 3~ϋ 5} ΤυΤι " 11' ο
ύι t. ltmk i
L°-q ίι 3
L!C ι " ο
f_ - F ι t#~ τ ~>~~ ι " L t
%ι~= - Κ L _
c iria - F cLz ι " ο
η
ιί_ θ
Ά ~#~ τ l. Ζι " ί~~ ο
mn iz u i~ ftt t2*
Υe R~-~ι~Γ-F
t α-Χ
fe
ι "ο
3
Vτ
ιcίtαι
q 3 t α - λ CM f F εt ι "ο
t α - ~σ~
3 ΑΡ ιά . ~j #±74- ΑιΝ " =i
:%= 7 ιzfif: -rta F ιt ι "ο
ιάΥFΜ Lt-tfr ι " τΤ L~4 ι " ο
iι W -, ~ yι 0:.~ ι ~ Ζ
-f9 η' -Γ i σit ic -lη ~ "
-tr td ι " τΤ L?4 ι " ο
ΧΊΊ
ά α~F
fr tt σ~tz-6, ? = α ~ ιιιί- 3219 Lt ιhΖι " 3 τ±
R α έΓJ tέitιωίΤ
i~--&χ&ΜρΑ
h -1t ο
ιί:t~t~-rtaFt ι "ο
< 3 α2
~3t~~,~1J > ά~3
Lb > C45
ιC,4ι 3 1: 5 fs ΡτΤΤ'
ιι fe IR 0 ιά -rl,t: Ι ΙτΡ R Lt
ADD J AN 1983
TM 5006
S3A~0) A *
"" ~~ισ~~τε
1 λ~λt-t λ *εττ ~ι ~ ι ~~~~ ι ~,
4L ΜσD Ζ L'k
3 λ 75> ι ~3 ΡΤττττ ---, ΖΤ t ι ~ο
~~ r
ελ #' ι t ~5~~~~
P~
~ W ~R ι~ ι ~~~ Γ~ σ~ Άβ 53~~~ h
iL T3tzab . ~
WΆβ5 ~όβΆι z. ιά
ADD JA N 1983
3. Υ ο
~> ι ι ~~ Ζι ~3 θ ι ,
τ-F L!j ι ~ ο
h
ιά~ ι . . " ~ η`ft . ά[tgga~ χ ~*~ ττ ~~~ ι~
its
λf~-~ σ~fe
l. Ζι ~3
+~ i ΗΡαi~~250 Vr m s
~ W O~~
®~~ι l+.eTZ7 F ~J ~/~ 7 ο
~- Ησ»- λ
τιLx
~C
S Α, ε " ί. ΖΤ Lt
AN
TM 5006
295ϋ00
TM 5006 P owe r M o du le.
ADD JAN 1983
Section 1-TM 5006
SPECIFICATION
Instrument Description
The TM 5006 is α six-compartment power module
compatible with TM 500/TM 5000-Series pl ug4 ns. The
power module feat ures α pulse width modulated switching
do powe r supp ly. All do voltages are regulated. The right
compartment is the h ig h power compartment. The unit has
fo rced air cooli ng.
Six indivi dual co nnectors, one for each co mpartment,
pr ovide co nnections to each G PIB co mpatible plug-i n.
These connectorsfeed to α G P I Β interface b oard, t hen to α
standard G PIB co nnecto r on the rear panel. All GPIB
co nn ections are se parate from t he b oard rear i nterface
co nn ector.
Performance Condtions
The electrical characteristics in t his specification are
vali d only if the TM 5006 has been adjuste d at an ambient
temperature betwee n +20°C and +30° C. The instrument
m ust be in α non-condensing envi ronme nt whose li mits
are descr i bed under t he envi ronme ntal part . Allow 30
minutes warm-up time fo r operation to specified accu racy; 60 m inutes after exposure to or storage i n α hig h
humi dity (condensi ng) environm ent. Any cond itions t h at
are uniqu e to α particular c haracte ristic are expressly
state d as part of that characteristic.
The electrical and envi ronmental performance li mits,
together with thei r related vali datio n procedures, co mprise α complete statement of the electrical and envi ronme ntal performance of α cali br ated instrument.
Items listed in the Performance Requirements col umn
of the Electrical Characteristics are verified by completing
t he Performa nce Check in the Calibration section of t his
manu al . Items listed in the Supplemental Information
column are n ot verified in t his ma nual .
TAW* 1-1
ELECT RICAL
Characteristics
C HARACTERISTICS
Performance Requirements
Supplenιentι l information
S UPPLI ES
+26 V do
Tolerance α
+23.7 V to +28.3 V
PARD "
< 2.5 V peak to peak
Maximum load
1 Α per co mpartment
Maximum load
10 m A/μA
-26 V do
Tolerance'
-23.7 V to -28.3 V
PARD °
< 2.5 V peak to peak
Maximum load
1 A per compartment
Maximum load dt
REV N OV 1981
10 m A/μs
Specificatio n-TM 5006
Table 1-1 (cont)
Characteristics
Pe rfo rm ance Requ irements
Sup plemental Information
+8 Vdc
Tole rance'
+7.6 V to +8 .5 V
<, 600 mV peak to pea k
PARD "
Maxi mum load
3 Α per co mpart ment
Standard compartment
3 Α pe r compartme nt
H ig h power compartment
M axi mum load
20 m A/μα
25 V ac (2 each co mp artment)
26.0 V rm s +10%, -15% floati ng
R ange
Maximum load
1 Α r ms per wi nding
Standard co mp artment
2.5 Α rms per wi nd i ng
H ig h power compartment
350 V peak from chassis g round
M axim um floati ng voltage
17 .5
V ac
Range
20.5 V +10%, -20% with g rounded
center tap
M axi mu m load
350 mA per co mpart ment
M axi mum plug-in power ` draw
from m ai nframe
30 watts do or 50 VA ac
Stand ard co mp artment
30 watts do or 125 VA ac
High power com partment
Combined power draw ` s haring
li mitatio n
V A ac +267 (watts dc) < 100
Standard compartment
H ig h power co mpartme nt
Type
M axim um dissipatio n
Stand ard compartment
H ig h power compartment
Maxim um floati ng voltage
VA ac +2.67 (watts dc) < 150
SER I ES P ASS TRANSISTORS
One ΝΡΝ and ΡΝΡ pe r co mpartment
10 W each, 20 W total
30 W each, 50 W total
350 V peak
Specification-TM 5006
Ta ble 1-1 (cont)
Ch aracte risti cs
Pe rformance Requirements
Supplemental Information
SOUR CE POWER REQUIREMENTS
Selectable (nominal):
100 V, 110 V, 120 V, 200 V, 220 V,
and 240 V. (250 V maximum on 240 V
range)
Voltage Ranges
+7%-10%
Tolera nce
Line Frequency
48 Hz to 66 Hz
M aximum power cons umption
650 VA
Fuse Data
7 Α, 3 AG, me dium blow
100 V, 110 V, 120 V ra nges
4 Α, 3 AG, fast blow
200 ν, 220 V, 240 V ra n ges
M ISCELLANEOUS
Maxim um recommend ed plug-in
power dissipation
One-wide
15W
Two-wide
35 W
Recommended adju stment interval
1000 hours o r 6 months
" Worst case : Low li ne with f ull load and high li ne with no load. These limits include PARD.
° Periodic and Random Deviation. See Natio nal E lect rical Manu facturers Associatio n (ΝΕΜΑ ) Standards Publication No. PY1-1972 .
c At nominal line voltage.
REV S EP 1986
1-3
Specification-TM 5006
Ta ble 1-2
8
ENVI R ONMENTAL CHARACTER ISTICS
Description
Characte r istics
M eets M IL-Τ-28800 Β, class 5.
Temperature
Operating b
0°C to +50°C
Non-operating
-55°C to +75°C
95% RH, 0°C to 30°C
75% RH, to 40°C
45% RH, to 50 -C
95% RH, to 50°C Extende d q ualification.
Humidity b
Altitude
Operating b
4.6 Km (15,000 ft .)
15 Km (50,000 ft.)
Non-operating
Excee ds ΜΙ L-Τ-28800 Β, class 5 .
Exceeds MIL-Τ-288008, class 5.
V ib atio n c
0.38 mm (0.015') peak to pea k,
5 H z to 55 Hz, 75 minutes.
Exceeds M IL-Τ-28800B, class 5.
Sh ock c
30 g's (11/2 si ne), 11 ms duratio n,
3 shocks in each direction along
3 major axes, 18 total shocks.
M eets M IL-Τ-28800B, class 5.
Bench Hand ling c
12 drops from 45°, 4' or equ ilibri um ,
whichever occurs first.
r
M eets MIL-Τ-28800B, class 5.
Tra nsportation d
Qualified under National Safe Transit Association Preshipment Test Procedures 1 Α-Β-1
EMC
Within limits of MIL-461A tests RE02 ; CE01 8; CE 03 ; RS01 ; CS01, and CS02 .
Electrical Disc harge
and 1A-B-2.
Ι
20 kV maximum charge applies to instrument case .
" System environm ental specifications subject to individual p lug-in specificatio ns.
" Electrical loa d in acco rdance with Section 2.2 .1 .
c With mecha nical load of 19 Ibs, ±1 lb. evenly distributed. (Three two-wide plug-ins,
two rear support p ins and one rear interface ECB). Requ ires retainer clips.
each
weighing 6 113 Ibs, t3 lbs. ±113 lb. with
d Without mec h a nical load (plug-ins) .
e Increase first 3 odd power li ne frequency har monic amplitud es by 10 418.
REV JUN 1984
Specification-TM 5006
Table 1-3
PH YSICA L CHARACTER ISTICS
Characterlsfics
Description
M axim um recomm end ed pl ug-i n weig ht
One wi de
Two wi de
Net weig ht (wit hout p lug-ins)
1 .4 kg (3 lbs.)
2 .7 k g (6 l bs.)
14.5 k g (32 lbs.)
Maximum overall d imensions
Height
193.8 mm (7 .63 inc h es)
Widt h
444.73 mm (17.509 i nches)
Lengt h
476 mm (18.74 i nches)
En clos ure type and style p er MIL-T-288008
TM 5006
Ty pe
III
Style
Ε
TM 5006 Option 10 (ιackmo unt)
Ty p e
Style
Fi n is h
III
F
Fr ame
Powder coated al u mi num
Covers
Vi nyl clad al umi num
Sectio n 2-TM 5006
O PER ATI N G I N ST RU CTIO N S
a nd ca ble raceway as show n in Fig . 2-2. To i nstall this
Introduction
The TM 5006 Power M odu le is cali brated and readyfor
usewhen received. Α list of stand ard accessories (and part
numbers) is located in t he b ac k of this manual.
Power Source R eq uirements
ΙΝΑ RM 1 Ν G
AC POWER SOUR CE A ND CO NNECTIO N. Th is
inst rum e n t operates fr om α sin gle-phase power
so urce. It has α three-wire power cord and two-pole,
thr ee-term inal grounding-type pl ug. Th e voltage to
gr ound (earth) from either pole ο/ t hepower source
must not exceed t he maximu m rated operating
voltage, 250 V.
Before ma king conn ectio n to th e power source,
determin e that the instrument is a djuste d to match
the voltage of t he powe r sour ce, a nd has a suitable
two-pole, t hree-termί nalgro undin g-type plug. R efer
any changes to qu alifi ed se rvice personnel.
GR OUN DI NG. Th is instrument is safety class Ι
e qu ipm ent (ΙΣC designation). All accessible conductive parts ar e directly connected t hroug h the
grounding co nductor of the p ower cord to the
grounding co ntact of th e power plug.
Th e power inp ut pl ug must only be inserted in a
mating receptacle wit h α grounding con tact. Do not
defeat the grounding con n ection. A ny interruption
of t h e grounding connection can create an electric
s h ock haza rd.
s
For electric hoc k pr otection, th e grounding connection m ust be made befo r e ma king connection to
.
t he instru men t's input or outpu t terminals
See Fig. 2-1. Referto the li n evoltage and Iuse data la bel
on t he r ear p anel .
Fu se Replacement
Turn t he slotte d sectio n of the li ne fuse hol der
counter clockwise and remove the fuse. Replace t h e f use
with t he pr oper type as s h own on t he r ear panel la bel .
Ca bli ng
Remove power cord
stallation .
b efor e attempting cable in-
For co nve nie nce, ca b li ng f ro m t he front of the p ower
m odu letothe rear panel may be run t hroug h t he ai r inta ke
REV NOV 1983
ca bli ng first remove the access pa nel on t he rear of the
power module . See Fig. 2-1 . Next remove t he two b ottom
panel r etai ner sc rews and the botto m panel retainers.
Sli de the botto m pa nel out from t he r ea r of the i nstru me nt.
P ass the ca ble thr ough t he front ai r intake, ac ross the
botto m of the p l ug-in s upport r ails and o ut the access
panel . Replace the power modu le b ottom cover.
To e nsure pr oper cooling, d o not o perate t h e
m odule wit h any cover removed.
Ta ble Top
The
p ower
Use
powe r modu le may be operated with t he front
r aised. To raise thefront of the i nstrume nt exte nd t he front
b ail as s h ow n in Fig . 2-3.
Rackm ounti ng Instructions
Cooling. Ex amine the side panels of the TM 5006,
Option 10, power modu le . If there are no cooling holes in t he
si de panels, at least 1-inch clearance must be m ai ntained
between the bottom of the power modu le and the instru ment below it. Th is is necessary to insure proper
cooling. If th e side p anels have cooling h oles, no special
precautions are n ecessary .
If the rac k has positive internal pressure for cooling
pu rposes, the mainframes must h ave all compartments filled
with plug-in s or bla nk front panels (available from Tektronix,
Inc .) must be installe d in the unused p lug-in openi ngs . If
greater internal air flow is d esired in α relatively hig hly
pressurized rack, the grill opening at the b ottom fro nt of the
-TM 5006 may also be b locked.
Rac k Di mensions. The TM 5006, Option 10, is shipped
fro m the factory ready for rack m oun ti ng. Figure 2-4 shows
major dimensions. F ture 2-5 shows the spring-latch cutout
in the stationary section.
ΝΟΤΕ
The slide tracks supplied with the TM 5006, Option
10, have holes in the stationary sections to
accomodate the spring latches. The TM 5006, Option
10, should not be mounted with rack slides that do not
have th e rack-latch holes.
The TM 5006, Option 10, fits the standard 19-i nch si de
ca binet, r ack or co n sole . Spacing inside the front rails mu st
be at least 17 3/4 inc hes . Th is allows clea rance for t he
statio nary sectio n of the slide-out trac ks to permit the
assembly to slide freely on the slid-o ut trac ks.
Operati ng Instructions-TM 5006
Line fuse holder
Power co rd
receptacle
i
Rear nterface
bnc co nnecto rs
(O ption 02 only)
Access pa nel for ca bli ng
to f ront of power mod ule
2950-01
Fig. 2-1. TM 5006 rear panel.
The sli de-out trac ks, wit h existing ha rd ware supplied,
will co nve n ientl y mo u nt in any r ac k wit h t hefront and rear
rails space d f rom 10 1/2 inc hes to 24 1/2 i nches .
Mounting the Slide Tracks. Locate t he proper r ac k
holes for mou nting as show n in Fig . 2-6. N otice that the
hole spacing in the rac k s va ries. Wh en installing the slides
i η t he Ε1 Α ty pe racks, make certain t h e slides are attached
tot h e 1/2-inch spaced h oles . Figure 2-6 also shows details
for determini ng p osition of t he slides i n the r ack. Mount
t he rails u si ng e nclosed h ardware as shown in Figs. 2-7
and 2-8. Fig ures2-8 B and Cshow rail-mounting d etailsfor
d ee p a nd s hallow rac ks. Make s uret hestationary sections
are h orizontally alig n ed sot hey ar e level a nd parallel wit h
eac h ot he r.
Installing the TM 5006, Option 10, in the Rack Slides.
Ma ke certain all p lug-ins are remo ved from the power
module, Pull the slide-out trac k inte rmediate sectio ns out
as far as t hey will go . See Fig . 2-9. Inse rt the i nstrument
chassis sectio ns i nto the intermediate section and push
t he inst rument fo rwar d un til t he instrument chassis section loc ks i nto the intermediate sectio n. Now press both
butto ns protruding from t he stop-latc h h oles i n t he
i nte rmediate sectio ns wh ile pu s hi ng t he inst rume n t. The
i nst rument ca n now be pushed i nto t he rac k, ca binet, or
20-2
co nsole. Th e latc hes h ol ding t he inte rmediate sections to
t he statio nary sectio ns ar e auto maticall y o perated b y t he
instru ment as it is p us hed into t he rac k or ca bi net . The
q uic k-release latc hes automaticall y e ngage the r ac k-latc h
h oles in the statio na ry sections of the rails as t he
instr ument is pu s hed fully i nto the r ac k.
Removi ng the I nstrument. R e move all p l ug-i ns f r o m
power mo du le. Unscrew t he two thu mb sc rews 0-t the to p
of the front panel, Pull t he r ectang u la r latc hes on b ot h
sides of the front p anel . Using the latc hes pull the
instrume nt from the enclosure u ntil the sli de inte rmediate
sectio ns latch wit h t he instrument sections an d t he
statio nary sectio ns. The i nst rum ent is fi rml y held in this
position . To completely r emovet he i nst ru ment, press bot h
release-latc h b uttons visi ble in the stop-latc h holes and
carefully slide t h e instrument from the rack o r ca bi net.
R ac k Adj ustments . Afte r installing the i nst rum ent ί η th e
r ack, bi nding in the rac k slides may occur if the sli des are
not pr operl y adj usted. Slide t he i nst r ument f rom the rack
until t he front panel is about 10 i nc hes from t hefront of the
rac k. Slig htl y loosen t he sc rews hol di ng the right an d left
trac ks to the front rails. Allow the trac ks to see k t heir
normal p ositio n. R etig hten the screws and c h ec k t he
trac ks fo r moot h o peratio n by slidi ng t h e i nst rument in
and out of the r ac k.
s
R EV
SE PT 1966
Operating Instructions-TM 5006
Plug-in
s upport rail
G PIB co nn ector
Rear interface
co nnecto r
Line power
switch
2950-02
Fig. 2-2. TM 5006 fro nt view.
Rack Sli de M ai nte nance. T he slide-out trac ks d o n ot
re qu i re l ubricatio n. Th e d ark g ray fi n is h οη thet ιac ks is a
permane nt lu br icative coating.
Pl ug-i n Installatio n a nd R emoval
Turn t h e powe r mo du le off before inserting or
removing th e plug-in; otherw ise, damage ma y occ ur
to t he pl u g-i n circuit r y.
NO ΤΕ
Th e DC 505, DC 505Α and LΑ501 W plug-ins are not
compatible with th is powe r mo du le .
Chec k to see that t he plastic barrie rs on the i nterco nn ecti ng j ac k of the selected power module co mpa rtment match t he cuto uts i n t he p l u g-i n ci rcuit b oa rd edge
co nn ector. The rig ht-most co mp a rtme nt isthe h ig h p ower
com partment. Alig n t he plug-i n chassis wit h t he u pper and
lowe r g uides (see Fig . 2-10) of t he selected compart me nt.
Pu s h t h e p lug-i n c h assis i n and pr ess fi rmly to seat the
ci rcuit b oa rd e dge co nn ecto r in t he i nte rco nn ecti ng j ac k.
Turn t he p ower modu le on .
Family Compatibility
M ec hanically, TM 5000 p l ug-i n m odu les are ve ry
si milar to ot her Tektronix pr odu ct families . H owever, they
are n ot electrically co mp atible . Therefore, the TM 5006
interface h as barriers on the mati n g co n necto rs betwee n
pins β an d 7 to ensure that i nco mp ati ble p l ug-i ns ca nn ot
b e i nserted . See F ig . 2-11 . Α com pati ble m odule will have a
m atching slot between p ins 6 an d 7 of its main circuit
b oard e dge co nn ector. This slot and ba rr ie r com bi natio n
is t he pr imary keyi ng assig nme nt.
C ustomizi ng t he I nterface
T he mo du la rity of this i nst rumentation system p rovides
fo r m any d iffe r ent f u n ctio ns to be performed by the plugin mo dules. S pecific fu nctions are grou ped i ntofa mil ϊes or
classes, of whic h t here may be se veral pl ug-i n m od ule
mem bers. For i nstance, some classes are P ower Supplies,
Signal So ur ces, M easur eme n t, a nd sofort h. Eac h mo dular
m em ber of α fu n ctio nal family will h ave α seco nd slot,
p ec uliar to its family assig nment, locate d i n its edge
co nn ector. The TM 5006 u ser ca n select one or more
Operating Instructions - TM 5006
Folded front bail .
Pull to extend .
Air intakes
Extended front bail .
Push to fold against
bottom of instrument .
2950-03
Fig . 2-3 . TM 5006 bottom view .
2-4
Operating Instructions-TM 5006
Fig. 2-4 . TM 5006, overall dimensions.
REV NOV 1981
2-5
Operati ng Instru ctions-T M 5006
Repack agi n g
I nformati on
If t he Tektro n ix i n strume nt is sh i p ped to α Tekt ro n ix
Service Ce nter for service or re p ai r , attac h α tag s h owi ng
owner (with a ddress) and the n ame of an individual at your
firm to contact. Include the complete instrument serial
number, option number a nd α d escription of the service
r equired.
Save and reuse the package in which your instrument
was shipped. If the original packaging is unfit for use or
not available, repackage the instrument as follows:
Surround t he instrument with polyethylene sheeting to
protect the instrument finish . Obtain α carton of
corrugated cardboard of the correct carton strength
having inside d imensions of no less than six inches
m ore than t he instrument dimensions . Cushion t he
instrument by tightly packing three inches of dunnage
or urethane foam between carton a nd instrument on all
sides . Seal the carton with s hipping tape or an industrial stapler.
The carton test strength for t his instrument is 350
pounds per square inch.
F19. 2-5. Rack latch hole .
compartments to accept only m embers of that family, by
installing α second barrier in t he interface connector to
match t he m odule's slot location . An entire TM 5006 can
be set up in t his manner for s peci fic work f unctions. For
extra b arriers, order Tektronix Part No . 2141593-02.
Rear Panel
The r ear panel has α connector m ounting plate for bnc
and multi-pin connector m ountings. Customer oι factoryinstalled connectors and wiring (Option 02) can provide
external access to the interface. This feature makes the
TM 5000-Series Modular Instrumentation System very
flexible in bench-top or rackmounted systems.
Option 02
Qualified service personnel see Section 6 in t he Ser vice
section of this manual for information on O ption 02 .
2-6
WA RN I N G
During rackmount installation, interchanging t left
assemblies defeats the
and right slίde-out track
extension stop (safety latch) feature of the tracks .
Equipment could, when extended, come out of the
slides and fall from the rack, possίbly causing
persoηαl injury and equipment damage.
When mounting the supplίed slide-out tracks, inspect
both assemblies to find the LH (left hand) and RH
(nght hand) designations to determine correct
placement. Install the LH assembly to your left side as
you face the fron t of the rack and install the RH
Refer to the
assembly to your right sίde.
rackmountiηg ίnsinrctions in this manual for complete
information.
REV NOV 1981
Operating Inst ru cti o n s-ΤΜ 5006
M I L STD
189
SPACI N G
0 .015" N OM I NAL C LEA RAN CE
TO IN STRUMENT ON TOP OR BOTTOM .
ΕΙΑ R S310
R ΕΤΜΑ
S PACI N G
0
0
0
0
1 .250"
0
0.500"
7=
-
TM 5006
3 .235"
0
0.625"
3.235"
~0
0 .312"
°Ι
R AC K
BOTTOM
1
0 .077"
σοσσσσσσσοσοοοσσοσσσσ
N O RM A L CLEAR ANC E
TO RAC K BOTTOM
Fig. 2-6 . D i me nsions and positioning of TM 5006, Option 10, In sta ndard rack.
(12259-20) 2950-06
Operating Instructions-TM 5006
STOP LATCH
HOLES
'ENGAGES WITH MONITOR RACK RELEASE LATCH
(2234-09) 2950-07
Fig. 2-7. Rackmount slide detail . If the rack has tapped holes, the bar nuts are not required .
Fig. 2- 8. Rackmounting slide details.
Operating Instructions-ΤΜ 5006
TO INSTALL
1 . Pull the slide-out t rack section to the fully extended
position .
2 Insert the instrument chassis
sections into the slide-out
sections.
3. Press the stop latches and
push the instrument toward
the rack u ntil the latches
snap Into their holes.
4 . Again p ress the stop latches
and push the Instrument fully
into the rack until the instrument latches on b oth sides.
TO REMOVE:
1 . Press r ack release latch bars
Inward and pull instrument
outward until t he stop latches
snap into the holes .
2 Press stop latches and remove the instrument .
(12259021)2950-09 Α
Fig.
REV A PR 1982
2-9 . Removing and installing TM 5006 in rack slides .
2-9
Operating Instructions-TM 5006
Fig. 2-10. Plug-in installation and removal .
Signal source
family key
Measurement
family key
Power supply
family key
High power
compartment
2950-11
Fig. 2- 1 1 . Keying assignments for family functions . One of the many possible sequence combinations .
Cbapitre 2 - TM 5800
I N ST RU CTIO N S D' U TI L ISATIO N
I ntroductio n
Cliblage
Le module d'alimentation TM 5006 eat etalonne et
prat ά Ι 'e mploί ά Is livraison. Une lists d 'accessoi res
stand ard (avec numeros d e reference) est foumie ά Is
fin de ce m an ual .
So ur ce
d 'alimentation
AVERTISS EMERT
Source d 'αlime ntatίon alternative et connexions . Cat
instrument est confu pour dire u t(lίsd ά ραrtίr
d'une source d'alimentation monophasde. /Ι
possede υη ιοηdοη d'alimentation ά trots
conduc τeυrs, et une fiche ά trois broch es dont
/'une est relies ά /α masse. Le potential des deux
pόles per rapport ά /α masse ne doit pas excdder /α
ten sion n omίnale maximale, 250 V.
Avant de brancher /instrument, s άssurer quo Is
d lecteur de tension est sur /α position
correspondent ά /α tension secteur, et q ua
/instrumen t possάde une fiche bi-polaire ά trois
broches aver contact de masse. Sίηοη, s άdresser
ά υη personnel de maintenance qualifid.
Oter Is cordon d 'alimentation avan t
linstallation du cible.
de procdder ά
Pour plus de commodite, Is cάιblage entre Ι'avant du
modu le d'ali mentation et son pann ea u arriere pout
s'effect uer Is long d e Is grille d'aeration et dons Is
conduit d e passage du cAble, comme i ndique fig ure 2.2.
Pour pιoceder au cAblage, 6ter Is ραπηοαυ d 'acces ά
l'arriere du module d 'ali mentation. Se reporte r ά Is
figure 2.1 . Ρυίs 6ter lea deux vis d e fixation et les
fixations du ραπηeαυ infάrieur. Faire coulisser Is
ραππsαυ inferieur et 1' dter par 1' αrriere d e Ι'inst rument.
Faire passer Is cAble par Is conduit d 'aeration du
panneau αναπ t sous lea rails d e guidage du ti roir, et Is
faire sortir per Is pann ea u d 'acces. Remettre en place Is
p annea u infe rie uc
s
Liaison ά Ια masse. Cat instrumen t est conforms αυχ
nonnes de sdcuritd IEC classe 1 . To utes lea
parties conductrices access(bles de /instrumen t
son t relMes directemen t ά /α masse de /α prise
d'alimentation per /'intermd diaire du conducteur
corresponden t du cordon d'alimentation.
Ν'insdrer /α fiche qu a daps une prise εοmρο rtαητ
υη contact ά /α masse. Ne pas supprimer ce
contact. Tou te in terruption de /α liaison ά /α masse
entraίnerait υη risque dάlectrocution.
Se reporte r ά la figu re 2.1 . Se referer αυχ ind ication s
relatives ά Is te nsion reseau et au f usible sur Is pa nn ea u
Po ur assurer υηe bonne ventilation, n e pas utiliser
Is module d'alimentation sans capot.
U tilisation sυr one table de travail
L e modu le d'alimentation pout αtre utilise en position
inclines . Proce der comma indique figure 2 .3 .
M ontage en baie
Dimensio n s de la baie. Le TM 5006, option 10, eat livre
p rat ά atre monte on baie. Los p rincipales d imen sio n s de
la baie so nt in diqu ees figu re 2.4. La figure 2 .5 m ontre Is
d ecoupage du syste ms de verrou illage ά ressort do ns Is
p artie fixe d e 1α baie.
a rriere.
R emp lace ment Won fusible
L es rails
To umer vers Is ga uche et 6ter Is fusi ble. Le r emp lacer
par υπ fusi ble du type appropfe (νοίr nd ications sur
pann ea u a r riere) .
i
ADD JAN 1983
ΝΟΤΕ
ά glissiάres letdra ux fournis avec le TM
5006, op tion 10, ρrdsenten t des trous daps lours
parties fixes pour /insertion des verroυs ά ressort.
L e TM 5006 option 10 n e dοίt pas etre mon te sur
des rails ά glissίάres non perforέs.
F rench 2-1
Instructions d 'υtάθάsατίοη - TM 5006
loge ment do fusi ble
secteur
Conn ecte urs BN C do
θ'interface arriere
(option 02) se ulεmeηt
Connecteurs do
['interface arrίe re
(option 02) seulement
Vis de fi xation
des ραηηeαυχ sup erie ur
et lateral
Ind ications relatives
ά Ια tension reseaυ
at au fusible
V ls
do fixation
do ραηη eαυ infe rieur
Receptacle do co rdon
d'alimentation
F ig .
le ciblage ά Θ'avant
do module d'ali mentation
ITF2950-01
Ζ-1 . Pon neau arri δre do TM 5006
L e TM 5006 option 10 s'odapte ά des coff rets, bales,
ου co n soles sta n da rd de 19 p o u ces (48,26 cm) .
L'esp ace ment d es rails d e mo n tage f ro n ta u x ne p eut
et re infe rieur ά 45,1 cm, afln de loisse r υη jeu suffisant
po ur le fo nctionne ment d es glissieres .
Les rails ά glissier es s'adapte nt aisement sur les rails
(vertica ux) de mo ntage ava nts et ar r ie res d 'u ne b aie s ϊ la
d ista nce inteme entre ces rails est com pr ise entre 26,6
et 62,2 cm .
M ontage des rails ά glissieres . R eperer sur les glissieres
les trous permetta nt d e les monter sυr les rails de
m o n tage d a ns la b aϊe (fig ure 2-6) . Obse rver que
Ι 'espacement d es trous sur les rails est va riable. Lors d e
Ι'i n stallatio n des rails ά glissϊeres d ans des r ails d e
m o n tage d e ty p e ΕΙΑ, veϊlle r ά ce qu'ils soient fi xes dans
les troυs espaces de 1,2 cm . L a figu re 2-6 indϊq ue avec
p recision la position des rails ά glissϊ eres da n s la baie.
Monter les rails en utilisant les pieces m6caniques
i ndiquees figure 2- 7 et 2-8 . Les fig ures 2-8Β et G
contienn ent les d etails d e m o n tage d ans des bales de
d iverses profonde ur S'ass ure r q ue les p arties fi xes d es
rails ά glissieres so nt alig nέes h orizon tale me nt de f αςοη
ά ce qu 'elles soie nt au m eme ηϊνeαυ et pa ralleles .
French 2-2
Ραηηeαυ d 'acces p o ur
I nstallation du TM 5006 option 10 dons les rails ά
glissieres . Ve rifie r que to u s les ti roirs ont ete 6tes d u
m odu le d 'ali mentation . Ti rer la p artie intermediaire d es
rails ά glissie res ju squ 'ά com plete exten sion (ν. fig. 2-9) .
Υ i nse re r la p artie fixee au ch 5ssis de Ι'i nstru ment et
μousser celle-cϊ jus qu'elle soit ve rrouill6e d ans la partie
inter me d ia ϊre. Αμpuy e r sur les d eux boutons d'arret
d ans la partie ϊnte rmediaire en p oussant Ι'i nstrum ent. Oe
dernier peut maintena nt et re inse re dans la b aie, le
coff ret ου la co nsole. Les verro us fixa nt la partie
in te rmedϊaire
ά
la
partie
fixe
s'enclenchent
au to matiquement. Po usser ά fond Ι'instrument dans la
bαϊ e. L es ve rr ous escamota bles situes d ans la p artie fixe
d es roils s'en gagent automati quement da ns les trous
prevu s pour le verro u illage d ans la baie .
R etrait de Ι'instrument. Oter to us les ti r oi r s d u m odule
d 'ali mentation . De v isser les deux g r osses vis situees
d ans la ρα rtϊe superieure d u ponnea u a va nt. Ti rer les
ve rrous rectangulai res des de ux c6tes d u ραηη eαυ
αναη t, en tl rant ά νουs Ι'instrum ent jusqu° ά ce que 1α
part ϊe inte rmedia ϊre des rails ά glissie r es so ϊt a rretee par
la partie fixee au ch 5ssis et p ar les p arties fixes d es rails.
Maintenϊr fermement Ι'ϊnst rum ent d ans cette position .
Pour Ι'6te r co mplete ment, ap pu yer sur les de ux b outons
d 'a rr et da ns la p artϊe inte rmediai re des rails ά glissier es
et faire glisse r avec p recaution Ι 'appa reil h ors de la ba ϊe
ου d u coff ret.
R EV
SΕΡΤ 1986
Instructions d 'utilisation - ΤΜ 5006
Trous d'inh ibition
d e fo nctions
Conn ecteur
anie re
Commutateur de mise
so u s tensio n
Entree d °aeration
et conduit de passage
du ciible
Barre de support
ra battablε
Connectεurs
de masse
TF 2950-02
F ig .
R eglages
dans Ια baie . Apres Ι'i nstallation
2-2. Vu e de face du ΤΜ 5006
de Ι'a ppareil
d ans la b aie, il se p eut que les glissieres co ulissent m al si
elles W ont p as ete ajustees correcteme nt. F ai re glisse r
Ι'i n stru ment h o r s d e la baie j u sq u ' ά o btenir υη intervalle
d e 25,4 c m e n tre so n p a nn ea u a va nt et l'ava nt d e la
baie. Desserre r lege rement les vis mainte nant les rails
late raux αυχ r ails d e m ontage fronta ux. R esse rrer les vis
et verifie r le bon fonctionn ement d es glissieres e n
faisa nt co ulisser ['instrument ά Ι'i nte rieur et ά Ι'exterie ur
de la baie.
M aintenan ce des rails ά glissie res . Les rails ά glissie res ne
n ecessite nt p as de l ub rificatio n, le r evete ment gris
som br e sur les glissie res etant auto-l ubrifiant.
Installatio n et retrait des ti roi rs
d 'alimentation avant d'inserer
ου d '6ter υη tiroir pour eviter que les circuits du
tiroir n e soit endommages.
E tein dre le module
ADD JAN 1983
ΝΟΤΕ
L es tiroirs DC 505, DC 505Α, et L A 501 W ne
sont
p as
compatibles
avec
ce mo dule
d'alimentation.
Assurez-vous qu e les detrompeurs du co nn ecte ur du
coϊnci dent
avec
les
encoc h es
comparti me nt
co rresponda n tes d u ti roi r utilise . L e comp artime nt de
d roite est le compartiment h aute puissance. Alig ner les
r ainures supe rie ures et i nf e rieures d u ti roi r avec les
g uides d u comparti ment selectionne (fig . 2 .10) . n se rer
Ιe ti roir et le pousse r ά fond pour q ue le circuit im pr ime
se p lace co rrectement. Mettre le m od ule e n se rvice .
I
Compatibilite avec les aut res families
Mecaniq ue me nt, les TM 500 et TM 5000
ressemble nt ά b eauco up d 'a utres fa m illes d e produits
Te ktronix. E lect riquement ce pen dant, elles ne sont pas
compatibles . C'est p ou rq uoi, afin d e prevenir to ute
erreur possible, le co nn ecteur d u m odu le d 'alime ntation
est equ ip e d' υη d έtromp eur entre les co n tacts 6 et 7 .
Un ti roir com patible d evra d onc possede r un e encoche
co rr es pond ante ά cette positio n.
Fren c h 2-3
Instructio n s d 'utilisation σ 7 Μ 5006
Poignee d e
transport
Βαπe d e support
rabattue. Titer
pour Ια p lacer dans
Ια position verticale
Entrees d'aeration
Barre de support
an position verticale.
Appuyer pour la
rabattre centre
Ι ° instru ment
TF29630-ο3
F ig .
French 2- 4
2 .3 .
V ue
de d essous du 7 Μ 5006
REV ΝΟ V 1983
Instructions d'utilisation - TM 5006
Fig . 2 .4 . Dimensions hors-tout du TIN 5006, option 10
ADD JAN 1983
French 2-5
I nsuuctions d'υτί1ίsαtίοη - TM
5000
d'alimentation TM 5006 po ut ai nsi etre rάservά ά des
sp δcifiques.
Des
dάtrompeurs
fonctio ns
supplάmentaires peuvent άtre obte nu s so us la rάfe ren ce
214-1593-02.
Pa nneou a rriere
Sυr le panneau arriere des emplacements so nt prδvus
pour des pri ses BNC et un co nnecteur multibroc hes . Les
p rises, installάes soit an u si no (ν. o ption 02), soit p er
Ι'utilisateur l ui-mάme d onn ent un accάs ά [Interface.
Cette caractbristique gara ntit un e grande so up lesse
d' utilisatio n.
Option 02
Des informatio ηs sur cette option, destinάes ά un
personnel de maintenan ce, figurent au c hapitre
Mai nte nance d e ce ma nual .
Instructions d e reemballage
F ig . 2.5.
Tram de wrrouillage dons Is bale
Personnalisatio n de 1'i nterface
La co nce ption m odulaire de ce systάme
d'i n stru mentation offre une mu ltiplicitβ de fonctions
realisa bles. Les fo n ctio ns spβcifi ques sont groupάes par
families ου pa r classes, dans lesquelles il est possible de
trouve r plusieur s tiroirs : fa milies des Alimentations,
Generateurs de Signeux, de Mos ur e, etc... Chown des
memb res d 'une famille fonctionn elle possede, au n ivea u
du co nnecteur, υη e second e encoche specifiqu e ά cette
famille. Uu tilisate ur a .donc la facultβ de p ersonn alise r
un co mpartiment ου p lus d e son module d 'alimentation
TM 5006, de fαςοη ά ce qu 'il(s) η 'accepte(nt) qua les
membres d' une seule famille. Pour cola, il suffit
d 'i nstalle r un second d6trom peur s ur le co nn ecteur an
regard de la seconde en coche. To ut un module
French 2-6
Si cot instrument doit tit re re nvoyβ ά un service de
maintenance Tektronix pour u ne r6 vision ου un travail
de mai ntenance, γ αρροser un e 6tiqu ette p orte nt le n om
(et Ι'adresse) d e la socW6 utilisat rice et le n om de Is
personne ά contacter, ai nsi qu a le numάro de sάrie de
Ι'i nstrument, et la d escription du defout co nstatά.
U tiliser de p refάrence Ι'e mb allage d'origine de
Ι'i nstrument. Si celui-ci West pl us dispon ible, em baller
Ι'a pp areil de la fαςοπ suivente
Entourer Ι'i nstrument d'une fe uille de polyet hylδne.
Se proc urer un carton rάsistant doηt les d imensions
intemes soie nt sup άrieu res de 15 cm αυχ di mensio n s
de Ι 'appareil. Tapisser le fo nd et les bards d u carton
de mo usse d 'uret hane sur une §paisseur de 15 cm .
Former le carton au moye n d'un e ban de adhβsiνe.
La rάsistance de Ι'emballage est d e 62 K g/cm2.
ADD JAN 1983
I nstructions d 'utίlisation - TM 5006
Espacem ent
Intervα llε n o m inal
s u p Σirieur 0,038 em
Espacement
confοrme
box normes
ΕΙΑ R S310
conforme
Box η ormes
MIL STD 189
TM 5006
m
3,175 c
8,216 cm
0
1,27 cm
0
~J
Ι
1
Ι
Ι
0
0,792 cm
ο
1 .58 cm
το
0
r
Were
Ραr6e
d e Is baie
8,216 cm
0,195 cm
Intervalle
ίηfkWυι
οοοσσοσσσσσσσσσσοοοσσ
τ
TF (12259-20)2950-06
F ig . 2 .6 Dime nsions et p ositionnem ent du ΤΜ 5Ο 06, op tio n 10 dens woe bois stan dard
ADD J AN 1983
Fre n ch 2-7
Inst ructio n s d ' u tilisation - TM 5006
'dan s lesqu els s'enclenc h ent les νe πουα
de fixation ά Ν b aie
Trou du verrou
d 'arret
T F (2234-09)2950-07
Fig . 2 .7 F ixatio n d es rails ά glissie res sur la b aie . Si la baie α des tro u s taraudis, les barrettes tara ud ees no se n t pas
n icessaires .
Aligni evec 1e
rail arr iάre
Β . Mo ntage dans un e baie profo nde de la baie
C.
Fig . 2-8 .
Fren c h 2- 8
Mon tage da n s une baie pe u profond e T F ( Ζ337-23)2950-08
Montage des rails ά glissieres s ur la baie
ADD JA N 1983
Instructions d 'υtίΙi:αtίοη - TM 5006
Poor installer In TM 5006 does In
bail
1 . Τ irer In partie ί glissίbres des
rails jvqv'i plain extension .
2 . Υ iηs ίre r In ρartie :ο fiχαητ an
sb άsis do 1' ίηsτr υαιοητ.
3 . Αρραyοr s ur In boutons Can*
at poussa r 1'ίπτtηιηιοητ vers α
bιis jυ m'ά α quo 1α bantams
d 'a rrit ρίη fitrοητ d αια In trams
ea res pο adarts .
`.
Αρρογer do ηουναα sιυ Its
bamtοns
d'wF&t at passer
1'iηstmmoot ί food does In boW
α:4α 'ά α 4011 soit vοrrouilli
does Is Υαίs dα dIMυχ εά*ά .
j
Poor ίter In TM 6006 do α Υαίe
Ρou:sr ναs l'iηtiriamr In
bαrra do "wermalop at tiger
1' ίηstr ιηηs ατ ά Ι'οχtδίam ω ρα rrυ 'ά
α ιμn Ια bwtoη : d'αιιίτ
ρίηίtrαατ
does
les
correspondents.
1.
2 . Αρρηια sur In bιαtm d'υπίt
οt sertir 1' ίη:trααmα.
ΤF (12259-21)2950-09Α
Fig . 2-9 Retrαίt at installation do TM 6006, option 10 d oes In rails ί g1 άτίίια
ADD JA N 1983
French 2-9
Instruction s d ' utilisatio n - TM 5006
Detrompeu r
En coc h e
Rainu re
sup έι ie ur e
T F (2823-2)2950-10
Fig. 2 .10 I nstallatio n et retrait d' υη t ϊ roi r
Detr om p eur pour
alimentatio n s
Compartiment
ha u te pu issance
D itr om p euιs p our
identification
de la famille TM 500
F ig . 2 .11 . Families de fon ction s . Un e des nomb re u ses comb i n aison s possibles .
French 2- 1 0
ADD JA N 1983
Kaρkel 2 - TM 5006
BE DI ENUN GSA NLEITUN G
Verkabelu ng
EinfU hrung
Die Ve rsorgungseinheit TM 5006 wird kalibri ert und
betriebsbereit geliefert. Eine U ste das serienm&Bigen
ZubehOrs (und der Teile- Nm.) befindet si ch im h interen
Teii d ieses Handbuches.
N etzspan nungsversorgung
WARNUN G
ANSCHLUSS ΑΝ DAS WECHSELSTROMNETZ.
Dieses Gerat ίst fO r den Betrieb νοη eίner einphssigen Spannungsquelle aυsgelegt. Es hat eίη
3a driges Netzkabel und einen zweipoligen Stecker
mit Sch utzkontakt. Die Spannung zwίschen den
Netzpolen und Erde darf die maximale B etriebsspannung νοη 250 V nicht Obersteigen.
Stellen Sie vor AnschluB der Versorgungseinhef
fest, ob das Gergt αυf the fichtige Netzspannung
eingestellt ίst und o b das Gerat mit einem
passenden Netzstecker mit Schutzkontakt ausgerOstet ist. Uberiassen Sie Anderungen dem qualifizίerten Servicepersonal.
ERDUNG. Dieses Gerat entspricht der Schutzklasse Ι Mach IEC-Norm) . Alle zuganglίch en,
leitenden Teile sίnd Ober den Schutzleiter das Netzkabels direkt mίt dem Schutzkon takt das Netzstekkers verbunden.
Der Netzstecker darf nur in eine
passende Netz-
steckdose mit Sch utzkontakt eingesteckt warden.
J ede Unterbrechung derErdungsschutzleltungkann
einen elektrischen Schlag verursachen.
Um elektrisch e Schlage τυ vermeid en, muB vor
AnschluB der Ein- und Ausga nge das Gerates die
Erdschutzverbindu ng h ergestellt warden.
Vor der Verfegung νοη Κα beΙη ist das Netzkabel τυ
entfernen.
Kabel kOnnen νοη de r Vorderseite d er Versorgungsei nh eit, wiein Bild 2-2 gezeigt, durch d ie LOftungsschlitze
und den Kabelkanal zur ROckse ite gef0 hrt warden. Dazu
ist zuerst die A bdeckplatte an d erROckseite d as Gerates
αυ entfemen. Sie he B ild 2λ. Als Nac hstes entfemen Sie
die Befestig uη gssc hmuben der Bodenplatte und d ie
Halter der Bode nplatte. Dann ziehen Sie die Bodenplatte
n ach h inten aus dem Ge rat heraus. FOhren Sie die Kabel
durch d ie L Oftuηgsschl tze an d er Vorderseite, an den
Einschub-FOhruηgsschiene n entla ng υπd d urch d ie
(5ffnung d er A bdeckplatte. Danach wird die Bode nplatte
wieder angebracht.
Um ausreichende K(jhlung zu gewahrleίsten, dOrfen
wah rend das B etriebs kein e Gehauseteίle entfernt
sein.
Tischbetr ieb
Die Versorgungseinheit kαηη mit hochgestelfter
Vorderseite betrieben warden. Zum Hochstellen der
Vorderseite ist der AufstelibOgel, wie, in B i ld 2-3 gezeigt,
h erauszuklappen.
Anleίtungen firr den Gestelle i nbau
Gestsllalκnessungen. Das Gerat TM 5006, Option 10
w i rd ab Werk einbaufertig f Orden βestellei nbau geliefert.
Bild 2-4 zeigt d ie Haupt-Abmessu η gen. Bild 2-5 zeigt d ie
Aussparungeη fOr d ie Haltefedem im feststehenden Tell
der Gleftschiene.
A NMERKUNG
Sie he B il d 2-1. Angaben Obe r Netzspannungen und
Sicherun gen befi nden sich αυf der RO ckwand d as
Gerates.
Die mit der TM 5006, Option 10 gelieferten Gleitschienen, haben in ihrem feststehenden ΤeίΙ Lβcher
for die Aufnahme der Haltefedemn . Die TM 5006,
Option 10 sollte nicht mit Gleitschienen eingebaut
warden, bei denen these L δcher fehlen.
Auswechsel n der Sicherung
D rehen Sie d ie Kappe d as Sicherun gshalters nac h
links und ηehmen Sie d ie Sic herung h era us. Setzen Sie
eine ne ue Sicherun g das ric htigen Typs, wie suf d er
ROckwand angege ben, ein.
Die TM 5006, Optio n 10 paBt in Standard 19-ΖοΙΙ GehaUse, Gestelle und Konsole n. De r Zwischennaum
zwischen d en vorderen Eckschienen, muB mindesten s
173/< ΖοΙΙ betragen. Nur dann ist ein einwandfreies Gleiten
das Gerates auf d en Gleitsc hienen gewahrleistet.
ADD JAN 1983
Ger man 2-1
Bedienu ngsa n leit u ng - TM 5006
Ηαtteschraυbe ffir
obere und seitlic he
Abdeckp latte
Sicher ungshalte r
R iιc kseitige
SchnittstellenBNC-Anschiiisse( ηυ rmit Option 02)
R il c kseitige
Sch n ittsteilen-A n sc h lίisse
(ηυι mit Option 02)
A n gaben i1ber
Netzspannungen
und Sichenrngen
Hatteschra ube
Bode np latte
Stec kanschluB
f{ir Netzkabel
A bd ec kplatte d e ι Ka beldu rchfil h run g z ur Vord erseite
TG2950-01
Bil d 2-1. TM 5006 R Uckwa nd .
Die Gleitschie n en k b n n en in je d es Gestell, das zwische n
d e n vo rd e ren un d den h inte r en E cksc hiene n eine η
Zwischen r aum νοη 10'/2 bis 241/2 ΖοΙΙ hat, ei nge baut
we rd e n .
Ein bau de r Gleitschie nen. S uchen Sie, ωϊ e in Blld 2-6
gezeigt, ϊ m Gestell d ie passen d e n L bcherfQ r den Ei n b au .
B eachte n Sie, d αβ d e r Loc hab stand in den Gestelle n
versc h ied en ist. Ac hte n Sie b eim Ein b au d er Gleitsc hie nen in Gestelle d es Ty ps ΕΙΑ darauf, dαβ die Gleϊtsc h ienen an den L 6che rn m it 1/2 ΖοΙ l Abstand angeb racht
we rd e n . B il d 2-6 zeigt auch , ωϊ e d ie Position de r Gleitsc hie n en im Gestell besti mmt wi r d. Μlontieren Sie d ie
Gleitschiene n un te r Ve rwendung d es mitgelieferten
Z ub e h δr s, wie es in d en B ll d e r n 2-7 un d 2-β gezeigt wi rd.
Die B θ l de r 2-βΒ un d C zeige n Ein bau d etaϊls fOr tiefe un d
fθac he Gestelle . Ac hten Sie d arauf, dαβ d ie f estste hen d en
Teile d e r Gleitsc h ienen horizontal a usge ric htet sind,
so d aβ sϊe in gleϊc h er Hbhe un d parallel zuei nan d e r
liegen .
E ϊnsetze n d er TIM 5006, Option 10 in d ie Gleitsc hie nen. Stellen Sie sicher, d αβ sic h k ei n Eϊnschu b in
d e r Ve rso r gu ngsei nh eit befi n d et. Zie hen Sie die Sc h ieb eteile d e r Gleitsc h ie nen so weit wie mδglic h he r aus.
Sie h e ΒΘΙd 2-9. Setze n Sϊe die F (j hrun gssc h ie nen am
Ge rma n 2-2
Ge ΓAtechassis an d ie Sc h ie beteile un d drOc ke n Sie das
Ge rat vorwArts, b is die F Cj hru n gssch iene n in d ie Sc h ie b eteile ein r asten. J etzt drCi cken Sie d ie beide n au s de n
Haltefede r lθche rn de r Sch ϊe beteile h e rau s ragende n
Kn 6pfe, wdh rend Sie d as Ge rdt welte r ei nd rOc ke n . Das
GerAt kan n J etzt in d as Gestell, GehAu se od er d ie Ko n sole
eingescho b en we rde n . Die H altefe de rn, die die
Sc h ie be-Zwischenst ocke in d e n festste h en de n Teile n
d e r Gleitschie n en h alte n, raste n auto matisch ei n, wenn
das Ge ΓAt in d as Gestell ode r GehA use eingesc h o be n
wird . Die Ve rriegelungs kli nken a m Ge ΓAt raste n a uto matisc h in die Auss paru n gen i n de n feststehen d e n Teilen
d e r Gleitschie nen e ϊη , wen n d as Ge rdt ganz in das Gestell
eingesc h o ben wi rd.
Ausbau d es Gerilites. N ehm en Sie alle E i n sc h Ube au s
d er Ve rso rg ungsei nh eit h eraus. L 6sen Sie d ie be ϊ d en
an d e r O be rseite d e r Fro n t p latte.
Ziehen Sie die b e ϊden rechtec k igen He b el an be ϊ d en
Seiten de r Frontplatte . M it d iese n He bein zieh en Sie das
Ge ΓAt hera us, b is d ie Sc hie b eteile d er Gleitsc h ienen an
d en FU h ru ngssc hienen d es Ge ΓA tes un d de n feststeh en d en Teilen der Gleitsc hienen ei n raste n. Das Ge ΓAt
wi rd in d ieser Stell un g sicher ge halte n . U m d as Ge r At
ganz h e rausz un ehme n drU cke n Sie j etzt d ie b eid en
Kn δ pfe de r H altefedern , d ie in den L 6c h e rn d er Sc h ie b eteile sich t ba r we rd en u n d zieh e n das Ge r at vo r sic h tϊg aus
d em Gestell od e r Geh A u se h e raus.
RA n d elsc h rau ben
REV βΕΡΤ 19Β6
B edienungsanleit ung - TM 5006
βeWftungsschlitze
und Kabeldurchfij h ru ng
zur RLi ckseite
rf~ ~:~"$ αι
#
j
:
Bild 2-2. TM 5006 Vorderansicht
Wartun g d er Gleitschien en. Die Gleitschiene n
bedorfen kei n er Sc hmierung. B ei dem dunk elgrau en
B elag auf d en Gleitflachen hand elt es sich um ei ne
Dauer-Schmiersc h ic ht.
E in-
und Ausbau νοη
E insch0ben
ΝΝν.r
VORSICHΤ
Um eίne B eschadigun g der Einsch ub-Sch altkreise
τυ verm eiden, ist die Versorgun gsei nhe ίt νο r Einoder Ausba u des Einsc h ubes abzuschalten.
A NM E RKUN G
Die EίnschObe DC 505, DC 505Α u nd LA 501 W si nd
mit dίeser Verso rg un gsei nheίt n icht k om pat ίbel.
Pr Ofe n Sie ob d ie Ku nststoffs pe rren an d er Stec k erb u ch se d es gewa hlten Ei nsc hub faches mit de n A ussparun gen an d er Stec ke r leiste d es E i nsc hubes Obe rei nstimme n. Das auβe rste rec hte F ac h, ist d as H oc hleist ungs-E insc h ubfac h . Setze n Sie d as E insc hub-C hassis
an die obere und u ntere F (j hrun gssc hie ne d es gewa hlten
E insc hubfach es an (sie he B il d 2-10) und d rCi cke n Sie d en
ADD J AN 1983
E i nsc hu b mit festem Druc k ei n , b is d ie Stec kve rb indu ng
ei nrastet. Schalte n Sie d ie V ersorg un gsei nh eit ei n.
Kompatibilitilit
M ec hanisch sind d ie TM 500 E inschub- Modu ln and e-
re n Tekt ronix Ge ratefamilien se hr a hnlic h . E le ktrisch si nd
sie j edoc h nic ht kornp ati bel . Da ru m h at die Sc hn ittstelle
an d er Stec kerbu chse zwischen de n Konta kte n 6 un d 7
S perr e n, d ie d as Ei nsetzen νοη inkom patible n
Einsch Uben ve rh inde rn . Siehe Bild 2-11 . Είη kompatibles
Modu l h at z wischen d e n Kontakte n 6 un d 7 sei ner Stekkerleiste eine e nts prec hende Ausspa r un g. Diese K ombination νοη Sperre un d Auss p arung ist d ie H aup t-A np assun gsvorric htung.
Anpassun g d er Schn ittstelle
Die M od u larisierung d ieses Ge ratesystems ermδglicht d ie AusUbung vieler verschie dener Funktione n
d u rc h d ie E insc hu b-Mod uln. Spezielle F unktionen si nd
τυ Fa milie n oder Klassen z usammengeta βt, fCj r die es
me hr ere E insc hu b- Modu ln als M itglie der ge ben ka nn . So
b este hen z. Β. ei nige K lassen a u s Ve rso rgun gseinheite n ,
Signal qu elle n, M eβge rate n usw. J edes M odu l- M itglie d
ei n er funktionelle n Familie h at i n seine r Stec kerleiste
ei n e zweite Auss parung, d ie sei ner s peziellen Faιnilie nzuordnun g e nts pr ic ht. Durc h Ein bau ei ner zweite n
Ge rm a n 2-3
Β ed ie nun gsanleit u ng ® TM 5006
E i n gekla ppte r
Au fstell b il gel.
Z u m Aufstellen
BU gel h oc hzie h e n .
A usgekla ppte r
A ufstell bOgel .
Zu m Ei n klapp e n
gegen d en Β oden
des GeΓAtes
drilcke n.
Bild 2-3 . TM 5006 Ansic ht d e r Unte rseite.
Germa n 2®4
ADD JAN 1983
Be d ien u ngsanieitung - TM 5006
Bi l d 2-4 . TM 5006, Option 10, ΜαΒe iiber alles .
ADD JA N 1983
German 2-5
Bedienungsa nleίtuηg - TM
5006
tungen angebracht warden k Onnen. Vom Kunden, oder
ei ngebaute
Steckvorri chtunge n u nd
werksseitig
Verd rahtungen (Optio n 02), er mβglichen externen
Zuga ng zur Schnittstelle. Diese Einri chtun g macht d as
Modul-GerAte-System der Se rie TM 5000 sehr flexi bel
be! d er Verwendung n Τiischge rAtesystemen od er bei
Gestelleinbau.
i
Option 02
Qualifiziertes Servicepersonal findet Infonnationen
o ber Option 02 in Ka pitel 6 im Serviceteil di eses
buc hes .
H and-
Versa ndh iηweise
Wenn das Tekt ronix-GerAt for Servicearbeίten oder zur
R eparatur an ein Tekt ronix Service Ce nter eingesa ndt
wird, befestigen Sle am Gerat ei ne nZettel mit Namen und
Ansc h ri ft des Besitzers, sowie d em Namen ei nerKo ntaktperso n in I hrer Frma. Geben Sie ferner d ie vollstAnd ige
Se riennummer des GerAtes an und ge ben Sie eine
Beschrei bu ng de r gewo nsc hte n Servicearbeίten.
Βίld 2-5. Αussραrungeη fOr Haltefedern.
S per re
in
de r Schn ittstellen-Stecker buchse, kαηη d er
A nwe nd er der TM 5006 eines oder me hrere E inschub-
fAcher s uswahle n, die nur Mitglieder dieser Famil ίe, mit
der entsprec hen den Aussparu ηg in der Stec k e rl eiste
des Modu ls, au fnehmen. Είηe ganze TM 5006 Versorgungsei nh eit kαηη auf these Weise for spezielle Funktio nen aufgebaut werde n. Extra Sperrteile b estellen Sie
mit der Tektronix Teile-Nr.: 214-1593-02 .
GerliterUckseite
An der Rockseite des Ge rAtes b ef indet sich eίne
Montage piatte, αυf d er BN C- u nd a nd ere Steckvo rric h-
German 2-6
Bewahren Sίe d ie Ori gi nalverpackung Ihres Ge rAtes
zur Wίederverwend ung auf. We nn d ie Origi nalverpakkuηg unbra uchbar ist, oder nicht me hr z ur Verfogung
steht, verpacken Sle d as Gerlit wie folgt :
i
Wi ckel n Sle das Gerdt zum Sc hutz d er OberflAche n
eίne Plasti kf olie. N ehmen Sle eine n Καrtοη aus Wellpappe νοπ ausreichende r Festigkeit und mit In nenabmessungen , d ie we nigsteηs 15 cm g rOBersind, als d ie
Αω Se ren Abmessungen des Gerfites. Poiste m Sie die
Zwischenrd ume zwische n Ge rAt υη d Karton rundum
mit Papierschnitzein oder Schaumstoff fest aus.
VerschiieBen Sle d en Karton mit Kle beband oder
Indust rie-Heftklammer n.
Die Proffestig keit des Karto ns fo rdieses GerAt bet rAgt
24 k g/cm?
ADD JAN 1983
Bedienungsanleίtung - TM 5006
MIL STD
189
A BSTANDE
1.250"
0
0,015" NOMINAL ABSTAND
ZUM GΕRλίΤ ΟΒΕΝ ODER UNTEN
ΕΙΑ R S310
RETMA
ABSTXNDE
0
0.500"
0
0
0
TM 5006
U
1
3.235"
0
V-)
i= .9
0.625"
0.312"
1
3.235"
0
0
0.077"
G ESTELL
B ODEN
συοσσσσσοσοοοοσσοοοσ ~
N ORMALABSTΑN D
ZU M G ESTELLBODEN
TG(12259-20 )2950-06
Slid 2-6. ΜαΒe und Einbaustetle fO r d ie TM 5006, Option 10, in einem Standard-Gesteil.
ADD JAN 1983
German 2-7
Se d ie nungsa n leitung - TM 5006
BEFE STIG UNGS-
SCHRAUSEN
FESTSTEHENDER
TEI L D ER
G LE ITSC H IENE
FO HRUN GSSCHI ENE
ΑΜ G ERATEC HASSIS
RϋεκsειτιGε-_ -~-.' 111 J, ,
MONTAGE
ONTAGE SCH I ENE
ENEM
E INR ASTL6CHER
HALTEFED ERN
GEWI NDELASC HEN
SC HR AU SEN
SCH I E SE ZWISC HEN ST O CK
7G(2234-09)2950-07
FOR
Bild 2-7. Details d e r Gleitschίene. Wenn im Gestell Gewindel6c her vorhanden si nd , ward e n die Gewindelaschen nicht ben8tigt
G EWI N D ELASCHE
(nur verwenden, ωeηη d ie Ec kschie ne kei n e Gewindel 6c her hat)
B ίindig m it hi ntere r
E ckschiene
Β . E i nbau in tiefe Gestelle
Schra ube
I
B efestig ung
an
Α.
d e r vo rd eren
Ecksch ien e
C.
Einba u
in flach e-Gestelle7G(2337-23)2950- ο8
B ild 2-8 . Gestellei nbau-Details.
Ge r man 2-8
ADD JA N 1983
Be d ienu ngsonie ίtung - TM 5006
EI N S ETZEN :
1 . Ζάhαπ Sie die Schiebeteiά
der Gleitschienen sowelt
ωie m6oich heraus.
S
2. Setzen ie die FOhruηj ιsschieneη am Gerbtechαssis In die Sch ί e beteile der
βf ι ftschienen.
3 . DrijckeΛ Sie die Haltefedem *in und schiebe n Sle
dα: Gerit In des Gestell, bis
die Haltefedern In ihre
LBcher inrasten.
e
4 . DrUcken S ί* nochmals die
Nαltefedern *in υηd schίeben S ie dαs G*M welter
in, b i s die KliΛ ken am
09Μ an beiden Salzen ιlηrαste n.
e
HE RAUSNEHMEN:
1.
DrQcke n Sl e
2.
DrOoke Λ
die Entri eW
I u Λgshebel am βerit ηαdι
i rmen und zleheη 8ά das
βerit heraus, bά die Hsltefedern Μ Ιhre I .ϋcheΓ οιηrastι m
S ά die Haitefedern e Μ und ηehm en S ά
des βerilt hera us.
ΤG(122590-21 9950-09Α
Slid 2-9 . TM 5006, Option 10, Ei neetzen and Ηersusnehme n αυs don Gieitschienen.
ADD J AN 1983
German 2-9
Bedie nu ngsa n leitun g - TM 5006
S P E RR E
A USS PARU NG
O BERE
F tJ H RU NGS
Rιιιε
TG(2823-2)2950-10
B il d 2-10. Ei n-
Bil d 2-11 . An ordnung d er
German 2- 1 0
S p erre n
u nd
Au sbau νοη Ei nsc h il b e n.
ffir Geriite-Fu nktio n sgrupp e n . Ei n e νοη viele n M δ glichkeiten .
ADD J A N 1983
10 2 *
11 υ ab tz:
ΤΜ5006IV
-tr -7 χ 0)low
ΤΜ5006Α2 ιlτΜ5000%'J
, ,η
W
α7 0ήι C r ιξ
Lt 1.τι ~3 0
~jLfdt1. Ι -!r ο λ ~l :ι ~F -L"
+t9 εόύq -~, ι L~ ι ~ τιά ,
"
i-C W 1_ Ο ( " ο
ΑC1>~ι~, σ) ίλΕ - ~11t#Ια λt ~ι Ζ' 1~ ίι t
+ε F ~ Ο) άε t~ t , ~17 i 1" " 7 -Γ >0)&6 S ιίm
~σ)~- h `771 Σπ7 ι ~ ι~ Υο ~ι1Ε~7-Γί t η1
-5> Kfl40) WΕΕ 93, λΕΛ 250 V S. ι ι Υ ο
~$t~~i~~ 31~?t" ~~11~tε 1 ~+iltt~ff
ι
*ejUf~ ι τΑ l- L ε b ! τ LN 11 - (M2-2r--M) .
νι L ;t, ϊιΕ bbLttιτι α 77 , -t λ - " ,~ * Αι ;et 3P}1, 9: 1- ί,
2 -1 VENOM . Oς lr- Μ fi --t Τ ιν 0) 2 --.) ο 9 Τ -( t - λ 4 9 α ε
'1 5L -f t lie ~} - r ε , Γ1 Γ /'* ν ll& )~ έL- ή -tajt 5 LLfδ
h 2. 7 ο ~ Rσ~
ι~ί ir> 6 - 7 ~ ι re ίffi l, .
Φ
~~ Τ ~ιέ ~7L 0>~]~ ~
ι L L ~c ίιτ tίι ~ τ~ εt ι ~ ο
(ι ί 1
7 ηiι~ti~~~t L Ζι ~3ir ~ε ~δ~ir eD~~ ι ~ ο
**-**It (IIEC (ΜΜΧΙΕΝ**Ν ) ιz t 9 ,
ο *tzatit i
k f Ζm i i~t~ir t tιτι ~1
t 9~α6 ct1lιlf :3 - 1; 4: -7"7'10)17 ί ti " 7 -Γ ί
9 e< Ζ7ν* Lk L ι 9 ο
ν
~ ι~.77 ηt~, ~~1~ σ)~~ι~έ~0) ί~3 i~r r h
(::Αί. Αα * Τ . 17 ί Κ " 7-Γί Crg19 XTt
RICOi α VI ** U 6Ze b~ & W$FΑΖΤο
trio
AIM
~ Ζ ;bf 2 9- ο
1Γ6c~1~7piilr®~ Ζι ~3~~t~~~ir~4~~ ι ~ ο
~t~? F 0)t όη t:.iιι ~-~9~l. Τtt~1~~~+~R~N E Z'~ ο
#L --- εΟ) ~=Mq Μ
τηιι5006-Vfe# L-L τΙVEH 1' α,, 0Υr ι ~-r ι , -t 5 LL
IMiffi ιc4, 3 λ ~r ~- Κ ~-L ττ iτREαη ~f4 S~. ι7r 3 L ε t τ
3. -r. ®2-3i! CO RF L4 ι \ ο
7
RX0 i α i η trott3t 85, *006tSINT
3Iηt:, 17 ί Ι" - 7-( ί C,& Ι. ΖialtlZ&*b ct
-t} ΖΤ at ι 1ο
ή& σ.%/ " * ) νι c J5 α JΚ fIR Ε /t α - λ
VίΙΕ te V R ιτ
A W~dWMX C± ε t α - ;;( τ f ~- F ι ~ (®2-1 VFW .
t Α, Υle 2~ ήΓm7 ιC ραΙΕ t -tt
τ ί; ~~ . A ιL ά, α t
ε t α - λ ~~ίε h 5^F tt
ο τ 5~ " ά ~ι0~ ~: ι L ξt-, Ζ
~}y1]t~ t α - 7.~ ε j<792~ τ ~tt ι ~ο
ADD J A N 1983
.5 Υ η ~ Ο)1ίΜ ;)1t tt
7 "r η 0) ~f'~ε - ΤΜ 5006~1' 7i α ί 10~ ι~,
t~ έ ι L~ ι " τιΙ ® 2-4 -re C
h M- τ y ο
~Ι -r Τ_,t:bb0i7 ! ~l " 7 J f \τ
Τ
ι ~ο
ο
ΤΜ5006;t Τ i α ί 10-V 0) 7,-5 -Γ Ι" " h 7 Υ η Ι:.
tl, λ 7V i7 Υ f1§0)ίbl~ 4ι 9 S!T . 7M
tι \ λ 7-Γ Ι" " h 7 Υη *εftItt S! S!, 7 Υη tz:
ΙΟΖ 91t(Itd ι %ΤΤ !~ ι %ο
Ja pa nese 2-1
ΤΜ 5006A2
W#RW EIq
ο$3 τ ~ -~? -7 ττ ;, ° :3 4-% 1?
(,r 7 i α ί 02 Μ 0) Al)
,4 ωL α - Χ'-* ιι l
law Μ - Κ " /lτ ^Υ
ik
h
α*όιg τ ~ Ι -7 χτ 7 ΒΝ C= ;~, ?'3
(~r V'i α ,102 2V'-(7) J*)
λ 1t λ = / ί -1 ι
TJ 2950-01
ΤΜ5006 ;t~i αί 10 N2- i VΤΜΦ19 -Γ i 5r- (48.3cm ) Φ®Φ
ο .7,
ιgι " εLη5 Ι c'~, ώι
7 -~ η iL$η η tt β t-ctC:fl ι Ι - r ο Hll fi)Et Φ ι-- ιι. ρα9ΙΑε l
>3L
(45.1c
m
)
Ο"
Ττ 1- ο C t 1.tf β l Φ -'T
$,17%-r
~7f~1
r
Φ
t
III 7 '. η " 7 7 -τ ι` -e Νυ η ft ι tz έ
L%
Φ
~ E~ α L
ιλ ιτ L~;
ο
ί ~~ ι ~~~>~
7, ~7
η " τ 7 - ε F ι , ι ~l i Φ L
ttW, ηΝι l Ζ η , Itt:
iL
;ιrQj P% b ~10'/τ -24 Υ -τ % 51- (26. 7-61 . 6cm ) ά~ S 7
4~ ΦΙ Ι fu η tt β t Gtl Ι -r .
e~
lb
~t
~1~rt ιf- ~2-6 ι C τ c W- T m Φ
ο 7 '~ η ~iai ΦΑΜ JZ~ 6Li Ι Tli ifM
η , ΕταΝ Ni σD 7 'Ίη εL7 .. η ° τ 74 ε` IN htt ι t3
ι τ -Γ ί f (1 .27cm) Φ f9 ΡΤΤ -e τ9 Γ1° 1 -4 $Υ η
*σ ι l, Pel Ίgή> /
tt ιt
ιL ι
~~~ Φ Φ~ t
02-6 ιL ι < Et .~
LIN ~) tj° ι t 7~' Μ ,e®
η tt β t~ Lιjfe +'
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τ~ Φ ι " 7 'Ί σ> τ ο 7 'Ί η " τ 7 -f ΚΦΙ6Ζ η tt Ιt ι l ΤΜ 5006 Μ b, *
-ir ο Ι tφ
~L 1 1Z-7χ t5 >" fjic1- Ζ L1> W t~ ~b η -1`- ο
Japan ese 2Φ2
77'1
l
7-l η " λ ~-Γ
η ttGt
7 Ί~~ L
ι'
'
~F
~7 "
J
-~r ο
η ;LP CM 2- 9 ι L Τ 4ί
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fl τι " 75
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ί=f~
ί'1~Υη tt β t β> ~
~~#~ ι~h ~~ ο
i~® fi
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,
11 W7
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294t
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1- εLU,
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7~ b =GQtSt~i " ιΖο 'Ίη ~ι , fi άε
7 Ί
1L
j
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REV
S EPT 1986
ΤΜ 5006 -i!V-J
7~7 Τ i- t°Γ Κ " ι -) ι
G ΡΙΒ Z) ;~, ηιt
4&°Γ ίι7-7 τ -Γλ " D ;~ η 9
Τ ~ άπ
Ι & W, λ -f
ν
1βί #R M99
r -31
mi Vιπ
75 ή 4 ί " it- i "
λ 3 ίΚ
η =~ ίΚ "
D
4- ηΙ
TJ2950-02
[02-2
Ζ h fl ι t
~ , ηι ~> τt η t1'
-Υ η - λ -5- Γ Κ 0)1$U R d QJ 4 ~- Α V L, -C ~5>tάι >~,
: le~
0)
3- (25 . 4cm) 0 ιΥΡ
+φ
Ζ λ7 c
`ο 7
< Jt 5 ιLt'-:) t L Υ
~
k
5
ι CtS Τα 1 τ $ άε -e ~ 1 L'm
~~-ι
,J
ν 1i)1 -t- ιι tst ελΜοb1!t*
ώ l,,
η " λ 7 'ί ι` ι 1~ i, ~~ f
P
`ιε
,r η "
~ ιr
~,
Ζ dω
;~- Rb >bb 1: -~r ο
.r η " λ ~5 -f Κ0)1o~ q - ~T"- η " η ° ι -ί 0) ~~ ;, η - 7,
~-ί Ftarίι t,
f±
W; ~Χ !λτ q
V ιά
h
-+ h, ο
7 ~5 η -Γ > 0)
.
W
~1 τ1 (t
L
Ι t6 ι t'--, Ζι ; 30D τΫl
LW `)4~ ι
7i V -f>!ε $Q&1 ΙΙ (ttέ ~) λΜ &1S$ ι k &1 Τ -1* ό
ίά019 /,, 0)Ε WW Ιε *it l. Ζ , i1i-t --;~ Ζ ΤΜ 5006
120)ra R ΙΕ +71-D Ζ ;8 i~ IZ Τα
ADD JA N 1983
τΜ500692 ι L ιά DC50592, DC505 Α -M,-J , ιΑ 501 ω
~ Z~ η ° -ί ιίιά ftff] Ζ ~ Ι -t/ι , ο
b, 1; 10 -f
i 6C$k
η f~ftt7)t-M)0) ΤΜ5006mJ
7J f11~λ 6I- Zb %α
Ζ V ~ j)
tjf1110) ~~ η `-ι
L L 'C 71t b , bt) 1 -4- .
1 Ift
" t- ι L 6$ π 77
ο
L ts , Ζι "
ι L, ( Μ 2
-. -F ΟΙεη fttt 7V !τ Κιί-¢t~, Ζ 7`5 η° τ ιί ~G dc N' ε, λ trt 3 dL
10V R),
η 9 d ~ 4f. L, λΑ t°
L Ζ *f*
75
I~v
b > hMt
L~I -tl-
- ο
τ >5% 4
TM50OV, 1)
Jt < fU Ζι ~
ο
άι16~ ι
~α ~~~fi 'Ζάκ t ά'ιΖι ~
ο 7~: Ο)te Lv) , ΤΜ 50
7,t Ι ,
ηηΟ)6 e`~ Υ 7
Υ
Οβ%J 0)1Γ ~ η -7
OD
L,
75 ~R -C
ιά ,
71t ηη 06t '
L 7
Υ 0) %i ι ~ V1
h
λ
J a p a nese 2-3
ΤΙΜ 50062
$SίΟΜΒΑ
415 α yf wί ' ιι
F
f~ ΜΜ 2 χ7i%
TJ 2950-03
22-3
J apa nese 2- 4
1R1~
ά ~tλ
~ι<
J
ι
Α ®® J A N 1983
ΤΜ 5006922
®2-4
ADD J AN 1983
$ί #R
E PA
t7ia it0Wtitc 6
J a panese 2-5
ΤΜ 5006 W
ΙίΜIRVA
Ζ
214-1593-02) .
λ
i άβ * ~~ ~ιι ~Gά ~t7i i0292TRO BN C, tS ~t
-'*
~ 1~ αh
c~~Ί. Ζι ,~~ο ~t7i α i02~+ τ Gάίσ~{~ι~G~$~~ η ~
,e&Vh ftdt Ζ &
ι L-1Ir b >, ctι 6i' d L Τ *f*Ο 4 ί 9
-7 τ -f .τι L ~$ σΆ' Ζι f~1c1~'df~~~~J 'Ζε}+
ο ε.~ Έ
~
F
"
ίλΤ 2ct
τΜ50ο0
J
9
-~
όΤ
σ~ 1ιαι
0,
ησ
-~
ί
Σ
b
S
ι
,
ά
~9
t7
ί
F
L
LZ
Z
~fl
b >t 1;
ι
f ,
G
ι c F1ι 1J ~ α c L Ιϊ 7Ir 0 1 Ιο
l
;t'
7i α ί 02TJ
~tyi α ~ ο 2~ ι r.~ ι ,z σ~~~αι ~~ s ~ Γ ~ 7° ί 3 ί J
ι ,ο
®2-5
b , J5 h, ~
ε ι ~# λτ
λαt σi ι Ζι σ
L tη h ~
-f
~5 7 η - -5 r - π
Jt 5 ι r-fs_ Ζι , ° °ο C σ) ~7° ίη' ,Γ ί 1)>~Σ l 0 1-r ο
~i ~i' τ ί ° 1
-' tr ν :c Τ τ. ιί° G , Τι Ά'l
~Ά > σ~~ G L ή}dt Ζf~ 7 ~ ~ 11> Ζ }ε+ 3. 7 ο ~ 0~ 9~.'~lU ~
XI
66 r* 7 7 ε 9 J
ά_
ι
t,
σ~7°~
η'~Γί
-t~F
"
~
η
9s
ε
t
ΑC4d ΓΠ }ΤτΥο
r-#
Lt--t
1
J
ηάb
Τ~.σ~~bi
ί
7
7
ε
92
1
ε
ι
t
5
ε l_14'~ νf Lt`t7
,
t~ f σ~ -r ί 9
-D σ~t~J h ~ί α~. Ae λ ι. δ ~ ί~ > Ζ C 3. Υ ο
τ
-7 τ -f -7 "
η 9sc ι J , -t- zt l h Ζ ιcV Ζ Lt: αΖ
ε ~7 7 = 9 " $ - Ie
i R 11, Π ι; 7 7 ε 9 CD 7'~ η* -f ί σ».
b ,C ;; άL α0)3Jt 5 ιcL-C :H ιt-1-r οτΜ50 ο62+ ιά , CoD Jt 5
J ap an ese 2- 6
~ι 6~
έά σ~
ie t~ 1±^ CW
F~-
CW
MfS 3 04 Μ W20 ι,' W
WW fe Z -r :3
r
L'~ AVt-F Lt ι , ο
7λ t tit: ~ σ~ ηΖ
ι ~λ° r Ι 0tim ι , icfr tl Ι I- ο
σ~
1ι ~ι ~ yf σ~ ~
τ~>ι~~-~3 °e ϊΧσ~ εk i στ. ί7 ι 1 α ~ ο
> -3-7 τ -f λ 0re
ΤΜ500691 L
99cD ~Kcl:
^ΖΟg ι
h,
Wt
F ί ~
~~~° ο ~- F iL~$~ι1r~i L ~}1ι f~3~f~c~'
gg0) -,T ίΜ ,:t h 6 -Γ ί f (15αη ) ίά E:k LN
~9` ί t -)"NOD ρσ%'e Π70 l Υ ο f7ά~ σ»-~ ΖΟ~~ ~ σ~ Ρα9 ι~ ~ ι 9 ί " 7
h Ρ~ L ~~ ο
ADD JA N 1983
ΤΜ 5006922
M lle
0. 015' (0 . 38mm) 7 ~'r r
ΕΙΑOR#θ
τ
]ίΟΜΡ9
F t$β/~$β-1d1!$'S~~/~~
TM 5006
1 . 250'
(31 . 75mm )
3. 235' (82. 17 mm)
0. 500'
(12. 7mm)
J
ι 0. 625'
(15.88mm)
0. 312'
(7 . 92 mm )
3. 235' (82 . 17mm )
τ
0. 077'
, (1 .96m m)
σποσσσσσσοσσοοοοοσοσσ
~5
r
t
'1 -F $β
02-6
ADD JAN 1983
τ
Ι Ι Ι Ι .-5 r ηΤ m
t7iai10 +
5
TJ(12259-20)2950-06
r η ~~1~t~ J ltti4ttt:#
J a pa nese 2-7
Ιί #RE BA
ΤΜ 5006 Μ
F
,7- 7 / -3~ Λ
TJ(223409)2950-07
®2-7
-5^
Υη
° λ -5- Γ ΚΡΜ ®(1)
41.βι -) ι -, σ)
$Β i)1rtliff
C 844τ ~~>~C ι `7 ^r η
®2-8
Japan ese 2- 8
TJ(2337-23)2950-08
9 r4 " λ 7-f ΚΙ*Μ®(2)
ADD JA N 1983
ΤΜ 500641
1Μ #R OM
1 . λ 5 -Γ F " h 5i η -ε , ιΙ -.~ t άι ,
l~ α t: f 6it ιz άΖ ~ 1 τξ Lf, L ΙΤο
2 . *(*0)7 ι -4 " 7ί "Γ F t λ 5'Γ
Κ = h5 ι -7 Οχ t : ό h t+7 P L
λ Α, # Τ ,
3 . 7 ι.-lA " t -Γ F Ι :& δλ F i7 "
5 r + " t$? i ;k L, λ h r 7
'
%\ ι:t]'l % ΤJ τ
ι λ AL Ιτα
4.
λ hr
7" 5
r
fπηή R λ 3t
L >ίητή ~1~~ιρh ~ε01 Υ1
~# Τ ~ ι λ Gt7 ι - ι " 1ίΤ
F ι ~ 35'r +t λ 5 τ F " t τ
Fm5 r
7 bl0,, ηιάΤ .
5+i~~
IN i ι 9+ ι
1 . 5rη
ιτο
5' Y 3
Alk "B ι
" 5 r i " /~- C Γfi1Α1t~
~ η ~k ιΟ W, ι , λ F'r 7 "
η=*t*t, ονη * α τ 3 ι
ΑΕ Τ .
z . λ F r7 " 5'~~t~ ίξ ~ ι .
ι :ftα 1)$it+#fio
TJ (122590-21)2950-09Α
®2-9
ADD
J AN
1983
7iai10
~t~1f+t L it~i~14 Ε l.
J a p a nese 2- 9
ΤΛΛ 500β MIJ
W#ά IP.
TJ (2823-2)2950-10
12 2 -11
J apa nese 2-10
7 ρ φ JJ ° * ® σ) V19i Τ V1
Α®® JA N 1983
WARNING
THE FOLLOWING SERVICING INSTRUCTIONS
ARE
FOR
USE BY QUALIFIED PERSONNEL
ONLY . TO AVOID PERSONAL INJURY, DO NOT
PERFORM ANY SERVICING OTHER THAN THAT
CONTAINED
IN
OPERATING
INSTRUCTIONS
UNLESS YOU ARE QUALIFIED TO DO SO .
REFER TO OPERATORS SAFETY SUMMARY
AND SERVICE SAFETY SUMMARY PRIOR TO
PERFORMING ANY SERVICE .
Section 3-TM 5006
T HEO RY OF O PERATIO N
Introduction
For ease in understanding, this description refersto the
schemati cs located in the pullout pages at the r ear of this
manual. Also refer to the block diagram located in t he
pullout pages and the timing d iagram in Fig. 3-1 . Each
block in t he block diagram is outlined on the schematics.
The TM 5006 uses α pulse width modulated switching
supply for do voltages. Α 60 Hz transformer provides the
ac voltages necessary for plug-in operation. Connections
the seιί es pass
to the six plug-in compartments as well
3s .
transistors are shown on schematic
Line Selector and 60 Hk Transformer
Ac power is appl ied to the voltage select terminals
through FL500 and α d iscrete line filter composed of
Τ1050, L1030 and L1020. Line transients are filtered to
ground through C1120 and C1140.
The two primary windings on Τ500 are connected in
parallel for 115 V o peration or in series for 230 V opera-
tion . Winding taps are provided for various line voltages
around t he n ominal values. The secondaries provide ac
voltages to the various plug-in compartments .
Rectifiers and Filters
0
The ac line voltage is applied t hrough negative
temperature coefficient ιesistances R T1000 and RT1200
to the rectifier diodes. 4s these resistances are h ighest
when cold, the surge currents, charging the high voltage
capacitors when line voltage is applied, are limited, thus
preventing component failure. T hese resistors then self
heat to α low resistance.
In 220 V o peration t hefour diodes function as α bridge
See Fig . 3-2 When t he voltage-select-circuit is
set for 110 V operation, o nlythetwoseries d iodes operate.
The circuit then becomes avoltage doubler with an output
of approximately 350 V dc. The neon bulb in t his circuit
flashes to indicate when do voltage is present.
r ectifier.
T he rectified a nd filtered do is applied t hrough L1320
and C1240, α low pass filter, and passes t hrough 81430
and C R1540, to the collector of 01640.
20 kHz Output Stage
The output stage is α h alf bridge type with proportional
base drive. The turns ratios and phasing of T1 740 are such
t hat only α s mall amount of base drive power is needed to
start conduction in either 01640 or 01650. Positive
feedback from Τ1740 s upplies b ase current for t he
remainder of the p ower cycle. When both base d rive
transistors, 01730 and 01731, (shown on schematic
are saturated, Τ1740 is essentially shorted, teιmi λ(ating base current for either o utput transistor. Output
transistors 01640 and 01650 alternately conduct at α
20 kHz rate. Their on a nd off times are adjusted by the
r egulation circuitry. Diodes CR1550 and C R1551 prevent
b ase to collector c urrent flow iη 01640 and 01650 at turn
off . The base switching action of these transistors is
improved by networks C1530 and 81530 for 01640, and
C1560 and R1460 for 01650. Α series resonant filter
between t he transistors and t he output transformer,
Τ1710, is composed of C1430 and L1440. During 01640
and 01650 off time, the tank current generated b y L 1440
and C1430 passes through C R1541 and CR1551 .
The 20 kHz output voltage is stepped down to t he
correct levels by Τ1710.
Three sets of full wave d iode rectifiers a re provided for
each of the three do voltage outputs. Schottky d iodes are
u sed in t he +8 V s upply for reduced forwardvoltage drop .
All filters are L-C pi-sections . B leeder resistors are
provided for all filter capacitors.
Co ntrol
L ogic
and
Drivers
U1840E and U1840F are inverting amplifiers. Their
outputs control the b ase drive transistors 01730 and
01731 . Collector voltage for t hese transistors is applied
from t he 10 V bus through α center tapped winding on the
base drive transformer (Τ1740) . Reverse p olarities across
01730 or 01731 are prevented by CR1730 and CR1731 .
When either one or both of these transistors (01730,
01731) are on, either o ne or both of the output transistors
(01640; 01650) are off. The b ases of ο1 730 and 01731 are
also controlled, through R1832 and 81950, by the collector of 02240. During power up or p ower down, the
collector of 02240 goes p ositive. This action t urns 01730
and 01731 on to turn t he output transistors off. This is
n ecessary as the control circuitry state is undefined
during power up or power d own.
m
ο
Power turned on
(normal line voltage)
31
W
r
1
έα
Σ
m
π
3
α
m
α
3
~
ιι
ό
ο
α
τ
ό
Σ
ο
φ
ε
φ
ο.
ό
Σ
~
Une voltage
drops
Une voltage
recovers
Output overload
(current limit exceeded)
Go
Restart after
3 sec. wait
ο
Power turned off
Ο
τ
m
ό
3 sec. wait -;'
U ne voltage
-i
3
Ό
20 Υ
U2250
Pin
Ο~ι
11
Υ rot
U 2250
Pin
6-
Ο2240
Collector
+10 V
U 2160
Pin 8
Soft start voltage
C2051
maximum
Dead time
Primary current
magnitude
-
IN
+α ν
Fault
comparator
U 2140D
Pin
13
PWR
sign al
to plug-i ns
2950-12
Th eory of Oper atio n -ΤΜ 5006
Fu ll wave bri dge rectif ie r fo r 220 V ac line.
do ubler for 110 V ac li ne
Voltage
2950-13
Fig. 32. I nput line co nnections fo r 110 V a nd 220 V ope ration .
Wh en pi n s 1 of U 1950A a nd 13 of U 19508 are low, no
r
ive
is a pplied to t he output stage. Wit h on e gate out pu t
d
h ig h and t he ot he r low, base drive is a pplied to o n e out p ut
tr ansistor . I nput pins 4an d 11 co nnecttot h ewait flip-flo p ,
U 1940Α. Ι npu t - pi n s 3 a nd 12 co nn ect to 019408, t he d ead
ti m e mu ltivi br ator . I npu t pi n s 5 a nd 10 connect to t he
out put of t he sto p mo nosta ble, U 1951A. Pi ns 2 and 9
co nn ect to t h e co mpleme nt out puts of t h e d ivi de- b y-2flipflo p , U1951 B. W it h any o n e or α11 of t h ese i np uts h ig h , t he
o ut put li nes a re Ιοω αηd no d rive is a pp lie d to o ne o r b ot h
of t h e out put t ra n sistor s.
The d ea d time multivi brato r ci rcu it r y determi n es t h e
m i nimum off time of t h e out p ut t ran sisto r s. Dea d time is
n ecessary to allow on e o ut put tra n sisto r to co mp letely
t urn off befor e t he ot h er t urns on. At start up, t h e Α n p u t
(p i n 12) of 019408 goes low. Th is allows U 1940B totrigge r
on t h e cloc k sign al at t h e Β in put (p i n 11). T h e mi n i mu m
ti m ing per iod of U 1 940 B , d eter mi n e d by R 1930a nd C2040,
is 5 μs. T h is pu lse wi dt h is le n gt h e n e d by C2050, CR 2040
a nd CR 2043 as t he voltage on C2051 a nd C2060 is
decr eased . T h e p ulse wi dt h of t h e powe r supply o ut put
var ies fo r soft start a nd power limit. Wh en pin 10 of U1940B
is hig h , bot h out pu t t r a nsistor s ar e off.
i
Dead time or ou t pu t t ra nsisto r offtimeis m axim u m wit h
C2051 a nd C2060 d isc h ar ge d and m i nim um c h a r ge d . T h e
o u t pu t p ower availa ble g r a du ally i nc r eases as t hese
ca p acito r s c ha rge duri n g soft start . The soft start keeps
h ig h i nput curr e nts to ca pacitor s f r om d amagi n g ci rc u it
com po n e nts . Whe n pi n 6 of t h e wait mu ltivi br ator U 1 940A
goes hig h for any r eason (fa u lt), p i n 8 of U 1840D goes low
dischar gi n g C2051 a n d C2060. Und e r n ormal o p e r atio n ,
wh e n powe r is t urned on, C2051 a nd C2060 ch arge to t he
voltage at p i n 8 of U 1840D as d etermi ne d by R 1953 a nd
R2060 . T h is tak es a ppr oximately 1/2 seco nd .
Th e power li mit co n t rol is R 2060 . F o r maxim u m p owe r ,
t h is co nt rol must be in t h e f u lly clock wise positio n
( m axim u m r esista nce). F or servici n g t h e cont r ol ca n be
a dju sted for redu ced p ower o ut put levels . T h is is acco mplis hed b y r e d uci n g t h e resista n ce of R 2060, li m iti n g
t he voltage ac r oss C2051 an d C2060.
The pur pose of flip-flo p U1951 A is to var yt he οη ti me of
wit h th e o u t put voltage
level. Whe n p i n 6 of U 1951A goes h ig h , pi n 1 also goes
h ig h . T h is actio n s huts d ow n t h e b ase d rive ci r cuit ry,
r e d uci n g powe r out pu t. Th e len gt h of ti m e pi n 6 r emai n s
h ig h is co nt r olled b y t h e O ut p ut R eg u lator ci rc u it r y. T h e
r isi n g portio n of t h e wavefo rm at p i n 4 of U 1951A resets
t h e flip-flo p fo r α low co nd itio n at p i n 1 .
t he out put t r a n sisto rs co n siste nt
Flip-flo p U 1951 B d ivi d es t h e 40 kHz o u t p ut wavefo rm
f rom U 1940 B to 20 kH z. The pu lse from t h e d ea d ti m e
mu ltivi br ator , U 1940 B , is applied tot hecloc k ter mi nal (pi n
11) of 019518 . The O terminal of U 1951 Β is co nn ecte d to
its Din put. The mu ltivi br ator U1951 Btoggles on the rising
e dges of t h e d ea d time mu ltivi br ator (0194013) o ut put.
Out put R egulator
Th e 40 kHz cloc k oscillato r , wh ic h pr ovi des t h e b asic
timi ng necessa r y fo r t h e co n t r ol ci r cuit r y, is co mp osed of
U 1840A, Β a nd C. Feedbac k goes f rom p i n 6 of U 1840C
and p i n 4 of U 18408t ο ρίη 1 of U 1840 Α. The out put voltage
at p i n 4 of U 1840 B is h ig h fo r a b o ut 4 μs and low a bo u t
21 μs. This non-symmetrical d uty cycle is accom p lis h e d
by CR 1850 a nd is n ecessa r y fo r pr ope r op e r atio n of
U 1940 B .
T heory ο1 Operatio n-ΤΜ 5006
T he p ositive going output pu lses from t he cloc k
oscillator c h a r ge C2150 to about 9.5 V t hr ough C R2042.
Wh en t he positive pu lse at p i n 4 of U1 8408 drops to 0 V,
C2150 d ischarges through R2050 ca usi ng α falling r amp
wavefo rm of about 50 mV pea k-to- pea k am plit ude to
appea r at pi n 4 of U 2140A.
The +8 V from t he powe r supp ly out put is applied to
voltage adjust potentiometer R2151 . The voltage on p i n 4
of U 2140A is +7.15 V, the r eference voltage ge nerated in
02250. Also, on pin 4 is α n egative goi ng 40 kHz ram p, as
previo usly d escribed. T h is r amp is ac co up led to pin 4
thr oug h C2140. On t he r ising edge of eac h cloc k pu lse, the
ramp goes p ositive r apidly. Pi n 2 of U 2140A is low. At so me
poi nt, duri ng the r a mp decay, the ramp voltage and t he
feed bac k voltage at p in 5 are equal . At this p oi nt, pin 2
goes hig h, termi nating the d rive pulse t hro ugh t he logic
ci rcuitry . Th e h ig herthe output voltage, the ea rlier i n t he
r amp cycle p i n 2 goes h ig h.
Overvoltage and Overcurτent Detectors
Pi n 11 of U 2140D, the negative over-voltage-detector,
co nn ects to α voltage d ivider between the -26 V s upp ly
and t he reference +7.15 V . Should p in 11 go more
n egative than pin 10, pi n 13 goes low s hutting off the
output. Th e input of U 2140D is protected from α n egative
voltage by CR2130.
Primary curre
in o utpu t transform er Τ1710 flows
through T1750 1 . Th e secondary voltage of T1750 is
proportional to (he pri mary current. The second ary
voltage of T1750 is r ectified by CR1860, CR1861, CR1862
and C R1863 and terminated in R1860. Wh en t he primary
current i n Τ1750 exceeds the poi nt where the voltage at
pi n 6 of U2140 B exceeds t he 7.15 V refer ence at ρί η 7, pin 1
goes low t urning off t he output transistors via the wait
mu ltivi brator.
T he +26 V is applied thro ugh R2231 and C R 2240to pi n
8 of U2140C, the positive over voltage d etector. The +8 V
is also applied through R 2130 and CR2230 to p i n 8. Pi n 9 of
comparator U2140C co nnects to the +7 .15 V reference
voltage. If pin 8 of U 2140C goes mor e p ositive p i n 14 goes
low. This action t riggers U 1940A the wait multivi brato r,
tu rni ng the supply off for about 3 seco nds. The soft start
cycle follows. This negative goi ng pu lse is ti me d elayed by
R 2040 and C2052.
Wh en +10 V is app lied at p ower up, C1940 h ol ds pin 3
(clear) of U 1940A low fo r α sh ort perio d. Th is over-rides
the Α and Β inputs of U 1940A, causi ng p in 6, the 0 output,
to r emai n low. Over-voltage or over-current ca uses α low
at pin 4 of U 1940A ca usi ng one h ig h level pu lse of about 3
seco nds duration at p in 6. This 3-seco nd pu lse duratio n
ti me is d etermined by C1930 and R1931 . The cloc k pu lse
r etr iggers U 1940A if the fa ult persists . The p urp ose of
CR1950 is to d ischarge C1940 when ac powe r is removed
from t he supply . Noise fro m t he li mit ci rcuit ry is filtered by
C2052.
Co ntrol Ci rc uit R egulator
The 16 Vac wi nd i ng on Τ500 is app lied through F2340
to r ectifier dio de CR2341, whic h c harges filter ca pacito r
C2260 to approxi mately 20 V. The +20 V is app lied to
voltage reg ulato r U2250 . This r eg ulator o utputs two
voltages: +10 V wh ic h is used t hroughout the e nti re
supply, and +7 .15 V, α reference voltage, at p i n 6.
The line d etector ci rcu itry is co mposed of CR2340,
C2350, 02240 and associated co mpo nents . Wh e n norm al
li ne voltage is app lied, the voltage ac ross C2350 is
approximately 20 V. Transistor 02240 is on and pi n 2 of
U2250 is about 0.2 V a bove g r ound. If about two cycles of
li ne voltage are missed or t h e li ne voltage goes low, 02240
no longer sat ur ates . The collector of 02240 r ises, d isabli ng the series pass transistor locate d i nte rn ally i n 02250.
This series p ass transistor is effectively co nnected
between pins 11 and 10 of U 2250. The +10 V is r emoved
fro m t he power supply duri ng li ne drop o ut to pr event
d ischarge of the m ai n filter ca pacito rs i n t h e output stage.
Positive fee dbac k is provided t hro ugh R2241 tothe base of
02240 to im prove the switch i ng actio n.
The PWR signal circ uit ry (02160) pr ovi des α sig nal to
each compartment i n t he power modu le to give power
supply stat us inform atio n to the p lug-ins. See the rea r
interface information part of the M ai nte na nce section
(Section 5) of this ma nu al fo r ti ming i nformatio n.
Pi n 7 of U 2160 goes low when t he r ising voltage at pins
2 and 6 reaches 2!3 of the value of the voltage co nn ected to
p i n 4 (+1 V) . Pin 7 of U 2160 co nnects to the base of
01525
. T h is transistor i nverts the sign al from pi n 7
to the ρΙυ ιη co mpartme nts .
When the li ne p ower goes low or off, pin 13 of U 2250
goes low. This action raises p in 7 of U 2160 t urning off the
PWR signal . Pi n 7 of U 1940A is also low duri ng th e 3
seco nd wait state. The cathode of CR2150 is pu lled low
whic h turns off the PWR sig n al .
The soft start feat ure also co ntrolst he PWR signal . Th is
is accomp lished t hr oug h R2061 .
Wh e n α fault occurs, pin 6 of U 1940A goes h ig h. Wh en
t he fault is r emoved pin 6 of U 1940A goes low ca usi ng p i n
8 of U 1840D to go hig h. As the voltage at the j u n ction of
R 2061 and R 1953 goes h ig h pins 6 and 2 of U2160 also go
h igh ca usi ng t he PWR signal to go h ig h.
Theory of Operation-TM 5006
M ai n Interface
Ο
3
The vario us ac a nd do supply voltages as specifie d are
available at the r ear interface co nnectors for each pl ug-i n
comp art me nt. Eac h co mp artme nt h as α ΡΝΡ and an ΝΡΝ
transistor in te nd ed as series p ass eleme nts . Co nn ecti n g
pins to t hese elements are s hown on t he sc hematic.
Sectio n 4-TM 5006
CALIBRATION
PERFO RMA N C E C HE C K PR OCE D URE
Introd uction
T his pr ocedure chec ks the E lect rical Perform ance
i
i
R eq ui rements as listed n t he Specificatio n sectio n n t his
manu al . Perform t he i ntern al adj ustment pr ocedure if the
i nst rument failsto meet t h ese c h ecks. If r ecali bration does
n ot correct the d iscrepancy . circuit troubleshooti ng is
i nd icated. Also, use this procedure to determ i ne accepta bility of perform ance in an i n comi ng i nspection facility.
Performance chec k may be do ne at any am bie nt
temperat ur e between 0° C a nd +500 C.
180 W or 30 W per compartme nt. Fig ur e 4-1 shows
suggested loads. Any co mbi n ations of r esisto rs wit h
sufficie nt d issi patio n is satisfactory. Co nnect t he loads to
the i nst rument with not over 1 .5 feet for each lead. Use
12 AWG for t he 8 V load and 16 AWG for t h e 26 V loa d.
The gro und lead s ho u ld n ot exceed 1 .5 feet of #12 AWG or
larger. For co nve nie nce, use qu ick disco nn ect te rmi nals
to co nn ect the loads to the voltage buses i n t he i nstrume nt
(Tektronix Part No . 131-1563-00) .
All 1 Ω
Test Equipm ent Require d
i
T he test equ ipm ent listed n Ta ble 4-1, or equ ivalent, is
suggested to p erfo rm the performance c hec k i n t he
adjust ment pr ocedure.
WA RN I N G
Loa d fo r ±26 V suppl ies. Use four 1 Ω 55 W 5ο/ο r esi stors
in series (Tektronix Part Number 308-0097-00).
All 0.3 Ω
Da nge rous voltages are present inside this instrument. Exercise caution as this procedure requires
r emoval of the power su pply cover.
Test
L oa ds fo r the P erforma nce
Chec k
P roced ur e
To d o the perform ance check pr ocedure, t he supplies
m ust be loaded. M axim um load for t he +8 V supply is 18Α
a nd fo r t he 26 V s upplies 6Α. M axim um dissi patio n f rom
these loads is 144 W and 156 W. The total power dr aw
from any co mb inatio n of t h e +8 V and ±26 V supplies is
9 ,e~o,~e Qa
Load for +8 V supply. Use 12 0.3 Ω 25 W 5ο/ο res i stors
as shown (Tektroni x Part Numb er 308-0691-00) .
2950-1α
Fi g. 4-1. Possi b le loads for use in perf o rm ance check procedure.
See text .
Digitally signe d by
h tt p ://www .aa4df .co m
Calibration-TM 5006
PERF O RMANCE
C HEC K S UMMARY
SHEET
m ay be dup licated a nd use d as α s hort fo rm performance chec k procedure. Perfo rm t he chec k a nd record t he
reading in t he "Measur ed" col umn. Co mp are t h e r ea ding wit h the upper and lowe r limits . After mai nte nance or a djust ment
agai n perform the procedure and compare the readi ngs.
This sheet
Date
Tested by
Se rial Number
Step
Description
Minimum
Measured
Maximum
Calibration-TM 5006
Ta ble 4-1
SUGG EST ED TEST E QUIPMENT
Desc ription
Digital Mu lti meter
Test
Load Un it
Varia ble V oltage
Transform er
Minimum
R equirements
Perform ance
Chec k Step
Adjust ment
Pr ocedure
Step
All
1
+8 V, -26 V, +26 V
All
1000 V A ca pab ility
1 . Chec k +26 Vd c
α.
b.
ε.
Conn ect the test equ ipme nt as s hown in Fig . 42.
Adjust the li ne voltage to the TM 5006 for 10%
below the nomi nal li ne voltage. ( Nominal li ne
voltage is the li ne voltage t h e i n st ru me nt is set to
operate on .)
1
V ARIACW10 MT3 W Autotransforme r,
General R adio USA
b.
Set the -26 V load fo r m aximum .
c.
CHE CK-t hat the d vm rea ds from -23.7 V to
-28.3 V .
d.
Change the li ne voltage to 7ο/ο above the n omi nal
li ne voltage.
e.
R emove the -26 V load from the supply.
f.
Set the +8 V load fo r maximu m.
g.
CHE CK-t hat the supply
-28.3 V.
h.
R emove the co nn ectio n s to t he -26 V b u s for t he
C HE CK-t hat the dvm reads fr o m +23.7 V to
+28.3 V .
Change t h e line voltage to 7ο/ο above n omi nal .
e.
Remove the load from t h e supp ly .
f.
Set t he +8 V load for maxi mum.
g.
CHE CK-t hat the +26 V supply
+23.7 V to +28.3 V .
reads from -23.7 V to
next step.
3. Chec k +8 Vd c
α.
r ea ds from
R emove the co nn ections to t he +26 V bu s for t he
n ext step.
2. Chec k -26 Vdc
α.
T EK TRONIX DM 505
Set t h e +26 V load fo r m axim um.
d.
h.
Equipme nt
See text
All
As considerable h eat is generated i n th e test loads
do n ot apply power longer than n ecessary to
complete tests.
R ecommend ed
Co nn ect t he test equ i pm ent as shown in Fig . 42.
Adj ust t he li n e voltage to the TM 5006 for 10ο/ο
below the n ominal li ne voltage.
Conn ect the test equi pme nt as show n i n Fig . 42.
Adjust the li ne voltage to the TM 5006 fo r 10 ο/ο
below the n omi nal li ne voltage.
b.
Set the +8 V load fo r maxim um .
c.
CHE CK-t hat the dv m rea ds from +7 .6 V to
+8 .5 V .
d.
Change the li ne voltage to 7ο/ο above t he n omi nal .
e.
Remove the load from the supply .
Cal i brati on-ΤΜ 5006
Fig 42 Test setup for performance chec k steps 1, 2 and 3 and location of co nnections for adj ustment step 1.
f.
CHE CK-t hat the s upply
+8 .5 V.
g.
Remove all co nn ectio n s.
reads from +7 .6 V tb
h.
This co mp letes
Procedure.
t he
Perfo rm an ce
C h ec k
Calibrati on-ΤΜ 5006
AD JU ST MEN T PR OC E D URE
I N T ERNA L
2. Adjust clock Oscillator (S N Β021520 and a bove)
Introduction
This pr oce du re shoul d be performed if t he i nst rument
fails to meet the perform ance r equ i r e me n ts of the electrical characte ristics listed n t he Specification sectio n of
this manu al . To e nsur e co nti nu ed nst ru me nt accuracy, it
is r ecomm end ed t hat adjust ment be perform ed every 1000
h our s of operatio n or every 6 months if use d infrequently.
A djust me nt is also recomm end ed followi ng i nst rument
r epai r or mo dificatio n. Adjustme nts must be made in an
ambient temperature of +20°C to +30°C.
i
i
Se rvices Available
Tektronix, Inc. pr ovi des com plete inst rument r epai r
and adj ustment at local fiel d service centers and at the
factory se rvice ce nter. Contact yo ur local Te ktronix fiel d
office or representative fo r f urt h er nform atio n.
i
Test E qui pme nt Requi red
i
Test equ i pme nt (or equivale nt) listed n Ta ble 4-1 is
required for adjustment of the ΤΜ 5006 . Specificatio ns
give n for t he test equi pm ent are t h e mi nim um necessaky
for accurate adjustme nt. All test equi pme nt is assume d to
be correctly cali brated and o perati ng within s pecificatio n.
If ot her testequipment issubstituted, t h ecalibration setup
may nee d to b e alte red to meet t he requ irements of the
eq ui pme nt use d.
α. Set the line voltage to 88% of the nominal value fo r
t he selected range.
b. Co nn ect α frequency co unter to p in 1, U 1950 .
ε. ADJU ST- R1855 for α rea ding of 20 kH z on the
counter.
i
d. Co nnect α load as d esc ribed n Fig . 4-3 from +8V to
ground.
i
e. Co nnect α load as d escribed n Fig . 4-3 from +26V to
groun d.
f. Connect α load as described in Fig . 4-3 from -26V to
ground.
All 5.0n
L oad for ±26 V supp lies. Use three 5.091 25W 5% resistors
in se ries (Tektro n ix P art Number 308-0177-00) .
Adjustment Access
R emove the top and lift side covers to gain access to the
+8 V bu ses, ground bu ses and the adjust ments . F ig ur e 4-4
shows the adjustme nt locations.
Po wer Li mit Adj ustment
The
Ρωr
Lim
adjustment,
is u sed fo r
cali bration make
R 2060,
troub les h ooti ng only . B efore begi nn ing
certai n this adju stment is fully cw .
All 0.3Ω
Load for +8V supply . Use 8 0.3Ω 25W 5% resistors
as shown (Tektro nix P art Number 308-0691-00) .
2950-45
Fig . 4-3. Loa ds for use in internal adjustment pr ocedure.
1 . Adj ust 8 V Adj
α. Conn ect the dvm to t he +8 V and Grid terminals as
show n n Fig . 4-2 . Th e voltage bus location is shown n Fig.
4-5.
g. ADJU ST- R1855 slowly εω until the dvm reading ju st
begins to dec rease . N ote the frequency reading on the
cou nte r.
b. Set the li ne voltage to nominal fo r t he selected ra nge .
h. AD JU ST- R 1855 εεω for α counte r reading 0 .25 kH z
lower t han the reading noted above.
i
i
c. CHECK -for α reading of 8.2 V .
d. AD JU ST- R2151, 8 V Adj fo r α d vm r eading of 8.2
REV NOV 1984
i. R emove all co nnections.
V.
This com pletes the internal adjustment proced ur e.
4-5
Calibration-TM 5006
Fig. 4-4. Adj ustme n t location illust ration.
F ig . 4-5. Location of voltage buses.
4- 6
REV Νον 1984
Section 5-TM 5006
MAINTENANCE
L ine Voltage Selectio n
Fig ure 5-1 illust rates t h e li ne co rd o ptions available fo r
t he TM 5006 . Fuse data is printed on the rear pa nel and i n
t he Specification sectio n of t h is m anu al . After determ ining
t he n ominal li n evoltage, r eferto Fig . 5-2for pr operjumpe r
positio n s. Select the li ne voltage closest tothe n omi n al fo r
t he r ange use d.
3.
Discharge th e static voltage from yo ur body by
wearing α wrist st rap while hand li ng t h ese components . Servicing static-se nsitive assemblies or
co mp on ents shoul d be p erfo rm ed only at α staticfr ee wo rk statio n by q ualified se rvice perso nn el .
4.
Not hing ca pable of generating or hol di ng α static
c h a rge should be allowe d on the wor k statio n
surface.
5.
Keep the component leads s horted toget her
6.
P ic k up co mpo nents b y the body, n ever by t he
7.
Do n ot slide the components over any surface.
8.
Avoi d ha nd li ng com ponents in areas that h ave α
floo r o r work surface coveri ng ca pable of
ge nerating α static charge.
9.
Use α solde ri ng i ron t hat is co nnected to eart h
10 .
Use only special antistatic suction ty pe or wick
ty pe desoldering tools.
Stati c Se nsitive Components
Static disc h a rge ca n damage any semiconductor
compo nen t in this instrumen t.
T his inst ru me nt co ntai n s electrical co mp onents that
are suscepti b le to d amage from static d isc harge . See
Ta ble 5-1 for relative susceptibility of va rious classes of
se mico nd ucto rs. Static voltages of 1 kV to 30 kV are
co mm on i n un protected e nvi ronme n ts .
Observe the following pr ecautions to avoi d damage:
1.
Mini mize h and li ng of static-sensitive co mp onents .
2.
Transport and sto re static-sensitive components
,o r assemblies in t hei r origi nal co ntai ne rs, on α
metal r ail, or on cond uctive foam . L abel any
p ac kage that co ntai ns static-sensitive assemblies
or components .
North Ameri ca n
120V/15A
Un iversal European
220V/16A
161-0066-09
leads.
g roun d.
UK
240V/13A
Tektronix
161-0066-00
whenever p ossi ble .
Australia n
240V/10A
North American
240V/15A
161-0066-11
161-0066-12
par t numb er
161-0066-10
295018
Fig. 5-1. line co rd options fo r the TM 5006.
REV APR 1982
Maintenance-TM 5006
Clea ni ng
High Medi u m
L ow
120 V
110 ν
100 V
Th is i nstr um ent shoul d be clea ned as ofte n as
operati ng co n ditio n s requi re. Loose d ust accum ulated on
t h e outside of the i n stru ment ca n be re moved with α soft
clot h or s mall br us h . Remove d irt that remai ns wit h α soft
clot h da mpe n ed i n α mil d deterge nt and water sol u tio n . Do
not u se abrasi v e clean ers.
240 V
220 ν
200 ν
The best way to clea n t h e interior is to b low off the
acc um ulated d u st wit h d ry, low-velocity ai r (a ppr oximateΙγ 5 I b/ίη 2 ) or u se α soft br u sh o r cloth d am pened with α
mil d deterge nt a n d w ater solutio n.
Circuit boards a n d com p o n en ts must be dr y b efor e
applying po w er.
O btai ni ng Replaceme nt Parts
Fig. 5-2. Line v oltage jump er positio n s.
Elect rical and mec hanical
parts can be o btained
t h rough your local Te ktroni x Field Office or re pr esen-
Ta ble 5-1
R EL ATIVE SUSC EP TI BI LITY TO
STATIC DISC HARGE DA MAG E
Relati v e
S uscepti bilit y
L evels α
Semicond uctor Classes
MOS or CMOS microcirc u its or discretes,
or li near microci rcuits with
MOS i nputs
( Most Se nsiti ve)
1
ECL
2
Sc h ott ky signal d io des
3
Sc hottk y TTL
Hig h-fre q uency bipolar transistors
5
JF ETs
ΝΟΤΕ
When selecting r eplace m e n t parts, r e m e m be r t hat
the physical size and shape of α com p onen t m ay
affect its pe rforma nce in t h e in str um ent.
Some p arts are ma nufact u red or selected b y Tektr o nix,
Inc, to satisf y p articular requirements or are m an u fact ur e d
fo r Te ktro n ix, Inc . to our specificatio n s. M ost of t he
mec h anical p arts used i n t his inst ru me n t h ave bee n
manu factured b y Te ktro ni x, I nc. To deter m i ne t he
manufact urer, refer to the R eplaceable Parts list and t h e
cross
Linear microcircuits
tu rer .
Low- po wer Sc hottk y ΤΤ L
TT L
tati v e. However, it ma y be p ossi ble to obtain man y of t h e
sta n dard electronic co mp onents f ro m α local com mercial
so ur ce . B efore p u rchasi ng or or deri ng α p art from α
source ot her t h an Te ktro n i x, I n c., c h ec k t h e Replaceable
Electrical Parts list fo r t he p ro per v al u e, r ati n g, tole r a nce,
an d description .
8
( Least Sens ϊtϊve)
9
M fr.
Co d e
7 = 400 4ο 1000 V (est.)
8=900 V
9=1200 V
(Voltage discharged from α 100 pF capacitor th roug h α resistance
of 100 ohms.)
N um ber to M an ufac-
Wh en o r deri n g r eplace me n t p arts f ro m Te ktroni x , Inc.,
incl ude the following information :
1 . I nst r um e n t type a n d o ption
' Voltage equivalent for levels:
1=100to500 V 4 = 500 V
2 = 200 to 500 Υ 5 = 400 το 600 ν
3=250 V
6 = 600 to 800 V
refe ren ce i n dex,
2. Inst r um ent se rial
nu mber.
number.
3. Α desc ri ptio n of t h e part (i f electrical, i n cl ud e
co mp lete ci rcuit nu mber) .
Mai ntenance-ΤΜ
5006
4. Tektro n ix part nu mber.
Solder i ng Techniqu es
W
A
RN I N G
EN D- LE AD
MULTI-PIN
CO NNECTOR
INDEX
To avoid electric s hock h aza rd, disconnect the
instrum ent from the power source before sol dering.
T h e reliability and accuracy of this i nstr ume nt ca n be
m ai ntained only if p roper sol dering techn iqu es are used .
when repai ri ng or replaci ng parts. Ge neral solder ing
tec hni ques which apply to m ai nte nance of any pr ecisio n
electronic equ i pme nt should be u sed whe n wo rking on
t his inst ru ment. Use only 60/40 rosin-core, electronic
grade sol der. The choice of soldering iron is determi ned
by the repai r to be m ade.
When sol deri ng on ci rcuit boards or small wiring, u se
only α 15 watt, pencil type soldering iron. Α h ig her wattage
sol dering iron can cause the etched circuit wi ring to
se parate from the b oard base m ater i al and melt the
i nsulation from small wi ring. Always kee p t he solde ring
iro n ti p properly ti nned to ensur ethe best heat transfer to
the solder joi nt. App ly only eno ugh heat to remove the
component o r to m ake α good solderjoi nt. To protect heat
sensitive co mponents, h ol d t he component lead wit h α
p ai r of long- nose pliers betwee n the co mponent body and
t he solder joi nt. Use α solder removi ng wick to remove
excess sol der fro m con nectio ns or to clean ci rcuit board
pads.
Se mi conductors
To remove in-line integrated circ uits u se an extracti ng
tool . This tool is availa ble from Tektronix, Inc.; order
Tekt ronix Part No. 003-0619-00. If an extracti ng tool is not
available, use care to avoi d damagi ng th e p i ns. Pull slowly
and evenly on bot h end s of the integrated circ uit . Try to
avoi d dise n gagi ng one end before the other end .
Multip i n Co nn ectors
The pin co nnectors used to co nnect the wires to the
interconnecting pi ns ar e clamped to the endsof thewires.
To replace damaged multi-pin conn ectors, r emovethe ol d
pin co nn ector from the h ol der. Do this by inserting α
scribe betwee n the co nn ector and the holder a nd pryi ng
the connector from t he h ol der. Clamp t he replace ment
connector to the wi re. Rei nstall the co nnecto r in t he
hol der.
If the i nd ividu al end lead pin connector s ar e removed
from t he p lastic h ol der, n ote the order of the i nd ividual
wires fo r correct r eplace ment in t he hol der. F or pr oper
replaceme nt see Fig. 5-3.
HOLDER
EN D- LEAD
MULTI-PIN
CO NNECTOR
MULTI-PIN
CO NNECTO R
INDEX
1986-68
Fig. 5-3. Orientation and disassembly of mu ltipin connector.
I nstrument
Disassembly
I
WARNING
Use caution w h en operatin g th is instrumen t with t h e
side p a nels rem ove d as da nger o us voltages are
prese nt.
To r emove the to p, bottom and si de panels, r emove the
fo ur screws attaching the feet to the rear of the inst ru me nt
a nd slide the pa nelsto the r ear. See Fig . 5-4. To remove t he
interface ci rcuit board, re move the plug-i n gui de rails and
air baffles sh own in Fig . 5-5. Next remove the interface
ci rcuit board su pp ort by removing t he scr ews sh own in
Fig. 5-6 and Fig . 5-10 . Before r emovi ng the main interface
circ uit b oa rd, make certai n t he conn ectio n s to t h e board
are either unplugged o r unsoldered. Re move the six
screws hol ding t he boa rd to the m ai nframe. See Fig . 5-7.
To re move the r ear pa nel, removet he screws show n in Fig .
5-8. Afte r these screws are removed, the rear p a n el may b e
laid bac k for easier access to the d o power s upply b oard.
After re moving the rear panel, the d o power supp ly circu it
boa rd may b e removed. Remove t h e seve n screws show n
in Fig. 5-9.
WARNING
Da n gerous voltages may b e present on t he filter
capacitors on the do p ower s upp ly b oa rd for several
minutes after line voltage removal.
5-3
Maintenance-TIM 5006
To remove the top, bottom or side panels remove these
screws, the rear feet and slide the panels to the rear.
2950-20
Fig. 5-4. Outer panel removal.
To remove the guide rails and baffles
pinch the retaining tabs at the front of
the guide rails and at the rear of the
baffles with pliers.
To gain access to the bottom of the do power supply
boards, remove the screws as shown in Fig. 5-10 . To
remove the heat sink first unsolder the wires to the high
power series-pass transistors, as shown in Fig. 5-11 .
Unplug the wires to the series-pass transistors mounted
on the heat sink . The circuit numbers for the series-pass
transistors are shown in Fig. 5-12 . When reinstalling the
connections to the series-pass transistors, make certain
the connections are correct. The screws holding the heat
sink to the circuit board are shown in Fig. 5-13. The heat
sink can be removed from the circuit board by removing
the four screws attaching the sink to the circuit board, two
screws through the fan housing, and disconnecting any
remaining wires.
To remove the transformer assembly, remove the
screws as shown in Figs . 5-10 and 5-14 .
Fig. 5-5. Guide rail and air baffle removal .
M ai nte nance-ΤΜ 5006
Fig. r6. R emoval of interface circuit board support.
Circ uit Trou bleshooti ng
To h el p locate α fa ult i n t he d o power s upply, first
disco nn ect Ρ2330 . Th e location of t his p l ug on t he
i nterface b oard m ay be determi ned f rom t he parts location
g ri ds located i n t he p ullo ut pages at the r ea r of t his
manual. Make certai n t h e li ne selector is pr operly set.
Co nn ect the p ower mo d ule to α varia ble voltage
transformer. Slowl y apply li ne voltage to the p ower
mo d ule. O bserve the i nd icato r lamp DS1600 . The location
of t h is la mp m ay be d etermi ned from t he parts location
g ri ds, also . If the la mp flashes at α r eg ular r ate, the h ig h
voltage(-300 Vdc)su pplyisprobably operating properly .
Tu rn off t he li ne p ower . Turn t he Pwr Lim (82060) fully
ccw. The location of this co ntrol is s h ow n i n t he parts
location g rid . R eplace Ρ2330 . Co nnect α d vm across the
8 V bu s. App ly ac li ne p ower at the n omi nal li ne voltageto
the power mo du le . Slowly turn t he P wr Lim co ntrol R 20β0
cw a nd o bse rve the dv m r ea d ing. The d vm should read
from about 7 .5 V to abo ut 8.5 V wh en 82060 is full y cw .
N ext adjust t he +8 V A dj, 82151, for exactly 8.20 V at no
load with nomi nal li ne voltage. N ext, chec k th e voltage
ac ross 81860, t he current se nse r esistor. This shoul d be
from a bou t 0.2 V to about 0.4 V. V erif y t he current li mit by
s horti ng out any of the v oltage b uses and noti n g t h e
recove ry of the s up pl y after a bout α 3 seco nd delay . Chec k
t he +26 V o utputs fo r limits withi n s pecificatio n.
Digitally signed by
http://www.aa4df.com
Maintenance-TM 5006
R emove t hese scr ews to remove
mai n i n terface circuit hoa rd.
!
ιι
111U 1111 -111111111.111111
,
ιιιιιιιυιιιιιιιιιιιι
Fig. 5-7. Mai n i nterface circuit boa rd r emoval .
Fig. 5- β. Rear pa n el removal .
5-6
REV sεετ 1986
Maintenance-TM 5006
Fig . 5-9. Location of screws holding the do power supply circuit board to the mainframe chassis.
Remove these screws to
remove the interface circuit board
support. Also see Fig . 5-6 .
Remove this screw along with
those shown in Fig. 5-14 to
remove transformer assembly.
Remove these screws and remove
cover to gain access to bottom
of the do power supply board.
Fig . 5- 1 0 . Attaching screws on bottom of mainframe.
Maintenance-TM 5006
Fig . 5- 1 1 . Unsolder these wires to remove heat sink.
Maintenance-TM 5006
Fig . 5-14 . Transformer assembly attaching screws .
Fig . 5-12. Series pass transistor locations. The high power
compartment series pass transistors 0600 and 0610 are on the
right side of the heat sink . 0600 is the upper transistor.
Fig . 5- 1 3. Screws holding heat sink to circuit board .
Maintenance-TM 5006
RE A R INTERFACE INFORMATION
PWR Indicator
Pin Assi g n m e nts
Α sig n al out on pin 6Β on t he rear in terface connector
provi d es the plug-ins with power supply stat us information .
See Fig. 5-15 . This signal is TTL comp atible with <30 Ω
output imped ance. The m aximum plug-i n load per
compartme n t is one standard TTL load. No pull-up resistors
are allowe d . The m aximum capacitance per compartment
must not exceed 150 pF. The fall and rise time (tf and tr) is
<20 μS .
Figure 5-16 s h ows th e pi n assig nm e n ts for t h e powe r
m odule out puts. Pins 14t h ro u gh 28 a re reserved for sig n al
co nn ections. See Section s 2 and 6 of t h is m an u al and t he
p l ug-i n man uals for f urt her i nform atio n.
Fig ure 5-17 sh ows t he p i n assig nments for th e G P I B
r ear pa n el con n ector .
+α ν
ον
τ,
+5 ν
PWR signal
α
to mainframe power switch Is turned on.
t, m ainframe supplies stabilize within specified limits .
(to to t, " 0
.5 α).
t τ Ρ WR goes hi gh and remains high until the mainf rame power switch is turned off or α fault co ndition occurs. (t, to tτ .r 0.5 s).
transition will occur at least 150 pan prior to t he +8 V supply dropping below 15% of its specifie d value.
t, PWR goes low. This
This transition occurs either when the power switch is turned off, or wh en the power s u pply detects an ove rcurre nt α
overvoltage fault condition . The 150 μsιε Is not guaranteed under all fault εοηdΙϋοη:.
2950-31
Fig. 5-15. PWR
5- 1 0
s i g nal timing diagram.
REV JAN 1983
Maintenance-TM 5006
ASSIG NMENTS
FUN CTIO N
ASSIG NM E NTS
CO N TACTS
CO N TACTS
25 V ac wi nd i n g 13 Β -0- '
FUN CTIO N
Ρ -4- 13 Α 25 Υ αε wi ndi ng
dc
12B -Am- 1
1 Ε- 12Α +26 V d c
pass
11 Β -Op- (]
Ρ -4-- 11 Α
Transformer shiel d
10Β -10- Ί]
1 Ε - 10 Α Em itter lea d of ΡΝΡ series pass
G r ound
9Β -0- 1
1 --*--
9Α
dc
8Β --" 1
1 -vi*-
8Α -26 ν dc
Collector lead of ΝΡΝ series pass
7 Β -10- 1
1 <-
7Α Emitter lea d of ΝΡΝ series
+26 ν
Collector lea d of ΡΝΡ series
-26 ν
Base
lead of ΡΝΡ series pass
G round
PWR
6 Β -)o-
Ε-
6Α Base lea d of ΝΡΝ se r ies
17.5 V κ winding
5 Β --bl ,
Ε-
5 Α 17.5 Υ κ wi nd i n g
Ground
4 Β -ON-
-4*-
4A Ground
Ground
38 -10-
-4-
3Α
do
28 -10-
-a*-
2A +8 V filtered dc
25 Υ ac: winding
1 Β -*,
<-
1 Α 25 V κ wi ndi ng
+8 ν filtered
I nterface connectio ns viewed fr o m rear of
power
module.
Pins
G round
14 t hr o ugh 28 are
use d
pass
p ass
TM 5005000
ba r rier
slot
f o r sig nal co nnections.
2950-32
Fi g. 5-16 . Rear i nte rf ace connector assignments.
Maintenance-TM 5006
GND
24
12
GND
GND
23
11
ΑΤΝ
GND
22
10
S RO
GND
21
9
IFC
GND
20
8
NDAC
GND
19
7
NRFD
GND
18
6
DAV
REN
17
5
ΕΟΙ
D108
1β
4
D104
D107
15
3
D103
DΙΟβ
14
2
D102
D105
13
1
Ο101
Ra w panel
row ο(
G PI B connector J 1110 viewed from
powe r
m odule (IEEE Sta ndard No. 488) .
2950-33
Fig. 5-17. Rear panel GPI B connector J 1110 viewed fro m rea r of
power modu le (IEEE Standa rd No . 488) .
Sect ion 6-TM 5006
OPTIONS
Introduction
i
Option 02 provides r ear nterface connections at the
rear p anel and O ption 10 provides r ack mounting
capabilities . Information on Option 02 is found below as
well as included n t he kit . Information on Option 10 is
provided n Section 2 of this manual as well as with t he
r ackmount k it available from Tektronix, Inc.
i
i
Option 02
This factory installed o ption a dds 25-mil square pin
connectors to the r ear of the interconnecting j acks at all
pins from 14 Α a nd Β to pins 28Α and Β. This option also
adds six bnc connectors and o ne 50-pin connectorto the
rear panel. These connectors are n ot prewired in order to
give as much flexibility as p ossible. Prepared jumpers,
coaxial cables, and nterconnection jack barriers are
included n t he kit .
i
i
System Design Directions
i
1 . Plan the plug-in location n t he mainframe based on
operator convenience as well as interface connections.
2. Plan thewiring between interconnecting jacks andto
the rear panel connectors before. starting assembly. Α
m ating rear panel 50-pin connector a nd cover are provided for external cabling.
ΝΟΤΕ
There
are no pin assignme nts for the rear panel
co nn ecto rs, due to the
co nn ections.
great variety of possible
Wh en hig h frequency or fast digital signals are
involved, plan t he wiringto mi nimize crosstalk. Make
allowa nce fo r possible auxiliary ground co nn ections.
The 50-pin rea r panel co nnector may be easier to
connect it ί1 is r emoved from the rear pa nel and
remoun ted after connections are ma de. R emove the
top rear ca binet piece fo r ease of access .
If mo r e than 50 pins are needed, an AMP HD-22
series connector with 104 pins may b e mou nte d in
t he sa me cu t out. it is s uggested t hat these parts be
obtained directly fr om AMP Inc., Harrisburg, PA or
their distributors. For fu rthe r app lication information, co ntact Te ktronix TM 500 Marketing Gro up.
i
3. Pin assignments for ndividual plug-ins will be found
in t he appropriate instruction manual .
4. Install an interconnection jack barrier at the appropriate location on the interconnection jack. R efer to
operating instructions for keying assignments for family
functions.
i
5. Select and nstall the wires (hook-up or coaxial
cable) following the guidelines in t he Wire U se part of
these instructions.
6. Wires or cables which may be at large p otential
differences should be dressed or bundled so as to avoid
contact. Keep all interface wiring away from t he p ower
m odule primary line wiring .
Maximum i nput voltage is < 60 Vdc or < 42.4 Vd c
pea k -to- peak. Limit inp ut power to < 150 W per
co nn ection .
7. There is an empty cut out which will m ount the
standard Ι EC digital interface connector. The connector is
n ot supplied with t his option .
Wire Use
1. Hook up wire with square pin receptacles on both
ends. These may be used for low frequency or do circuits
where impedance levels and crosstalk are not α problem .
The wire is supplied for connection between compartments (adjacent or nonadjacent) or between α compartment and t he rear panel . For connection to the r ear
panel, cut to length t hen ti η a nd solder t he end going to the
rear panel connector.
Options-TM 5006
2 Coaxial wi re with square pin receptacles on b ot h
ends. Th ese are u sed fo r co nn ections whic h r eq uire
shieldi ng or wh ic h mu st mai ntai n α 50 Π characte ristic
impe dance . The oute r co nducto r sh ould be co nn ecte d to
eit h e r c hassis ground o r ci rcuit ground. Plug-i n li nes
whic h requ ire coaxial leads usually h ave α specified
gr ound pin assign me nt. If n ecessa ry, esta b lish a uxiliary
ground co nnections at t he appro priate wi re end s. The
coaxial wire is su pp lied fo r con nectio n between co mpartments (a dj acent or nonadj ace nt) or between α compartment and t he rear pa n el . F or co nn ection to the r ea r
panel, cutto lengt h t hen ti n a nd solderthee nd goi ng tothe
rear panel co nn ecto r.
Section 7-TM 5006
REPLAC EABLE
ELE CT RICAL PARTS
PA R TS OR D ER I N G I NF ORM ATIO N
R eplacement parts are available from or through your local
Tektronix, Inc. Field Office or representative .
Changes to Tektronix instruments are sometimes made to
accommodate improved components as they become available,
and to give you the b enefit of the latest circuit improvements
developed in our engineering d epartment. It is therefore important, when ordering p arts, to include t he following information in
your order : P art number, instrument type or number, serial
number,
a nd
modification number if applicable.
If α part you have ordered has been replaced with α new or
improved part, your local Tektronix, Inc. F ield Officsor representative will contact you concerning any change in part number .
Change information, if any, is located at the rear of this
Only the circuit number will appear on the d iagrams and
circuit b oard illustrations. Each diagram a nd circuit board
illustration is clearly m arked with the assembly number.
Assembly numbers are also m arked on the m echanical exploded
views located n the Mechanical Parts L ist. The component
number is obtained by adding the assembly number prefix to the
circuit number.
i
The E lectrical Parts L ist is d ivided a nd arranged by
assemblies in numerical sequence (e.g ., assembly Α1 with its
subassemblies and parts, precedes assembly Α2 with its subassemblies and parts) .
Chassis-mounted parts have no assembly number prefix
and are located at the end of the E lectrical P arts L ist.
m anual.
L IST OF ASSEMBL I E S
Α list of assemblies can
be found at
the beginning of the
Electrical Parts List. The assemblies are listed in numerical order.
When the complete component number of apart is known, this l i st
will identify the assembly in which the p art is located.
C R OSS I N D E X- MFR . CODE NUMBER TO
M ANUFACT URER
T he Mfr. Code Number to Manufacturer
i ndex for the
located immediately after this page. The
Cross I ndex provides codes, n ames and addresses of m anufacturers of components listed in the Electrical Parts List .
E lectrical Parts List is
T EKTR O N IX PA R T NO. (colum n two of t he
Electrical Parts L ist)
ment
I ndicates
part from
part
number to
Tektronix.
be used when ordering r eplace-
S ER IA L/M OD EL NO. (colum n s t hr ee a nd fo u r
of t h e Elect rical Parts List)
w
Column three (3) indicates the serial number at hich the
part was first u sed. Column?ουι (4) indicates theserial number at
which the p art was r emoved. No serial number entered indicates
part is good for all serial numbers.
ABBREV IATIO N S
Abbreviations conform to American National Standard Υ1 .1 .
CO MPONENT NUMBER (col umn one of t h e
Elect r ical Parts List)
Α numbering method has been used to identify assemblies,
subassemblies and p arts . E xamples of this numbering method
and typical expansions are illustrated by the following:
Example α.
component number
Α23R1234
Α23
b.
A23A2R1234
Assembly
number
Read : Resistor 1234 of
L ist)
Circuit number
Read: Resistor 1234 of Assembly 23
Example
P arts L ist, an Item N ame is separated from the
by α colon ( :) . Because of space limitations, an Item
Name m ay sometimes appear as incomplete . For f urther Item
Name identification, the U.S. F ederal Cataloging Handbook Η6-1
can be utilized where p ossible.
In the
description
MFR . CODE (colum n six of t he Electrical Parts
R 1234
Assembly number
NAME & DESC R I PTIO N (colum n five of t h e
Elect r ical Parts List)
Indicates the code number of the actual m anufacturer of the
part . (Code to n ame and a ddress cross reference can be found
immediately after this page.)
component number
Α23
Α2
Α1234
Subassembly
Circuit
number
number
Subassembly 2 of
Assembly 23
M FR. PA R T NUMB ER (colum n seve n of t h e
Elect r ical Parts List)
I ndicates
actual m anufacturers
part number .
Replaceab le
Parts
Electrical
- TM 5006
C ROSS
Mfr .
Co de
00213
00779
00853
01121
01281
I ND EX
City, State, Zi p Cod e
NYTRON I CS
ORANGE ST
DARLINGTON SC 29532
COMPONENTS GROUP INC
S UBS I D I ARY OF ΝΥΤRΟΝΙ CS I NC
AMP I NC
SAN GAMO WESTO N I NC
SA N GAMO CA PACI TOR DI V
04222
ΑVΧ CERAMI CS D I V
04713
MOTOROLA INC
SE MICON DUCTOR GROUP
ULTRON I X INC
UN I ON CARB I DE CORP M ATERIALS SYSTE MS
DIV
GEN ERAL I NSTRUM ENT CORP
GOVERNMENT SYSTEMS D I V
05347
05397
05828
07716
12969
14193
14604
14752
19396
19701
22526
24546
25088
27014
31781
32997
51406
51642
54583
55680
56289
56880
57668
58224
59660
60705
71400
75042
78488
80009
82877
ΤΚ0510
ΤΚΟ935
7- 2
MA NUFACT URER
Address
04099
02777
03508
MFR. COD E NUMBER TO
Manufact urer
ALLEN-BRAD L EY CO
TRW INC
TRW SEM I CONDUCTOR DIV
RCA CORP
SOLID STAT E DI V I S I ON
HOPKI NS ENG I NEER I NG CO
GEN ERAL ELECTRI C CO
SEMI-CONDUCTO R PRODUCTS D E PT
CAPCO I NC
02735
-
OF
ΑVΧ CORP
TRW INC
TRW ELECTRON ICS CO MPONEN TS
TRW I RK FI X ED RES I STORS/BURL I NGTON
UN Ι TRODΕ CORP
CAL-R INC
ELMW00D SENSORS INC
ELECTRO CUBE INC
I LLINO I S TOOL WORKS INC
ΡΑΚΤRΟΝ DI V I S ION
ΜΕΡCΟ/ ELECTRA INC
Α NORTH AMER ICA N PHI L I PS CO
DU PONT Ε Ι DE N EMOU RS AN D CO INC
DU PONT CONNECTOR SYSTEMS
D I V M I L I TAR Y PRODUCTS GROUP
CORN ING GLASS WORKS
S I EΜENS CORP
NAT IONAL SEM I CO NDUCTO R CORP
EDAC INC
BOUR NS INC
TR I MPOT DI V
ΜU ΑΤΑ ERI E NORTH AMER I CA INC
GEORGIA OP ERAT IONS
C ENT RE EN G I NEERING INC
ΤDΚ ELECTRON I CS CORP
N I CHICON /AMERICA/ COR P
S PRAGUE ELECTR I C CO
MAGN ET I CS INC
ROHM CORP
X EN ELL CORP
T USON IX INC
C ΕRΑ-MITE CORPORATION
BUSSMANN MFG CO
M CGRAW ED I S ION CO
I NTERNAT I ONAL RES IST I VE CO INC
STACKPO LE CARBON CO
TEKTRONIX INC
ROTRON INC
PANASON IC COM PAN Y
DI V OF MATSUSH I TA
ELECT R I C CO RP
MARQUAR DT SWITCHES I NC
HARR I SBURG
P I CKENS SC
Ρ 0 BOX 3608
SANGAMO RD
Ρ 0 BOX 128
1201 SOUTH 2 ND ST
14520 AV I ATION BLVD
PA 17105
29671
M I LWAUKEE W I 53204
LAWN DALE CA 90260
ROUT E 202
SOME RV I LLE NJ 08876
12900 FOOTH I LL BLVD
W G ENES EE ST
SAN F ERNANDO CA 91342
AUBURN NY 13021
FOR ES I GHT
I N DUSTRI AL PARK
Ρ 0 BOX 2164
19TH AVE SOUTH
Ρ 0 BOX 867
5005 Ε MCDOWELL RD
GRAN D JUNCT I ON CO 81501
461 Ν 22ND ST
11901 MAD I SO N AVE
GRAN D JUNCT I ON CO 81501
C LEVE LAN D OH 44101
600 W JOHN ST
H I CKSV I LLE NY 11802
2850 MT PLEASANT AVE
BURLI NGTON IA 52601
580 PLEASANT ST
1601 OLYMP I C BLVD
1655 ΕUΜ14ΟΟΟ AVENUE
1710 S D EL MAR AVE
900 FOLL I N LANE S Ε
WATERTOWN MA 02172
SANTA MONICA CA 90404
CRAN STON RI 02907
SAN GABRI EL CA 91776
V I EN NA VA 22180
Ρ 0 BOX 760
MINERAL WELLS TX 76067
515
F I S H I NG
CRE EK RD
550 HIGH ST
186 WOOD AVE S
2900 SEM I CONDUCTOR
20 RA I LS IDE R D
1200 COLUMB IA AVE
DR
MYRTLE BEACH SC 29577
PHOENIX AZ 85008
NEW CUMBERLAND PA 17070-3007
BRADFORD PA 16701
ISEL I N NJ 08830
SANTA CLARA CA 95051
DON M I LLS ΟΝΤ CAN Μ3Α 1Α4
RI VERS I DE CA 92507
1148 FRANKLIN RD S E
MARIETTA GA 30067
2820 Ε CO LLEG E AVE
755 EASTGATE BLVD
927 Ε STAT E ΡΚΥ
87 MARSHALL ST
3218 NOBLE ST
16931 M I LL I KEN AVE
STATE COLLEG E PA 16801
GARDEN CI TY NY 11530
SCHAUMBUtG I L 60195
NORTH ADAMS MA 01247
BALTIMORE MD 21224
HWY 77 S
Ρ 0 BOX 726
2155 Ν FORBES BLVD
1327 6TH AVE
114 O L D STATE RD
PO BOX 14460
401 Ν BROAD ST
4900 S W GR I FFI TH DR
Ρ 0 BOX 500
7-9 HASBROUCK LANE
ONE PANASON IC WAY
MARQUARDT 67 ALBANY ST
I RV I NE CA 92713
WΥΝΝΕWΟΟΟ OK 73098
TUCSON , ARIZONA 85705
GRAFTON W I 53024
ST LOUI S MO 63178
PH I LADELPH IA PA 19108
ST MARYS PA 15857
BEAVERTON OR 97077
WOODSΤOCΚ
NY 12498
SECAUCUS NJ 07094
CΑΖΕΝΟV ΙΑ NY 13035
REV OCT 1987
Re placeable Elect r ical Parts
C R OSS
Mfr .
0ο (2
ΤΚ1345
IN D E X -
MFR.
COD E
NUMBER
TO
M A NUF ACT URER
Manufacturer
Address
City . State . Zip Code
ΖΜΑΝ AN D ASSOC I ATE S
7633 S 180TH
KENT WA 98032
- ΤΜ 5006
Replaceab le
Electrical
Parts
- ΤΜ 5006
Caι p one nt No .
Tektron ix
Part No .
AID
670-6537-00
Α10
670-6653-00
All
All
All
Α15
670-6538-00
670-6538-01
670-6538-02
670-6991-00
Β010100
8021520
Β 021519
Β 033969
ΒΟ33970
8010100
8020189
Α16
670-7179-00
8020190
Α10
670-6537-00
Α10
670-6653-00
ΑlOC1010
281-0774-00
281-0775-00
281-0775-00
281-0775-00
AlOC1011
AlOC1012
ΑlOC1020
Seri αl/Assenbly No .
Effective
Dscont
Mfr.
Co de
Mfr . Part No .
C I RCU I T BD ASSY :MAIN I NT ERCO NNECT
(STANDA RD ONL Y)
C I RCU I T BD ASSY :MA I N I NT ERCO NNECT
(OPTION 02,12 ONL Y)
C I RCU I T BD ASSY :POWER S UPPL Y
C I RCU I T BD ASSY :POWER SUPPL Y
C I RCU I T BD ASSY :POWER SUPPL Y
C I RCU I T BD ASSY : PASS I VE GPIB I N TERCONNECT
80009
670-6537-00
80009
670-6653-00
80009
80009
80009
80009
670-6538-00
670-6538-01
670-6538-02
670-6991-00
C I RCU I T BO ASSY :G P I B I NTERFACE
80009
670-7179-00
C I RCUI T BO ASSY :MA I N I NTERCONNECT
(STAN DARD ONLY)
C I RCUI T BD ASSY :MA IN I NTERCONNECT
(OPTION 02,12 ONLY)
CA P ,FXD,CER D I :0 .022 MFD,20%,100ν
CA P ,FXD,CER D I :O . l UF ,20%,50V
CA P ,FXD,CER D I :O . l UF ,20%,50V
CA P ,FXD,CER D I :O . l UF ,20%,50V
80009
670-6537-00
80009
670-6653-00
04222
04222
04222
04222
ΜΑ201 Ε223ΜΑΑ
MA205ElO4MAA
ΜΑ205 Ε104ΜΑΑ
MA205ElO4MAA
Name & Description
281-0774-00
281-0774-00
281-0775-00
281-0775-00
281-0775-00
281-0774-00
CA P ,FXD,CER
CA P ,FXD,CER
CA P ,FXD,CER
CA P ,FXD,CER
CA P ,FXD,CER
CA P ,FXD,CER
D I :0 .022MFD,20%,100V
D I :0 .022 M FD,20%,100V
D I :O . l UF ,20%,50V
D I :O . l UF ,20%,50V
D I :O . l UF ,20%,50V
D I :0 .022 M FD,20%,100V
04222
04222
04222
04222
04222
04222
ΜΑ201Ε223ΜΑΑ
ΜΑ201Ε223ΜΑΑ
ΜΑ205Ε104ΜΑΑ
Α lOC1210
A lOC1211
A lOC1212
A lOC1220
A lOC1221
Α lOC1222
281-0774-00
281-0775-00
D I :0 .022 M FD,20%, l OOV
D I :O . l UF ,2036,50V
D I :O . l UF ,20%,50V
D I :O . I UF ,20%,50V
D I :0 .022MFD,20%,100V
D I :0 .022 M FD,20%, I OOV
04222
04222
04222
04222
04222
04222
ΜΑ201Ε223ΜΑΑ
ΜΑ205ΕΙ 04ΜΑΑ
281-0775-00
281-0775-00
281-0774-00
281-0774-00
CA P ,FXD,CE R
CA P ,FXD,CER
CA P ,FXD,CER
CA P ,FXO,CER
CA P ,FXD,CER
CA P ,FXD,CER
ΑlOC1223
Αl0C1310
Αl OC1311
Al OC1321
281-0774-00
281-0774-00
281-0775-00
281-0775-00
281-0775-00
281-0774-00
CA P ,FXD,CER
CA P ,FXD,CER
CA P ,FXD,CER
CA P ,FXD,CER
CA P ,FXD,CER
CA P ,FXD,CER
D I :0 .022MFD ,20%,100V
D I :0 .022 MFD,20%,100 V
D I :O . l UF ,20%,50V
D I :O . l UF ,20%,50V
D I :O . l UF ,20%,50V
D I :0 .022 M FD,20%,100V
04222
04222
04222
Ο4222
04222
04222
ΜΑ20 lΕ223ΜΑΑ
ΜΑ201Ε223ΜΑΑ
ΜΑ205Ε104ΜΑΑ
MA205ElO4MAA
ΜΑ205Ε104ΜΑΑ
ΜΑ20 ΙΕ223ΜΑΑ
Al OC1410
Αl OC1411
Al OC1412
Al OC1420
AlOC1421
AlOC1510
281-0774-00
281-0775-00
281-0775-00
281-0775-00
281-0774-00
281-0774-00
CA P ,FXD,CER
CA P ,FXD,CER
CA P ,FXD,CER
CA P ,FXD,CER
CA P ,FXD,CER
CA P ,FXD,CE R
D I :0 .022MFD,20%,100V
D I :O . l UF ,20%,50V
D I :O . l UF ,20%,50V
D I :O . l UF ,20%,50V
D I :0 .022MFD,20%,100V
D I :0 .022MF0,20%,100V
04222
04222
04222
04222
ΜΑ201Ε223ΜΑΑ
MA205ElO4MAA
MA205ElO4MAA
ΜΑ205ΕΙ 04ΜΑΑ
ΜΑ201Ε223ΜΑΑ
ΜΑ201Ε223ΜΑΑ
ΑlOC1511
ΑlOC1512
Α l OC1520
281-0775-00
281-0775-00
281-0775-00
281-0774-00
152-0198-00
CA P ,FXD,CER
CA P ,FXD,CER
CA P ,FXD,CER
D I :O . l UF ,20%,50V
D I :O . l UF ,20%,50V
D I :O . l UF ,20Y,50V
D I :0 .022MFD,20%,100V
04222
ΜΑ205ΕΙ 04ΜΑΑ
04222
04222
MA205ElO4MAA
ΜΑ205Ε104ΜΑΑ
ΜΑ201 Ε223ΜΑΑ
Α l0C1021
ΑΙΟC1110
ΑΙΟC1111
ΑlOC1112
ΑlOC1120
Α lOC1121
AlOC1312
ΑlOC1320
Al OC1521
Al OCR1310
AI OCR1311
AI OCR1320
Αl ΟΕ 500
A10JI000
Al OJ 1100
Al OJ 1200
Al OJ 1300
Αl OJ 1400
ΑΙΟJ 1500
Αl OJ 1520
7- 4
04222
04222
MA205ElO4MAA
ΜΑ205ΕΙ 04ΜΑΑ
ΜΑ201Ε223ΜΑΑ
ΜΑ205ΕΙ 04ΜΑΑ
MA205ElO4MAA
ΜΑ201Ε223ΜΑΑ
ΜΑ20 ΙΕ223ΜΑΑ
CA P ,FXD,CER
SEM I COND DVC,D I : RECT,S I ,200V ,3A,A249
SEM I COND DVC,D I : RECT,S I ,200V ,3A,A249
04222
03508
03508
03508
78488
131-1078-00
131-1078-00
SEM I COND DVC,D I : RECT,S I ,200V ,3A, Α249
CORE , EM :TOROI D,F E RR I TE
CO NN , RC PT, ELEC :C KT BD,28/56 CON TACT
CONN , RC PT, ELEC :CKT BD,28/56 CON TACT
COΝN , RC PT, ELEC :CKT BD,28/56 CON TACT
CONN , RCPT, ELEC :CKT BD,28/56 CON TACT
31781
31781
31781
31781
1 Ν5624
57-1540
303-056-520-301
303-056-520-301
303-056-520-301
303-056-520-301
131-1078-00
131-1078-00
131-0608-00
CO NN , RC PT, ELEC :CKT ΒΟ ,28/56 CON TACT
CONN , RC PT, ELEC :CKT 80,28/56 CON TACT
TE RM I NAL , P I N :0 .365 L Χ 0 .025 BRZ GLD PL
31781
31781
22526
303-056-520-301
303-056-520-301
48283-036
152-0198-00
152-0198-00
276-0599-00
131-1078-00
131-1078-00
(QTY 3)
1 Ν 5624
1 Ν5624
REV OCT 1987
Replaceab le
Cαπρο r ι~r ιt NO .
Tektro n ix
Part No .
ΑΙΟJ 1530
131-0608-00
A IOQ1525
A lOR1120
A l OR1523
A l OR1526
151-0462-00
315-0100-00
A l OR1527
308-0142-00
315-0332-00
308-0740-00
All
All
All
A lI C1120
A l 1C1121
A11Cll21
670-6538-00
670-6538-01
670-6538-02
283-0280-00
283-0417-00
285-1218-00
A lI C1140
283-0280-00
285-1218-00
290-0878-00
285-0939-00
283-0044-00
Serial/Assem ly No .
Dscont
Effective
Name & Descri ption
T ER M I NAL , P I N :0 .365 L
Χ 0 .025 BRZ GLD PL
(QTY 3)
TRA NS I STO R :PNP ,SI ,TO-220
RES,FXD, F I LM :10 ΟΗΜ ,5Χ ,0 .25W
RES,FXD, WW :30 OFM ,5%,3W
RES,FXD, F I LM :3 .3K ΟΗΜ ,5%,0 .25W
RES,FXD, WW :20 ΟΗΜ ,1%,3W
E lectrical Parts
Nfr-
- ΤΜ 5006
Code
Mfr . Part No .
22526
48283-036
04713
19701
SJE491
00213
57668
00213
5043CX I OR R OOJ
1240S-30-5
ΝΤR25J- ΕΟ3 Κ3
120OS-20-1
C I RCU I T BD ASSY :POWER S UPPLY
C I RCU I T BD ASSY :POWER S UPPLY
C I RCU I T BD ASSY :POWER S UPPLY
CAP ,FXD,C ER D I :2200 PF ,10A,2000V
CAP ,FXD,C ER D I :0 .22 UF ,207.,400V
CAP ,FXD, P LAST IC :0 .27UF ,10%,400 VDC
80009
80009
80009
60705
51642
04099
670-6538-00
670-6538-01
670-6538-02
564CBA202 EH 222
500-400-Ζ5 U-224Μ
ΜΜW274410
285-1205-00
CAP ,FXD,C ER D I :2200 PF ,10%,2000V
CAP ,FXD, P LAST I C :0 .27UF ,10%,400 VDC
CΑΡ ,FXD, ELCTLT :11000 F ,-10+75%,200 V
CAP ,FXD, P LAST I C :3 UF,5%,400V
CAP ,FXD,C ER D I :1000 PF ,20%,3000V
CAP ,FXD, MTLZD :0 .06 UF ,5%,1000 V
60705
04099
56289
04099
51406
14752
A lI C1450
A ll C l 510
A lI C1530
A lI C1550
A lI C1560
A lI C1600
283-0000-00
290-0878-00
283-0194-00
283-0187-00
283-0194-00
283-0178-00
CAP ,FXD,C ER D I
CAP ,FXD, ELCTLT
CAP ,FXD,C ER D I
CAP,FXD,C ER D I
CAP ,FXD,CER D I
CAP ,FXD,C ER D I
:O .OO1 UF ,+100-0%,500V
:11000 F ,-10+75'Α ,200 V
59660
56289
04222
04222
04222
05397
831-610-Y5 UO102 P
68011005
SR505 E475MAA
SR308C473KAA
SR505 E475M AA
C330C104ZI U lCA
A lI C1620
A lI C1720
A11C1840
A11Cl910
A lI C1920
A ll C l930
283-0000-00
283-0178-00
283-0680-00
290-0900-00
290-0930-00
290-0804-00
CAP ,FXD,C ER D I :O .OO1UF ,+100-0%,500V
CAP ,FXD,C ER D I :O . l UF ,20/,100ν
CAP ,FXD, M I CA D I :330 PF ,1%,500V
CΑΡ ,FXD, ELCTL T :16000 F ,+100-10%,50 V
CΑΡ ,FXD, ELCTLT :11000UF ,+100-10%,12V
CAP ,FXD, ELCTLT :10UF,+50-10%,25V
59660
05397
00853
56289
56289
55680
831-610-Y5 UO102 P
C330C104Zl U lCA
D155F331 FO
A l 1C1940
A l1C1960
281-0773-00
283-0203-00
283-0203-00
281-0813-00
290-0900-00
290-0930-00
CAP ,FXD,C ER D I :O .O IUF ,10%,100 V
CAP ,FXD,C ER D I :0 .47UF,20%,50V
CAP ,FXD,C ER D I :0 .47UF ,20'Χ ,50V
CAP ,FXD,C ER D I :0 .047UF ,20%,SOV
CAP ,FXD, ELCTLT :16000F ,+100-10%,50V
CΑΡ ,FXD, ELCTLT :11000UF ,+100-10%,12V
04222
04222
04222
05397
56289
56289
MA201C103KAA
SR305SC474MAA
283-0672-00
283-0659-00
290-0771-00
281-0788-00
290-0771-00
283-0142-00
CAP ,FXD, M I CA D I :200 PF ,1%,500V
CAP ,FXD, M I CA 01 :1160PF ,2%,500V
CΑΡ ,FXD, ELCTLT :220UF ,+50-10%,10 VDC
CAP ,FXD,C ER D I :470 PF ,10A,100 V
CΑΡ ,FXD, ELCTLT :220UF ,+50-1(rA, I O VDC
CAP ,FXD,C ER D I :0 .0027 U F,5%,200V
00853
D155F2010 FO
D195F1161GO
ULAI A221T PA2
MAl OlC471KAA
ULA1A221T PA2
CK45Y E2D272J- Α
281-0775-00
290-0818-00
290-0930-00
281-0773-00
285-0889-00
290-0804-00
CAP ,FXD,C ER D I :O . lU F,20%,50 V
CAP ,FXD, ELCTLT :390UF ,+100-10%,40V
CAP ,FXD, ELCTLT :11000UF ,+100-10f%,12 V
CAP ,FXD,C ER D I :O .O1UF ,10%,100 V
CAP ,FXD, P LAST I C :0 .0027 UF ,5%,100V
CAP ,FXD, ELCTLT : IOUF,+50-10%,25V
04222
56289
56289
04222
CAP ,FXD,C ER D I
CAP ,FXD, ELCTLT
CAP ,FXD,C ER D I
CAP ,FXD,C ER D I
CAP ,FXD,C ER D I
:O .O1 UF ,10%,100 V
:390 UF ,+100-10%,40 V
:0 .47 UF ,20%,50 V
:0 .47 UF ,20%,50 V
:0 .47 UF ,2W,50 V
CAP ,FXD,C ER D I :100 PF ,10%,100 V
04222
56289
04222
04222
04222
CAP ,FXD, ELCTL T :470 UF ,+50-10%,35V
CAP ,FXD, ELCTL T :390 UF ,+I OO-10y,40 V
CAP ,FXD, ELCTL T :390 UF ,+100-10%,40V
ΤΚΟ510
56289
56289
A ll Cl 200
A lI C1210
A11C1240
A l1C1330
A l 1C1430
A l 1C1961
A ll C1965
A ll C2010
A11C2030
All C2040
All C2050
All C2051
AlI C2052
A ll C2060
All C2065
Al l C2066
A11C2100
A11C2120
A11C2140
A11C2150
A11C2151
Al Ι C2160
A ll C2200
Al I C2230
A11C2231
A lI C2232
A ll C2240
281-0773-00
290-0818-00
283-0203-00
283-0203-00
283-0203-00
281-0814-00
A11C2260
A ll C2300
A11C2310
290-0919-00
290-0818-00
290-0818-00
R EV OCT 1987
8010100
8021520
8033970
8021519
8033969
8010100
8033970
8033969
:4 .7UF ,20%,50V
:0 .047UF ,10Χ ,400V
:4 .7 UF ,20%,50V
:O . I UF ,20%,100ν
00853
55680
04222
55680
54583
19396
55680
04222
564CΒΑ202 ΕΗ222
KW 74410
68011005
ΤΕΚ13-17
DHA12Y55102M3K V
C-2658
674D168HOSOJP5A
6740119HO12JSSA
ULBI E 100TAAANA
SR305SC474MAA
C412C473M5 V2CA
6740168ΗΟ50JΡ5Α
674D119HO12JS5A
ΜΑ205 ΕΙ 04ΜΑΑ
672D397HO40DS5C
674Dll 9HO12JS5A
MA20IC103KAA
DU490/74-28221
ULBl E l 00TAAANA
MA201C103KAA
6720397HO40OS5C
SR305SC474MAA
SR305SC474MAA
SR305SC474MAA
ΜΑ l 0lΑ l O l KAA
ECEA1W471SC
672D397HO40DS5C
672D397HO40DS5C
7- 5
R eplaceab le
Elect r ical
Parts
-
TM 5006
Component No .
Tektro n ix
Part No .
Serial/Assembly No .
Effective Dscont
A11C2350
A11C2350
A11C R 1500
A11C R 1540
A11C R 1541
A11C R 1550
290-0891-00
290-0974-00
152-0750-00
152-0655-00
152-0400-00
152-0655-00
8010100
8033970
A11CR1551
A11C R 1730
A11CR1731
A11CR1810
A11C R 1850
A11CR1860
Nam & Descri ption
M fr .
Code
Mfr .
U LA l HO10TΕA
ULB I H 100MAA
Part No .
CAP ,FXD, ELCTL T :
CAP ,FXD, ELCTL T :
S EMICOND DVC,DI
SEMICOND OVC,DI
SEMICOΝD DVC,D I
SEMICOND DVC,DI
I UF ,+75 -10%,50V
l 0UF ,20%,50VDC
: RECT BRDG,600 V ,3A, FAST RCVY
: RECT,SI , l 00V ,3A
: RECT,S I ,400V ,1A
: RECT,SI , l 00V ,3A
55680
556 ΒΟ
05828
03508
04713
03508
152-0400-00
152-0107-00
152-0107-00
152-0686-00
152-0141-02
152-0141-02
SEMICOND
SEMICOND
SEMICOND
S EMICOND
S EMICOND
S EMICOND
DVC,DI
DVC,DI
DVC,DI
DVC,DI
DVC,DI
DVC,DI
: RECT,SI ,400V ,1A
: RECT,SI ,400 V ,400MA,A1
: RECT,SI ,400 V ,400MA,A1
: RECT,SI , l 00V ,5A,A264
:SW ,S I ,30V ,150MA,30V ,DO-35
:SW ,S I ,30V ,150MA,30V ,DO-35
04713
12969
12969
04713
03508
03508
SR3273
DA2527 (1Ν4152)
DA2527 (1Ν4152)
A11C R 1861
A11C R 1862
A11CR1863
A11C R 1900
A lI CR 1910
A II C R 1911
152-0141-02
152-0141-02
152-0141-02
152-0686-00
152-0686-00
152-0686-00
SEMICOND
SEMI COND
SEMI CO ND
S EMI CO ND
SEMI COND
SEMI COND
DVC,DI
DVC,DI
D VC,DI
DVC,DI
DVC,DI
DVC,DI
:SW ,S I ,30 V ,150MA,30V ,00-35
:SW ,S I ,30V ,150 M A,30V ,00-35
:SW ,S I ,30V ,150 K 1,30V ,DO-35
: RECT,S I , l 00V ,5A,A264
: RECT,S I ,100V ,5A, A264
: RECT,S I , l 00V ,5A,A264
03508
03508
03508
04713
04713
04713
DA2527 (1Ν4152)
DA2527 (1Ν4152)
DA2527 (1Ν4152)
SR3273
SR3273
S R3273
A lI CR 1950
A11CR2040
A11CR2041
A11CR2042
152-0141-02
152-0141-02
152-0141-02
152-0141-02
152-0141-02
152-0141-02
S EMI CO Γ D D VC,DI :SW ,S I ,30V ,150 M A,30V ,DO-35
03508
DA2527
03508
0350Β
03508
03508
03508
ΟΑ2527 (1Ν4152)
A11CR2043
A11CR2130
8033969
SEMI CO ND
S EMI CO ND
S EMI CO ND
SEMI CO ND
SEMI CO ND
D VC,DI
D VC,DI
DVC,DI
DVC,DI
D VC,DI
:SW ,S I ,30V ,150 MA,30V ,D0-35
:SW,S I ,30V ,150 MA,30V ,DO-35
:SW ,S I ,30V ,150MA,30V ,DO-35
:SW ,S I ,30V ,150 MA,30V ,DO-35
:SW ,S I ,30V ,150MA,30V ,DO-35
SEM I CO ND DVC,DI
S EM I COND DVC,DI
SEMI COND D VC,DI
SEM I COND DVC,DI
:SW ,S I ,30V ,150MA,30V ,DO-35
:SW ,S I ,30V ,150MA,30V ,DO-35
:SW ,S I ,30V ,150MA,30V ,DO-35
:SW ,S I ,30V ,150MA,30V ,DO-35
SEMI CO ND DVC,D I : RECT,S I ,40QV , lA,DO-41
SEM I COND DVC,DI : RECT,S1,400 V ,lA,DO-41
03508
03508
03508
03508
03508
119-0181-00
SEM I COND DVC,D I :SW ,S I ,30V ,150MA,30V,DO-35
S EM I COND OVC,D I : RECT,S I ,400V ,1A,DO-41
S EM I COND DVC,D I : RECT,S I ,400V , lA,DO-41
SEM I COND DVC,D I :SW ,S I ,30V ,150MA,30V ,DO-35
LAMP ,GLOW :60-90V ΜΑΧ ,0 .7ΜΑ , Α28-T, W I RE LEADS
AR SR,ELEC S URGE :230,GAS FILLED
Α11 Ε 1400
Α11 Ε 1620
A11 F2340
A11J 1000
119-0181-00
276-0640-00
159-0022-00
131-0608-00
AR SR,ELEC SURGE :230,GAS FILLED
CORE ,EM :TOROI D,FE RR I TE
FUSE ,CARTR I DG E :3AG, l A,250V, FAST BLOW
ΤΕ RΜΙΝΑ L , ΡΙΝ :0 .365 L Χ 0 .025 BRZ GLD PL
25088
56880
71400
22526
A11J 1010
131-0608-00
A lIJ 1011
131-0608-00
AlIJ 1012
131-0608-00
Al iJ 1013
131-0608-00
A11 J 1020
131-0608-00
A11 J 2220
A11 J 2221
A11 J 2320
131-1688-00
131-1688-00
131-1688-00
A11 J 2321
A11 J 2330
131-1688-00
131-0608-00
A l 1 L1020
A lI L1030
108-0902-00
108-0902-00
A11CR2149
A11CR2150
A11CR2230
A lI CR2240
A11CR2340
A11CR2341
152-0141-02
152-0141-02
152-0141-02
A11CR2349
A11CR2350
A11CR2351
A11CR2360
AllOS1600
4ll E 1300
152-0141-02
152-0066-00
152-0066-00
152-0141-02
150-0030-00
7-6
152-0141-02
152-0066-00
152-0066-00
4)
(QTY
ΤΕ RΜΙΝΑL , ΡΙΝ :0 .365 L Χ 0 .025 BRZ GLD PL
(QTY 2)
ΤΕ RΜΙΝΑ L , ΡΙΝ :0 .365 L Χ 0 .025 BRZ GLD PL
(QTY
4)
ΤΕRΜΙΝΑL , ΡΙΝ :0 .365 L Χ 0 .025 8RZ GLD PL
(QTY 4)
ΤΕRΜΙΝΑL , ΡΙΝ :0 .365 L Χ 0 .025 BRZ GLD PL
(4ΤΥ 4)
ΤΕRΜΙΝΑL , ΡΙΝ :0 .365 L Χ 0 .025 BRZ GLD PL
(4η 4)
T EM ,Q I K D I SC . : MALE ,0 .032 Χ 0 .25 BL
T EF44 ,Q I K D I SC . : MALE ,0 .032 Χ 0 .25 BL
T EF44 ,Q I K D I SC . : MALE ,0 .032 Χ 0 .25 BL
T ER M ,Q I K D I SC . : MALE ,0 .032
Χ 0 .25 BL
ΤΕRΜΙΝΑL , ΡΙΝ :0 .365 L Χ 0 .025 BRZ GLD PL
(QTY 3)
CO I L , RF : FIX Φ ,SOUH
CO I L , RF : FIX Φ ,SOUH
05828
05828
05828
05828
03508
58224
25088
RKBPC606-12
Α115ΑΧ 39
S R 1977 K
Α115ΑΧ 39
S R1977 K
"G727"
"G727"
(1Ν4152)
DA2527 (1Ν4152)
ΟΑ25 Ζ7 (1Ν4152)
DA2527 (1Ν4152)
DA2527 (1Ν4152)
DA2527 (1Ν4152)
DA2527 (1Ν4152)
DA2527 (1Ν4152)
DA2527 (1 Ν4152)
GΡl OG-020
GPl OG-020
DA2527 (1 Ν4152)
GPl OG-020
GPI OG-020
DA2527 (1 Ν4152)
Α28- Τ
BI-A230
θ 1-Α230
J-41005-TC
AGC-CW-1
48283-036
22526
48283-036
22526
48283-036
22526
48283-036
22526
48283-036
22526
48283-036
00779
00779
00779
42577-4
42577-4
42577-4
00779
22526
42577-4
48283-036
80009
108-0902-00
108-0902-00
80009
RE V OCT 1987
Replaceable Electrical Parts
Cαm στιeηt No .
Tektronix
Part No .
Serial/Asseι bly No.
Effective
Dsco nt
Name & Descri ption
mfr.
Code
- TM 5006
Μfr . Part No .
COIL , RF :FX0,5000H
COIL , RF : FI XΦ ,140UH
COIL,RF:FI XΦ , lMH
COIL , RF : FI XE D,8 .85UH
COIL , RF : FI XΦ ,5 .5UH
COIL , RF : FI XΦ ,8 .85UH
ΤΚ 1345
80009
80009
ΤΚ1345
ΤΚ1345
ΤΚ1345
108-1037-00
108-0973-00
108-1051-00
TRANS I STOR : NPN ,SI ,TO-18
TRANS I STOR : NPN ,SI ,TO-18
TRANS I STOR : NPN ,SI ,TO-92
RES,FXD, FILM :560 ΟΗΜ ,5%,0 .25W
RES,FXD, FILM :360 ΟFΜ ,5%,0 .25W
RES,FXD, FILM :100 ΟΗΜ ,5%,0 .25W
04713
04713
80009
19701
19701
57668
ST899
ST899
151-0190-00
5043CX560 ROJ
5043CX360 ROJ
RES,FXD, WW :470 ",5%,3W
RES,FXD,CMPSN :47 ΟΗΜ ,5'/,2 W
RES,FXD,CMPSN : l 00K ",5%,1W
RES,FXD,CMPSN : l 00K OF M ,5%,1W
RES,FXD, FI LM :24 ΟFΜ ,5%,0 .25W
RES,FXD, WW :0 .5 ΟFΜ ,10%,2 .5W, ΑΧΙΑ L
00213
01121
01121
01121
57668
14193
1240S-470-5
ΗΒ 4705
GB1045
GB1045
NTR 25J- Ε 24 ΕΟ
SA31 R500K
RES,FXD, WW :2 .2 ΟFΜ ,57. ,2W
RES,FXD, WW :1 .8 ΟΗΜ ,57. ,2W
RES,FXD, WW :2 .2 ΟFΜ ,5%,2W
RES,FXD, WW :1 .8 ",5%,2W
RES,FXD, FI LM:6 .8 M OHM ,5Y,O .SW
RES,FXD, FILM :330 ",5%,0 .5W
75042
75042
75042
75042
01121
19701
BWH -2R200J
BWH 1 .8 ΟΗΜ 5%
BWH - 2R200,1
BWH 1 .8 ΟFΜ 5%
ΕΒ6855
5053CX330ROJ
FILM :1 .5K ΟΗΜ ,5%,0 .25W
FILM :1 .5K ΟΗΜ ,5%,0 .25W
FI LM : I OK ΟΗΜ ,5%,0 .25W
FILM :49 .9K ΟΗΜ ,1%,0 .125W,TC=TO
FILM :15 .OK ΟΗΜ ,1%,0 .125W,TC=ΤO
FI L M :15 .OK ΟΗΜ ,1%,0 .125W,TC=TO
FI LM :30 .1K OF M ,1%,0 .125W ,TC=TO
57668
57668
19701
19701
NTR 25J-ΕΟΙΚ5
NTR 25J- Ε 01 Κ5
57668
5043CX10KOOJ
5033ED49 100F
5033 Φ15 JOOF
5033 ED15JOOF
RB 14FXE30K1
RES,FXD, FILM :7 .87K OF M ,1%,0 .125W ,TC=TO
RES,FXD, FILM :42 .2K OF M ,1%,0 .125W ,7<= Τ0
RES,FXD, FI LM:30 .1 K OF M ,1%,0 .125W , τC=70
RES, VAR ,NON4W:TRMR ,50K OHM ,0 .5W
RES, VAR ,NONWW :TRM R ,25K OF M,0 .5W
RES,FXD, FI LM :95 .3 ΟΗΜ ,1%,0 .5W ,TC=ΤO
07716
07716
57668
32997
32997
75042
CE AD7870O F
CEAD42201 F
RB14FXΕ30KI
3386 F-ΤΟ4-503
3386 F-ΤΟ4-253
CECTO-95R30 F
RES,FXD,
RES,FXD,
RES,FXD,
RES,FXD,
RES,FXD,
RES,FXD,
FILM :15 .8 K OF M ,1%,0 .125W,TC=TO
FILM :220K ΟΗΜ ,5%,0 .25W
FI LM :1OK ΟΗΜ ,5%,0 .25W
FILM :470 OFM,5A,0 .25W
FI LM : l 00K ΟΗΜ ,5'/,0 .25W
FI LM : lK OFM,5%,0 .25W
07716
57668
19701
57668
57668
57668
CEAD 15801 F
ΝΤR 25J- Ε 220Κ
5043CX10KOOJ
ΝΤR 25J- Ε 470Ε
NTR 25J- ΕΙ 00Κ
NTR 25JEO1KO
FI LM : IOK ΟΗΜ ,5%,0 .25W
FILM :3 .3K ΟΗΜ ,5%,0 .25W
FI LM :750 ΟΗΜ ,5%,0 .25W
FI LM :1OK ΟΗΜ ,5%,0 .25W
FILM :91 K ΟΗΜ ,5%,0 .25W
FI LM : I OK ΟΗΜ ,5%,0 .25W
19701
57668
5043CX10KOOJ
ΝΤR 25J- ΕΟ3Κ3
ΝΤR 25J- Ε 750Ε
5043CX10KOOJ
A11 L 1100
A11 L 1320
A11 L 1440
A11 L 2100
A11 L 2130
A11 L 2210
108-1037-00
108-0973-00
108-1051-00
108-1022-00
108-0950-00
108-1022-00
A11Q1730
A lI Q1731
A11Q2240
A11 R1040
A11 R1100
151-0302-00
151-0302-00
151-0190-00
315-0561-00
315-0361-00
315-0101-00
A11 R1351
A11 R1352
A11 R1420
A11 R1421
308-0426-00
305-0470-00
303-0104-00
303-0104-00
315-0240-00
308-0499-00
A11 R1460
A11 R1460
A11 RI 530
308-0686-00
308-0703-00
308-0686-00
308-0703-00
301-0685-00
301-0331-00
A11 R1830
A11 R1831
A11 R1832
A11 R 1850
A11 R1850
A11 R 1850
A11 R1850
315-0152-00
315-0152-00
315-0103-00
321-0356-00
AlIR 1851
AlIR1852
A11 R1852
A11 R1855
A11 R1855
A11 R 1860
321-0279-00
321-0349-00
321-0335-00
311-1232-00
A11 R1930
AlIR1931
A11 R1950
A11 R1951
A11 R1952A11 R1953
321-0308-00
315-0224-00
315-0103-00
315-0471-00
315-0104-00
A11 R1960
A11 R1960
AlIR 1961
AlIR 1962
A11RI 963
AlIR2040
315-0103-00
315-0332-00
315-0751-00
315-0103-00
315-0913-00
315-0103-00
RES,FXD,
RES,FXD,
RES,FXD,
RES,FXD,
RES,FXD,
RES,FXD,
A11 R2041
A11 R2042
A11 R2050
AlIR2060
Al 1 R2061
Al i R2063
315-0103-00
315-0103-00
315-0154-00
311-1228-00
315-0223-00
315-0223-00
RES,FXD, FI LM : I OK ΟΗΜ ,5%,0 .25W
RES,FXD, FI LM :1OK OFM,5%,0 .25W
RES,FXD, FI LM :150K OFM,5'/,0 .25W
RES, VAR , ΝOΝWW :TRMR ,10K OFΜ ,0 .5W
RES,FXD, FI LM :22K ΟΗΜ ,5%,0 .25W
RES,FXD, FILM :22 K ΟFΜ ,5%,0 .25W
19701
19701
57668
32997
19701
19701
5043CX10KOOJ
A11 R2064
A11 R2130
A11 R 2132
315-0333-00
321-0225-00
321-0279-00
RES,FXD, FILM :33 K OF M ,5%,0 .25W
RES,FXD, FI LM :2 .15K OFM ,1%,0 .125W ,TC=ΤO
RES,FXD, FI LM :7 .87K OFM,1%,0 .125W ,TC=TO
57668
19701
07716
ΝΤR25J - Ε33 ΚΟ
5033Φ2Κ 15F
CEAD7870OF
A11 R1350
A lIR1422
A11 R1430
A11 RI 530
AlIR1600
A11 R1620
REV οCΤ 1987
8010100
8020200
8010100
8020200
321-0306-00
321-0306-00
8010100
8021520
8021520
321-0335-00
Β033970
311-1231-00
323-0095-00
8010100
8033970
8021520
Β033970
Β 020199
Β 020199
8021519
Β 033969
Β 033969
Β 033969
315-0102-00
Β010100
Β010120
8010119
RES,FXD,
RES,FXD,
RES,FXD,
RES,FXD,
RES,FXD,
RES,FXD,
RES,FXD,
19701
19701
57668
19701
19701
19701
108-1022-00
108-0950-0
108-1022-00
NT R 25J- Ε
100E
5043CX91KOOJ
5043CXI OKOOJ
5043CX10KOOJ
NTR25J-Ε150Κ
3386F-704-103
5043CX22KOOJ92 U
5043CX22KOOJ92 U
7-7
Replaceab le
Electrical
Parts
Tektro n ix
Part No .
Caιoonent No .
- ΤΜ 5006
Serial/Assembly No .
Effective_ Dsεont
Ναηe & Desc r iption
Α 11R2133
A lI R2140
A11 R2141
A11 R 2150
A11 R 2151
A11 R 2220
315-0224-00
315-0104-00
315-0104-00
315-0104-00
311-1225-00
308-0402-00
RES,FXD, FI LM :220K ΟΗΜ ,5%,0 .25W
RES,FXD, FI LM : l 00K ΟΗΜ ,5%,0 .25W
RES,FXD, FI LM : l 00K ΟΗΜ ,5%,0 .25W
RES,FXD, FI LM :100K ΟΗΜ ,5%,0 .25W
RES, VAR,NONWW :TRMR, IK OHM ,0 .5W
RES,FXD,WW :30 ΟΗΜ ,5%,5W
A11R2230
A11 R 2231
A11 R 2232
A11 R 2233
A11 R 2240
AlI R 2241
ΑΙΙ R2241
321-0279-00
321-0322-00
315-0751-00
315-0104-00
321-0338-00
315-0913-00
315-0134-00
RES,FXD,
RES,FXD,
RES,FXD,
RES,FXD,
RES,FXD,
RES,FXD,
RES,FXD,
A11 R 2242
A11 R 2243
A11 R 2244
A11 R 2250
A11 R 2251
A11 R 2300
321-0279-00
315-0223-00
321-0249-00
315-0332-00
321-0279-00
308-0426-00
A11 R 2301
A11R2302
A11R2303
A11R2340
A11R2340
A11R2342
ΑlI R2342
308-0426-00
308-0426-00
308-0426-00
315-0822-00
315-0821-00
315-0223-00
315-0302-00
A11 R2343
A11R2350
A11 R 2351
A11R2352
AlI R2360
A11 RTI 000
321-0241-00
315-0130-00
315-0130-00
315-0130-00
315-0104-00
307-0350-00
AII R T1200
Αl ΙΤ 1050
Αl ΙΤ 1710
307-0350-00
120-1337-00
120-1299-00
120-0744-00
120-0747-00
Α 11 Τ 1740
Α 11 Τ 1750
A11 U1840
A11 U 1940
A11 U1950
A11 U 1951
A11 U 2140
A11 U 2160
A11 U 2250
.
Mfr . Part No .
57668
57668
32997
05347
NTR25J - Ε220 Κ
ΝΤ R25J - Ε 100 Κ
ΝΤR25 J - Ε 100 Κ
NTR25J - Ε 100 Κ
3386F- ΤΟ4-102
CS5-30 ROJ
07716
19701
57668
57668
19701
19701
57668
CEAD7870O F
5033Φ 22Κ10 F
ΝΤ R25J - Ε 750 Ε
NT R25J - Ε 100Κ
5033Φ32Κ40F
5043CX91KOOJ
NT R25J - Ε 130Κ
RES,FXD, FI LM :7 .87 K OFM,1%,0 .125W , ΤC=ΤΟ
RES,FXD, FI LM :22K ΟΗΜ ,5%,0 .25W
RES,FXD, FI L M :3 .83 K OFM,1%,0 .125W ,TC=TO
RES,FXD, FI LM :3 .3K ΟΗΜ ,5%,0 .25W
RES,FXD, FI LM :7 .87 K ΟFΜ ,1Χ ,0 .125W , ΤC=ΤΟ
RES,FXD, WW :470 ΟF Μ ,5%,3W
07716
19701
19701
57668
07716
00213
CEAD7870O F
5043CX22KOO J92U
5033ED3KB3 F
ΝΤ R25J - ΕΟ3Κ3
CEAD7870O F
1240S-470-5
RES,FXD, WW :470 ΟF Μ ,5%,3W
RES,FXD, WW :470 ΟΗΜ ,5%,3W
RES,FXD, WW :470 ΟFΜ ,5%,3W
RES,FXD, F I L M :8 .2K ΟΗΜ ,5%,0 .25W
RES,FXD, F I LM :820 ΟFΜ ,5%,0 .25W
RES,FXD,F I LM :22K ΟFΜ ,5%,0 .25W
RES,FXD, F I LM :3K ΟFΜ ,5%,0 .25W
00213
00213
57668
1240S-470-5
1240S-47D-5
1240S-470-5
50430(8K200J
5043CX820 ROJ
5043C)(22KOOJ92U
ΝΤR25J - ΕΟ3 ΚΟ
RES,FXD, F I LM :3 . l 6K ΟFΜ ,1%,0 .125W,TC=TO
RES,FXD, F I LM :13 ΟΗΜ ,5%,0 .25W
RES,FXO, F I LM :13 ΟΗΜ ,5%,0 .25W
RES,FXD,F I LM :13 ΟΗΜ ,5%,0 .25W
RES,FXD, F I LM :100K ΟΗΜ ,5%,0 .25W
RES,THERMAL :7 .5 ΟΗΜ ,10%,3 .9%/DEG C
07716
01121
01121
01121
57668
80009
CEAD3160OF
CB 1305
CB 1305
CB 1305
ΝΤR25J - Ε 100 Κ
307-0350-00
80009
307-0350-00
120-1337-00
120-1299-00
120-0744-00
120-0747-00
156-0745-01
RES,THERMA L :7 .5 OFM ,10%,3 .9%/DEG C
TRA NSFORMER , RF:CO MdON MOD E
XFMR ,PWR ,STPD N : HF
XFMR ,TORO I D :5 W I N D INGS
XFMR ,TORO I D :
M I CROCKT,DGTL : H EX INVERT ER,BU RN- IN
156-1152-00
156-0754-02
156-0366-02
156-0411-00
156-0402-00
156-0071-00
ΜΙ ( ROCKT,DGTL :OUAL PRCΝ R ETRI GGERA BLE
M I CROCKT,DGTL :DUAL 4-INPUT N O R GAT E ,SCRN
M I CROCKT,DGTL :DUAL 0 FL I P-FLO P ,SCREENE D
M I CROCKT, L I NEA R :SG L SPL Y CO MPARAΤO R
M I CROCKT, L I NEA R :T IM ER
M I CROCKT, L INEAR : VOLTAGE REGULATOR
04713
02735
02735
04713
27014
04713
MC14538BCL
CD4002 B FX-98
CD4013 B FX
LΜ339Ν
SEMICOND DVC,DI :ZEN ,S I ,15V,5%,0 .4W ,00-7
SEMICO ND DVC,DI :ZEN ,S I ,12 .5V ,4%,0 .4W ,DO-7
BUS,CONDUCTOR :D LMMY RES,0 .094 DO Χ 0 .225 L
C I RC U IT BD ASSY : PASS I VE GP I B INTERCONNECT
CONN , RCPT, ELEC : RTANG,2/10 0 .025 SQ P I N S
CONN , RCPT, ELEC :CKT B D,24 CONTACT, R IGHT
04713
04713
24546
80009
22526
00779
SZ13203 (1 Ν 9658)
SZ13553 RL
ΟΜΑ 07
670-6991-00
65268-008
552791-2
C I RCU IT BO ASSY :G P I B I NTER FACE
CONN , RCPT, ELEC : RTAN G,2/10 0 .025 SQ P I NS
CONN ,RC PT, ELEC :CKT 80,24 CONTACT, R IGHT
80009
22526
00779
670-7179-00
65268-008
552791-2
FAN , VENT I LAT I NG :75CFM ,115VAC,50/60ΗΖ
82877
WR2 N 1
82877
028021
8010100
8033970
Β010100
Β033970
8010100
Β033970
Β033969
Β 033969
8033969
-
A11 V R2342
A11 V R2342
A11 W1860
Α 15
Α 15JΙ 010
Α 15JΙ 110
152-0243-00
152-0236-00
131-0566-00
670-6991-00
131-1789-00
131-2542-00
Β010100
8033970
8010100
Β010100
Α 16
Α 16J Ι 010
A16J 1110
670-7179-00
131-1789-00
131-2542-00
8020190
8500
119-0721-00
8500
119-0147-00
7-8
Mfr.
Code
8033969
8021519
8020189
FI LM :7 .87 K ΟΗΜ ,1%,0 .125W , ΤC=ΤΟ
FI LM :22 .1 K ΟΗΜ ,0 .1%,0 .125W,TC=TO
F I LM :750 OFM ,5%,0 .25W
FI LM : l 00K ΟΗΜ ,5%,0 .25W
FI LM :32 .4K ΟΗΜ ,1%,0 .125W , ΤC=ΤΟ
FI LM :91K ΟΗΜ ,57. ,0 .25W
FI LM :130K ΟΗΜ ,57. ,0 .25W
(STAN DARD O NLY)
FA N , VENT I LAT I NG :115V ,14W ,3200RPM ,105CFM
(OPTION 10,12 ONLY)
57668
57668
00213
19701
19701
19701
80009
80009
ΤΚ1345
ΤΚ1345
02735
CD40Φ UB FX
LM 555C Ν
MC1723C L
REV OCT 1987
Rep laceable Electrical Parts - TM 5006
Camonent No .
Tektron ix
Part No .
Serial/Assembly No .
Dsco nt
Effective
Name & Description
CR500
F500
152-0762-00
159-0036-00
F 500
159-0017-00
FL500
Q500
Q510
119-0420-00
Q520
Q530
Q540
Q550
Q560
Q570
151-0373-00
151-0436-00
151-0373-00
151-0436-00
151-0373-00
151-0436-00
TRA NS I STOR :PNP ,SI
TRA NS I STOR : NPN ,SI
TRA NS I STOR : PNP ,SI
TRA NS I STOR : NPN ,SI
TRA NS I STOR :P NP ,SI
TRA NS I STOR : N PN ,SI
Q580
Q590
Q600
Q610
Q1640
Q1640
151-0373-00
151-0436-00
151-0258-00
151-0140-00
151-0632-00
151-0679-00
TRA NS I STOR :PNP
TRA NS I STOR : NPN
TRA NS I STOR :PNP
TRA NS I STOR : NPN
TRA N S I STOR : NPN
TRA N S I STO R : NPN
Q1650
Q1650
S500
S550
Τ 500
151-0632-00
151-0679-00
260-1961-00
260-1710-00
120-1298-00
REV οεΤ 1987
SE MI CON D DVC,D I : RECT,S I ,30A,40V ,TO-3
FUS E ,CA R TR I DG E :3AG,7A,125V , FAST BLOW
(STANDA R D ONLY)
FUS E ,CA R TR I DG E :3AG,4A,250V , FAST BLOW
(OPT I ON S Α 1, Α2, Α3 & Α4 ONLY)
F I LT ER , R F I :6A,250 VAC,400HZ
TRA NS I STOR :PNP ,SI ,TD-127
TRA NS I STOR : NPN ,SI ,S EL ,TO-172
151-0373-00
151-0436-00
Β010100
Β020200
Β020199
8010100
Β020199
Β020200
,TD-127
,S EL ,TO-172
,TD-127
,S EL ,TO-172
,TD-127
,S EL ,TO-172
,SI ,TD-127
,SI ,S EL ,TO-172
,SI ,TO-3
,SI ,TO-3
,SI L ICON ,TO-220
,S I ,TO-220
TRAN S I STO R : NPN ,SI L ICON , Τ0-220
TRAN S I STO R : NPN ,S I ,TO-220
SW I TCH , ROCKER :DPST,6(4)A,250 V
SW I TCH ,TH RMSTC :OPEN 92 .97,CL 80 .4,10A,240V
XFMR , ΡWR ,STPD N : LF
Mfr .
Code
Mfr . Part No .
01281
71400
SD-241
GLH 7
71400
ΜΤΗ-CW-4
02777
04713
04713
SJE925
SJE966
04713
04713
04713
04713
04713
04713
SJE925
SJE966
SJE925
SJE966
SJE 925
SJE966
04713
04713
02735
04713
04713
04713
SJE925
SJE966
ΤΟ BE ASS I GNED
SJ7020
SJE1946
ΜΙΕ13009
04713
04713
ΤΚΟ935
14604
80009
SJE1946
ΜΙΕ13009
1802 .1121
2450-47-16
120-1298-00
F-11935-6
7-9
TM 5006
DIAG RA M S AND CI R C U IT B OA R D I LLUST R ATIO N S
Symbols
G raph ic sy mbols and class d esignatio n letters are
b ased on ANSI Stand ard Υ32 .2-1975 .
Logic sy mbology is based on ANSI Υ32 .14-1973 in
te rms of positive logic. Logic symbols d epict th e logic
fun ctio n performed a nd may d iffer fr om the ma nufactur er's data.
The overli ne on α signal name ind icates that th e signal
Y1 4.15, 1966
Υ14 .2, 1973
Υ10 .5, 1968
Drafti ng Pr actices.
L i n e Co nventio n s a nd Lette ring.
L etter Sym bols fo r Q uantities Used in
Electrical Scie nce and Elect rical
En gi neering.
I
American Natio nal Stand ard nstit ute
1430 Broa dway
N ew York, N ew York 10018
perfo r ms its inte nd ed fun ction when it is i n t he low state.
Compo nent Values
Abbreviations are based on ANSI Υ1.1-1972.
Ca pacitors = V al ues one or g reater are i n picofarads (pF) .
Val ues less t h a n o ne ar e i n microfarads
(NF) .
R esisto rs = O hms (Ω).
E lectrical co mponents show n on t he d iagrams are in
the following un its un less n oted ot herwise :
Ot her ANSI stand ar ds t hat are used in t he preparation
of d iagrams by Tektronix, Inc. a re:
T h e information and s pecial
sy mb ols below may a ppea r in t h is ma n ual.
Assemb ly Numbers and Grid Coordi n ates
Eac h assembly in t he i nstrument is assigned an
assemb ly number (e.g., Α20). T h e assembly num ber
appears on t he ci rcuit b oard o utli ne on t he d iagram , in the
title for t he ci rcuit boa rd com po nent location illust ration,
and i n th e lookup ta ble for the sc hematic d iag ram and
cor r espon ding component locator illust ration. The
Re p laceable E lectrical Parts list is ar ra nge d by assemblies
i n nu merical sequ ence; t he com po nents are listed by
compo nent nu mbe r '(see followi ng illust ration for
con structi ng α co mponent numb er) .
T he sc hematic d iagram and ci rcuit b oard component
location ill ustratio n have gri ds. Α lookup table with t he
grid coo rd i nates is provided fo r ease of locati ng the
co mp onent. Only the co m po nents illustrated on thefacing
d iagram are listed in t he lookup table. Wh en more than
one sc h ematic d iagram is u sed to ill ust ratethe ci rcuit ry on
α ci rcuit board, the ci rcuit b oard illust ration may only
a ppear op posite the first d iagram on whic h it was ill ust rated; the lookup ta ble will list the diag ram n um ber of
other d iagrams that the circuitry of t he circ uit board
a ppears on .
Α
Modified Co mp o nent-See
Parts List (Depicted in grey,
or wit h grey outli ne)
Functio n Block Title
Internal
Sc rewd river -`-.
Adju stment
L in k
St rap or
Cam Switch
FTε S
Closure Chart
(Dot indicates
switc h closure)
SY N C
Pl u g to Ε.C. Board
Βοχ -I dentifies Panel
-Co-nlr ols, Connecto rs and
I nd icato rs
Coaxial
male
fem ale
connectors:
Pl u g I ndex; sign ifies pin
Θπι (D
External
No .
Scr ew dr ive r Adj .
Sh ieldi ng
Selecte d val ue, see Parts List
and M ai ntena nce Section for
Selectio n Crite r ia
Asse mb ly Number --~ `
Tek t ro nix P ert No .
for cir cu it boards
Decoupled o r F iltered
Voltage
R efe r to Diagram Num ber
σ7ο- χχχκ - χχ
ONωιεsι sωκΑ <ωκε
SY N C
G ENER ATO R
Schematic Na m e
and Num ber
1
AC FOYER TO RECULΑΤO R
60ΗΖ
TRANSFORMER
AC L I NE
CONTROL
CIRCUIT
REGULATOR
L INE
A ND
SELECTOR
. ισν
TO
A LL
SECTIONS
α7,15ν
3511ν 6
PULSE WIDTH CONTROL TO OUTPUT
OC POWER ON INDICATION TO INTERFACE BOARD
O UTPUT
REGULATOR
CIRCU I TRY
O VERV OLTACE
AND
OVERCURRENT
DETECTORS
AC
AND α FEEDBACK TO RECULATOR
α ονΕ RνοιτΑεΕ
CURRENT L I M IT
TM 5006
295 θ-44
60 ΗΖ
ZA NSFORMER
AND
JE SELE CTO R
AC
POWER
TO
INTERFACE BOARD
ECT I F I ER S
AND
F I L T ERS
BOARD
I
GP 18
N T ERCONNE CT
B OA R D
Α 16
BL OC K
285θ-44
D I AG R A M
ΙΟΝ G R ID
τ171υ
ο
οφ
σι
R 2060
®C R
1860T
®C R
1861
®C 18 2 α ', ι
JEC R
1863
B oa rd
ύ
(Assy All) .
REV N O V
1984
ΤΜ 5006
c
σ
α
ο
P A RTS L OCAT
φ
α
α
α
α
ω
3
οα
υ
α
Γ
Γ
α
lά
υ
η
rt
01640
01650
F i g . 8-1 . Dc
©Static Se nsitive Devices
See Maintenance Section
CO MPONENT NUMBER EXA MPLE
Co mponent Number
23
Α
Α2,
η
Asse
Assembly
Number
+
R 1234,
Schematic
Circuit
Subassem bly ~ Number
Number (if used)
Chassis mounted components have no Assem bly Number
prefix-see end of Replacea ble Electrical Parts List .
P ower Supp i ,
Tabl e 8-1
CO MP O NENT REFEREN C E CH A RT
Ρ/ Ο Α 11 ASSY
Ο
1
SC HEMATIC
L OCATIO N
B OA R D
L OCATIO N
CI R CUIT
NUMBER
SC HEM ATIC
L OCATIO N
B OAR D
L OCATIO N
C1120
C1121 "
Ε 1140
C1200
Ε 1210
C1240
C1330
Ε 143 0
C1450
Ε 1510
C1530
C1550
C1560
C1600
C1 620
C1720
C1910
C1920
C2010
C2030
C2100
Ε 2120
C2200
C2300
C2310
C3
D2
Ε1
85
D6
FS
Ν5
Μ5
F7
D5
ρ6
F6
D7
96
Μ7
L7
L8.
L6
L5
L6
L5
L6
1.8
L5
Μ8
C3
83
85
Ε1
D2
C5
D5
F4
F6
F2
F5
INS
117
α1
G3
Μ4
J3
J4
Κ2
Κ4
Μ2
L3
Μ2
Μ2
Μ2
L 1020
L 1030
L2130
L 2210
C3
C2
Ε4
E5
Μ5
L5
L6
L8
03
85
81
ρ3
95
Κ1
L4
L2
Ρ l Ο 11
Ρ 1013
P2220
Ρ 2221
Ρ 2320
Ρ 2321
C2
1111
MG
MG
Μ5
Μ8
Β2
82
H3
Ν3
Ν1
Ν2
ρ 1 640
01650
F6
F7
G5
G5
CR1500
C R 1550
C R 1540
C R 1541
C R 1551
CR 1810
CR 1860
CR 1861
C R 1862
C R 18 6 3
C R 1900
CR 1910
C R 1911
C5
F7
F6
F5
Ρ7
Κ5
Β8
88
111 8
Β8
Κ5
Κ8
Κ8
R 1040
R 1100
R 1350
R 1351
R 1352
R 1420
116
12
17
17
17
17
.11
J2
J2
R1421
R 1422
R 1430
R 1460
R1530
R 1600
R 1620
R 2220
R 2300
R 2301
R 2302
R2303
82
C4
1116
Η6
F7
D6
D5
E5
F5
D7
D6
1115
Η6
Mill
KS
LS
Μ5
Μ5
Α5
C1
138
D6
07
93
93
23
94
1117
F5
α1
G4
Μ3
11
.11
L1
L1
Ο 81600
E6
α1
R T1000
R T1200
C4
84
Α1
Ε1
51300
91400
Ε 18 Ζ 0
D4
DS
Μ7
E11
Ε1
G3
.11000
.11010
.11011
J1012
J 1013
J 1020
J2220
J2221
J 2320
J 2321
ρ2
F4
Ε2
D1
Ε1
111
Μ6
11116
11115
Μ8
82
Α1
82
62
02
1111 3
Ν3
Ν3
Ν1
Ν2
Τ 1050
Τ 1710
Τ 1740
Τ 1750
11112
J5
Ε6
Ε8
86
ΗΖ
Μ5
Η6
8500
C R 500
F500
FL 500
S500
S550
E4
Κ6
Α3
Α4
Α3
Α2
C h assis
CI R CUIT
NUMBER
'See Parts List for
serial numbe r ra n ges .
P OWER SUPPLY
DC
F1
F6
F4
F4
L 1100
L 1320
L 1440
L 2100
Ρ/ ΟΑl1 ASSY also shown on
I>
Ch assis
Chassis
C hassis
C hassis
C hassis
Α
~
Β
Ι
C
~
D
~
Ε
~
F
~
Η
RECTI FIE RS
AND
F I LTERS
OOUTPUT
STAGE
TM 5006
REV NOV 1954
2859-0
TM 5006
ν
ο
Σ
m
C
© Static Se n sitive Devices
See Maintenance Sectio n
COMP O NENT NUMBER E XA MPLE
Co mponent Number
Α 23 Α2
Ι
SEE PAR TS LIST FOR EARLIER
VALUES AND S ER IA L NUMBER
RA NG ES O F PARTS O UTL I NE D
O R D EP ICT ED IN G REY .
R 1234
Ι
Schematic
Ι
Assembly .
1
.--JJJ
1-- . Circ uit
Number
Su basse mbly
Number
Number (ifuse d)
ι
Chassis mounted components have no Assemb ly Nu mber
pre fix-see end of Re placeable Electrical Parts List .
Table 8-2
CO MP O NEN T REFEREN C E
(see Fig. 8-1)
DC POWER SUPPLY REGULATOR
Ρ/Ο All ASSY
CI RCUIT
NUMBER
SC HEMATIC
L OCATIO N
B OA RD
LOCATIO N
Ε 184Ο
C1930
C1940
C1960
C1961
Ε 1965
C2040
C2050
Ε 2051
ς2052
C2060
C2065
F7
Μ5
Ν6
06
C6
D6
Κ5
Κ5
Κ6
Ν5
Κ6
D7
15
J4
J5
J7
J7
J7
Κ5
Κ6
Κ6
Κ6
Κ6
J7
C2140
C2150
C2151
C2160
C2230
C2231
C2232
C8
C8
E2
J2
87
07
06
Κ5
L6
L6
L7
Μ4
Μ4
Μ4
C2066
C2240
C2260
C2350+
C R1730
C R1731
C R1850
C R 1950
C R 2040
C R 2041
C R 2042
C R 2043
C R 2130
C R 2149
C R 2150
C R 2230
C R 2240
C R 2340
C R 2341
CR 2349
CR 2350
CR 2351
CR 2360
CHA R T
Εβ
F2
C1
82
Μ3
Μ1
F7
F6
Κ5
Κ6
Ε6
Κ5
E3
D7
J5
C4
Ε4 .
Θ1
ς1
F1
C3
D3
F3
Κ7
Μ5
Μ7
Μ5
Η4
Ν4
16
J6
Κ5
Κ5
Κ5
Κ5
Κ4
L5
Κβ
L5
L5
Ν5
Ν5
MG
Ν6
Ν7
L7
CI RCUIT
NUMBER
SC HEMATIC "
B OA RD
L OCATIO N
LOCATIO N
F 2340
02
Ν5
J 2330
J 2330
Α1
J2
Ν4
Ν4
ρ 2330
ρ 2330
Α1
J2
Ν4
Ν4
01730
01731
0 2240
R 1830
R 1831
R1832
R 1850 "
R1851
R 1852 "
ρ 1855 "
ρ 1gβ0
R1930
Μ3
Μ2
D2
Μ3
Ν4
Ν4
Μ5
14
J1
E7
F7
Μ7
Η7
Ε5
Κ4
14
15
R193
ρ19 31
R 195 0
R 1952
p1g53
R 196Ο
R 196 0
ρ196 1
ρ 19β2
ρ 1963
R2040
ρ 204 1
ρ 2042
R 20 5 0
ρ 20 β
ρ 20 β 1
ρ206 3
R2064
ρ 213 0
ρ2 132
R21 33
ρ 2 140
ρ21 41
50 -
Μ1
Ν4
Ν1
Μ2
Μ6
J6
Ε8
Ε6
D5
ς6
F6
FS
DS
Ε6
Κ7
Κ5
Ε5
Εβ
Β4
ς4
E4
Ε7
E3
Β8
Ρ/ΟΑ11 ASSY also shown on
*See P arts List for
serial number ranges.
REV NOV 1984
14
16
16
Ιβ
17
J4
Ιβ
16
J6
J6
J6
J7
J7
J7
Κ5
Κ5
Κ5
Κβ
Κβ
Κ7
Κ7
Κ7
Μ4
Μ4
L4
Κ5
Κ5
L5
CI RCUIT
NUMBER
SC HEMATIC
L OCATIO N
B OA RD
L OCATIO N
R2151
R 2230
R 2231
R2232
R 2233
R 2240
R 2241 9
R 2242
R2243
R 2244
R 2250
R 2251
R2340 "
R 2342 "
R2343
R2350
R2351
R2352
R2360
08
Β4
84
J2
07
D4
C2
E3
D2
Β8
D2
F2
L6
C2
F2
03
C3
D3
Η4
Ν5
Μ5
Νβ
Νβ
L7
Ν7
U1840 Α
E7
E7
U18408
U 1840C
U1840D
U1840Ε
U 1840F
U 1940A
U1940B
U1950Α
U19508
U1951 Α
U19518
U2140
U2140Α
U21408
U2140C
U2140D
U2160
U2250
C2
F7
J6
L3
L2
Ν5
L7
L1
L3
Μ7
Μ4
Μ4
Μ4
Μ7
Μ4
L5
Μ5
L5
Μ5
L5
Μ5
Μ6
Μ5
15
15
Ι5
15
15
15
5
J5
J
15
Ι5
J6
J6
Η2
E2
L5
L5
LS
L5
L5
L7
Μ6
V R 2342*
C2
Μ5
W 1860 "
E7
17
E8
F5
E4
F4
Cloc k
+10 V
U 1840C
Ο
Pin
6
0
+10 V
Clock
Ο
0
U 1840 B
P in 4
~Q
R am p
U2140A
Pi n 4
+10 V
M i n i m um
Ο dea d time
U 1940 B
Pin
0
2 o ut put
(com pleme nt)
+10 V
U 1951 B
Pi η 12
Stop fli p flo p ,
Oou t p ut U 1951A
%
+10 V
2 o ut put
U 1951 B
P i n 13 J
0
CD
-0
10
Pin 1
p ulse wi d t h
Lva r ies wit h loa d
D rive
U 1950A
Pi n 1
D r ive
U 1950 B
0
Me d i u m loa d
H ig h loa d
Low load
M e d ium loa d
Low
+10 V
0
+10 V
loa d
M edi u m loa d
Low
j H ig h loa d
load
+10 V
r
Pi n 13
10 ms/maj or d ivision
Fig. 8- 2 . Dc Powe r S upply Reg u lato r W avefo r ms .
0
2950-35
Ρ233θ
ι
CONTROL
CIRCUIT
RE G LAΑ70R
J2330
Ρ153θ-1~~
So,
16,
Ι Ι
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CONTROL
ΡΟVΕ~
3 / 3
CR2341
C R2340
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C2260
470μ F
ow
ι1 θ V
SOUR CE
U2
6
5
4
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R2251
7.87Κ
+
Τ
C2350
4
C R2351 $Ζ
R2350
13
α
.L C2240
10θΡF
R 2352
13
Μ/ν
CR2360
THRESIOLO
IQ
TR IGGER
R2360
low
13
R2303
+18ν
L2130
CR2230
+θγ
R2130
2.15Κ
R 1931
228Κ
R2132
7.87Κ
+10ν
OVERVO L TΑCE
AND
OVER CURREl1T
OET E CTORS
OUTPUT
REGULTOR
CI RCU ITRY
C1960 1
.471W
C1938
18μF
1
C1961 1
.47μ F
GRIM ~~
C2232
.47μF
R 1953
91 Κ
R2233
C2231
.47μF
1 θ8Κ
R1851
χΖ CR2149
8Υ
ADJ
C2150
~
2700Ρ
i F
3.83Κ
R 1960
3.3Κ
TM
5006
ι
STA NDA R D ΤΜ 5006 --------- Β034123 δ
TM 5006 W I T H OPTION 2 ---- 8034189 δ
TM 5006 WITH OPTION 10 --- 8033969 δ
TM
5006
W I TH
OPTION
~1852
Κ
.1
30
+10γ
C2140
F
μ
.81
82151
1κ
U1840C
R2159
INK
EFFE CT I VE S ER I AL NUMBER S
82244
7.87Κ
5
BELOW
BEL OW
BEL OW
12 --- Β034159 δ BEL OW
U21 40A
339
Ι
τ°
CR2042
U1840Α
U 184HB
2 : 3Ι\..4 .
1:1\_
R 1 θ5Β
5
6
8185
R 851
29W41
REV NOV 1984
TM 5006
σ
Ι, ο
Μ0
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R 1950
1 ΘΚ
ς
R1832
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.,
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U 1950 Α
4002
13 1 12
R 1831
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1~ 71740
J2330
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750
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2
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5
R 1951
470
Τ1740
Τ 1740
R2360
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+1 0V
931
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+10 ν
R 1952
1 ΘΘΚ
SEE PA RTS
LIST F O R EA R LIER
V AL UES AND SER I A L NUMB ER
RA NGES O F ΡΑ R Τ 5 O U TL I NED
O R DEP I CTED 1 Ν GR E Y
STATIC SEN S I T I VE D EV IC ES
SEE M AI NT ENA NCE SE CTIO N
R 1852
30 .1 Κ
CO MP O NEN T
TYPE
339
αθθ2
4013
4069
4538
Ι 555
U1 840C
5 η,-6
ΤΟ
U 1940A-5
ι DΝο
+10V
3 Ι 12
14 ι 7
14
14
16
θ
7
7
Θ
t
7Ο
U 1940 B -11
DC
P O WER S UPPL Y RE G UL ATO R
NUMBER E XA MPLE
CO MPONENT NUMBER
Α 23 Α 2
ΑNUMBERY~
R 1234
S UBASSEMBLY
N UMBER (IF USED)
S C Ι RΜΑτι C
CU I7
NUMB ER
CHASSIS-MOUNTED COMPONEN TS HA VE NO ASS EMBLY
NUMBER PREF I X- SEE END OF REPLACEABLE
ELECTRICAL PARTS L I ST
Ο
JS
ΤΜ 5006
ο
σ
α
ο
n
t
ω
υ
α
ω
σ
ω
PA R TS LOC H
Ζ
Ζ
Σ
ο
Q
Fig. 8-3. Main I n te ι taeι
COMP ONENT NUMBER EXA MPLE
Component Numbe,
A23 A2 R 1234
Αττ !.σΙγ
ΝU Φον
scn!mαt ιε
s
r Cιιευσ
$.,e-ριγ
Numoer
Νumoer Μ used-
ι
Chats's πΦυη teα εο mρηικφ s hill ηο Α5ιε.b γ Νιι mbl
ρetιι -5Ν eπσ ο' Ν!ραεΝρΡ ΕΙΡεΙιιελ Part, U5ι
©Static Sensitive Devices
See Maintenance Section
ASSY Α 10
ca rd (Assy Α10) .
Table 8-3
CO MP O NEN T REFEREN C E C HA R T
3
MAIN I NTERFAC E Ο
Α10 ASSY
CI RCUIT
NUMBER
C1010
C1011
C1012
C1020
C1021
C1110
C1111
C1112
C1120
C1121
C1210
C1211
C1212
C1220
C1221
C1222
C1223
C1310
C1311
C1312
C1320
C1321
C1410
C1411
C1412
C1420
C1421
C1510
C1511
C1512
C1520
C1521
SC HEMATIC
LOCATIO N
Μ5
Μ5
Μ6
Ρ8
Μ9
L4
Κ5
L6
Μ8
L9
J4
Ν5
Ν6
Κ8
J9
CS
C7
G4
Ν5
Ν6
Η8
F9
E3
F5
F6
F8
E9
C3
D5
DO
D8
C9
B OA RD
LOCATIO N
D4
C4
C5
C6
C7
F4
F4
FS
06
F6
G4
14
15
Ν6
Ν6
Κ6
Κ6
L4
L4
LS
L6
L6
Ο4
Ο4
Ο5
Ο6
Ρβ
R4
R5
RS
R6
R6
C R 1310
C R 1311
C R 1320
Ν2
Ν1
Ν2
Μ5
Μ5
Μ6
.11000
Ν3
84
.11100
J 1200
J 1300
J 1400
J 1500
L2
Κ3
G2
Ε1
C1
E4
Η4
Κ4
Ο4
R4
SC HEMATIC
LOCATIO N
B OA R D
LOCATIO N
Η9
S5
Ρ 1520
P1530
Ρ 153Ο
Ν9
Β8
Ρ9
55
S5
S5
01525
Μ9
Ρ6
R 1120
R 1523
R 1526
R 1527
Ν6
Μ9
Μ9
Μ9
G5
Ρ6
Ρ7
Ρ7
E500
Ρ7
C h assis
Ρ5ΟΟ
Ρ510
CS
C7
Ρ530
Ρ54 Ο
Chassis
Chassis
C h assis
G5
CI R C UIT
NUMBER
J 1520
J 1530
J 1530
Ρ 520
Ρ 550
Ρ56 Ο
Ρ570
Ρ580
Ρ590
0500
0510
0520
053Ο
0540
0550
0560
0570
0580
Q590
Ο6ΟΟ
0610
Τ 5 ΟΟ
Ρ9
Β8
E5
E7
G7
J5
J7
L5
L7
C5
S5
55
C hassis
Chassis
C hassis
Chassis
Ch assis
Ch assis
Ch assis
Μ5
Μ7
Chassis
C h assis
Chassis
Chassis
Chassis
Chassis
Chassis
Chassis
Chassis
C h assis
C hassis
C hassis
13 3
C h assis
C7
D5
D7
FS
F7
J5
J7
1.5
L7
ΙΝΤΕ
so
J15θθ
Α
Θ
m
! :~/
τ :Ι 1
Γ
_
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Ι
7~ `7
Λ148θ
28
27
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2
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2 4'
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τ,
Ι
2
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20
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27
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28
27
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4
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23
22
222
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26
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251
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C1512
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C1412
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131
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31200
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Static
(&
Se
Devices
See Maintenance Section
CO MP ONEN T
NUMBER E XA MPLE
Component Num ber
23
Α Α2 R 1234
Assembly
Num b e ι
Su hassemAly
(ιΓ used)
Number
Sc h ematιc
CιιευιΓ
Number
ι
Chas, moumed εο m φο, ηΓτ have ηο Assembly Number
οισυ ,- τee eοπ οι Reοιαε1α 1,ισ εΙεειπεαι Parts bst
MAIN
I
N TERF AC E
G ND
J 1110
GND
ΑΤΝ
G ND
FC
GN D
NRFD
DAV
GN D
SR O
I
N DAC
GND
DI05
D106
D107
D108
GN D
NC
GND
ΕΟΙ.
REN
D104
D108
D103
D107
D102
D106
J 1010
Α1β
FC
SR O
.
ι
. ι
REN
NC
D105
NC
ΕΟΙ
I
ΑΤΝ
D101
D102
D103
D104
.
.
.
.
DAV
NRF D
N DAC
GN D
295Qθ7
Fig. 8-4 .
©Static Se nsitive Devices
See Maintenance Section
CO MPONENT NU MBER EXAMPLE
Component
Number
Α23Α
2 R1234
Ατκmbιy
Number
Schematic
γ
Circuit
SυοατκmbΙν ~ Number
Number fit usedi
CΜττιs mounted [υmφαηts Μη ιρ Αττembι y Number
αeυι -κeend οι Re οιαυαbΙe Electrial Pads List
GP IS I nterco nnect
Board
(backsi de) (Αααγ Α1β).
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408
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2950-43
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© Static Se nsitive Devices
See Maintena n ce Sectio n
CO MP O NEN T
NUMBER E XAM PLE
Co mp o nent
Numb er
Α 23 Α 2 R 1234
Asse mbly
Numb e r
Subassembly
Number (it use d)
Schemat ιc
υmυιΓ
N umbe r
Chassis mounted co mpone nts h ave no Assembly Numb er
prefix-see en d of Replaceable Electrical Parts List .
GB I P
i
I
NTERCONNECT
JS
ΤΜ5006
Δ
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ADD N OV 1984
T H IS
AR T IS PR O V ID E D AS AN AID F O R
I N T ERF AC E W I R I N G, S U C H AS
OPT. 02 .
C U STOM
Section 9-TM 5006
REPL AC E ABLE
ME C H A N ICAL P A R TS
PARTS
I NDENTATIO N
O RDER ING I NFO RMATION
R ep laceme nt parts a re availa ble fro m or t hroug h yo ur local
Tekt r on ix, Inc .
F iel d
Office or re prese ntative .
T h is mec h an ical p arts list is i nd e nte d to i nd icate ite m
o ur
in
i mportan t .
when
engineering
ordering
d ep artm e nt.
u se d in th e
parts,
to
incl ud e
It
i
is
t h erefo re
th e
following
1
Na m e
2 3 4 5
& Description
Attach ing p arts for Assemb ly an d/o r Com pon en t
Detail
Pa r t
ο/ Assemb ly a nd/or Co mp on en t
Attach ing p a rts fo r Detail
Pa rts
yo u h ave o rde re d h as bee n replaced wit h α n ew or
yo ur local Te k tron ix, Inc. F ield Office or
re prese n tative will con tact you co n cern i n g any c h a nge i n p art
If α
improved
t he i nden tatio n syste m
Asse mbly and/or Compo ne nt
in your ord er: P art nu m b er, in stru ment type or
numbe r, se r ial numbe r, and m od ification numbe r if app licab le .
i n fo rmatio n
Followi n g is an exa mple of
d esc r i ption col umn .
relatio n s hi p s .
C h an ges to Te k t ro n ix i n st rum ents are so m eti m es ma de to
accomm o date im prove d co mpo n e n ts as t h ey b eco me available,
an d to give you th e benefit of t he latest circuit mprove me nts
d eveloped
SYSTEM
part
of Detail
P a rt
Attach ing p a rts for
p art,
P a rt
P a rts
ο / Detail
Pa r t
number .
C h an ge
manual .
i nform atio n , if any, is located at th e
rear
of th is
S PECIAL N OTES AN D SYMB OLS
ΧΟΟΟ
P art
ΟΟΧ
Part removed after th is se r ial number
fi rst added at t h is serial numb er
F IGURE A ND
i
Attach i ng Pa r ts always appea r n t he same i nd en tation as
t he ite m it moun ts, w h ile th e detail parts are i nd e nted to th e r ig ht.
I nd ente d ite m s are part of, an d n cl ud ed with , t he n ext h igh er
i
inden tatio n . T h e se pa ratio n symbol ---' --- i nd icates th e e nd of
attac h ing
p arts .
Attac hin g
p arts
specified .
IN DEX NUMBER S
Item s i n th is sectio n a r e
numbers to t he illu st r atio n s .
refe re n ced
by fig ure a nd in dex
must
b e pu rchased
se parately,
u nless
otherwise
ITEM NAME
P arts L ist, an Item N a me is se p arated f ro m the
b y α colon ( :) . B eca u se of sp ace li m itation s, an Item
N am e may som eti m es appea r as i nco mp lete . For f u rt h e r Item
N am e id entificatio n , t h e U.S . F ede ral Catalogi n g H andboo k Η6-1
can be u tilized whe re p ossi ble .
In t he
d esc r i ption
A BBREVIATIO N S
κ
ACT R
AD PT R
AL IG N
AL
ASS EM
ASSY
ΑΤΤΕΝ
AW G
BD
ΘR ΚΤ
BRS
BRZ
BSH G
CAB
CA P
CER
CHAS
CK T
CO MP
CO NN
CO V
CPL G
CRT
DE G
DWR
I NC H
NUMBER SIZE
ACTU ATOR
ADA PT ER
AL IG NMEN T
ALUMI NUM
ASS EMBLE D
ASS EM B L Y
ATT ENU ATOR
AMERICAN WI RE GAG E
BOA RD
BRAC KET
BRASS
BRONZ E
BUSH I NG
CA B I NET
CAPACITOR
CERAMIC
CH ASSIS
CIRCU IT
COMPOSITION
CONNECTO R
COVER
COUPLI N G
CATH OD E R AY TUBE
DEGREE
DRAWER
EL CTRN
ELE C
EL CTL T
ELEM
EPL
ΕΟΡΤ
Ε%Τ
FI L
FLEX
FLH
FL T R
FR
FST NR
FT
F χο
βSΚΤ
HO L
HEX
HEX HID
HEX SΟC
HL C PS
HLE XT
HV
IC
ΙΟ
(DENT
I MPLR
ELECTRON
ELE CTR ICAL
ELE CTROL YTIC
ELEMENT
ELE CTRICAL PA R TS LIST
E Q U IPMENT
EXTERNAL
F I LL IST ER HEAD
FLEXI BLE
FLAT HEAD
F I LTER
FRAME or F R ON T
FAST ENER
F OOT
F IX E D
GASKET
H AN DLE
H E XAGO N
HEXAGONAL HEAD
HE XAGONA L SOC KE T
HEL ICAL COMPRE SSION
HEL ICAL EXTENSION
H IG H VOL TAG E
INTEGRATED CIRC U IT
IN SIDE DIA METER
IDENTI F ICATION
IMPELLER
RCPT
RE S
I NCH
I NCAN DE SC ENT
I NS ULATO R
I NT ERNA L
LA MPH O L D ER
MACH I NE
MEC HA N ICAL
MOUNTIN G
N I PPLE
NOT WIRE WO UND
OR DER BY DESC R I P TION
OU TSIDE DIAMETER
OVA L H E AD
PHOS PHOR BRONZE
PLAIN o r PLAT E
PLASTIC
P ART NUMB ER
PAN HE AD
PO WER
REC EPTACLE
RESISTO R
RLF
RT NR
SCH
SCOPE
SCR
REL I EF
RETAINER
SOC KE T HEAD
OSCI LL OSCOPE
SC REW
IN
IN CA ND
IN S UL
IN T L
LPHLDR
MAC H
ME CH
M TG
NIP
NON WIRE
OB D OD
O VH
ΡΗ BR Z
PL
PL STC
ΡΝ
ΡΝΗ
ΡWR
RGD
RIGID
5Ε
SE CT
SEMICO NO
SHLO
SH LOR
SKT
SL
SLFLK G
SLV G
SPR
5Ο
SST
STL
SW
Τ
TERM
ΤΝΟ
ΤΗΚ
TN S N
TPG
TRH
V
VA R
W/
WSHR
X FMR
XSTR
SINGLE END
S E CTION
S EM ICON DU CTOR
S H IEL D
S HOULD ERE D
SOCKET
S L ID E
S ELF -LOC K IN G
S LEEV I N G
S PR I NG
SQ UARE
STAI NLE SS ST EEL
ST EEL
SWITCH
T UBE
T ERMIN AL
T HREAD
T H IC K
TENSION
TAPPI N G
TRU SS HEAD
VOLTAGE
VAR IABLE
IT H
W ASHER
TRANSF ORMER
TRANSISTO R
W
Replaceab le
Mech a nical
Parts
- ΤΗ 5006
C R OSS
Mfr .
('Ode
00779
02114
02735
06666
06915
09922
12327
13511
16037
16428
22526
24618
27264
70485
70903
71468
73743
77900
78189
79136
80009
81041
83385
83486
85471
86928
88245
93907
95987
98159
98410
53109
S3629
ΤΚΟ433
ΤΚΟ435
ΤΚΟ508
ΤΚΟ858
ΤΚΟ861
ΤΚ1373
ΤΚ1569
9-2
INDEX -
MFR.
COD E
NUMBER TO
M
A NUF ACT URER
Citv . State. ϋο Cade
Maικιfact,ιrer
Addrαs
AMP INC
AMPERE)( E LECTRON I C CORP
FERROXCUBE D I V
RCA CORP
SOLID STATE DIV IS I ON
GEN ERAL DEV I CE S CO INC
Ρ 0 BOX 3608
5083 KINGS NW Y
HARR ISBURG
SAUG ERTI ES
ΡΑ 17105
NY 12477
ROUTE
SO MERV I LLE
NJ
R I CHCO PLAST I C CO
BURMDΥ CORP
FREEWAY COR Ρ
AMPHENOL CADRE D I V BUNKER RAMO CORΡ
SPRUC E PINE MICA CO .
ΒΕLΟΕΝ COR Ρ
ELECTRON IC D I V
DU ΡΟΝΤ Ε Ι DE Ν EMOURS AND CO INC
DU ΡΟΝΤ CONNECTOR SYSTEMS
D I V M I L I TARY PRODUCTS GROUP
ΤRAN SCOΝ MFG . CO .
MOLEX INC
CORPORATE HQ
ATLANT I C INDIA R
ER WORKS INC
BELDEN CO RΡ
ΙΤΤ CANNON E LECTRI C
F I SC HER SPEC I AL
MFG CO
SHAKEPRODF
D IV OF I LLI NO I S TOOL WORKS
I LL I NO I S TOO L WORKS INC
SHAKEPROOF D IV I S ION
W
ALOES ΚΟΗΙΝΟΟR INC
TEKTRONIX
INC
HOWA RD INDUSTRIES D I V OF MSL
INDUST R I ES INC
ΜΙCRΟΟΟΤ MANUFACTURING INC
GREER-CENTRAL D I V
ELCO I NDUSTRIES INC
ΒΟΥD I ND USTRIAL RUBBER
D IV OF Α Β BOYD CO
SEASTROM MFG CO INC
WINCHEST ER ELECTRONICS
L ITTON SYSTEM S-USECO DIV
TEXTRON INC
CAM CAR D IV
WECKESSER CO INC
RUBBER ΤΕCΚ , INC .
ETC D I V OF INTERNATIONAL TELE PHONE
AND TELEGRAPH CO
FEL LER ASA ADOL F ΑG
C/O PANEL COMPONENTS COR P
SCHURTER AG Η
C/O PANEL COMPONENTS CORP
PORTLAND SCREW CO
LEWIS SCREW CO
NORTHWEST SPRI NG AND M FG CO
STOU FFER SUPPLY CO
Ν SCHURTER AG D IST PANEL COMPON ENTS
PATELEC-CEM (ITALY)
GERHART TOO L AN D D I E
202
1410 S POST RD
Ρ 0 BOX 39100
5825 Ν T R I PP AVE
R ICHARDS ΑΥΕ
9301 ALLEN D R
Ρ . 0 . BOX 219
2200 US MY 27 SO U T H
Ρ 0 BOX 1980
515 F I S HING CREEK RD
2655 PERTH ST .
2222 WELLINGTON COURT
571 W ΡΟL Κ ST
2000 S BATAVIA AVE
10550 TALBERT
PO BOX 8040
446 MORGA N ST
SAINT CHA RLES RD
ST
CHARLES
ROAD
47-16 AUST EL PLACE
4900 S W GR I FFITH DR
Ρ 0 BOX 500
Ρ 0 BOX 287
3221
W
BIG BEAVER RD
08876
I ND IANAPOL I S IN 46239
CHICAGO I L 60646
ΝORWA LK CT 06852
CLEVELAND OH 44125
LOS GAΤOS CA
SPRUC E PINE, NC 28777
RI CHMOND IN 47374
NEW CUMBERLAND ΡΑ 17070-3007
DALLAS, TX 75220
LISLE τι 60532
CHICAGO τι 60607
GENEVA I L 60134
FOUNTAIN VALLEY CA 92728-8040
CI NC I NNAT I OH 45206
ELG I N I L 60120
ELG I N I L 60120
LONG I SLAND C ITY NY 11101
ΒEAVERTON OR 97077
MILFORD I L 60953
TROY MI 48098
1101 SAMUELSON RD
2527 GRANT AVE
ROCKFORD I L
SA N LEANDRO
701 SO NORA AVE
13536 SΑΤΙ C ΟΥ ST
GL E NDALΕ
VA N NUYS
CA 91201
CA 91409
600 18TH AVE
ROCKFORD
I L 61101
4444 WEST I RV Ι NG PARK RD
19115 HAM I LTON AVE ., Ρ 0 BOX 389
29000 AUROR A RD
CHICAGO I L 60641
GA R DENA, CA 90247
SOLON OH 44139
355 ΤΕSCΟΝΙ C I RCLE
SANTA ROSA CA 95401
2015 SECOND STREET
BERKE LEY CA 94170
6520 Ν BASIN
4114 S PEORIA
5858 WI LLOW LANE
105 SE TAYLO R
2015 SECOND STREET
10156 ΤΟR ΙΝΟ
1116 W I SABEL ST
PORTLAND OR 97217
CHICAGO I L 60609
LAKE OSWEGO OR 97034
PORTLAND OR 97214
BERKELEY CA 94170
VA I CENTALLO 62/455 I TALY
BURBA NK CA 91506
61101
CA 94579
REV
OCT 1987
Replaceab le Mechan ical
Fig .
&
Index
No.
Tektronix
Part No .
Serial/Assembly No.
Effective Dscout
Qty
1-1
348-0544-05
4
-2
213-0782-00
4
-3
-4
-5
-6
-7
348-0201-00
348-0596-00
348-0776-00
348-0617-04
390-0807-00
390-0783-03
-8
390-0667-03
1
-9
-10
-11
-12
-13
-14
-15
-16
-17
-18
-19
390-0784-07
200-2191-03
367-0248-07
351-0619-00
378-0182-00
378-2044-00
200-2576-00
----- ----200-2565-00
334-0094-00
426-1706-01
1
2
1
6
5
1
1
1
1
1
1
-20
211-0502-00
8
-21
-22
-23
124-0354-03
124-0355-03
124-0380-01
1
1
1
-24
124-0381-01
1
-25
343-0003-00
2
-26
-27
-28
211-0578-00
210-0457-00
210-0863-00
2
-29
426-1480-01
1
-30
213-0863-00
4
-31
426-1705-00
4
REV ΟεΤ 1987
Β010100
8022160
Β 0 22159
1
4
4
4
1
1
2
2
Parts
- TM 5006
Mfr.
Code
Mfr . Part No .
RTNR ,CAB .COVER :CORNER EARTH BROWN ,PC
(ATTACHING PARTS)
SCREW ,TPG,T F :8-32 Χ 0 .625, F I LH,STL
(END ATTACHING PARTS)
FL I P-STAND,CAB . :2 .875 H ,SST
PAD,CAB . F00T :0 .69 Χ 0 .255 Χ 0 .06, PU
PAD,CAB . FOOT :POLYURETRANE
FΟΟΤ ,CΑΒΙΝΕΤ : ΒΟΤ , ΕΑRΤΗ B ROWN ,PO LYCAR BONAT E
CABINET BOΠOM :FULL RACK ,17 .956
CABINET S I D E :7 .0 Χ 17 .966,AL ,EARTH BROWN
SAFETY CONT ROLLED
CABINET TOP :FULL RACK Χ 17 .66,A L ,EARTH BROW
80009
348-0544-05
83486
ORDER BY
ΤΚ0508
80009
80009
80009
80009
80009
(ADVI S E )
348-0596-00
80009
390-0667-03
CABINET S ID E :7 .0 Χ 17 .966, W/HO LES
CAP , RETA I N ER : PLAST I C,EART H BROWN
HANDLE ,CARR Y I NG :16 .34 L ,W/CL I P , PLAST I C
GU I DE,PL- IN UΝΙ : ΒΟΠΟΜ
BAFFLE ,A I R:
GR I LLE, PLAST I C :8 .04 L Χ 0 .75 W,S I L V ER GRAY
80009
80009
80009
80009
80009
80009
80009
390-0784-07
200-2191-03
367-0248-07
80009
80009
80009
200-2565-00
12345
Name & Descri ption
COVER ,SWI TCH :
SW I TC H , ROCKER :(S EE S500 REPL)
COVER ,SW I TCH : PLAST I C
EMBLEM:SMOK E TAN W/O STUD
FR S ECT, PLUG- I N :FRONT
(ATTACHING PARTS)
SCREW ,MACHI NE :6-32 Χ 0 .188, FLH ,100 D EG,ST L
(END ATTACHING PARTS)
STR I P ,TR I M :CORNER ,TO P ,EARTH BROWN 17 .41 L
STR I P ,TR I M :CORNER ,BOT,EARTH BROWN ,13 .9L
STR I P ,TR I M :17 .41 L ,CORNER W/STEP ,TO P ,EARTH
BROWN
STR I P ,TR I M :13 .91 L ,CO RN ER W/STEP ,BOT,EART H
BROWN
CLAMP , LOOP :0 .25 I D, PLASTI C
(ATTACHING PARTS)
SCR EW ,MACHI NE :6-32 Χ O .438, PNH ,STL
NUT, PL ,ASSEM WA :6-32 Χ 0 .312,ST L CO PL
WSHR , LOOP CLAMP :0 .187 I D U /W 0 .5 W C LP
(END ATTACHING PARTS)
FRAMΕ ,CAB ΙΝ ET :REA R ,7 .0 Χ FULL RACK
(ATTACHING PARTS)
SCR EW ,TPG,TR :8-32 Χ 1 .375,TAPTI T E , FI LH ,STL
(END ATTACHING PA RTS)
FR SECT, PLUG- I N :CORNER
D ESCR
348-0776-00
348-0617-04
390-0807-00
390-0783-03
351-0619-00
378-0182-00
378-2044-00
200-2576-00
334-0094-00
426-1706-01
τΚΟ435 ORDER BY
D ESCR
80009
80009
80009
124-0354-03
80009
124-0381-01
06915
E4 CLEAR R OUND
124-0355-03
124-0380-01
ΤΚΟ435 ORDER BY DE SCR
78189 511-061800-00
95987 C191
80009
426-1480-01
93907
ORDER BY
80009
426-1705-00
DE SCR
9-3
TM 5006
Μ
Ζ
m
4
REV APR 1985
REV APR 1985
SEE END OF REPLACEABLE MECHANICAL PARTS LIST
FOR WIRE ASSEMBLIES
Replacea ble Mechan ical Parts
Fig .
&
Index
NO .
2-1
-2
ΤeJctτοηίχ
Part No.
Effective
Dscant
12345
12
12
1
1
GROMM ET, P LAST IC : BLACK ,ROLIND,0 .188 I D
SCR ,ASS EM WSHR :4-40 Χ 0 .312, ΡΝΗ STL
SCREW , MACHI NE :8-32 Χ 0 .375,PNH ,ST L
WASΗ ER ,LOCK 48 I NT L ,0 .02 THK ,STL
SCREW, MACHΙΝΕ :6-32 Χ 0 .250,PNi,ST L
WAS H ER , LOCK 46 ΣΝΤ L ,0 .018 THK,STL
-3
-4
-5
-6
-7
-8
211-0244-00
212-ΟΟ23-00
210-0008-00
211-05Ο4-00
210-0006-00
12
4
4
2
2
-9
380-0655-00
6
-10
211-0295-00
12
-11
-12
-13
175-3248-00
006-0531-00
----- ----
1
6
1
-14
211-0244- ΟΟ
6
-15
361-1084-00
1
-16
211-0244-00
1
-17
214-1593-02
6
-19
----- ---131-0608-00
6
306
-20
-21
129- Ο814-00
----- ----
12
1
-22
-23
211-0244-00
210-0586-00
1
1
-24
-25
358-0166-00
343- ΟΟΟ4-00
1
2
-26
211-0578-00
2
-29
334-4126-00
-30
337-2903-00
2
1
-31
211-0244-00
4
-3Ζ
386-4350-00
2
-33
-34
211-0510-00
210-0457-00
4
4
-35
----- ----
-36
-37
-27
-28
-38
-39
-40
----- --_-
210-0457-00
210-0863-00
6
2
2
& Descri pt i o n
SPRI NG,GROUiD:CU BE
MAR KER , I DENT :MKD HIGH POWER COMPARTMENT
SUPPORT,CKT BD : I N TERFAC E ,AL
(ATTACHING PARTS)
(END ATTACHING
ΗOUS ΙNG,CONN FLOATING,PLAST IC
H
Code
Mfr. Part
No .
80009 348-0640-00
ΤΚ1569 OR DER BY DESC R
800Ο9 334-2380-00
80009 386-4349-00
ΤΚΟ858 211-0244-00
ΤΚΟ435 OR D ER BY DESC R
77900 1208-00-00-0541C
ΤΚD435 OR D ER BY DESC R
77900 1206-00-00-0541C
80009
380-0655-00
SCREW,SHOULDER :2-56 Χ 0 .54, ΗΕΧ HD,STL
(END ATTACHING PARTS)
CA ASSY,S P , ELEC :20,26 AWG,20 .4 ι
STRA P , ΤΙ EDOW N , Ε :BLUE PLASTI C BEADED
CKT BOW ASSY : MAI N ΙΜΤCΟΝ (SEE Α10 REPL)
80009
211-0295-00
22526
24618
80173-001
700-3688
SCR ,ASSEM WSHR :4-40 Χ 0 .312, ΡΝΗ ST L
(END ATTACHING PARTS)
CKT BOW ASSY INCLUDES :
.SPACER ,ACTUATOR :0 .33 L Χ 0 .25 DIA, PLAST I C
τΚ0858 211-0244-00
(ATTACHING PARTS)
(ATTACHING PARTS)
.(ATTACHING PARTS)
SC R ,ASSEM WSHR :4-40 Χ 0.312, ΡΝΗ STL
JEND ATTACHING
KEY,CON 1 PLZN :CKT ΒOARD CON
.CON iECTO R , RCPT :(SEE A1OJ 1000, J1100, J1200,
. Jl 300, Jl4OO, Jl5OO REPL)
ΤΕRΜΙΝΑL , ΡΙΝ :(SEE A1OJ1520, J 1530 REPL)
ΤΕRΜΙΝΙϋ., ΡΙΝ :0 .365 L Χ 0 . Ο25 ΒRΖ GLD PL
J ΟΡΤΙΟΝ 02,12 ONLY)
.SPACER ,POST :0 .622 L.4-40 I NT, ΒRS,0 .2880D
.TRAN S I STOR :(SEE ΑιΟQ1525 REP L)
J ΑπΑCΗΙΝG PA RTS)
SCR ,ASSEM WSHR:4-40 Χ 0.312, ΡΝΗ ST L
NUT, PL ,ASSEM WA:4-40 Χ 0.25,ST L CO PL
(END
ΑΟΜΜΕΤ , PLASTIC ::BLACK, U-SHAPE,0 .656 I D
CLA MP , LOOP :0 .312 I D, PLAST I C
(ATTACHING PARTS)
SCREW,MAC HΙ NΕ :6-32 Χ 0 .438,PNH ,STL
NUT,PL ,ASSEM WA:6-32 Χ 0.312,STL CD PL
WSHR,LOOΡ CLAMP :0 .187 I D U/W 0 .5 W CLP
AR
ΜΑRΚΕ
(
RΤΙDΕΝΤ : ΜΙΦ 4 Α RΝΙΝG
SHI ELD, ELEC :CI RCU I T BOARD
(ATTACHING PARTS)
80009
361-1084-00
ΤΚΟ858 211-0244-00
80009 214-1593-02
22526
48283-036
80009
129-0814-00
ΤΚΟ858 211-0244-00
78189 211-0418ΟΟ-00
80009
06915
358-0166-00
E5 CLEAR ROUND
ΤΚΟ435 ORDER
78189
95987
80009
80009
BY D ESCR
511-061800-00
C191
334-4126-00
337-2903-00
SCR , Α SSEM WSHR :4-40 Χ 0 .312, ΡΝΗ ST L
(END ATTACHING PARTS)
SUΡPORT,CKT ΒD : I NTER FACE,AL
ΤΚΟ858 211-0244-00
80009
386-4350-00
83385
78189
ORDER BY D ESCR
511-061800-00
1
SCREW,MAC HΙΝΕ : fι-32 Χ 0 .375,PNH ,STL
NUT, PL ,ASSEM WA:6-32 Χ 0 .312,STL CD PL
(ENO ATTACHING
P I BS INTERCON (S ΕΕ Α15 REPL)
CKT BOARD ASSSYY :GP
211-0244-00
2
SCR ,ASSEM WSHR :4-40 Χ 0 .312, ΡΝΗ STL
ΤΚΟ858 211-0244-00
333-2648-00
1
214-3312-00
2
2
1
220-0555-00
210-0202-00
ι
-4ι
αετ
8020400
Mm
Οtν
348-0640-00
214-3026-00
334-2380-00
386-4349-00
-18
REV
Serial/Assembly No .
- ΤΜ 5006
1987
(ATTACHING PARTS)
(ATTACHING PARTS)
(END ATTACHING PARTS)
CKT BOARD ASSY I NCLU D ES :
PΑNEL,F O NT :GPI B
.(ATTACHING PARTS)
HARDdARΕ
ΚΙΤ : JΑCΚSΟ CΚΕΤ FOR GΡΙΒ
ΝUΤ , ΡLΑΙΝ , ΗΕΧ :8-3Ζ Χ 0 .25 ΗΕΧ ,SΤL CO PL
JERMINAL , LUG :0 .146 ΙD,LOCKΙ NG,BRZ TIN PL
JEND ATTACHING PARTS)
80009
333-2648-00
00779 552633-4
ΤΚΟ433 ORDER 8Υ DESCR
86928 Α-373-158-2
.CΟΝΝ , RεΡτ , ειεε :(SΕε Αι531110 R εΡι )
JαΠΑCΗτΜG PARTS)
9-s
Replaceable
Fig . &
Index
No .
Mecha n ical
Tektron ix
Part No .
Parts
- ΤΜ 5006
Serial/Assembly No .
Dscont
Effecti ve
Qty
2-42
-43
213-0267-ΟΟ
2 10-0003-ΟΟ
2
2
-44
----- -----
-45
-46
200-0814-00
200-2467-00
1
1
1
-47
-48
211-0244-00
210-0586-00
2
2
-49
200-2465-00
1
-50
211-0244-00
2
-51
-52
134-0159-00
200-2222-00
6
1
-53
-54
-55
211-0552-00
2
2
2
2
-56
-57
----- ----200-2264-00
204-0832-Ο0
----- -----
1
1
1
-60
-61
211-0012-00
210-0586-00
2
2
-62
210-0205-00
2
-63
210-0409-00
2
-64
334-3379-03
334-3379- Ο3
333-2633-00
333-2633-01
-58
-59
-65
211-0513-00
210-0457-00
361-1194-00
1
Β010100
8010135
8010100
Β037064
Β010134
Β037063
2
1
1
1
-66
-67
-68
212-0023-00
210-0008-00
213-0801-00
1
1
8
-69
-70
334-2332-00
407-2497-00
1
2
-71
-72
-73
-76
-77
212-0565-00
212-0507-00
210-1227-00
211-0009-00
129-0606-00
210-0009-00
361-1040-00
220-0410-00
1
5
1
1
1
1
1
4
-78
-79
342-0028-00
----- -----
2
-80
386-4351-00
1
1
-81
-82
21 Ζ -0023-00
210-0008-00
4
4
650-0571-00
1
-83
211-0244-00
4
-84
----- -----
5
-74
-75
9-6
12345
Name
Mfr .
Code
& Descri ption
Mfr .
Part No .
83385 ORD ER BY D ESCR
78189 1104-00-00-0541C
.SC R EW ,T PG,TC :4-24 Χ 0 .375, ΡΑΝ HD,STL
. WASH ER , LOCK :#4 ΕΧΤ ,0 .015 THK,STL
.(END ATTACHING PA RTS)
.CO NN , RC PT, ELEC :(S EE Al J 1010 REPL)
CA BLE N I P , ELEC :0 .195-0 .265 I D Χ 0 .255
COVER, CONNECTOR : ALUM Ι NUM
L ,GY
(ATTACHING PA R TS)
SC R ,ASSE M WS HR :4-40 Χ 0 .312, ΡΝΗ ST L
NUT, PL ,ASSEM WA :4-40 Χ 0 .25,ST L CO PL
(EN D ATTACHING PARTS)
COV ER ,CA INSERT : ALUMINUM
(ATTACHING PA RTS)
SC R ,ASSEM WSHR :4-40 Χ 0 .312, ΡΝΗ ST L
(EN D ATTACHING PARTS)
BUΠON , PLUG :0 .38 DIA, PLAST I C
80009
80009
200-0814-00
200-2467-00
ΤΚ0858 211-0244-00
78189 211-041800-00
80009
200-2465-00
ΤΚΟΒ58 211-0244-00
80009
81041
134-0159-00
6-182-033
SCREW ,MAC H I NE :6-32 Χ 2 .O, PNH ,ST L
SCREW ,MAC H I NE :6-32 Χ 0 .625, PNH ,STL
NUT, PL ,ASSEM WA :6-32 Χ 0 .312,ST L CD PL
SPAC ER ,SLE EVE :0 .965 L Χ 0 .035 I D,AL
(END ATTACHING PARTS)
FAN , V ENTI LAT I NG:(S EE Β5Ο 0 REPL)
CAP ,F USEHO LDER :3AG FUS ES
BODY,FUSEHO LDER :3AG & 5 Χ 20ΜΜ FUS E S
ΤΚΟ435
93907
78189
80009
ORDER BY D ESCR
880-00032-003
511-061800-00
361-1194-00
SCREW ,MACHI NE :4-40 Χ 0 .375, PNH ,STL
NUT, PL ,ASSEM WA :4-40 Χ O . Z S,STL CD PL
(END ATTACHING PARTS)
T ERM I ΝAL , LUG :0 .172 I D, LOC KING, BRS TIN PL
(ATTACHING PARTS)
Ι UΤ , Ρ LΑΙΝ , ΗΕΧ :8-32 Χ 0 .312, BRS CD PL
ΤΚΟ435 ORDER BY DE SCR
78189 211-041800-00
GUAR D, FAN :
(ATTACHING PARTS)
FI LTER,RFI :(SEE FL500 REPL)
(ATTACHING PARTS)
(END ATTACHING PARTS)
MARKER , I DEN T :MARKED G ROUND SYMBO L
MARKER , I DEN T :MA RKED G ROUN D SYMBO L
PANEL,R EAR:
PANEL,R EAR:
(ATTACHING PARTS)
SCR EW ,MACH I NE :8-32 Χ 0 .375, PNH ,ST L
WASHER , LOCK :#8 I N T L ,0 .02 THK ,STL
SC R EW ,TPG,TF :8-32 Χ 0 .312,TAPT I T E, PNH ,STL
(EN D ATTACHING PARTS)
MA R K ER , IDENT :DAN GER : VOL TAGE IN T HI S AR EA
BRACKET,XFMR :A LUMI NUM
(ATTACHING PA RTS)
SC REW , MACH IN E :10-32 Χ 4 .25, ΗΕΧ HO,STL
SC REW , MAC H I NE :10-32 Χ 0 .375,PNH ,ST L
WAS HER , FLAT :0 .203 ID Χ 0 .5 OD ΧΟ 0 .048,STL
SC REW ,MAC H I NE :4-40 Χ O .25,OVH,STL
SPAC ER ,POST :0 .9 L ,10-32 THRU ,AL ,0 .375 HEX
WAS HER , LOCK :#10 ΕΧΤ ,0 .022 THK ,STL
SPAC ER ,S LE EVE :3 .66 L Χ 0 .245 ID,AL
NUT, PL ,ASSEM WA :10-32 Χ 0 .375 H EX,ST L CD PL
(END ATTACHING PARTS)
I NSULATOR , PLATE :TRA N S FORMER ,A NOD I Z ED AL
XFMR , PWR ,STPON :(S EE Τ 500 REPL)
SUPPORT, XFMR : ALUM Ι NUM
(ATTACHING PARTS)
SCREW ,MACHINE :8-32 Χ 0 .375, PNH ,STL
WASHER, LOC K48 I NTL ,0 .02 T HK,ST L
(END ATTACHING PA RTS)
HEAT S I NK ASSY :POW ER SUPPL Y
(ATTACHING PARTS)
SCR ,ASSEM WSHR :4-40 Χ 0 .312, ΡΝΗ STL
(END ATTACHING PA RTS)
.TRANS I STOR :(SEE Q510,Q530,Q550,Q570,
.Q590 REPL)
S3629 FEK 031 1666
ΤΚΟ861 031 1673
86928
5442-7
73743
3046-402
80009
80009
8Ο009
80009
334-3379-03
334-3379-03
333-2633-00
333-2633-01
ΤΚΟ435 ORD ER BY DESCR
77900 1208-00-00-0541C
83486 ORD ER BY D ESCR
80009
8Ο009
334-2332-00
407-2497-00
83385 ORD ER BY DESCR
ΤΚΟ435 ORDER BY DESCR
12327 ORDER BY DESCR
83385 ORDER BY DESCR
129-0606-00
80009
78189 1110-00
80009 361-1040-00
78189 511-101800-50
80009
342-0028-00
80009
386-4351-00
ΤΚΟ435 ORDER BY DE SCR
77900 1208-00-00-0541C
80009
650-0571-00
ΤΚΟ858 211-0244-00
REV OCT 1987
Replaceab le
Fig .
&
Ιηdοχ
NO .
Tektronix
part NO .
Serial /Assen bly No.
Effective Dscont
Qty
2-85
-86
-87
211-0012-00
210-1122-00
342-0163-00
5
5
5
-88
----- -----
5
-89
-90
-91
211-0012-00
210-1122-00
342-0163-00
5
5
5
-92
210-0202-00
1
-93
211-0014-00
1
-94
214-3126-00
1
-95
211-0102-00
3
-96
----- -----
τ
-97
-98
213-0185-00
Ζ10-0586-00
386-0978-00
136-0280-00
4
4
2
2
-101
-102
-103
211-0102- ΟΟ
----- ---200-2269- ΟΟ
4
1
1
-1Ο4
211-0513-00
2
-105
-106
342-0449-01
342-0458-00
1
-1 Ο8
-109
210-0230-00
129-0222-00
2
2
-99
-1Ο0
- ι 07
- ιι0
----- -----
2
ι
----- -----
2
2
-111
-112
-113
-114
211-0513-00
210-0457-00
Ζ10-0202-00
210-0967-00
-115
-116
-117
386-0978-00
386-0786-00
214-3052-00
348-0070-01
-119
211-0244-00
7
-120
----- ----
4
-121
-122
211-0504-00
210-0457-00
4
4
-123
-124
136-0252-07
344-0154-03
9
2
-125
-126
136-0269-02
136-0514- ΟΟ
136-0728- ΟΟ
136-0260-02
- ιι 8
-127
REV
1
OCT
1
2
Β010100
Β02Ο400
8020399
----- -----
1987
1
1
1
1
ι
Β0101Ο0
Β010100
Β021840
Β010100
Θ021839
Θ021839
Β033969
8021839
5
1
1
1
12345
Name & Descri ption
.(ATTACHING PARTS)
.SCREW ,MAC H I NE :4-40 Χ 0 .375,PNH ,STL
. WAS HE R , LOC K:0 .12 I D,D I S HE D,0 .025 T HK ,ST L
. I NS ULATOR , P LATE :TRA NS I STOR , MI CA
END ATTACHING PARTS)
.TRAN S I STO R :(SEE v50 v ,Q520,Q540,Q560,
J
.Q580 REPL)
J ΑΠΑCΗΙΝG PARTS)
.SCREW,MACH I NE :4-40 Χ 0 .375,PNH ,ST L
.WAS H ER , LOCK :0 .12 I D,D I S HED,0 .025 THK ,ST L
. I NS U LATOR , P LATE :TRA NS I STOR , MICA
EN D ATTACHING PARTS)
.TER M INAL . LUG :0 .146 I D, LOCK I NG, BRZ TIN PL
.(ATTACHING PARTS)
.SCREW,MACH I NE :4-40 Χ O .5, PNH ,STL
J
.(EN D ATTACHING PARTS)
HEAT S I NK,XSTR :(8)70-127,TOP ,A L
JΑΠΑCΗΙΝG PARTS)
.SCREW,MACH I NE :4-40 Χ 0 .5, FLH ,100 D EG,ST L
J EN D ATTACHING PARTS)
TRANSISTOR : (SEE Q600, ο6ιο RΕΡι )
.(ATTACHING PARTS)
.SCREW,TPG,TF :6-20 Χ 0 .625, ΤΥΡΕ B ,PNH ,ST L
. NUT, PL ,ASSEM WA :4-40 Χ 0 .25,ST L CD PL
. I NS U LATOR, PLAT E :TRANS I STOR , MICA
.SΚΤ , Ρ L- IN ELEK :TRAN S I STO R ,3 CONTACT
J EN D
ATTACHING PARTS)
.SCREW,MACH I NE :4-40 Χ O .5, FLH , lOO D EG,ST L
.SW ,T HERMOSTAT IC :(SEE S550 REPL)
.COVER ,XSTR :
.(ATTACHING PARTS)
.SCREW,MACH I NE :6-32 Χ 0 .625, PNH ,ST L
.(EN D ATTACHING PARTS)
. I NS U LATOR , PLAT E :TRANS I STOR ,AL UM I NA
. I NS U LATOR , PLAT E :TRANS I STOR , MICA
TRANSISTOR : (SEE Qι 64ο ,Qι 65ο R ΕΡι )
.TER M INAL , LUG :#6 STU D,SOL D ERLE SS
.SPACER ,POST :0 .27 L ,4-40 THRU , PLSTC,0 .25 OD
SεΜτCΟΝD Οεντ C Ε : (SεΕ CR500 RεΡι )
.(ATTACHING PARTS)
.SCREW,MACH INE :6-32 Χ 0 .625,PNH ,ST L
. NUT, PL ,ASSEM WA :6-32 Χ 0 .312,STL CD PL
.TER M INAL , LUG :0 .146 I D, LOCK I NG,BRZ TIN PL
.WAS H ER ,S H.DR :0 .156 I D Χ 0 .375 00 Χ 0 . Ο94 ΤΗ
. Κ , ΝΥι
.(EN D ATTACHING PARTS)
. I NS U LATOR , PLAT E :TRA NS I STOR , MICA
. I NS U LATOR , PLAT E :TRA NS I STOR , MICA
HEAT S I NK,XSTR: BOnOM ,3,TO-3 & 8,TO-126,A L
PAD,C USHI ON I N G :2 .03 Χ 0 .69 Χ 0 .18 S I RBR
CΚτ BOARD ASSY :POWER SUPP LY(S εε All RεΡι )
(ATTACHING PARTS)
SCR ,ASSEM WSHR :4-40 Χ 0 .312, ΡΝΗ ST L
(END ATTACHING PARTS)
CKT BOARD ASSY I NCLUD ES :
ER M ,Q I K D I SC :(SEE A llJ 2220, J 2221, J2320,
. J2321 REP L)
.(ATTACHING PARTS)
.SCREW,MACH I NE :6-32 Χ 0 .250,PNH ,ST L
. NUT, PL ,ASSEM WA :6-32 Χ 0 .312,STL CD PL
Mechan ical Parts
- TM 5006
Mfr.
Cod e
Mfr . Part No .
ΤΚΟ435
ORDER
86928
80009
BY D ESCR
ORDER BY D ESCR
342-0163-00
ΤΚΟ435 ORDER BY D ESCR
86928 ORDER BY D ESCR
80009 342-0163-00
86928
Α-373-158-2
ΤΚΟ435
ORDER
80009
214-3126-00
BY
ΤΚΟ435 ORDER BY
D ESCR
D ESCR
ΤΚΟ435 3012
78189 211-041800-00
16037 #130
τΚΟ 194 1003-1 R
ΤΚΟ435
ORDER
8 Ο009
200-2269-00
93907
Β80-00032-003
80009
86928
342-0449-01
ORDER BY DESCR
98410
8 Ο009
Α-134-06
129-0222-ΟΟ
93907
78189
86928
02735
Β80-00032-003
511-061800-00
Α-373-158-2
495334-7
16037
28205
80009
85471
#130
ORDER BY DESCR
214-3052-00
ORD ER BY D ESCR
BY DESCR
ΤΚΟ858 211-0244-00
J
J END ATTACHING
PARTS)
SOCKET, P I N CON N : W/Ο D I MPLE
.CL I P , ELECT R I CAL :FUS E ,CKT BD MT,CU BE
. ΖΝ PL
.SΚΤ , ΡL- IN ELEK : M I CROC I RC U I T,14 D I P
.SKT, PL- IN ELEK : M I CROC I RC U IT,8 D I P
.SΚΤ , ΡL - IN ELEK : M I CROCKT,14 CONTACT
.SKT, PL - IN ELEK : M I CR OCKT,16 DI P , LOW
C U -SN -
CL
ΤΚΟ435 ORDER BY DESCR
78189 511-061800-00
22526 75060-012
ΤΚ1569 ORDER BY D ESCR
09922
09922
09922
09922
D I LB14 P-108Τ
D I LBS P-108
D I LB14 P-108
D I LB16 P -1 ο8Τ
9- 7
Re placeab le
Fig .
Index
NO .
&
Mecha n ical
Tektronix
Part No .
Parts
- ΤΜ 5006
Serial/Assembly No.
Effecti ve
Dscon t
Qty
2-128
- 1 29
346-0032-00
214-3131-00
1
1
- l30
210-0457-00
2
- l31
- 132
-133
348-0005-00
352-0526-00
----- -----
1
1
1
- l34
- 135
- 136
1
1
2
-137
354-0553-00
131-0373-00
131-1896-00
----- -----
-138
- l39
334-3621-00
386-4563-00
- l 40
-141
212-0023-00
210-0008-00
5
5
- l42
210-0205-00
1
-143
210-0409-00
1
-144
441-1522-00
1
- l45
- l46
212-0023-00
210-0458-00
6
3
175-2977-00
5
204-0671-00
175-3611-00
10
1
352-0161-00
195-0648-00
2
1
195-0649-00
1
195-0650-00
1
195-0651-00
1
195-0948-00
1
175-3610-00
1
195-1948-00
1
195-0947-00
2
175-3352-00
1
198-4448-00
1
352-0161-00
1
9- 8
25
Β010100
1
1
195-1123-00
1
195-0652-00
1
12345
Name & Description
.STRAP , R ETA I N I NG :0 .075 D I A Χ 4 .0 L ,ML D RBR
.BOLT, U :6-32 Χ 2 .250 Χ 1 .925, BRASS
J ΑΤΤΑC ΗΙΝG PARTS)
. NUT, PL ,ASSEM WA :6-32 Χ 0 .312,ST L CO PL
END ATTACHING PA RTS)
. G ROMMET, RUBBER : B LACK , ROUN D,0 .375 I D
.HO LDER ,CO I L : BLACK NY LO N
.CO I L,RF :(SEE All L 1440 REPL)
J
.( ΑΠΑC ΗΙΝG PARTS)
. RING, RETA I N I NG :EXΤ CI RC PUSH- ΟΝ
.T ERM I NA L ,STU D :0 .593 L
. BUS,CO NDUCTO R :8 .22 ΑWG,1 .5 L
.T ERM I NA L,PI N :(SEE A l 1 J 1000, J 1010, J1011, J1
. J 1013, J 1020,J2330 REPL)
MA RKER, I DEN T : MARKE D DA NGER,LINE V PRESENT
PLAT E ,COV ER :POWER SUPPL CHASS I S,A L
(ATTACHING PA RTS)
SC R EW ,MAC H I NE :8-32 Χ 0 .375, PNH ,ST L
WASHER , LOCK 48 I NTL ,0 .02 THK ,STL
(END ATTACHING PARTS)
TE RM I NAL , LUG :0 .172 I D, LOCK I N G, BRS TIN PL
(ATTACHING PARTS)
ΝUΤ , ΡLΑΙΝ , ΗΕΧ :8-32 Χ 0 .312,BRS CD PL
CCHAS, PWRA SUPPLY : ~TS)
(ATTACHING PARTS)
SC R EW , MAC H I NE :8-32 Χ 0 .375, PNH ,ST L
NUT, PL ,ASSEM WA :8-32 Χ 0 .344,STL CD PL
(EN D ATTACHING PARTS)
W I RE ASSEMBL I E S
CA ASSY,S P , ELEC :6,22 ΑWG,10 .0 L
(FROM AID ΤΟ Q500,Q510) SUBPART OF Α10
(FROM AID ΤΟ Q520,Q530) SUBPA RT OF Α 10
(FROM Α10 ΤΟ Q540,Q560) SUBPA RT OF Α10
(FROM Α10 ΤΟ Q550,Q570) SUBPA RT OF Α 10
(FROM Α10 ΤΟ Q580,Q590) SUBPART OF Α 10
ΧΟΝΝ BODY, PLU G:1 Χ 3 CONTACTS
CA ASSY,S P , ELEC :3,22 AWG,7 .0 L , R I 880N
(FROM Α10,11530 ΤΟ AlIJ2330 AN D A10 J2220,
.A10J 2221, Α10J 2320, Α10J2321 ΤΟ All)
.SUBPART O F Α10
HLDR ,TER M CONN :3 WI RE,BLACK
L EAD, ELECTR I CAL :12,AWG,11 .0 L ,2-Ν
(FRO M Α10 ΤΟ Αll+8) SUBPART OF Α 10
L EAD,ELECTR I CAL :12 ΑWG,11 .0 L ,0-Ν
(FROM Α 10 ΤΟ All GRD) SUBPART O F Α10
L EAD, ELECTRI CAL :18 AWG,12 .0 L ,2-1
(FROM Α 10 ΤΟ Α11+26) SUBPA RT O F Α10
LEAD, ELECTR I CAL :18 ΑWG,12 .0 L ,7-1
(FROM Α 10 ΤΟ All-26) SUBPA RT OF Α10
LEAD, ELECTR I CAL :22 ΑWG,5 .5 L ,8-0
(FROM All ΤΟ All) SUBPART O F All
CA ASSY,SP , ELEC :6,22 AWG,10 .0 L , R I βBON
(F ROM All ΤΟ Q610,Q600)
LEAD, ELECTRICAL :18 ΑWG,4 .0 L ,8-03
(F ROM All ΤΟ S550)
LEAD, ELECTRI CA L :22 ΑWG,1 .5 L ,8-0
(FROM All ΤΟ HEAT S I NK) S UBPART O F All
CA ASSY,S P , ELEC :4,18 ΑWG,24 .0 L
(FROM Al 1J500,S550 ΤΟ S500)
WI RE
SET, ELEC :
(FROM AIIJ 1010 ΤΟ Β 500)
HL D R ,TE RM CONN :3 WI RE,B LACK
LEAD, ELECTR I CA L :18 ΑWG,2 .0 L ,8-0
(FROM 500 ΤΟ F500)
LEAD, ELECTR I CAL :18 ΑWGA Ο L ,5-4
(FROM 500 ΤΟ REAR PANEL)
J
J
Μ fΤ .
Co d e
Mfr . Part No .
98159
02114
2829-75-4
52 U BO LT
78189
511-061800-00
70485
80009
230Χ-36017
35 2 -0526-00
79136
88245
80009
5115-18
MTS-7
131-1896-00
80009
80009
334-3621-00
386-4563-00
ΤΚΟ435 ORD ER BY D ESCR
77900 1208-00-00-0541C
86928
5442-7
73743
3046-402
80009
441-1522-00
ΤΚΟ435 ORDER BY D ESCR
78189 511-081800-00
80009
175-2977-00
27264
80009
09-50-7031
175-3611-00
80009
80009
352-0161-00
80009
195-0649-00
80009
195-0650-00
80009
195-0651-00
80009
195-0948-00
80009
175-3610-00
80009
195-1948-00
80009
195-0947-00
80009
175-3352-00
80009
198-4448-00
80009
80009
352-0161-00
195-1123-00
80009
195-0652-00
195-0648-00
REV OCT 1987
Rep lacea ble
Fig .
Index
No .
&
Tektτ vn ix
Part No .
Serial /Assenbly No.
Effective
Dιsεαηt
12345
SL ID E ,OWR ,EX Τ :20 .0 Χ 1 .69, PAI R , R &L
SL S ECT,DWR ΕΧΤ :12 .625 L , W/Ο HARDWARE
3-1
-2
351-0636-00
351-0104-03
AR
AR
-3
-4
212-0070-00
210-0458-00
10
-5
-6
-7
105-0787-00
105-0786-03
390-0809-06
2
2
8010100
390-0887-02
8022170
390-0809-05
8010100
390-0887-01
8022170
10
8022169
1
1
8022169
1
1
-8
-9
-10
212-0567-00
210-1298-00
213-0183-00
2
-11
124-0389-01
2
-12
-13
124-0354- Ο3
131-0955-00
2
6
-14
210-0255-00
6
-15
131-1344-00
1
-16
211-0008-00
2
-17
210-0586-00
2
334-1377-00
1
REV OCT 1987
Να m & Descri ption
Qty
2
4
(ATTACHING PARTS)
SC REW,MACH IN E :8-32 Χ 0 .312, FLH ,100 DEG,ST L
N UT, PL ,ASSEM WA :8-32 Χ 0 .344,ST L CD PL
( E ND ATTACHING PA RTS)
LATCH , RETAI N I NG :RACKMOUNT,SST
REL EASE ,LATC H : PLAST I C,SMOKE TAN
CABINET S I D E : R I G H T,W/ HANDLE
(OPTION 10,12 ONL Y)
CABINET S I D E : R I G H T,W/HANDLE
(OPTION 10,12 ON L Y)
CABINET S I D E : LEFT W/HANDLE
(OPTION 10,12 ONL Y)
CABINET S I D E : LEFT, W/HANDLE
(OPTION 10,12 ONL Y)
(ATTACHING PARTS)
SCREW ,MACHI NE :10-32 Χ 0 .875,OVH ,STL
WSHR ,S HLDR&REC0 :0 .195 I D Χ 0 .57 OD, PL STC
SCREW ,TPG,T F :6-20 Χ 0 .5, ΤΥΡΕ B , PNH ,ST L
(END ATTACHING PARTS)
STR I P ,TR I M :RACK MT HD L,V I N Y L TAPE
(WHEN S ECUR I NG THE IN STRU MENT TO THE RACK
.W I TH SCREWS USE Α SHARP KNIFE TO CUT SC REW
.HOLE IN THE TRI M STR I P .)
STR I P ,TR I M :CORNER ,TOP ,EARTH BROWN 17 .41 L
CONN ,RCPT, ELEC : BNC, FEMA LE
(OPTION 02,12 O NL Y)
TERM I NA L , LUG :0 .391 I D, LOCKI NG, B RS CD PL
(OPTION 02,12 ONL Y)
CONN , PLUG, ELEC :D SERI ES,50 CONT, MALE
(OPTION 02,12 ONLY)
SCREW ,MACHINE :4-40 Χ 0 .25, PNH ,ST L
(OPTION 02,12 ONL Y)
N UT, PL,ASSEM WA :4-40 Χ 0 .25,ST L CD PL
(OPTION 02,12 ONL Y)
MARKER, I DENT : MKD I DENT I F I CAT I O N NO .
(OPTION 02,12 ONL Y)
Mec han ical
P arts
- TM 5006
Mfr.
Co de
Mfr . Part No .
80009
06666
351-0636-00
C-720-3
ΤΚΟ435 O R D ER BY DESC R
78189 511-081800-00
80009
80009
80009
105-0787-00
105-0786-03
390-0809-06
80009
390-0887-02
80009
390-0809-05
80009
390-0887-01
ΤΚΟ435 ORDER BY DE SCR
80009 210-1298-00
83385 ORDER BY DE SCR
80009
124-0389-01
80009
13511
124-0354-03
31-279
12327
ORDER BY DE SCR
71468
DD-50P
93907
ORDER BY DE SCR
78189
211-041800-00
80009
334-1377-00
9-9
TM 500
OPTION 10
REV NOV 1984
REV APR 1985
Replaceable Mechan i cal
Fig .
Index
NO.
Α
Tektronix
Part No .
Seri αl/Asseubly No .
Effective Decan t
Qty
12345
Name 8ι Descri ption
4-1
----- ---070-2950-00
161-0066-00
AR
-2
161-0066-09
1
-3
161-0066-10
1
-4
161-0066-11
1
-5
161- ΟΟ66-12
1
-6
131-1345-00
1
STAN DARD ACCESSOR I ES
MANUAL , TECH : I N STR , ΤΜ 5006
CABLE ASSY,PWR , :3,18AWG,115V ,98 .0 L
(STANDARD ONLY)
CABLE ASSY,PWR , :3,0.75MM SQ,220V ,99 .0 L
(OPTION Al ELROPEAN)
CABLE ASSY,PWR , :3,0.75MM SQ,240V ,96 .0 L
(OPTION Α2 UNITED KI NGDOM )
CABLE ASSY, PWR , :3,0.75MM,240V ,96 .0 L
(OPTION Α3 AUSTRALIAN)
CABLE ASS Υ , PWR
, :3,18 AWG,250V ,99 .0 L
NORTH
(OPTION A4
AMERICAN)
CONN , RCPT, ELEC :D SE R I ES,50 CΟΝΤ ,FΕΜΑLΕ
-7
131-1319-00
1
SH
-8
195-0993-00
6
-9
175-3301-00
6
-10
214-1593-02
20
REV OCT 1987
1
1
D
I ELEC2CON N :
)
LEAD,ELECTR I CAL :22 ΑWG,15 .0 L,9-4
(OPTION 02 ONLY)
CABLE ASS Υ , RF :50 OHM COAX,15 .0 L ,9-4
(OPTION 02 ONLY)
ΚΕΥ ,CΟΝΝ PLZN :CKT BOARD CONN
(OPTION 02 ONLY)
Hrr "
Parts
- ΤΜ 5006
No .
Code
Mfr . Part
80009
16428
070-2950-00
CH8481, FH8481
S3109
86511000
ΤΚ1373 24230
D ESCR
S3109
ORDER BY
70903
CH-77893
71468
DD-50S
71468
DD51216
80009
195-0993-00
80009
175-3301-00
80009
214-1593-02
9-11
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