Tektronix 7603, R7603, R7CO3 Operator's Manual

R 7CO3
OSCI LL OSCO RE
76 Ο 3/
O PER ATO R
S
Serial Nu mber
Tektro nix, Inc. t Ρ.Ο. Box 500
070-1310-00
f
B eave rton, Oregon 97005
t
Ph one: 644-0161
t Ca bles: Te k tronix
672
WARRANTY
All
T EK T RO N IX
i nstruments
are
warr anted
against
d efective materials and workmansh ip fo r o ne year . Any
qu estions with respect to the wa rranty sho uld be taken up
with your T EK TR ONIX
F ield
En gi neer or representative .
All re qu ests f or repairs and replacement pa rts s h ould be
d irected to t he TEK T RON IX F ield Office or re presentative
i n your area . This will assu re you the fastest possi ble
service. P lease include th e i nstru ment Ty pe N um ber o r P a rt
Nu mber a nd Serial N umber with all r equests for parts or
service.
Specificatio ns and price change privileges reserv
by Te ktronix, I nc ., Beaverton, Oregon .
Printed i n the Un ited States of America. All r ights reserved.
Conte nts of th is publication may n ot b e rep rodu ced in any
Copyright © 1972
form without permission of Tektronix, Inc.
U.S .A .
an d foreign T EKTRONIX 'prod ucts covered by
and foreign
p atents and/or p atents pend ing:
TEK TRONIX is α registered
trademark
U .S.
of Te ktron ix, I nc.
7603/137603 Operators
TABLE OF CONTENTS
OPERATING INSTRUCTIONS
Page
Operating Checkout
1-3
Controls and Connectors
1-4,1-5
Simplified Operating Instructions
1-7
General Operating Information
1-9
SPECIFICATIONS
Electrical
2-1
Environmental and Physical
2-6
System Specification
2-7
RACKMOUNTING INSTRUCTIONS
Dimensional Drawing
3-5
7603 F eatures
T he TEK TRON IX 7603 Oscillosco pe is α solid state, light weight instrument designe d for ge neral-pu rpose measuri ng
app lications. This inst rument h as three p lug-in co mp artments that accept TEKTR ON IX 7-series plug-in u nits to form α
com plete measurement system. The two p lug-in co mp artments on the left are co nn ected to the ve rtical deflectio n system .
The right p lug-in compartment is co nnected to the h orizontal d eflectio n system . E lectro nic switchi ng between the vertical
p l ug-i n co mp a r tments allows α multi-trace vertical d isplay. T h e flexibility of th is p l ug-i n featur e and t he variety of pl ug-in
un its availa b le allow this system to b e used for many measurement app lications . 1 η add itio n , the instru ment co ntains α
readout system to pr ovide α C R T d is p lay of al ph a n ume r ic informatio n from the plug-i n units. Data such as d eflection factor,
sweep rate, etc . can be encoded a nd displayed on th e CR T.
This inst rument features α large-sc ree n, 8 Χ 10 d ivision display; each d ivisio n eq uals 1 .22 centimeters. The C RT provides
small spot size and fast writing speed . R eg ulated DC powe r supplies assure that performance is n ot affected by va riations in
li ne voltage and f requ ency, or by changes in th e load du e to the va ryi ng p ower req ui rements of the p lug-in un its. M aximum
power co nsumption is about 170 watts (60 h ertz, 115-volt li ne) .
7603/137603
Sectio n 1-7603/R 7603 Operators
O PER ATI N G I N ST RU CTIO N S
General
To effectively use the 7603, the o p eratio n and capabilities of the inst ru me nt must be kn own . T his section
d escr ibes the operation of the f ront- and rea r-panel co ntrols
and connecto rs and gives si mp lified a n d general op e r ati n g
info rmation .
PREL I M I NA RY I NF ORM ATIO N
O p erating Voltage
W A RN I N G
This instrument is design ed for operation from α
with its neutral at or near earth
potential with α separate safety-earth
conductor. It is not intended fo r operation from two
power
source
(ground)
phases of α mult ί-ph ase system, or across the legs of α
single-phase, three-wire system .
T he 7603 can be operated from either α 110-volt or α
220-volt nominal line-voltage source, In add ition, th ree
operating ranges can be selected with in each nominal line
voltage source . The voltage-selecto r ju m per on the R ectifier
board (see Fig. 1-1) allows selectio n of the o perating
voltage. To co nve rt the instru ment from one regulating
ra nge to anot her, fi rst d isconnect the instrume nt from the
power source . Then, slid e out the power un it as d escribed
in the Mai n tenance sectio n. R emove the voltage-selecto r
ju mper a nd r e-install it on the set of pins whic h re prese nt
the desired reg u lating ra nge . Select α ra nge w h ic h is
centered about the average li n e voltage to wh ic h t he
i nst rument is to b e connected (see Table 1-1) .
Fig . 1-1 . Locations of voltage-selector ju mper, spare jumpe r, and
A LT FU SE in power unit (7603 shown) .
To co nvert from 110-volts to 220-volts n ominal li ne
voltage, or vice ve rsa, rem ove the voltage-selector ju mper
and replace it with t he spare ju mper (sto red on pi ns
adj acent to voltage selector area) . T he ju mpers are colo rcod ed to ind icate the n ominal voltage for wh ich t hey are
inte nd ed ; brow n fo r 110-volt nomi nal o peratio n a nd red for
220-volt nomi nal operatio n . Change the li ne fuse to p rovi d e
p rotection fo r t he selected nomi nal li ne voltage. Use the
fuse located in the A LT FU SE hol d er on the R ectifier
b oard (see Fig. 1-1) or see Table 1-1 for value. Also, c hange
the li ne-co rd p l ug to matc h t he power-source r eceptacle or
use α suitab le a dapte r .
Powe r Co rd Co nd uctor Identificatio n
Cond uctor
TA BLE 1-1
R eg ulating R ange and Fu se Data
Pi ns
R egulating R ange
110-volts
Selecte d
nominal 220-volts n ominal
L OW
ME D
Hl
L ine Fu se
REV. D, OCT. 1976
90 to 110 volts
99 to 121 volts
108 to 132 volts
3 .2 Α slow-b low
180 to 220 volts
198 to 242 volts
218 to 262 volts
1 .6 Α slow-b low
Un grounded (L ine)
G r ounded ( N eut ral)
G roun d ing (E arthing)
Ι Colo r
Brown
Bl ue
G ree n-Yellow
Alte rn ate Color
Blac k
Wh ite
Green-Yellow
T he 7603 is d esigne d to b e used with α thr ee-wire AC
p ower system . If α three- to two-wire ad apte r is u sed to
co nn ect this instrument to α two-wire AC p ower system, be
O p e r ating I nst ru ctio n s-7603/R 7603 Ope rato r s
nn ect t he g rou nd lead of t h e a d a p ter to ear th
h real-time am p lifiers, time-b ase u n its, or comb i n atio ns
s ure to cowit
(gro und ) . F ail ur e to co mp lete t h e g ro u n d system m ay allow
of t h ese. U se of special purpose p l u g-i n u nits may result i n
t h e c h assis of th is i n strum e n t to b e elevated a b ove gro u nd
d iffe r e nt types of displays, wh ic h are d efi n ed i n th e
potential a nd p ose α s h ock h aza rd .
i n st ru ction ma nu als for t h ese special un its. T h e followi n g
termi n ology will b e used t hro u g h o u t th is ma nu al .
Operating Temperature
The 7603 can b e ope rated where the amb ie nt ai r
tem p e r atu re is b etwee n 0°C a nd +50°C. Th is i n strument
ca n be stored i n ambie n t tem p eratures b etween -55°C a nd
+75°C . After storage at tempe ratu res b eyond th e o p e rati n g
li m its, allow t h e ch assis te mp e ratu re to com e with i n t h e
ope rati ng limits b efore p ower is a pp lied .
T he 7603 is cooled b y co n vectio n air flow throug h t h e
i n stru me n t. Com po n e n ts wh ic h requ i re t he most cooli n g
are mounted exte r nally on α h eat r ad iato r at the r ear .
Ad eq u ate cleara n ce mu st b e provid ed on all sid es to allow
h eat to b e d issi pated f ro m the i n str u m e nt . Do n ot b loc k or
rest rict th e air flow th ro ug h the holes in t h e cabi net or t h e
h eat r ad iator on the rear. M aintain t h e clea r ance provid e d
by t h e feet on t h e botto m a nd allow a b out two i n ch es
clear a nce on th e to p , sid es, and r ear (more if possible) .
Th e R 7603 is cooled b y ai r draw n i n thro u g h t h e ai r
filter on th e rear pa n el and b low n out t hr ough t h e h oles on
t h e r ig h t side . Ad eq uate clea ra n ce must be p rovid ed at
t h ese locations. Allow at least o n e and one- h alf inc h es
clea ra n ce be h i nd th e air filter a nd at least o n e i n ch on the
r ig h t si d e.
Α t h e rm al cuto u t i n t h is i n stru me nt pr ovides th e rm al
protectio n and i n te rrup ts t h e p owe r to th e i n st rume n t if
t h e i n te rnal tem peratu r e excee d s α safe o p erati ng level .
P ower is a u tomatically restored w h en th e temp erat u re
r eturn s to α safe level. Ope r atio n i n confi ne d a reas o r i n
close p roximity to heat-producing i n st ru me n ts may cause
t h e th e rmal c u tout to o p en mo r e fre qu e n tly .
Operating P osition
Α b ale-ty p e stand is m o un te d on t h e botto m of t h is
i n strum en t. Th is sta nd pe rmits the 7603 to b e tilted up
a b o u t 10 ° for m o re conve n ie n t viewing.
Alternate
M ode
Α time-sh ari n g met h od of d is p layi n g two o r m o r e sig n als
with α si n gle cat h od e-ray tube b eam. C h a nn el switch i n g is
sequen tial and occu rs at th e e nd of each sweep.
C h opped M o d e
Α time-sh ari ng meth o d of d isp layi ng two o r m or e sign als
wit h α si ngle cat h od e-ray tub e b eam . Ch a nn el switc h i ng is
sequ e n tial and occurs at α rate d eter m i n ed b y an i ntern al
clock generator (chop p i n g rate) .
ΝΟΤΕ
See Simplified Operating Instru ction s in this section
for set-up information to obtain each of th e following
displays.
Single Trace
Α d isp lay of α single
and o n e sweep .
p lot p rod u ced by o n e vertical sig n al
Delayed Swee p - Si ngle Trace
Α d isp lay of α single p lot produ ced b y o n e vertical sig nal
and α d elayed sweep . Two sweep s a re u sed to pr od u ce th is
d isp lay; th e sweep s a re o p e r ati ng - ί th α d e1 αy ίπΗ/ d elayed
relatio n s h ip w h ere o n e sweep (i d e n tified as t h e d elayi n g
sweep) d elays the star t of th e seco nd sweep (id entified as
the delayed swee p ) .
Delayed Sweep - Dual Trace
Α d isp lay of two p lots pr o duced b y co mb i n i ng two
vertical sig n als and α d elayed sweep . Two swee p s a re used
I n st ru ctio ns and d ime n sional drawi n gs fo r rack mo u nti ng
to prod u ce t h is display ; t h e swee p s a re ope rati n g wit h α
d elayi ng/d elayed r elatio n sh i p . Each
t h e Rvertical
7603 a r e locate d in Sectio n 3 of the o p er ators ma nu al .
sig n al is
d is p layed agai n st t h e d elayed sweep .
Ge n eral
Th e followi ng d efi n itio n s d escri b e th e types of d isplays
wh ic h can bve
e ob tai n ed with α 7603 Oscilloscope syste m
ι
ι
ι
Α d isp lay of two p lots produ ced b y two vertical sig n als
and o n e swee p .
R ackmo u ntίng
DISPL AY DEF I N ITIO N S
7
1
Χ-Υ
Α plot of two va r iab les, n eith er of wh ic h re p rese n ts
ti m e. Χ refe r s to the ho r izo n tal axis a nd Υ refe rs to t h e
rtical axis .
Ο
ι
ι
ι
Operating I n st ru ctio n s-7603/137603 O perators
PLUG-IN
UN
CO N T R O L S A N D CO NNE CTO R S
ITS
General
Th e 7603 is designed to acce p t up to t hree
T EK T R O N IX 7-se r ies plug-in units . Th is p l u g-in featu re
allows α variety of display com b inations and also allows
selectio n of b andwi d th , se n sitivity, d isplay mo d e, etc . to
meet th e measurement requ ireme n ts . In a dd ition, it allows
t h e oscilloscop e syste m to be expa nd ed to m eet fut ur e
measu r ement re q uirements . The overall capa bilities of t h e
r es u lta n t system a re in large p art determine d by t h e
c h aracteristics of th e pl u g-i n selected . For com p lete information on p l u g-ins availab le for use wit h h is instru m ent,
see t h e curre n t Te ktronix, Inc . catalog .
t
Plug-in I n stallation
To install α p l u g-i n unit i n to o n e of th e plug-in
com p a rtme nts, align th e slots i n h e to p a nd b ottom of t h e
plug-in wit h he associated gu i d e rails in th e pl u g-in
co m p artment . Pus h th e plug-i n u nit fi rm ly into t h e p l u g-i n
co mp a r tme n t until it loc k s i n to place . To remove α pl u g-in,
pull th e release latc h on th e p l u g-i n to d isengage it a nd
pull th e u nit out of th e plug-in compartment . P l u g-i n units
can be remove d or installe d with o u t t urn ing off t h e
t
t
i n st rum ent po wer .
It is not necessary t h at all of t h e p l u g-i n compartments
be filled to o pe rate th e i n stru ment ; th e only plug-in units
neede d are th ose re q uire d fo r h e measurement to be made .
H owever , at e n vi ronme n tal extre mes, excess ra d iatio n may
b e ra d iated i nto o r out of th is instr um e n t thro u gh h e o pe n
pl u g-in compar t m e n ts . Blan k p l u g-in panels a re availa b le
fro m Te kt ronix, Inc . to cover h e un u sed com part m e n t ;
or der T EK T R O N IX P art No . 016-0155-00 .
Th e major co n t rols fo r operation of the 7603 a r e located
on th e front pa n el of the instrument . F igs. 1-2 a n d 1-3
pr ovi d e α b rief descr i ptio n of each co n t r ol a nd co nnecto r .
M o r e d etailed operati ng i n fo rm atio n is give n u n d e r Ge n e r al
O perati n g Information .
OPER ATI N G
General
Th e followi n g O p e r ati ng C h ec k o u t pr ovides α means of
ve r ifying i n stru ment operatio n a nd b asic cali br ation without removing t h e covers or ma k ing i n tern al ad ju stments .
Si n ce it d emo n st r ates t h e use of all controls and con n ecto rs, it can also b e used to pr ovid e b asic t rai n i n g on th e
o p e ratio n of th is i n st ru me n t . If re-cali br atio n of t h e 7603
a pp ea rs to be necessa ry, see th e Cali br ation pr ocedure i n
Sectio n 3 of th e Service manual . If re-calibratio n of α
p l u g-in u nit is indicate d , see the instruction man u al for t h e
app rop riate pl u g-i n unit .
Set- Up I n fo rmation
1 . Set th e fro nt-p a n el co nt rols as follows :
t
t
t
t
Special pu r pose pl u g-i n un its may h ave specific rest r ictio n s rega rd ing th e pl u g-in com pa rtments i n wh ich h ey can
be installed . Th is i n fo rm atio n will be given in the i nst ru ctio n m a nu al fo r h ese pl u g-in un its .
t
t
NOTE
L ater production of rackm ou n t oscilloscopes are p roνίded with suppo r t posts between th e individual plugin compar tm ent& Α p ost or posts must be removed if
α muldwίdth plug-in is to b e installe d. To remove α
post, un fasten the screws that secure it at the top and
bottom of th e plug-in housing.
REV
C,
JUL
197 8
Co un tercloc kwise
M idra n ge
R eleased
As desi red
LEF T
VER T M OD E
Pu shed in
I NT EN SITY
F OC U S
BEAM F I N D ER
GR ATIC ULE ILLUM
VER T M OD E
T R IG SO UR C E
P O WER
t
W h en h e 7603 is calibrate d in accordan ce wit h h e
cali bratio n pr oce dur e given in th e service ma nu al, t h e
vertical and h o r izo n tal gain are stand ardize d . Th is allows
cali brated pl u g-i n un its to be ch anged fro m one pl u g-i n
compartment to a n oth e r with out recalibratio n . H owever ,
t he basic cali bratio n of th e in d ivid u al p l u g-in un its s h o u l d
be c h eck e d when th ey a re i n stalle d in th is system to ve r ify
t h ei r meas u rement accu racy . See t h e operating i n str u ctio n s
sectio n of t h e pl u g-in unit i n stru ctio n manual for verification proce dure .
C HE C K O U T
2 . Conn ect t h e 7603 to α power sou rce w h ich meets t h e
voltage a nd frequ e ncy requ i r em e nts of th is instru ment . T h e
applied voltage sh o u l d b e n ear h e center of t h e voltage
ra n ge m ar k e d on th e rea r pa nel (see O pe rati n g V oltage i n
h is sectio n fo r i n formatio n on co nverti n g th is i n strume n t
from o n e o p erati ng voltage to a n ot h er ) .
t
t
3 . I n stall T EKT R O N IX 7A-series am plifier un its in to
h e left and rig ht vertical p lug-i n compa rt m e n ts .
I n stall α 713-series time-b ase u nit i n to the h o r izo n tal
com p a rtment.
bot h
t
4 . Pull t h e P O WER switch to tur n th e instr u me nt on .
Allow several min u tes wa rm up befor e proceed i n g .
5 . Set bat h vertical un its fo r α d eflection factor of two
volts/ d ivisio n and cen te r h e ve rtical positio n co n trols . Set
both ve rtical u n its fo r AC i np ut cou p li n g .
t
I
Operating I nstru ctio n s-7603/R7603 Operators
FUN CTIO N S O F CO N T R O L S AN D CONNE CTO R S
F ront Panel
1 . I NTEN SITY-Controls br ightness of the d isplay. Control is
i noperative when horizontal co mp a r t ment is vacant.
2 . RE ADOUT-T urns on t he readout d isplay and co ntrols the
rea dout i nte nsity .
L ig ht: I nd icates that the power switch is on and
i nst rument is co nn ected to α li ne voltage so urce.
t hat
the
8. CA L I BR ATOR -Calibr ator output p i n jacks (4 V, 0 .4 V, 40
mV, ground) . Positive-going pulse o r DC voltage selected by
changi ng i ntern al ju mper . R epetitio n rate is approximately one
kilohertz .
3. FOC US- Provides adjustment for opti mum display definition.
9. VERT MOD E-Selects vertical mode of operatio n .
4. G RATIC ULE I LLUM -Controls graticu le illumination .
LEFT : Signals from pl ug-in unit i n left ve rtical compartment
are d isplayed .
5. BEAM F I NDER-When pr essed, the scan is limited to withi n
area .
t he graticule
6 . TR IG SO UR C E -Selects source of i ntern al trigge r sign al fo r
the time b ase p l ug-i n in the horizontal co mp artment .
LEFT: The trigge r signal is obtained from the pl ug-i n un it in
the left ve rtical compartment only .
VERT M OD E : Trigger signal automatically follows the vertical
d isplay except in C HOP and ADD; then t he trigge r signal is the
algebr aic su m of the signals from the left and right vertical
compartme n ts .
RIG HT: T he trigger signal is obtained from the p lug-i n unit in
the right ve rtical compartment only .
7. POWERSwitch: Co ntrols power to the i nstrument.
ι
ι
A LT: Signals from plug-in un its i n bot h the left and rig ht
ve rtical co mpartments a re displayed (dual trace) . Display
switched betwee n vertical plug-in un its afte r each sweep.
ADD : Signals from plug-in un its in both the left and rig ht
vertical co mpartme nts a re alge braically add ed and the sum is
d isplayed on the CRT.
CHOP: Sig nals from pl ug-in units i n bot h the left a nd right
vertical comp artments a re d isplayed (dual trace) . The d isplay is
switched between ve rtical p l ug-in un its at ap pr oximately one
megahertz rate.
R IG HT : Signals fr om pl ug-in un it i n right vertical compa r tment is d isplayed.
10. Camer a Power (Not Labeled ) -T hree-pi n co nn ector on C RT
bezel pr ovides p owe r outpu t (+15 V) . Receives remote si ngle swee p
reset signal from co mpatible came ra systems, and α gro und pin
connection .
F ig . 1-2. Front-panel co ntrols and connectors .
ι
O p erating Instructions-7603/137603 Op e rators
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REMOTE ERASE IN 11613 7623
ALTERNATE FUSE INSIDE
131
ΥΕΡΤ S1G 0UT
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ΕΜΤ Ζ AXIS IN
1
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ΥΙΟΥΜΑΧ ν 500Ω
POSITIVE SIGNA.
DECREASES INTENSITY
}SA W7007N
THIS INST61MEN7 Ι $ CONNECTED
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FOR 0 υ Τ 10% JUMPERS
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INSIDE FREDUENCY 50 ΤΟ 400 Χε
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R ear Panel
1 . FU SE -Line voltage fuse for instrume nt.
2. S S RE ADY OUT-Pr ovides an exte rnal si ngle sweep rea dy
i nd icator signal after the si ngle sweep has b een reset .
3. ΕΧΤ S S RE SET IN-Remote single sweep reset .
4. ΕΧΤ Ζ AXIS IN-input co nnecto r for inte nsity mo du lation of
the CRT d is play.
5 . VERT SIG OUT- Vertical sig n al selected by TRIG SO UR C E
switch (LEF T, R IG HT, ALT and ADD) .
6. GATE OUT-Gate signal selected by gate selector switch
(MAIN, AUXILIARY, and D EL AY).
7 . + SA WTOOT H OUT- Positive-going sawtooth from time-base
unit.
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F ig . 1- 3. Rea r-panel controls and connecto rs.
2-100
No
Ope rating I n st ru ction s-7603/R 7603 Op er ato rs
6 . Set th e ti m e- b ase un it fo r α swee p r ate of o ne
milliseco nd /d ivisio n n th e auto, i n te rnal t r igge r mod e.
i
7. Ad va n ce t h e I N T EN SITY co ntrol un til th e trace is at
th e desi r ed viewi ng level ( n ea r m idr ange) . Adva nce t h e
READOU T u n til th e r ead out dis p lay is at th e desired
viewing level.
8. Co nnect the 4 V calibrator pin-j ack to t he input of
th e left vertical u nit wit h α BN C to pin -j ack cab le (supplie d
accessory) .
14 . Press th e R IG H T bu tton of th e VER T MOD E
switch . R emove th e calib rator sig n al from the left vertical
a nd co n nect it to t h e righ t vertical . Th e dis p lay am p lit ud e
sh ou l d be fo u r d ivisio n s wit h i n 0.12 d ivisio n . Note t h e
exact disp lay amplitu d e for th e next ste p .
15 . Α co rrect dis p lay i n b ot h steps 12 a nd 14 ind icates
t h at t h e 7603 Vertical Deflectio n System a n d the ver tical
plug-i n un its are calib rated . If th e dis p lays noted previo u sly
a r e bot h outside t h e given tolera n ce in t h e same di rectio n
(i .e ., h ig h or low), th e Ve rtical Gain or 4 Volts calibr ato r
adju st m e n t pro b ab ly need s r e-adj ustm e n t. Ot h erwise, c h ec k
t h e cali b ratio n of t h e vertical plug-in u nits .
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ι
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16 . N otice t h at th e position co n trol of only t h e r ig ht
vertical u nit h as an effect on t h e positio n of t h e disp lay.
Positio n t h e disp lay to th e lower h alf of t he gratic u le . Set
Display F ocus
b ot h ve rtical u n its for α deflectio n facto r of two volts/
divisio
n . Co nn ect cali br ato r signal to bot h ve r tical u n its by
9 . Adju st t h e FOC U S co n t rol fo r α s h arp, well- d efi n ed
u
sing
α
du al inpu t co u pler .
disp lay ove r t h e e nti re tr ace length . If α pro p e rly focu sed
display cannot be o btained wit h t h e FOC U S control, th e
i n te r nal Astigmatism ad ju stme n t must be re-set; see t h e
Cali br atio n sectio n of t h e Service man u al .
Trace Alignment
10 . Disconnect th e in put sig n al an d position t h e trace
wit h t h e left ve rtical un it positio n co n t rol so it coi n cid es
wit h t h e ce n ter h or izo n tal li ne of th e g raticule. If t he trace
is not par allel to t h e center h orizo n tal line of th e graticule,
see Tr ace R otatio n a dju stme nt procedure i n Cali b ratio n
section of th e se r vice m an u al .
Graticule Illuminatio n
I
11 . R otate the G R AT LLUM control t hro u gh out its
range an d n otice th at the illumi n atio n of t h e graticu le li n es
i n c reases as th e co n trol is tu rned clock wise ( most obvio u s
with tinted filter i n stalled ) . Set the control so t h e graticule
li n es a re ill um i n ated as desired .
17 . P ress th e A L T bu tton of t h e VER T MOD E switc h .
th at two traces a re d is p layed on th e CR T. Th e top
trace is produ ced by t h e left vertical u n it a nd the botto m
trace is prod u ce d by t h e r ig h t ve r tical un it . Set th e sweep
rate to 50 milliseco nd s/d ivisio n . N otice th at the d isp lay
altern ates between t h e left and r ig h t vertical un its after
eac h sweep . Turn th e sweep rate switch thr oug h ou t its
ra nge . Notice th at th e disp lay alter n ates betwee n ve rtical
un its at all sweep r ates .
N otice
18 . Press th e CHOP bu tto n of t h e VER T MOD E switc h .
Tur n t h e swee p rate thr oug h out its r a nge . Notice t h at α
du al-trace dis p lay is presented at all swee p rates, b ut u nli k e
AL T both vertical un its a r e displayed on each sweep n α
time-sh a r ing m anner. R et u rn th e sweep rate to 0 .5
m illiseco nd /d ivision.
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19 . P ress t h e ADD butto n of the VER T M OD E switc h .
The dis p lay sh ou l d bB fou r d ivisio n s i n amplit ude . Notice
t h at t h e positio n co n trol of eit h er ver tical un it m oves t h e
dis p lay . R eturn th e VER T M OD E switc h to LEF T .
Trigge r i n g
20 . Center t h e d isp lay οη t h e C R T W ίt h t h e left vert ίcα1
un it positio n co n trol . Disconnect th e i npu t sig n al fro m t h e
12 . Con n ect th e 4 V cali br ato r
rig h t ve r tical un it i n p ut co nnector. Seq u entially press all of
sig
n al to th e i npu t
co nnecto r of t h e left ve rtical u n it wit h th e BN C to pi n -j ac k
th e VER T M OD E switch bu tto n s . Notice th at α stab le
dis p lay is o b tai n ed in all position s of th e VER T MOD E
ca b le . Set bot h vertical un its for α deflection factor of one
volt/
d ivisio n . The disp lay am p lit ud e s h o u ld b e fou r
switc
h (st r aigh t line i n R IG H T positio n ) .
divisio n s. Note t h e exact display amplit ud e for ste p 15 .
Vertical Deflection System
13 . Notice t h at the position cont rol of only th e left
vertical un it h as an effect on th e positio n of the d is p lay.
P ositio n t h e display to th e upper h alf of th e gr atic u le .
21 . Pr ess th e LEF T butto n of t h e TR IG SO UR C E
switch . Again, seq ue n tially press all of th e VERT MOD E
bu tto ns. Notice t h at t he dis p lay is again stab le i n all
position s, as in t h e previous step.
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Operating 1nstru ctions-7603/ R 7603 Ope rato rs
. P ress a nd h ol d t h e BEAM FI N D ER switc h . N otice
22 28
. Pr ess th e R IG H T bu tto n of t he T R IG SO UR C E
t h at th e d isp lay is r etu rn ed to t h e viewi ng a rea in
switc h . Seq uentially press all of t h e VER T M OD E b utto n s
co mpressed form . I n c r ease t he ve rtical a n d h o rizon tal
a nd notice t h at α sta b le d is p lay ca nn ot b e obtained n any
deflectio
n factors until th e d is p lay is r e d u ced to about two
positio n . T h is is b eca u se th ere is no i np ut signal co nnected
ivisions
ver tically and h orizo n tally (w h e n he horizontal
vertical
un
it
.
R
et
urn
h
e
T
R
IG
SO
UR
C
E
switc
h
d
to th e rig h t
u nit is o p erated in th e time-b ase m od e, ch a nge only the
to VER T M OD E . R emove cali b rato r signal from left
d eflection facto r of t h e vertical unit) . Ad j ust the position
ve r tical un it and connect it to r ig h t ve rtical un it . R epeat
co n t rols of th e d is p layed ve r tical u nit and th e time-b ase
ste ps 20 to 22 . T h e tr igger signal will come f r o m r ig h t
unit to ce n te r h e com pressed d is p lay a b o u t th e center li nes
.
e
n
t
h
e
LEF
T
bu
tto
n
is
pressed
of
t
h
e
T
R
IG
vertical Wh
of the graticule . R elease th e BEAM FI N D ER switch . N otice
SO UR C E switch he d is p lay is not stable because th ere is
th at t h e display remai n s with i n h e viewi ng a rea .
no in pu t signal co nnecte d to th e left vertical . R etu r n t h e
T R IG SO UR C E switc h to VER T M OD E .
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t
t
t
t
t
Horizo ntal Deflectio n System
t
23 . P ositio n h e start of t h e sweep to the left graticu le
li ne wit h h e ti me-b ase u nit positio n con t rol .
t
24 . Co nn ect α 10 Χ p robe to t h e i np ut of t h e r ig h t
vertical unit . Set th e r igh t vertical unit for α d eflectio n
factor of 10 volts/ d ivisio n and set t h e VER T M OD E switc h
to R IG H T . Set t h e time-b ase unit for α sweep rate of five
milliseco nd s/d ivisio n .
25 . Co n nect t h e pro b e tip to α line-voltage so ur ce . T h e
d isp lay sh ou l d sh ow t h ree com p lete cycles ove r t h e 10
d ivisio n s wit h i n 0 .3 d ivisio n . Α correct display ind icates
that t h e 7603 H o r izo n tal Deflection System and t h e
time-base u nit are co rr ectly cali br ate d . If th e disp lay
is outsid e t h e given toler a n ce, eithe r h e 7603 o r t h e
time- b ase un it needs to b e recali brate d . Refe r to t h e
Calibratio n sectio n of t h e Service manual, a nd to t h e
time-base unit ma nu al fo r a dju stment p roced u re .
Z-Axis Input
29 . If an exter nal sig nal is availa b le (five volts pea k -topeak m i n imum at two m ega h e r tz or less), th e f u nctio n of
th e ΕΧΤ Ζ AXIS i np ut can b e demon strated . Conn ect t h e
extern al sig n al to both h e i nput of th e rig h t ve r tical u nit
and t h e ΕΧΤ Ζ AXIS connecto r wit h two BN C cab les and α
BNC Τ co n nector . Set th e VER T M OD E switch to R IG H T
and set th e ve r tical u n it fo r α d eflectio n factor of two
volts/d ivisio n . Set th e time-base un it fo r α sweep rate w h ich
d isp lays seve r al cycles of th e signal . Ad j ust th e a mp lit ud e of
t h e signal ge nerato r un til i n te n sity m odu latio n is visib le on
t h e disp lay . T h e p ositive peak s of th e wavefo rm sh o u l d be
b lank ed out a nd h e negative p eak s i nte n sified . N otice t h at
t h e setti n g of th e I N T EN SITY cont rol determines the
amo u nt of i ntensity m od u latio n t h at is visi b le .
t
t
t
ΝΟΤΕ
This step is based on an accurate 60-Hertz line
frequency. For other line frequencies, this procedure
will need to be changed accordingly .
26 . Disco n nect t h e pro b e from th e li n e-voltage source
and th e r igh t vertical u nit and co nn ect t h e probe to t h e
left vertical un it . Set t he VER T M OD E switc h to LEF T
a n d set t h e ti m e-base u n it for α swee p rate of 0 .5
milliseco nd /d ivision .
t
30. Disco nn ect t h e sign al f ro m h e ΕΧΤ Ζ AXIS
con nector, bu t leave it co nn ected to t h e right ver tical u nit
i npu t . C h eck h at peak -to-pea k amp litud e of t h e d isp laye d
sig n al is four d ivisio n s maximu m .
t
31 . T h is completes t h e O p erati n g C hec k o u t procedu r e
for th e 7603 . Inst rum e n t o pe r ations not ex p lai n ed h e re, or
o pe ratio n s w h ich need fur th e r ex p la n ation are d isc u ssed
und e r General O perating I nfo rm atio n .
SI MPL I F I E D O PER ATI NG I NST RU CTIONS
T h e followi ng i nformatio n is pr ovid ed to aid i n qu ick ly
o b tai n i ng the co rrect setti n g fo r h e 7603 controls to
prese n t α d isp lay . Th e o p erator sh ould be familiar with he
com p lete fu n ctio n and ope ratio n of th is instru ment as
d escr i bed elsew h er e i n h is sectio n b efo re u si ng t h is
pr ocedure . F or detailed o p e r ating i n fo r matio n fo r h e
p lug-i n un its, see th e i n str uctio n ma nu als fo r h e app licab le
t
Beam Find e r
27 . Set t h e d eflectio n facto r of th e left ve rtical un it to
0 .1 volt/divisio n . N otice th at α sq uare-wave d isplay is not
visi b le, si n ce th e d eflectio n exceeds th e scan a rea of t h e
C RT .
REV Β , JUL 1978
t
t
u n its .
t
t
O p e r ating Instr u ctions-7603/117603 Op er ato rs
Du al-Trace Display
Si n gle-T r ace Display
T he following procedu re will p rovide α display of α
si ngle-trace vertical unit agai nst one time-base u nit. For
si mp licity of ex p la nation, th e vertical u n it is installe d i n t he
left vertical co mpartment. The right vertical compartme nt
can be used if the pr ocedu re is changed accordin gly .
1 . I nstall α 7A-series vertical un it in
compartment.
t he
left vertical
2 . Press the LEFT button of the VERT M OD E switch.
3. I nstall α 713-series time-base un it in
com partment.
4. P ress th e VERT M OD E
SO UR CE switch.
t he
h orizontal
bu tton of the T RIG
5. Co nn ect the signal to the input co nnecto r of the
vertical u nit .
6 . Set the vertical un it for AC input co up li ng and
cali brated deflectio n factors.
7 . Set the time-base unit for auto mo de, intern al
trigge r ing at α cali b rated sweep rate of one millisecond/
d ivisio n .
8. Ad vance the I NT EN SITY co ntrol un til α d isplay is
visi b le . (If no display is visible with NTEN SITY at about
midrange, press and hol d the BEAM F I N DER switch a nd
adj ust the vertical d eflectio n factor un til the d isplay is
reduced in size vertically ; then center the co mpressed
d isplay with vertical and h orizontal positio n co ntrols;
r elease th e BEAM F I N D ER .) Adj ust the FOC US control for
α well-defined d is play . Adjust R eadout I NTEN SITY for the
desi red viewing level.
I
9. Set the vertical d eflectio n factor and vertical position
control for α display wh ich rem ai ns withi n th e graticu le
area vertically .
T he followi ng pr oced ur e will pr ovide α d isp lay of two
si ngle-trace vertical un its agai n st o ne time-base unit .
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1 . I nstall 7A-series ve rtical un its in b ot h vertical plug-i n
compartments .
2 . Pr ess the LEFT button of the VERT MOD E switch .
3. I nstall α 713-series time-base un it i n the h orizontal
compartment .
4. Pr ess the VERT M OD E
SO UR CE switch .
bu tton of
the TR IG
5. Co nn ect the sign al to the input co nn ecto rs of the
vertical units.
6. Set the ve rtical u nits for AC inp ut co up li ng a nd
calibrated deflection factors.
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7 . Set the time-base un it fo r a uto mode, internal
trigge ring at α sweep rate of one millisecond /divisio n .
8 . Advance the I NTEN SITY control un til α dis p lay is
visi ble . (If no d isplay is visi b le with I NTEN SITY at
midr ange, pr ess and hol d BEAM F IN D ER switch a nd adjust
vertical d eflectio n factor un til d isplay is reduced in size
vertically; then center compressed d is play with vertical an d
horizontal p ositio n co ntrols; release the BEAM F I N DER
switch.) Set the F OC US co ntrol for α well-d efined display.
9 . Set th e left ve rtical unit deflection factor for α
dis p lay about fou r d ivisio ns in am plitud e. Adju st the left
vertical p ositio n co ntrol to move th is d is play to the to p of
the graticule area .
10 . Pr ess the R IG H T b utto n of the VERT MOD E
switch.
10 . If necessary, set the time-base triggeri ng co ntrols fo r
α stable d isp lay .
11 . Set the R IG HT vertical u nit d eflectio n facto r for α
d isplay about fo ur divisions in amplitude (if d is play cannot
b e located , use BEAM F I N DER switch ) . P osition this
disp lay to the botto m of the gratic ule area with t he right
11 . Adjust the ti me-base p osition control so the d isplay
b egins at the left edge of the gratic u le . Set the time-base
swee p rate to d is play the d esired n umber of cycles .
12 . Press the ALT or CHOP bu tton of the VERT M OD E
switch . Α d ual-trace d is play of the signal from the left
vertical u nit position co ntrol .
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Oper ati n g I n stru ctions-7603/137603 Ope rators
vertical and rig ht vertical p lug-in un its shou ld be prese nted
-i nfo rm ation on c hoice of d ualon the C RT. ( For -trace
mode, see V ertical Mode in this section .)
13 . If n ecessary, adjust the time-base triggeri ng controls
for α stab le d isplay .
14 . Adjust the time-base p ositio n co ntrol so the display
b egins at t he left edge of the gratic ule . Set the ti me-base
sweep rate for the d esired h orizo ntal d isplay.
Delayed Sweep - Single Trace
T he following procedu re will p rovi de α delayed swee p
is
d p lay of α single-trace ve rtical un it .
1 . Follow th e co mp lete proced ure give n under Si ngleTrace Displays .
2. B e sure the time-base u nit installed in the h orizo ntal
com partment is α d ual time-base with d elaying/ delayed
ca pabilities .
NOTE
Some 78-series time-base units h ave provisions for
amp lifier operation in th e Χ- Υ mode; see Χ- Υ
op eration in th is section fo r details of op eration in
th is manner.
1 . I nstall 7A-series am plifier u nits in bot h
ve r tical and the horizontal com partm ents .
t he
left
2. P ress the LEF T b utto n of the VER T M OD E switch .
3 . Co nnect th e Χ-sig nal to the am plifier un it in t he
h orizontal com partment.
4 . Co nn ect the Υ-sig nal to the amp lifier u nit in the left
ve rtical com partment.
5. Set b ot h amplifier un its for AC input co up ling and
cali brate d deflectio n factors .
6 . Adva nce the I NTEN SITY co ntrol un til α d is play is
visi ble . (If no d isplay is visible, press and h old BEAM
F I N D ER switch and adjust the deflection factors of b oth
size
both
amplifie r un its until d isplay is reduced in
3. Follow the p roce dure given in th e instru ctio n ma nual
ressed
d
is
play
horizontally;
then
center
comp
vertically and
for the d ual ti m e-b ase u n it to obtain α d elaye d-sweep
with t he positio n co ntrols; release t he BEAM F I NDER
d isplay .
switch .) Adjust the FOC U S co ntrol for α well-defined
display.
Delaye d Sweep - Dual T race
T he following p rocedure will p rovi de α d elayed-sweep
display of two si ngle-trace ve rtical u nits .
1 . F ollow the co mp lete proced ure given under DualTrace Disp lay .
2 . B e sur e th e time-b ase unit installed in th e h orizontal
compartment is α dual time-base u n it with delaying/delayed
capabilities .
3. F ollow the proced ure give n in t he instruction ma n ual
fo r the d ual time-base un it to obtain α delayed -sweep
d is play .
Χ-Υ Disp lay
The following procedure will p rovide an Χ-Υ d isplay
(one signal ve rsus another rathe r th a n against time).
G ENER AL O PER ATI NG INF O RM ATIO N
Intens ity Co ntrol
T he setting of the I NTEN SITY co ntrol m ay affect the
correct focus of the disp lay. Slig ht re-adju stme nt of the
F OC US control may b e n ecessary, when t he inte nsity level
is changed. To p rotect the C RT ph osph o r ; d o not turn the
I NTEN SITY co ntrol h ig her t han n ecessary to provide α
satisfacto ry d isplay . The light filte rs redu ce the observed
ligh t ou tpu t from the C RT . Wh e n usi ng these filters, avoid
ad va nci ng the INTEN SITY co ntrol to α setting that may
b ur n the ph osph or . Wh en the h igh est inte n sity d is play is
desired, remove the filters and use only the clea r faceplate
p rotector ( p e rma n ently i n stalled behind bezel) . Apparent
trace intensity can also b e improved i n such cases b y
redu ci ng the am b ient light level o r usi ng α viewing h ood.
Also, b e ca r eful that the INTEN SITY control is n ot set too
h ig h w hen changi ng the ti me-base u nit sweep rate from α
fast to α slow sweep rate, or whe n c ha ngi ng to the Χ -Υ
mode of operatio n . The instru ment in co rporates p rotectio n
ci rcu it ry wh ich a utomatically red uces the d is play inte nsity
to α lower level when t he ti me-base u nit is set to α slow
sweep rate. This reduces the d anger of d amaging the C R T
ph osphor at these slower swee p rates .
Operati n g Inst ru ctions--7603/ R 7603 Operato rs
Disp lay
F ocus
T he FOC U S control allows adj ustmen t fo r b est d efinitio n of th e CR T d is p lay. T he R eadout i nten sity s h o u ld b e
t urned on, wh e n adj usti ng th e F oc u s co n trol . Slig ht
r e-a dju st m ent of th is control m ay b e n ecessary as t h e
d is p lay co nd itio n s ch a n ge . If α pro p e r ly foc u sed display
ca nnot b e ob tai n ed wit h th e F OC U S co n t rol, t h e i nte rn al
Astigmatism adj ust me n t mu st be re-set ; see t h e Calibratio n
section of t h e se rvice manual .
Gratic u le
The graticu le of th e 7603 is m a rked on th e i n side of t h e
II
.face p late of th e C R T, ρrονίdίηg acc u rate,
measur eme n ts . Th e g raticu le is d ivi d ed i n to eig h t ve r tical
and ten h o r izontal d ivisio n s. Each division is 1 .22
centi m eter s squ are. 1 η ad ditio n , eac h m aj o r d ivisio n is
divi d ed i n to five m inor d ivisio n s. T h e ve rtical gain an d
ho r izontal timi ng of th e p l u g-i n u nits are cali b rated to t h e
g ratic u le so accurate measu rem e nts can b e made from t h e
CR T. Th e ill um i n ation of th e g raticu le li nes can b e varied
wit h t h e G R ATIC ULE I LLUM cont rol .
L igh t F ilter
Th e ti n ted filter p rovi d e d wit h t h e 7603 m i n i m izes lig h t
reflectio n s f ro m t h e face of the C R T to i mprove con t rast
when viewi n g th e d is p lay under h ig h ambie n t light cond itio n s. Th is filter sh o u ld be r em oved for wavefo r m ph otog ra ph s o r w h en viewing h ig h w r iti ng rate d isplays. To
remove the filte r , loosen th e two sc rews on th e r ig h t si d e of
the bezel and remove th e bezel . R e m ove the tinted filter ;
leave th e clea r p lastic facep late protector i n stalled a nd
re p lace t h e b ezel . Th e face p late p rotector shou ld b e left i n
place at all times to pr otect th e C R T faceplate from
sc ratch es .
An o p tio n al mes h filter is availab le fo r u se wit h the
7603 . T h is filte r provid es sh ield ing against rad iated EMI
(elect ro-m agnetic interfe r ence) f ro m t h e face of t h e C R T. It
also se r ves as α 1ίgh t filter to mak e t h e trace mo re visi b le
under h igh am b ient ligh t co nditions. Th e mesh filter fits i n
place of t h e p lastic CR T m as k and t h e tinted filter .
ΝΟΤΕ
Two types of crt gratίcules have been u sed in some
Tektronix oscillosco pes. One gratίcule has 0% and
100% rίsetime reference points that are separated by
6 ver tical gratίcu le divisions. Th e other g ratίcule h as
th e 0% an d 100% rίsetime reference p oints separated
by 5 vertical divisions. In yo u r manual, illustrations
of th e crt face or rίsetime measuremen t instructions
may not correspond with th e graticu le markings on
you r oscilloscope.
Fig . 1-4 sh ows t h e gratic u le of th e 7603 and defines the
va r io u s m eas ur e m ent lines . Th e ter min ology d efin ed h ere
will be used i n all d isc u ssions involvi n g g r aticule meas u remen ts . N otice th e 0°%o, 10%, 90% and 100% m a rk i ngs on t h e
left si d e of t h e g raticu le . Th ese mark i ngs a re pr ovi d ed to
facilitate rίsetime m easu r em e nts .
F irst
vertical
lin e
ιοο
9α . . .
i
Cen te r
ve rtical
line
1
:
. .
N i nth
vertical
li ne
. . .
i
T h e BEAM F I N DER switch pr ovid es α mea n s of locati ng
α display wh ich overscans the viewing area eit h e r ver tically
or h orizo ntally. Wh en t h e BEAM FI N DER switc h is pressed
and h el d , t h e d isp lay is com p resse d with i n th e g raticu le
ar ea . R elease t h e BEAM F I N D ER switc h to retu rn to α
norm al d is p lay . To locate a nd r epositio n an oversca nned
d isplay, u se the following procedure:
1 . P ress and h old t h e BEAM F IND ER switch .
2 . I n c r ease the vertical an d h o rizontal d eflection facto r s
u ntil t h e ve rtical d eflectio n is red uced to a bout two
d ivisio n s a n d th e ho r izo n tal d eflection is redu ced to a b o ut
fo ur d ivisio n s (th e h orizo n tal d eflection n eeds to b e
r e d uced only wh en in th e Χ-Υ mode of op eration ).
3. Ad ju st t h e vertical and h o rizontal positio n controls
to center th e display about th e ve rtical and h o r izontal
ce n te r li n es of t h e graticu le .
. .
ι
B eam F inder
Center
i . .~. horizontal
Ι
li ne
4. R elease th e BEAM F I N DER switc h ; th e d isp lay
sh o u ld r em ai n wit h i n th e viewing area .
Rea d out M odes
T h e ch aracte r s of th e read out d is p lay a re wr itten b y th e
C RT b ea m on α ti m e-sh a re b asis with sig n al wavefo rm s. T h e
R eadout syste m op erates in α free ru nn i n g m od e to
ra nd omly i n te rrupt the waveform d isp lay to prese n t th e
ί
ί
.
.
.
.
.
.
.
.
.
.
.
.
. . . .~ . . . . . . . .~ . . . .~ . . . . :-. . . .~ . . .
Ι
ιπ
ο.-λ
_
_
ε 131 ο-ο5
F ig. 1-4. Definitio n of measur e men t lines on 7603 gratic u le.
ι
rea d ou t c h a racte r s. Th e rea d out system can αι sο ope rate i n
α GAT E T R IG'D mod e. No rea d o u t sig n al is prod u ce d until
after th e sweep h as occ urr ed . In th is m o d e t h e sweep mu st
run to h ave the read out d isp layed .
REV C, JUL 1978
ι
ι
Operating I n stru ctions-7603/ R 7603 Ope rators
Dis p lay Ph otograph y
Α per manent r eco rd of th e C R T d is p lay can b e obtai n ed
wit h an oscillosco p e ca me r a system . Th e i nstructio n
manuals fo r
h e T EK T RO N IX Oscillosco p e Cameras
incl ude com p lete i n structio n s fo r obtaini ng waveform
ph otogra ph s . T h e following sp ecific i n fo rm ation a pp lies to
t h e 7603 .
t
ι
ι
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ι
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ι
ι
T h e C R T bezel of th e 7603 pr ovides i nteg ral mo un ting
for α T EKT R O N IX Oscillosco p e Came r a . T he three pins
located on th e left sid e of the C R T bezel con nect power to
com pati b le ca mera syste m s . It also receives control sig n als
f rom T EK T R O N IX automatic cameras to allow came raco n t r olled si ngle-sh ot p h otog ra ph y (see came ra m a nu al for
f ur t h er i n formatio n ) .
Vertical M od e
L eft and R ig h t M ode . W h en t h e LEF T or R IG H T
butto n of the VER T M OD E switch is pressed , only the
sig n al f ro m th e p lug-i n un it i n th e selecte d compart me n t is
d isp layed .
Altern ate Mode . T h e A L T positio n of th e VER T M OD E
switc h prod uces α disp lay w h ich alter n ates b etwee n h e
p l u g-i n un its i n th e left vertical and rig ht vertical co mpartments with eac h sweep of th e C R T . Alth o ug h h e A L T
mode can b e u sed at all sweep rates, the C H O P mod e
p r ovides α m o r e satisfacto r y d isplay at swee p r ates b elow
a b o u t 20 milliseco nd s/divisio n . At th ese slower swee p rates,
altern ate-mod e switc h i ng becomes vis ually percepti b le .
rates lower t h a n about 20 m illisecon d s/d ivision , or
wh e neve r du al-tr ace single-sh ot ph e n omen a a re to be
disp layed . At faster sweep rates, t h e ch opp ed switch i ng
becomes a pp arent a nd may i nterfe re with he dis p lay .
t
Correct i n ter nal t r igger ing for th e C H O P mode ca n b e
obtai n ed in any of th e thr ee p osition s of th e T R IG
SO UR C E switc h . Wh e n h e T R IG SO UR C E switch is set to
VER T M OD E , th e i n te rn al t r igge r sig n als from th e ve rtical
p l u g-in u n its a r e algebraically added a nd he time-b ase u nit
is t r igge r ed from t h e resulta n t signal . U se of th e LEF T o r
R IG HT t r igger-source p ositions t r iggge r s th e time-base un it
on th e i n te rnal trigge r sig n al from t h e selecte d vertical unit
only . Th is allows two ti m e-r elated sig n als to b e d isp layed
s h owi ng true ti me relation s h i p . H owever, if the sig n als a re
not ti m e-related , t h e display fr o m t h e ch a nn el w h ich is not
pr ovi d i ng th e trigger sig n al will a ppea r u n sta b le . T h e C HO P
mod e can b e used to com pa re two si ngle-sh ot, t ransient, or
ra nd o m sig n als wh ic h occ ur with i n t h e ti me interval
d eterm i n ed b y th e ti me-base un it (ten times selected sweep
rate) . To provid e co rrect t r iggeri ng, th e d isp lay wh ich
provides t h e tr igger sig n al mu st p reced e th e second d isp lay
in time . Si n ce th e sig nals show true ti m e relatio n sh i p ,
time-d iffere n ce meas u re me n ts can be ma d e f rom the
t
t
d isplay .
t
t
Algeb raic Add ition . T h e ADD p ositio n of th e VER T
M OD E switch can be used to d is p lay t h e s u m or d iffe rence
of two sig n als, for commo n -mod e rej ectio n to remove an
und esi r e d sig n al, o r for DC offset (a p plyi n g α DC voltage to
o n e ch a nnnel to offset t h e DC com p o ne n t of α sig n al on t h e
oth er channel) . T h e comm on-mode rej ection ratio b etween
h e vertical p l ug-i n com pa r tments of th e 7603 is greater
h an 20 :1 at 50 mega h ertz . T h e re j ection ratio i n creases to
100 :1 at DC .
t
t
ΝΟΤΕ
Th is instrument will not operate in the AL T mode if
the horizontal plug-in unit is not operated in the
time-base mode.
T h e T R IG SO UR C E switch allows selectio n of th e
triggeri ng fo r an alter nate d isp lay . When th is switch is set to
the VER T M OD E positio n , each sweep is t r igge red b y the
signal being disp layed on t h e C R T . T h is provi d es α stable
d isp lay of two unrelated signals, but d oes not ind icate t h e
time relatio n sh ip b etween th e sig n als . In eit h er h e LEF T o r
R IG H T positio n s of th e T R IG SO UR C E switc h , th e two
sig n als are d is p layed sh owi ng t ru e time r elations h ip .
H oweve r , if t h e sig n als are not time-related, the d is p lay
from t h e p l ug-in u nit w h ich is not provid i ng α trigger sig n al
will ap p ear u n stab le on t h e C R T .
t
Cho pp ed M ode . T he C H OP p osition of t h e VER T
M OD E switch prod u ces α d isp lay w h ich is electronically
switched betwee n ch a n nels at α one-mega h e rtz rate . In
ge ne ral, t h e C H O P m od e p rovid es th e b est d isplay at swee p
t
T h e overall d eflection facto r on t h e C R T i n h e ADD
mode is the resulta n t of t h e algeb raic add itio n of th e sig n als
from th e two vertical p l ug-i n un its . It is difficu lt to
d etermi n e t h e voltage amp lit ud e of th e res u lta n t disp lay
un less t h e am p lit ud e of t h e signal applied to o n e of th e
p l ug-i n un its is kn ow n. T h is is p artic u larly tr ue w h en h e
ve rtical un its are set to differe n t d eflectio n factor s, since it
is n ot obvio u s w h ich p ortio n of t h e d isp lay is α result of the
sig n al applied to eit h er pl u g-i n un it . Also, th e polarity a nd
r epetitio n r ate of t h e a pp lied signals en ters i n to t h e
t
calcu lation .
T h e followi n g gen e ral preca utio n s s h ould b e o b served to
prov ide the best d isp lay w h e n u si ng t h e ADD mode :
t
1 . Do n ot exceed h e i n put voltage rating of th e p lug-i n
u n its .
Operating Instructions-7603/117603 Operators
d isplay . Some of the 713-series time-base un its can be
2 . Do not apply large signals to the p l ug-i n i n p uts. Α
operated as amplifiers in addition to their n ormal u se as
good ru le to follow is not to apply α signal wh ich exceeds
timebase generators . This feat ur e allows an extern al signal
an equ
ivalent of abo ut eight times th e vertical deflection
factors. For example, with α vertical d eflectio n factor of
to p rovide th e h orizontal deflection on the C RT. For most
0 .5 volt/d ivisio n , the voltage ap plied to that p l ug-in unit
of the time-base un its with the am plifier fun ctio n , the Χ
should not exceed 4 volts. L arger voltages m ay res ult in α
(horizontal) signal ca n be connected either to an exte rn al
d istorted display.
i nput co nnector on th e time-base un it or it ca n be routed to
the time-base un it throug h the internal triggeri ng system
(see time-base instru ction manu al for details) . If the latter
3. To ensure th e greatest d ynamic range in the ADD
method is u sed, the TR IG SO UR C E switches must be set so
mode, set the position co ntrols of the p l ug-in un its to α
that the Χ (hor izontal) signal is obtai ned from one of the
setti ng whichve
wou ld resu lt in α mid-screen display if viewed
rtical un its and the Υ (ver tical) signal is obtai ned from
in t he LEFT or R IG H T positio ns of the VERT MOD E
the other ve rtical unit . The ad vantages of using the internal
switch .
trigger system to pr ovide the Χ signal are that the
attenuator switch of t he amplifier un it provid ing the
h orizontal signal d ete rm ines the horizontal d eflection
channel,
eac
h
set the
4.
For similar response fr o m
factor to allow full-r a nge operatio n and the plug-i n u n its d o
p lug-in un its fo r t he same input coupli ng.
not h ave to be moved between co mpartments wh en Χ - Υ
operation is desire d .
Trigger Source
Anoth er method of obtain ing an Χ-Υ d isplay is to install
The T R IG SO UR C E sw itch allows selection of the
an amp lifier plug-in u nit in o ne of the h orizontal plug-in
internal trigger signal for th e ti me- base un it . For most
compartments
(c hec k a mp lifier unit gain as give n n the
applications,
cations, this switch can b e set to the VERT M OD E
ug-in
instructio
n manu al to obtain calibrated horizontal
Pl
positio n. This positio n is the most convenient, si nce the
eflectio n factors) . Th is method pr ovides the best Χ -Υ
d
internal trigger sig nal is au to m atically switched as the
display, p articu la rly if two identical am plifier u nits are
VERT M OD E switch is changed , or as the d is play is
used, si nce b ot h t he Χ and Υ inp ut systems will h ave the
electronically switched b etween t h e left vertical and rig ht
same d elay time, gai n characteristics, input co up li ng, etc.
vertical p lug-in un its in th e ALT position of the VERT
Fo r further informatio n on obtain ing Χ-Υ d isplays, see th e
MOD E switc h . It also p rovides α usable trigger signal in the
plug-in un it m anu als. Also, the refere nce b oo ks listed under
ADD or C HOP positio ns of the VERT M OD E switch , si n ce
Applicatio ns pr ovide information on Χ-Υ measurements
the internal trigger signal i n t hese modes is the algebraic
and interpreti ng the resu ltant lissajousdisp lays .
su m of the signals app lied to the ve rtical p l ug-in un its.
Therefore, the VERT MOD E positio n ensur es that the
ti me-base un it receives α trigger sign al rega rd less of the
VER T M OD E switch setting, without the n eed to change
I nte nsity Modulation
the t r igger so urce selectio n .
Inte nsity (Z-axis) modulatio n ca n be u sed to relate α
t hi rd item of electrical phenomena to t he ve rtical (Y-axis)
a nd t he h orizontal (X-axis) coord inates without affecti ng
If correct triggeri ng fo r t he d esired disp lay is n ot
the waveshape of the displaye d signal . The Z-axis modu n
d
the
VERT
MOD
E
positio
n,
the
LEFT
or
obtai e in
lati ng signal applied to the C RT ci rcuit changes the
R IG HT positions can b e used to obtai n t he trigger signal
intensity of the d isp layed waveform to pr ovide th is type of
from either t he left vertical or righ t vertical p lug-in u n it .
d isp lay. "Gray scale" inte nsity modulation can be obtained
The internal trigger sig nal is obtained from the selected
b y applyi ng signals wh ic h d o not com p letely b la nk t he
vertical compartment, wheth er the p l ug-in un it in t hat
d isplay. L arge am p litu de signals of the correct p olarity will
compartment is selected for d isplay on the C RT or n ot . If
com pletely b la nk t h e display; the sharpest d isplay is
the intern al trigger signal is obtained from o ne of the
for
provided b y sig n als with α fast rise and fall . The voltage
vertical u nits, b ut th e ot her ve rtical un it is selecte d
amp litud e re qu ired for visi ble trace mod ulation depend s
d is play, the internal trigger signal must b e ti me- related to
upon the setting of th e I N TEN SITY co ntrol . A two-volt
the d isplayed signal in order to obtain α triggered (stable)
peak-to- pea k signal will com p letely blank the d is play even
dis play .
at m aximu m inten sity levels . L ower a m plitude signals can
be used to only change the trace br ightness rather than
completely b la nk t he d isplay. N egative-goi ng m odu lating
Χ-Υ Operation
signals increase th e d isp lay intensity and positive-goi ng
lications,
it
is
d
esirab
le
to
d
is
play
one
signal
m od ulating signals d ec rease the d isplay intensity . U seful
1 η some app
input frequ ency range is DC to 10 mega hertz (i nput voltage
ve r sus anoth er (X-Y) rather than agai nst time (i nte rn al
swee p ) . The flexibility of the plug-in un its available for use
derating necessary above two mega hertz) . The maxim um
with t he 7603 p rovi des α means for a p p lyi ng an external
input voltage shou ld be li m ited to 10 volts (DC p lus pea k
signal to the h orizontal d eflectio n system fo r this ty pe of
AC) .
i
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Operating Inst ru ctio ns-7603/137603 Operators
to
Ti me ma rk ers app lied
th e ΕΧΤ Ζ AXIS input
co nn ector provide α d irect ti me reference on the d isplay.
W it h un calibrated h orizontal sweep or external h orizontal
mode operation, t he ti me ma rkers provide α means of
rea d ing ti me di rectly from the display. H owever , if the
mark ers are not time-related to the d is played wavefo rm , α
si ngle-sweep d isp lay shou ld be used (for internal swee p
only) to provid e α stable display.
Raster Display
V oltage. The cali b rato r provides accurate outpu t voltage
of 40 millivolts, 0.4 volt, and 4 volts at the three
front- panel p in-jack connecto rs into h ig h-impedance loads.
Outpu t resistance is approximately 50 ohms at the 40 mV
and 0.4 V pi n jac k s and a pproxi m ately 450 oh ms at th e 4 V
pin jack .
C urre nt. Α 40-milliampere, one- kilohertz output cur re nt
is pr ovided when t he optional current-loop accessory
(T EK T RON IX P art No . 012-0259-00) is co nn ected
b etwee n th e 4 V pin-jack a nd g rou nd . Th is output can b e
u sed to check a nd cali brate current- measuri ng p robe
system s.
Α raster-type d isplay can be used to effectively increase
the apparent swee p lengt h . For th is type of d isplay, the
trace is deflected b ot h ve rtically and h orizontally b y
W aveshape. T he squ are-wave output signal of the calisawtooth signals. Th is is acco mp lished i n t he 7603 b y
b rato r can b e u sed as α refe rence waveshap e wh en chec ki ng
installi ng α 713-series time-base unit in one of the ve rtical
or ad justi ng th e co mpe nsation of p assive, h ig h -resistance
plug-i n com partments . N ormally, the ti me-base unit in t he
probes . Si nce t h e sq uare-wave outpu t from th e calibrator
ld
be
set
to
α
slower
swee
p
rate
ve rtical compartment shou
h as α flat to p, any d isto rtion n the displayed wavefo rm is
t han t he time-base unit i n t he h orizontal compartment; the
due to the probe compensation . DC voltage out p ut is also
nu mber of h orizontal traces in the raster d epend s upon th e
b
e
availa b le by changing α ju mper on the cali br ator b oard ; see
ratio between t he two sweep rates. I nfo rm ation can
In
r
aster
u
sing
several
d
iffere
nt
methods.
Fig. 1-5.
d isplayed on the
the ADD p osition of the VERT MOD E switch , the signal
from an amplifier u nit can b e alge braically adde d to t he
Signals Out
vertical d eflectio n. W it h t his method , the vertical signal
d
istance
d
e
the
CRT
should
not
exceed
t
he
am plitu
on
Vertical Signal . The VERT SIG OUT co nn ector
between the horizontal lines of the raster . Anot her method
rovides
α sam ple of the vertical d eflection signal . The
P
of disp laying info rm atio n on the raster is to use the ΕΧΤ Ζ
so ur ce of t he outpu t sign al is determi n ed by the TR IG
AXIS i nput to provide inte nsity m odulatio n of the d isp lay.
SO UR C E switch . The so urce will follow the setti ng of the
This ty pe of raster d is play co uld be u sed to provide α
TRIGSO UR CE switch . When t he TR IG SO UR CE is in the
television-type d isplay . Complete informatio n on operatio n
V ER T MOD E t he outpu t will follow the VERTICA L
usi ng the Z-axis feature is give n u nd er I nte nsity
MOD E switch exce p t C H OP , then the signals are ADDED .
Modulation .
The outpu t sig nals are LEFT, ALT, ADD and R IG HT . The
i
To provide α stable raster d isplay, b ot h time-base un its
must b e correctly triggered . I nte rn al triggering is not
provided for the ti me-base un its wh en t hey are in t he
vertical compartments ; extern al tr iggeri ng must b e used.
Also, b la nk i ng is n ot p rovid ed from the ti me-base un its
wh e n t hey are installed in α vertical com partment. To b lank
out the retrace portion f rom the time-base unit in t he
vertical compartment, special co nn ections m ust b e ma de
from t h is time-b ase un it to the b la nk ing network of the
7603 . If th is mode of operatio n is desirable, co ntact yo ur
local TEK TRO N IX Fiel d Office or r epr esentative for
specific info rm ation on obtai ning b la nk ing with t he specific
time-base un it being used i n t he ve rtical compartment .
Calibrator
General . T he i nte rn al calibrator of the 7603 p rovi des α
conve n ient signal source fo r chec king b asic vertical gai n a nd
fo r adjusti ng prob e com pen sation as d escribed in t he p ro be
instruction manual . In add itio n, the cali br ator can be used
as α co n ve n ie nt signal so urce for app lication to external
eq ui p ment .
- -=~
Fig, 1-5. Jump er locations fo r DC
operatio n (Calibr ato r board).
a nd
-
one-kilohertz Calibrator
Operating Instructions-7603/ R 7603 Ope rato rs
outp u t sig n al i n to 50 o hm s is a b o u t 25 millivolts/divisio n of
th e ve r tical sig n al d isplayed on systems C R T. Th e o u t pu t
sig n al i n to 1 megohm is abo u t 0 .5 volts/division of t h e
vertical sig n al d isp laye d on th e syste m s CR T.
+ Gate. Th e + gate connector p rovi d es α swee p gate
sig n al t h at is ge n er ated b y th e ti m e b ase p l u g-i n un it . Th e
gate selecto r switc h provi d es thr ee gates MAIN,
AU XI L IA R Y and DEL AY . Th e d uratio n of t h e gate pulse
is d ete rm i ned b y th e res p ective swee p . Au xiliary a nd Delay
gates can only be p rod uced b y d ual swee p ti m e b ase p lug-i n
un its. Th e am p litud e of the gate signal is a b out 50 millivolts
into 50 o h ms o r 10 volts into 1 mego h m .
+ Sawtooth . Th e + sawtooth co nn ecto r provid es α positive goi ng sa mp le of t h e sawtoot h fr o m t h e ti m e b ase u n it
in t h e h orizontal compartment. Th e rate of rise of t h e sawtooth signal is abo u t 50 millivolts/ u nit of time into 50 o h ms
or 1 volt/u n it of ti me i n to 1 megohm . Un it of time is d etermi n e d by th e time/ d ivision switc h of t he h orizontal p lug-i n
unit .
App l i cations
Th e 7603 Oscillosco pe a nd its associated p l ug-i n un its
p rovi d e α very flexi b le measu r eme n t system . Th e εαρα -
b ilities of t h e over all system d epend mai n ly upon t h e
plug-in un its t h at are ch ose n fo r u se wit h t h is i nst ru me n t.
S pecific app licatio ns fo r th e i nd ividu al plug-in un its are
d escribed i n t h e plug-in ma n uals . T he over all system ca n
also be use d fo r ma n y a pp licatio n s wh ich are not descri b ed
in d etail eit h e r in th is m anu al or i n t h e ma nu als fo r the
i nd ivi du al p lug-i n un its. Co n tact your local T EK TR ON IX
F ield Office or representative for assistance in mak i ng
specific measurements with th is i n stru men t.
Th e followi n g b oo k s d escr i b e oscillosco p e meas u reme n t
tec hn iq ues wh ich can b e a d a p ted for use wit h t h is
instrume n t.
J o h n D . L e nk, " H and boo k of Oscillosco p es, T heory, and
Application ", Prentice-Hall Inc., Englewood Cliffs, New
J ersey, 1968 .
J . Czec h , "Oscilloscope M easuring
S p ringer-V erlαg, New Yo rk , 1965 .
1-14
Tec hn iq ues",
J . F . Gold ing, "M easu r i n g Oscilloscopes", Tra n satlantic
Ar ts, I nc ., 1971 .
Ch arles Η . R oth Jr ., " U se of th e Oscilloscope", Α
Prog ra mm ed text, P rentice-Hall Inc ., Englewood Cliffs,
New J ersey, 1970 .
REPAC K AGI N G F O R S H I PMEN T
ι
ι
ι
If t h e Tek tr o n ix i n strum ent is to be s h i pped to α Te ktro n ix
Se rvice Ce n te r for se r vice o r repai r , attac h α tag s h owi n g :
ow n e r (ωί th a ddr ess) a nd t h e n a me of απ in d ivi du al at you r
fi r m t h at can be co n tacted , co mp lete i n st rum ent se r ial
numb er an d α d esc r i ptio n of t h e se rvice r e qu i r ed.
Save a nd re- use t h e p ack age in wh ic h your i n st r ume n t was
s h i pp ed . If t h e or igi n al p ac kagi ng is u nfit for u se o r n ot
availa b le, r e p ac kage t h e i n st rum ent as follows:
1 . Ob tai n α ca rton of co rr ugated ca rdb oa rd h avi n g insi d e
d i m e n sions of no less th an six i n c h es m o re t h a n t h e
inst rum e n t d i m ensio n s; t h is will allow fo r c u s h io n ing.
R efe r to th e followi n g table fo r ca rto n test st r e n gt h
r e qu i re m ents .
11
2 . S u rro u n d t h e i n str ument wit h p olyet h yle n e s h eeting to
p rotect t h e finis h of th e inst ru me nt.
3 . Cushion t h e i n st rum e n t on all si des by tig h tly pac k i n g
d unn age o r ur eth a n e foa m b etwee n ca r to n a n d i n st rument, allowing t hr ee i n c h es on all sid es .
4. Seal ca rton wit h s h i pp ing ta pe o r i ndu st r ial sta p le r .
SH I PP I N G CA R TO N TE ST ST REN GT H
Gross Weig h t (l b )
Carto n Test Strengt h (l b)
0-10
10-30
30-120
120-140
140-160
200
275
375
500
600
REV . Β , OCT . 1976
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Sectio n 2-7603/ R 7603 Ope rato rs
S PE CI F ICATIO N
Information give n in th is ma nu al app lies to the R 7603
Oscilloscope also, unless otherwise ind icated. The R 7603 is
electrically i d entical to the 7603, but it is adapte d fo r
mounting in α stand ard 19-inc h rack. R ack mou nting
instructio n s a nd α d imensional drawing fo r the R 7603 are
given in Section 3.
T h is i nstru me nt will meet the following electrical s pecifi-
cations after complete cali br ation as given in Sectio n 5. The
Operati ng Chec kout p roce du re whic h is given in Sectio n 1
provides α co nvenient m et hod of checking instrum ent
performa n ce with out m aki ng internal chec ks or adjust-
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me nts . T he following electrical characte ristics apply over an
am bie nt temperature r ange of 0°C to +50°C, exce pt as
otherwise ind icated . Warmup time for give n accur acy is 20
mi nutes.
ΝΟΤΕ
Many of th e measurement capabilities of th is
instrum ent are determine d by the choice of plug-in
units. Th e following characteristics apply to the 7603
Oscilloscope on ly. See th e System Specification at
the end of this section for specifications of th e
complete system.
VERTICA L DEFLE CTIO N SYST EM
Characteristic
Deflection Factor
Between Compartments
Performance R equireme nts
Compatib le with all 7000-series
units .
p lug-i n
W ithin 1% .
L ow Frequ ency L inearity
0.1 d ivision or less co mp r essio n or
ex pansion of α ce nter-screen 2 d ivisio n
sig nal w h en positioned a nyw here
vertically within t he graticule area .
Ban dwi d th
See system specificatio n s fo r 7000-se r ies
instruments .
Step Res ponse R isetime
See system specificatio ns fo r 7000-series
instr u ments .
Isolatio n betwee n Vertical
Compartments
At least 100 :1 from DC to 10O MHz.
Delay
L i ne
Permits viewing leading edge of trigger
signal .
Chopped Mode
R epetitio n R ate
Οi
Supple mental Informatio n
Ι
1 MHz with in 20%.
Specificatio n -7603/R 7603 Operato rs
VER TICA L
Ch a racter istic
Ti m e Segment Fr o m Each
Com p artm e n t
D EFLECTIO N SYST EM
(co n t)
Su pp lem ental Information
Performance R eq uir eme n ts
0.4 to 0.6 μs.
0 .5
Difference In Delay Betwee n
Vertical Compartments
V ertical Dis p lay Mod es
LEFT : Left vertical u nit only .
ALT : Dual trace, alternate betwee n ve rtical units.
ADD : Ad d ed algebraically.
C H OP : D ual t r ace, ch o pped betwee n ve rtical un its.
R IG H T : R ig h t vertical un it only .
ns
or less .
Selected by VER T MOD E switc h .
TR IGG ER I N G
Ch ar acter istic
T r igger So urce
Perform a n ce Req u irements
Supplemental Information
LEFT VERT : From left vertical o n ly .
VERT MOD E : Dete rm i n e d b y vertical
mod e.
R IG H T VER T : Fro m r igh t vertical only .
Selected b y TR IGG ER SO UR CE switch .
HOR IZO N TA L
Ch ar acter istic
D EFLE CTIO N SYST EM
Performance Requ ir eme n ts
Fastest Calib rated Sweep R ate
5 n s/ d iv.
Deflectio n F actor
Com patib le with all 7000-series pl ug-i n
un its.
Low Frequ ency Li nearity
0.1 div or less com pressio n or ex pa n sio n
of α ce n ter-scree n 2 div sig n al wh e n
positio n ed anyw h e r e h o r izontally wit h i n
t h e graticu le a rea .
Phase S h ift Between T h e Vertical
and Hor izo n tal Amplifiers
Less t h a n 2° from DC to 35 kH z.
Fre qu e n cy R espo nse Ba ndwidth
(8 d iv R eference)
At least 2 MH z.
2-2
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Su pp lemental I nfo r mation
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Specification-7603/ R 7603
Operators
CA L I BR ATO R
C haracteristic
Waves hape
Perform ance Requ irements
Ι
Supplemental Info rmation
Ι
squ arewave or DC (DC
voltage selected by internal jumper) .
Positive-goi ng
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40 mV, 0.4 V, and 4 V .
Voltage Outpu t R ange
I Into 1 ΜΩ load .
Voltage Output Accuracy
+15°C to +35° C
Within 1% .
0°C to +50°C
W it hin 2% .
Cu rrent Outpu t Accuracy
40 mA .
+15°C to +35°C
W ith in 2% .
0°C to +50°C
Within 3% .
optional current loop accessory
(012-0259-00) co nn ected between 4 V
pin j ac k a nd ground pin j ack .
W it h
Approximately 1 kH z.
R epetitio n R ate
Outp ut R esista nce
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40 m V and 0.4 V
Approximately 50 Ω.
4V
A pp roximately 450 Ω.
E XT ERNAL Ζ AXIS INPUT
Performance Requ irements
Characteristic
2 V peak to pea k .
Se n sitivity ( Fu ll I n te nsity
R ange)
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V oltage V er su s
R ep etitio n F re quency
2 V peak to peak , DC to 2 MHz; redu cing
to 0.4 V peak to pea k at 10 MHz .
Polarity of Operation
Positive-goi ng signal
U sefu l
I nput
Sup plemental Information
d ecreases intensity .
M aximum Inpu t V oltage
10 V (DC to peak AC).
Input R esista nce
App roximately 500 Ω.
OUTPUTS
Characteristic
Ι
Perform ance Requ irements
Suppleme ntal Information
Camera Power (Ρ 1041 at CRT
Bezel)
Pi n 1 -+15 V
P in 3- si ngle sweep r eset
Pi n 5 - ground
2-3
S p ecificatio n -7603/137603
Operators
C HARACTER G ENER ATOR
Performance R equirements
Characteristic
C haracter Size
Adjustable
M odes of Operation
Free-run independent of sweep
Ι
Su pplemental Information
Selected
switch .
b y internal READOUT mode
1
Triggered after sweep
DISPLAY (CRT) and OPTIONS
C haracteristic
P erformance Requirements
Cathode R ay Tube Type
Supplemental Information
Τ 7400 .
Graticule
I nternal and
Type
I
Area
Ι 8 Χ 10 d iv .
Standard
1 d iv equals 1 .22 cm .
Option 4
1
1 div equals 1 cm .
Option 6
1 d iv eq uals
Analyzer)
.
~
1 .22
cm
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(Spectrum
Phosphor
Standard
Ρ31
Option 8
P1 of Ρ7 on request.
Limits d isplay to within graticule area
I when BEAM FINDER switch isactuated .
Beam Finder
Photographic Writing
Specifications
C53 Camera (f 1 .9 lens
1 :0 .85 Image-to-Object
- R atio)
1 Registered trademark Polaroid Corporation .
2- 4
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r
illuminated .
1
q
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Phosphor
Standard
Option 4
Ρ 31
100 d iv/μs
180 cm/μs
Ρ 11
140 d iv/μs
260 cm/μs
P olaroid' film type 107 (3000 ASA) .
W ithout film fogging techniques .
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Specification-7603/ R7603 Operators
POWER SO URCE
Ch aracteristic
Supplemental I nformation
Perfo rmance R equ irements
L ine Voltage R anges
100 V ±10% .
110 V nomi nal
110 V ±10% .
120 V ±10% .
220 V nomin al
200 V ±10% .
220 V ±10% .
240 V ±10% .
L ine F requency
50 to 400 H z .
Maxim um Powe r Consumption
(115 V AC ;60 H z)
170 W, 1 .9 Α .
Fuse Data
110 V li ne (F 1000)
3 .2 Α slow blow .
220 V line ( F 1000)
1 .6 Α slow blow .
+130 V Su pply ( F855)
0 .15 Α fast b low.
SIG NALS OUT
Characte ristic
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VER T SIG OUT
Vertical Signals
Ι
Performance Requirements
See systems specificatio ns for 7000-series
instrume n ts .
LEFT, R IG HT, A LT, and ADD .
Ι
Su pp lemental I nformation
Selected by TRIG SO UR C E switch .
Gain
I nto 50 Ω
25 mV/div .
Into 1 ΜΩ
0.5 V/div .
±20% system CRT to VERT SIG OUT.
5 ns or less .
R isetime (I nto 50 Ω)
Aberrations
Centering
t1 div system CRT to VERT SIG OU T.
(1 .5 V into 1 ΜΩ or 75 mV into 50 Ω.)
Ou tpu t R esistance
950 Ω with in 2% .
+GAT E OU T
Gate Signals
MAIN, AU XI L IA R Y, and DELAY .
Selected b y Gate selector switch .
Outp ut
Ο
I nto 50 Ω
0.5 V withi n 10%.
I nto 1 Ma
10 V with in 10% .
2- 5
1
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Specificatio n -7603/ R 7603 Ope rators
SIG N AL S OU T (co n t)
Perfo rma n ce R equ i r emen t
C h a racter istic
Su p p lemental
Ι
Info r mation
20 ns or less .
R isetime (i nto 50 Ω)
950 Ω with in 2% .
Outp ut R esista n ce
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+SAWTOOT H OU T
Outpu t
50 mV/ un it ti me2 with in 15% .
I nto 50 Ω
1 V/unit time2 with in 10ο/ο.
Into 1 ΜΩ
950 Ω within 2% .
Outp ut R esista nce
PH YSICAL (cont)
ENVI RONMEN TA L
Information
Characteristic Ι
Characte ristic
Anodized aluminu m front
P ainted ca bi net .
F inish
ΝΟΤΕ
This instrument will meet th e electrical characteristics
given in th e Performance Requiremen t colu mn of the
Specifications over th e following environmental limits.
Temperature R ange
Information
7603 Ove rall Di mensions (measu red at
maxi mu m p oints)
Op erating
0° C to +50°C.
H eight
12 .0 in (30.4 cm).
N on-o perating
-550C to +75° C .
W idth
8 .7 in (22 .0 cm) .
L e ngth
22 .7 in (57 .6 cm) .
N et
30lb (13.6 kg) .
Altitud e
O perati n g
15,000 ft .
Non-operating
Test limit 50,000 ft .
W eight
(i nst ru ment only)
Transportatio n (packaged instru me nt, without p lug-in
un its) q ualifies under National Safe Transit test p rocedure
1 Α, Category ΙΙ .
PH YSICAL
Information
Characte ristic
Ventilation
Safe operating te mp erature maintaine d
by convection cooling.
(7603)
or fo rced air cooling
( R7603) . Au to matic resetting thermal cuto ut protects instrument
from overheati ng.
panel .
R 7603 Overall Dime nsions (measured at
maximu m poi nts)
H eight
5 .25 in (13.4 cm) .
W id th
19 .0 in (48.5 cm) .
L engt h
21 .5 in (62.0 cm ) .
N et
30lb (13.6 kg) .
W eight
(i nstrume nt only)
STAN DA R D ACC ESSO R IES
Stan d ard accessories su pplied with the 7603 are given in t he M ech a n ical P arts
availab le fo r use with t h is inst ru me nt, see the Tektronix, I nc . catalog .
2 R eference d to Time/Div setting.
2-6
L ist illustrations. For optional accessories
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Specificatio n -7603/ R 7603 Ope rato rs
7600-S ER I ES SYST EM
SPE CI FICATIO NS
Vertical Syste m
A mp lifier
SIG
ΙΝΤ CAL
ΕΧΤ CA L
Plug-in
15 to 35° C
Τ,
0 to 50° C
BW
Probe
Ι
U nit
I ntegral
7Α12
N one
Ρ6053
N one
Ρ 6055
Ρ6021
Ρ6022
7 Α15 Α
N one
Ρ6053
N one
16
7Α17
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7Α18
1
7 Α 19
Ρ6053
N one
N one
Ρ 6053
N one
or Ρ6051
P6056/
100 MHz
3.5 n s
85 MH z
4.2 n s
80 MHz
4.4 π s
50 MHz
7 .0
85 MHz
ns
4.2 n s
65 MHz
5 .4 ns
100 MHz
3.5
ns
100 MHz
3.5
ns
70 MHz
5.0
ns
110 MH z
3.2 ns
.0 MHz
350 n s
Ρ 6057
1
N one or
7A22
Any
±9%
±10%
T he bandwidth of α vertical p lug-in used in the
h orizontal compartment is 2 MHz exce pt fo r the 7Α22
whic h has α bandwidth of 850 kH z. The Χ-Υ ph ase sh ift
b etween 2 similar u nits is 2° at 35 kH z.
TIME BAS E PLUG-I NS
Time
Base
Max
Swee p
Rate
Perfo rm ance
F eature
Swee
&
p
Delayed
E xt Am p lifie r
Delayi n g Sweep
T riggeri ng
Freq Range
Ι 5 n s/div Ι DC to 100 MH z
15 n s/d iv Ι DC to 100 MH z
7 Β&
52
Delayed
M ixed Ι 5 n s/d iv Ι DC to 100 MHz
&
Delayed
M ixed 5 n s/div DC to 100 MHz
Swee ps
Sweeps
Swee
Delayed
ps
E xt Am p lifier
71371
71392
Delayi ng Swee p
Display Switch ing
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& Ι 5 ns/d iv Ι DC το 200 MH z
15 ns/d iv Ι DC to 200 MHz
DC to 250 MH z
15 ns/div ι
OUT
ΙΝΤ CA L
0 to 50° C
BW
Τ,
3%
3%
4%
60 MHz
55 MHz
5.9 ns
2.5%
3.5%
3.5%
55 MHz
6.4 n s
3%
3%
4%
4%
5%
50 MHz
50 MH z
2%
3%
4%
60 MHz
2%
2%
3%
1 .5%
1 .5%
2%
4%
4%
5%
2.5%
2%
3%
4%
3%
4%
6.4
45 MHz
4%
3%
6.4
55 MHz
ns
ns
7 .8 ns
8 .8 n s
40 MHz
7 .0 n s
7 .0 n s
7 .0 n s
5%
50 MH z
5%
60 MHz
50 MHz
50 MHz
ns
ns
24 n s
7 .0 n s
7 .0 ns
5 .9
5.9
15 MHz
2%
3%
3%
4%
4%
2%
3%
4%
65 MHz
5.4 ns
3%
4%
5%
65 MHz
5.4
2%
5%
Ι
4%
Ι
1 .0 MH z
±10%
Ι
ns
350 n s
±9%
SPE CIA L PURP OS E and SAMPLING PLUG-INS
Plug-in
7CT1 N
Perfo rmance F eature
L ow Power Semico nductor Curve Tracer
7D13
Measu res : Temperature, Voltage, Curren t,
and R esistance
7D14
Di rectly Gated Co un ter to 525 MH z
71-12
1 M H z to 1 .8 GHz Spect rum Analyzer
7M11
H ig h Q u ality
7511
Accepts Plug-in Sampling
7512
TD R and Sa mp li ng Applications
7T11
R and om or Sequential ;
R eal-Time Sam p li ng
D u al Delay
L i ne
H ead s
Equ ivalent
or
For mo re complete specifications on p lug-in u nits for the
7600-Series Oscilloscope System, refer to t he TEKTRONIX
Catalog.
2- 7
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Sectio n 3-7603/ R 7603 Op erato rs
R AC KM O UN TI N G
Introduction
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Wi d t h . M ini mu m dimensio n betwee n h e front rails of
t h e rac k is 17 5/8 inc h es . T h is allows room on eac h si d e of
t h e instr u me nt for t h e slid e-out trac k s to o p e r ate freely,
p ermitting t h e i n strument to m ove in and o u t of th e rac k .
Depth . Total d ept h necessary to mount t h is i n st r ument
in an e nclosed cab inet rac k is 24 i n c h es . T h is allows
sufficient roo m fo r air circ u latio n , power cord a nd signal
co nn ectio n s, an d fo r h e necessary moun ting h ardware .
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T h e R 7603 Oscillosco p e is d esigne d to b e installed n α
stan d ar d 19-i n c h wid e rac k . It can be m ounted in rack s
ΕΙΑ , RET M A, or W ester n E lectric
wit h U niversal,
mo un ting-h ole spaci n g . T h e following informatio n p rovi d es
com p lete r ac k mounting instr u ctions for th is instrume n t .
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Instrument Dimensions
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NO ΤΕ
Α dimensional drawing sh owing t h e ma jo r d imensions of
t h e R 7603 is sh own in F ig . 3-6 .
If this instrument is mo u nted in α shallow rack wh ere
th e rear mo unting b rac kets must extend beh ind th e
instrument, α maximum of 26 inches clearance
beh ind th e front rails is re quired.
R ac k Dimensions
T he rea r mounting b rac k ets su p plied allow mo un ti n g t h is
instr um e n t in r ack s w h ic h h ave r ea r rails sp aced betwee n 14
5/8 a nd 28 1/2 inch es fro m h e front rail . Do n ot m ount
th e R7603 i n an i n stallation w h ere it is not correctly
s upp orted at t h e rear, as t h e i nstrument may b e d amage d .
Heigh t. At least 5'/α i n ch es of ve r tical space is req u ired to
mo un t th is i n strument in α rac k . T h is allows sufficient
clearance for a dj acent instruments or p a nels . Additional
h eig h t may b e necessa ry if an oscilloscope ca mera system is
to be used with h is instr um ent .
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t
Stationary Sectio n
(Mo un te d to Rack )
Rea r
Mounti n g
Bra_ c ket
F lat Ba r
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( rea r )
Stop
Interme d iate Section
(Sli d es B etwee n Stationary
Section a nd C h assis Section)
Sto p L atc h H ole for
C h assis Section
Chassis Sectio n
(M o un ted to
I n strume n t)
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A u tomatic
Stop L atc h
(rear)
R ear Mo un ti ng
Brac ket
4
6
1 eac h
Flat B a r f
Nut
eac h
F ig . 3-1 .
OA i
10-32 PH S
Sc r ew
eac h
10-32 FH S
Sc rew
eac h
L eft si d e slid e-o u t t rack asse mb ly .
R ackmounting-7603/R7603 Operators
T he h ard ware nee d ed to mou n t th e sli d e-o ut track s to
th e rac k is sh own i n Fig . 3-1 . Since t h e hardwa re s up p lie d is
intend ed to m ake th e tr ac k s compati b le with α variety of
cab i n et racks a nd in stallation meth ods, not all of it will b e
n eeded for th is installatio n . Use only th e h a rd ware th at is
requ ired for t h e mou n ti n g met h od u sed .
Slide-Out Tracks
T h e sli d e-o u t t rack s p r ovi d ed with th is inst ru ment permit
it to b e exte nd ed ou t of th e r ac k for mainte n a n ce a nd
cali br atio n with o u t removing it f rom th e rac k . To operate
th is i n strument in th e exte nd ed p ositio n , b e s u re t h e power
cord and any sig n al ca b les a r e lo n g enoug h for th is p ur pose .
T he sli d e-o ut trac k s co n sist of two assem blies ; one fo r
left si d e of t h e instrument and o n e for th e rig h t si d e .
F ig . 3-1 sh ows t h e com p lete slide-o u t track assem b lies . T h e
statio n a ry sectio n of each assem b ly attac h es to t h e fro n t
a nd rea r r ails of th e t r ac k , an d t h e ch assis section is
attach ed to t h e instr u me n t . T h e intermediate section sli d es
betwee n t h e stationary and ch assis sections to allow the
i n str u ment to be exte nd e d o u t of t h e rac k .
Mounting Proce d ure
th e
Use t h e following p rocedure to i n stall th is instr u me n t i n
α rac k :
1 . Select th e p ro per f r ont-rail mounti ng h oles for th e
stationary sections u sing t h e measurements sh own in F ig .
3-2 .
ΙI
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F ig . 3-2 . Locating th e m o unti ng h oles fo r th e left stationary sectio n . Same dimensions apply to r igh t stationa r y section .
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( Α) Fr on t
ICI R ea r -S h allow R ac k Co nfig u ration :
( Β ) R ear-Deep R ack Co n fig ur ation :
Rear
s u p p o rt
L eft r ear
corn e r of
cabi n et
rac k
Station ary
sectio n of
slideo u t
trac k
Ι
Rear rail
121
Ι
0
(2) B ar
Bar
n ut
ca
nu
F ront rail
L eft front
F ig . 3-3.
3- 2
nut
B ar
U. M=
BH S
sc rew
(2)
t
R ear
s upport
br ac ket
co rn er of
cabi net rack
b rac k et
BH S
screw
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L eft r ear
corn er of
b i net rack
Ι
Stationary
sectio n of
slideo u t
t rac k
Bar
nut
BHS
screw
Spacer
bar
έ
R ear rail
B ar
nut
Stationa ry
sectio n of
slideo ut
track
Details fo r mo un ti ng statio nary sections.
REV. Β, A UG. 1974
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R ac k mounti ng-7603/ R 7603 Operato r s
2.
ount th e f ront-flanges of t h e statio n a r y sections to
-k14
th e f r ont rails of t h e rac k wit h α b a r n u t a nd tωο panF
ig
.
3-3Α
)
.
screws (see
6 . Afte r t h e trac k s o pe r ate sm oot h ly, co nn ect th e power
co r d to th e power so u rce and co nn ect any necessa r y cab les
to th e rear p a n el connectors .
ΝΟΤΕ
7 . P us h h e instr u ment all th e way i n to th e rac k and
sec u re it to t h e fro n t-rail of t h e r ac k wit h h e secu ri ng
sc r ews and wash ers sh own in F ig . 3-2 . If th e sec ur ing h ole is
n ot ta pp ed, u se α "sp ee d - n ut" or si mila r item to i n stall t h e
secu ri ng sc r ew .
M
t
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If the rails of the rac k are tapped, drill out these three
h oles with α 0.196-inch drill.
R emoving
3 . Mo un t th e r ear of th e stationary sectio n s to th e rear
r ails usi ng t h e meth od s h ow n n eith e r 3-3 Β or 3-3C . B e
s u re t h e trac k s are mo un te d level .
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4 . R efe r to F ig . 3-4 to i n sstall t h e i n st r ument i nto th e
r ac k .
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5 . F ollow t h e p roced ure given i n F ig . 3-5 to adju st t h e
alignment of th e stationary sections .
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t
or Installing th e Instr u ment
After i n itial installatio n and adju stment of t h e sli d e-o u t
trac k s, t h e i n st r ument ca n be re moved or i n stalled b y
following th e i n structions given i n F ig . 3-4 . No fu r t h er
adju stments are required und e r normal co nditions .
Slide-Out Trac k Lubrication
T he special fi n ish on th e sli d i ng surfaces of th e slide-out
trac k s provi d es pe rm anent l ubr ication . Howeve r , if the
tr ac k s do n ot slid e smooth ly even after pr o p er a dju st m e n t,
α h i n coating of p araffi n can be ru bb ed on to th e sli d i n g
s u rfaces for additio n al lubricatio n .
t
TO INSTALL
1 . Pull th e sli d eo u t t r ac k intermediate sectio ns out to th e
fully exten ded position .
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2 . I n se r t th e i n strumen t ch assis
sectio ns i n to t h e inter m ed iate
sections .
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3 . Press sto p latc h es a nd push
instr u me nt towa rd r ack un til
t h e latc h es snap n to t h eir
holes .
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4 . Agai n press stop latc h es and
push n st rumen t i n to rac k .
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5 . Sec ur e t h e i n str ument i n
p lace with th e front-panel
sec ur ing screws.
ΝΟΤΕ
TO REMO VE
1 . Re move t h e f ro n t- pa nel secur ing screws .
2 . Pull th e i nst ru ment ou twa rd
until t h e stop latch es s na p
n to t h e h oles .
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3 . Pr ess stop latch es a nd r e move
t h e in st rum ent .
If th e i n strumen t does n ot sli de
all t h e way i n to t h e rac k , loosen
t h e screws u sed to ndj oi n rteaher
sectio n a
statio n a r y
brac k et . Pu sh th e
mou nti n g
inst rument i n to th e rack a nd
tigh te n th e screws .
F ig . 3-4 . Installi n g and removi ng th e in strumen t afte r the t r ac k s h ave bee n i nstalle d .
Ο
3-3
Rackmounting-7603/R7603 Operators
2. Allow slides to seek proper width.
Fig. 3-5 . Adjusting the slide-out tracks for smooth sliding action .
NOTES
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R ack mou n ting-7603/ R 7603 Operators
2 .312
15 .871
TOP VIEW
.312 ( .79)
I ~
1 .500 13.81)
C LE AR ANC E
RE CO MMEN D E D
FO R COO L I NG
7 .400
3 .500
(18.80)`- (8.89)
.3001 .76)
C LEA R ANC E MIN 12)
1 .000 C LEA R AN CE
R E COMMEND ED
F OR COO LI N G (2 .54)
ΝΟΤΕ :
DI MEN SIO N S IN
PA RENTHESIS A RE
IN C EN TI ME T ER S
7.125
118.10)
3.975
(10 .101
- οοοοοοοο .ιΟουοΟΟΟΟΟοω
9 οΟ J000 ΠύΟ 6 ο. ,0-000080000 ~~
0 .0 . 0
c
~ gι υυΟυΟ Q Ο ΟύΟΟΟ ρ 9 ς;g$;00
ςς - -
~εσσsσeεαε ασσα-σσοοο 7 --
0 000~~ 1~ 00 000 c . .0~0 11c υ--0 .000 .00030-c-1011,
21 .550
(54 .741
.625
11 .59)
(10
39.00)
2 .293 (5 .82)
.540 (1 .37)
22 .000
(58 .42)
18.126 446 .04)
19.016 (48.30)
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FRO NT P A NEL
REA R V I EW
F ig .
3-6. Di mension al dr awi ng .
3-5
MANU AL C H AN G E I NF ORM ATIO N
At Te k tronix, we co n tin u ally st rive to kee p up wit h latest electro n ic develo p me n ts
by a dd i n g circ u it a nd com p o n e n t im p roveme n ts to our i n strume n ts as soo n as th ey
are d eveloped a n d tested .
Sometimes, du e to p ri n ting a n d s h i pp i ng re qu irements, we ca n 't get t h ese
c h anges imme d iately into p ri n ted ma nu als. H e n ce, your ma n ual may co n tai n new
c ha n ge i nformatio n on followi n g pages .
Α si n gle c h a n ge may affect several sectio n s. Sincet h e c h a n ge i n fo r matio n s h eets
are ca rr ie d i n th e ma n ual u n til all c h a n ges are perma n ently entere d , some
dupl icatio n may occ u r. If no suc h ch a n ge pages a ppear following t h is p age, your
ma n ual is co r rect as p rinte d .
S ERV IC E ΝΟΤΕ
B ecause of t h e u n iversal p arts p rocurement pro b le m , some elect r ical p a rts in you r
m ay b e d iffere n t from t h ose d escri b e d in t h e R eplacea b le E lect rical Parts
L ist. Th e p a rts use d will i n no way alter or compromise t h e perfor m ance or reliability
of t h is i n st r u m e nt. Th ey are installe d wh en necessary to ensure prompt d elive ry to
t h e customer . Or d er re p laceme n t parts from t h e R eplacea b le E lectrical Parts L ist.
i n stru m e n t
CA L I BRATIO N TE ST EQ U I PMEN T REPLAC EMENT
Cali bration Test
E q u ipment C h art
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T h is c h art com p ares TM 500 pr od u ct p erfor m a n ce to t h at of ol d e r Te kt ro n ix equ ipme n t . Only t h ose
c h aracter istics w h e re sig n ifica n t specificatio n d ifferen ces occu r , a r e listed . In some cases t he new instrume n t
may n ot be α total f un ctio n al re p lacement . Ad d itional su pp ort inst ru me n tatio n m ay be need e d or α c h a n ge i n
cali b ratio n procedu re may be n ecessary .
D M 501 r eplaces 7D13
P G 501 replaces 107
108
PG
502 re p laces 107
108
111
P G 508 re p laces 114
115
2101
PG 506 re places 106
067-0502-01
SG 503 replaces 190,
190A, 190B
191
067-0532-01
SG 504 re places
067-0532-01
TG 501
067-0650-00
180,
r eplaces
180Α
181
184
Co mp ariso n of Main Characteristics
PG
501 -
R iseti me less t h a n
PG
PG
502 - 5 V o u t put
502 - R iseti m e less t h a n
1 π s; 10 ns
P retrigger pu lse
d elay
3.5 n s i nto 50 Ω .
PG 501 - 5 V out p ut pu lse ;
3 .5 n s R isetime
107 - R isetime less t han
3.0 n s i n to 50 Ω .
108 - 10 V o ut pu t pu lse
1 n s R isetime
108 - 10 V o ut pu t
111 - R iseti m e 0.5 n s ; 30
to 250 π5
Pret rigger pulse
delay
P erforma n ce of re place m e nt eq ui pme nt is t h e sa m e o r
bette r t h a n e q uipmen t bei ng re placed .
PG 506 - P ositive-going
t r igger o ut pu t signal at least 1 V;
H ig h A mp lit ud e o utp ut, 60 V.
P G 506 - Does not h ave
c h o p ped feat ure .
SG 503 - Am p litude range
5m V to5.5 V ρ-ρ.
SG 503 - Fr equ e n cy range
250 kH z to 250 MHz .
SG 504 -
F requ en cy ra n ge
245 MHz to 1050 MHz .
TG 501 - Trigge r o utpu tslave d to ma rk er
output from 5 sec
throu g h 100 π s . O ne
ti m e-mark can be
generated at α time .
TG 501 -
T r igge r outpu t-
P ositive and N egativegoi n g tr igger o utput
sig n al, 50 ns a nd 1 V ;
H ig h Am p lit ude out p ut,
100 V .
0502-01 - Co mp arato r o u tp ut
ca n be alter nately
ch oppe d to α refer
e nce voltage .
106 -
190 Β - Amp litude ra n ge 40 mV
to 10 V ρ- P.
0532-01 - Fre qu en cy ra n ge
65 MHz to 500 MH z.
0532-01 -
180Α -
F re quen cy ra n ge
65 MHz to 500 MHz .
T rigger
pu lses 1, 10,
100 Hz ; 1, 10, a nd
100 kH z. Mu lti ple
time-ma rks can be
ge n er ated sim u ltaneo u sly .
181 - Mu lti ple ti m e-mark s
184 - Sep a r ate t r igger
pulses of 1 an d 0.1
sec; 10, 1, and 0 .1
ms; 10 a nd 1 μ s .
slave d to mar k et
o u t put f rom 5 sec
th roug h 100 n s . O ne
time-m ark can be
ge n e rated at α ti m e .
2901 - Se p arate t rigge r
2901
TG 501 - rigge r o ut p utpu lses, f rom 5 sec
slaved to mark er
to 0 .1 μ s . Mu lti p le
o ut put f r o m 5 sec
time-mark s can b e
t hro u g h 100 n s .
ge ne rate d sim ulta nO n e time-ma rk ca n
eo usly.
be ge nerated at
α time.
NOTE: All TM 500 generator outputs are short-proof . All TM 500 plug-in I nst rume nts require TM 500-Series P ower M od ule .
REV 13, JUN 1978
T
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