Tektronix 067-1039-00 Instruction Manual

COMMITTED TO EXCELLH~CE

Tektronix, Inc ..

P.O. Box

Beaverton, Oregon 97077

070-3986-00 Product Group 20

500

PLEASE CHECK FOR CHANGE INFORMATION AT THE REAR OF THIS

MANUAL

067-1 039-00

PATTERN

GENERAT R

INSTRUCTION MANUAL

Serial Number ______ _

First Printing JUL 1982

Products of Tektronix, Inc. and its subsidiaries are covered by U.S. and foreign patents and/or pending patents.

1981,

TEKTRONIX, TEK, SCOPE-MOBILE, and registered trademarks of Tektronix, Inc. TELEQUIPMENT is a registered trademark of Tektronix U.K. Limited.

Printed in U.S.A. Specification and price change

privileges are reserved.

~

are

067-1039-00

TABLE OF CONTENTS

LIST OF ILLUSTRATIONS OPERATORS SAFETY

Section 1

GENERAL INFORMATION AND

SUMMARY •••••••••••••• , • • • • • • • • • • • • • • • • • • • • • • • • •

SPECIFICATIONS

INTRODUCTION

OVERVIEW

OPERATORS PART SERVICING PART

ST AND ARDS

SPECIFICATION •

ELECTRICAL

CHARACTERISTICS •••••••••••••••••••••••••••

ENVIRONMENTAL CHARACTERISTICS •••••••••••••••••••••••• PHYSICAL CHARACTERISTICS •••••••••••••••••••••••••••••

Section

2

OPERATING INSTRUCTIONS

INTRQDUCTIQN

ABOUT THE PATTERN GENERATOR ••••••••••••••••••••••••••

INSTALLATION •

REPACKAGING

FUNCTIONS OF THE CONTROLS AND CONNECTORS

Controls Indicators

Connectors

OPERATORS

CHECKOUT PROCEDURE•••••••••••••••••••••••••

USING THE PATTERN GENERATOR TO CHECK

6 9QSR: MAINFRAME

@ •

e e s

4l G

@

;ii

Ell

@ •

e c

0 • 0 0 e,

o

@

e

\!I w

oeoee@oet1eeoai@fleeoelillae@ot1eeeeoseeeeee

s,

e •

41 •

o o

10

o

G

@

e e " e e e e "

®

@

e e

Q

o.

e o e

II

o a • • ,. u

e

ei •

s e e e o e e e

o o es

,sc

e.

9IIIIII00GGCIEIO@eeeoe61eGIIOGlll811CG8e@6eeeeQIIGeee

Ill.

8 9 0 0 G Cl

II

o

ei •

o o a o e e e • e e s e • • e o o e e •

a

9@

<!I

(ll

ea e e e

ti

e • • e •

a e

<J

Cl

1:11

o e • e e o

e

O O Cl Cl

o

<!ii •

41

u

@

11

QI

e,

II

o o • o o o

g

@

e • •

e

@

11 •

e e e • e

8

Q

8

e

1111

o

III

e a c

l!il

o

,s

e

Q

e

,a •

@

~

ei

G

,a

41

c

,a

e e o o a

ai

Cl •

e • e • • • e e e o o •

<11

c,

61 6

Q

11!1

'5

a

THE

@ •

Q

e- e • • • o

ll II

6i!I

o

e

O Cl

o

I'll

G 11 •

111 0

Q

e

6 G

11 •

~

e o

e

6 S 411 0

G

<Ill

e

e e •

s

ie

0

«i

e • e

@ •

<lil

Q

o»

c • • • e o

fl

~

•

0 •

e

fl

Q •

0

G

e

111

e

18 9 8

o • •

e s

o e

Ill •

«1

e

0

V

vi

1-1

1-2

1-3

1-4

1-6

1-7

2-1 2-1

2-1 2-2 2-2

2-3

2-5

2-6

2-8

i

067-1039-00

WARNING

FOLLOWING SERVICING INSTRQCTIONS ARE FOR USE BY

THB

QUALIFIED PERSONNEL

NOT

OPERATING

PERFORM ANY

INSTRUCTIONS UNLESS YOU ARE QUALIFIED TO DO

ONLY. TO AVOID PERSONAL INJURY, DO

SERVICING OTHER THAN THAT CONTAINED IN

I

so.

SERVICING SAFETY SUMMARY•••••••••••••••••••••••••••••••••••••••• S-1 Section 3 THEORY OF OPERATION

HORIZONTAL SYNC GENERATOR (Diagram 1) •••••••••••••••• 3-1

Horizontal Oscillator ••••••••••••••••••••••••••••• 3-1

Vertical Line Generator ••••••••••••••••••••••••••• 3-1 Vertical Bar Generator••••·•••••••·••••·•·•·••·•·· 3-2

Horizontal Interval Timing••••···••·•··•••••···••• 3-2 2H (Interlace) Generator••••••••·••••••••••••••••• 3-3 H Sync Output Buffers••••·•··••··•••····•···•··••• 3-4

Power Supplies

VIDEO LOGIC AND DRIVERS (Diagram 2) •••••••••••••••••• 3-5

Power Supplies••••·•••··•••··•••·•·•··•··•·•·••••· 3-5 Video Logic••••••••••••·•••••·•••·••····••••·•··•·

Video Output Drivers·•••••••••••··••·····••·••···• 3-5

HORIZONTAL LINE GENERATOR (Diagram 3) •••••••••••••••• 3-8

Current State Registers and Remainder Up-Counter •• 3-8 Line Spacing Increment and Line Spacing Reset ••••• 3-9

Line Spacing Memory••••••••••··•·•···••••••••••••• 3-10 Scan Line Counter and White Line Generator·••••••• 3-10

H Bar Generator and Staircase Generator•·•••·••••• 3-11 Bounce Generator and Program Logic •••••••••••••••• 3-13

VERTICAL SYNC, POWER SUPPLY (Diagram 4) •••••••••••••• 3-13

Power Supply••••••••••••·····•••···•···••••••••••• 3-14

End-of-Field Pulse Generator••••··•••·•····•••••·• 3-15 Vertical Blanking Generator•••••••••••·•···••••··· 3-15 Composite Sync Driver·•·••••·••···••····••••••·•·• 3-16 External Video Input••••·•••••••••··•••••••••••••• 3-17

·•••••····••·····••••·•·••••••·•••••-3-4

3-5

ii

067-1039-00

r

i

Section 4

PERFORMANCE CHECK AND ADJUSTMENT

INTRODUCTION•••••••••••••••••••••••••••••••••••••••••

HISTORY INFORMATION•••••••••••••••••••••••••••••••••• RECOMMENDED TEST EQUIPMENT••••••••••••••••••••••••••• PERFORMANCE CHECK ••••••••••••••••••••••••••••• ; ••••••

INCOMING INSPECTION•••••••••••••••••••••••••••••••••• PRELIMINARY PREPARATION•••••••••••••••••••••••••••••• PERFORMANCE CHECK PROCEDURE••••••••••••••••••••••••••

Check White Level•••••••••••••••••••••••••••••••••

Check Check Check Check Check Check Check Check Check Check Check Interlace

ADJUSTMENT ••••••••••••••••••••••••••••••••••••••• • • • •

PRELIMINARY PREPARATION••••••••••••••••••••••••••••••

Adjust Power Supply··••••·•·•·•••••••••··••••••••• Adjust Horizontal Active Time•••••••·•··•·••••••·• Adjust Internal Horizontal Timing·•••·•·•••••••••·

Ajust Levels••••·····•••·•·•··•·••••••······••••·•

Adjust Staircase•·•••·••·••••···••••••··•·••••·••·

Adjust Crosshatch Width•••·••••·•••··•··••••••···•

Adjust Interlace•·•••••··••••••·····••••••·•••••••

Grey Level·•••••····••••••••••······•···•·••

Blanking Level ..............................

Blanking Level Shift••••••••••••••••••••••••

Sync Level·•••••···••••········•••·····••••·

Staircase Steps••·•···••••·••·····•••••••···

Horizontal Active Time••··•···•••·•·····•••• Horizontal Blanking Time·•·•······••••••····

Horizontal Sync Width •••••••••••••••••••••••

TTL White Level••••••••••••••••••••••••••••• TTL Black Level•••••••••••••••••••••••••••••

...................................

4-1 4-1 4-1 4-3 4-3 4-3 4-3 4-3

4-4

4-5 4-5 4-5 4-5 4-5

4-6 4-7 4-7

4-8

4-9 4-11

4-12 4-13 4-14 4-14

4-15

4-16 4-16 4-16

r

iii

067-1039-00

Section 5

MAINTENANCE PREVENTIVE MAINTENANCE

Cleaning

••••e•••••••eoo•o••aie0oeaee&eoel$easo@0e11ee

Lubrication Adjustment

TROUBLESHOOTING AIDS

Theory of Operation

Diagrams

eeeaa,•••••••••••eeeeeeooeeeeaoacieoee•ea<&&;i

•••••••••••••efilo~•o•o"61eooee•ee11,1Q@

··········••oeeeeeee•••oeSOQ@OG

Circuit Board Illustrations Component and Wiring Color Codes •••••••••••••••••• Testing Equipment

•••••••••eoeooeeooeooe@filGtieeooee@

TROUBLESHOOTING TECHNIQUES •••••••••••••••••••••

Control Settings Visual Check Static-Sensitive Components

•••• ., ........... lll41419.tllG0$80090~$1i11a0

eeee<1seeeoai11eoe('leeeea<11eeeeega90Q@O

oe@eoeoooeeeee®aiao@c@eo

Test Equipment

Circuit Isolation Voltages and Waveforms Component Checking Transistors and Integrated Circuits Diodes Resistors Circuit Board Removal

••••••Q••••e••••o•••

e e,eve e e o ••• o •me

o

e e

PARTS ORDERING AND REPLACING

Ordering

USING THE REAR INTERFACE

Input Output

•••••••••••••••••••••eee111eaa111e@eoeC1oesooee

CONNECTOR

e

0880 O

,a

e

00 O O O O GI Cl O Ge 9 89 e 9 O

•••e•••••••••••••••••oeeeeos1teG8e$eaie0111&oee1a

!I

e e El S

Iii

&11

e

!Iii

&

e

(110

Q

O 9 9 0 GI eeo gee

5-1

5-2 5-2

5=2

5-2 5-2 5-2

5-3 5-3 5-3

5-4

5-5

5=5

5-6

5-8

a•

11

5-8 5-9 5-9

5-10

Section 6 Section

REPLACEABLE ELECTRICAL PARTS

7

DIAGRAMS

CHANGE INFORMATION

iv

067-1039-00

LIST OF ILLUSTRATIONS

f

Fig. 1-1 Fig. 2-1

Fig. 2-2 Fig. 3-1

Fig. 4-1 Fig. 4-2 Fig. 4-3 Fig. 4-4 Fig. 4-5 Fig. 4-6 Fig. 4-7 Fig. 4-8

Fig. 4-9 Fig. 4-10 Fig. 4-11

Fig.

5-1

PATTERN GENERATOR•••••••••••••••••••••••••••••••• ix

PATTERN GENERATOR Controls and Connectors•••••••• PATTERN GENERATOR Connections

Monitor with Video Decoder Module •••••••••••• 2-8

Field Rate Staircase Signal•·•••••••••••••••••••· 3-7 Test Equipment Setup for Performance Checks •••••• 4-4

Horizontal Active Time·(70 us) ••••••••••••••••••• 4-6 Horizontal Active Times (10 us) •••••••••••••••••• 4-6

Horizontal Blanking Time•••••••••••••••••••·••··• 4-7 Horizontal Sync Width•••••••••···••·••••••••••··· 4-7 TV to TTL Signal Level Adjustment•••••··•··•·•••• 4-8

Interlace••••·•••••·•••·•·••·•••••••••••••••··••· 4-9

Test Equipment Setup for Adjustment Procedure •••• 4-12 +15 V Adjustment Locations on the Vertical

Sync Generator Board•••••••••·••••••·•••••••· 4-13

Test points and Adjustments Locations on the

Horizontal Sync Generator Board••••·••••••••• 4-15

Adjustments on the Horizontal Line

Generator Board••••••••••·•••·•••·••···•··••· 4-17

Semiconductor Components Basing••••••••••••·••••· 5-7

to

Display

2-4

l l l

V

067-1039-00

OPERATORS SAFETY SUMMARY

The general safety information in this part of the summary is for both operating and service personnel. Specific warnings and cautions will be found throughout the manual where they apply, but may not appear in this summary.

TERMS

In This Manual

CAUTION statements identify conditions or practices that could result in damage to the equipment or other property.

l

I

l

WARNING statements identify conditions or practices that could result in personal injury or loss of life.

A1 Marked on lquipment

CAUTION indicates a personal injury hazard not immediately accessible as one reads the marking, or a hazard to property including the equipment itself.

DANGER indicates a personal injury hazard immediately accessible as one reads the marking.

SYMBOLS

In This Manual

This symbol indicates where applicable cautionary or other information is to be found.

vii

067-1039-00

As Marked On Equipment

DANGER - High Voltage.

Protective ground (earth) terminal.

ATTENTION - Refer to manual.

Power Souroe

This product is intended to operate from a power source that will not apply more than 250 volts rms between the supply conductors or between either supply conductor and ground. A protective ground connection by way of the grounding conductor in the power cord is essential for safe operation.

Grounding the Produot

This product is grounded through the grounding conductor of the power cord in the mainframe. To avoid electrical shock, plug the mainframe

power cord into a properly wired receptacle before connecting to the mainframe input terminals. A protective ground connection the grounding conductor in the mainframe power cord is essential for

safe operation.

by way

of

na111•r Al'iai111 rrom Losa ot Ground

Upon loss of the protective-ground connection, conductive parts (including nobs and controls that may insulating) can render an electric shock.

all accessible

appear to be

Uae the Proper Fuse

To avoid fire hazard, use only a fuse of the proper type, voltage rating, and current rating as specified in the parts list for your product.

viii

067-1039-00

Do Not

To avoid explosion, do not operate this product in an atmosphere of explosive gases unless it has been specifically certified for such operation.

Do Hot Remove Covers or Panels

To avoid personal injury, do not remove the product covers or panels. Do not operate the product without the covers and panels properly installed.

Operate

In Explosive Atmospheres

r

ix

067-1039-00

Fig.

1-1 PATTERN GENERATOR

X

Section1 - 067-1039-00

GENERAL INFORMATION AND SPECIFICATIONS

INTRODUCTION

The 067-1039-00 PATTERN GENERATOR provides a series of video test signals required to calibrate a multi-rate display monitor (such as the 690SR Color Display Mainframe). The 690SR can be used with computer display or television signal sources that use a wide variety of scanning systems. The PATTERN GENERATOR emulates these scan systems and provides a selection of test signals for calibrating the display monitor.

r

l

f

l

The PATTERN GENERATOR has three front panel controls that allow it to emulate the line and field rates of many scan systems, present or future. The Horizontal Active Time adjustment varies the interval between the horizontal blanking periods (blanking itself is nominally

6.75 us); the Lines per Two Fields is set to the number of scan lines of the chosen standard (an odd number generates 2:1 interlace, an even number is non-interlaced); and the Lines of Vertical Blanking is set to the number of blanked lines in each field. The Frame Period is

(6.75 us+ Horizontal Active Time) times Lines per Two Fields.

There are operation of the display monitor. These switches generate the following patterns:

1. Flat Field (White). Tests purity and colorimetry.

2. Flat Field (Grey). Tests low light level calibration.

3. Convergence (Lines/Dots). Tests convergence, geometry,

linearity, and video amplifier pulse response.

4. Vertical Bar. Tests the video amplifier for line time

distortion and integrity of step response.

5. Horizontal Bar. Tests high voltage supply regulation.

8 pushbutton switches that provide patterns to test the

r

6. Window. Tests crt purity error due to shadow mask heating.

7. Staircase. Tests color balance, nonlinear

video amp limiting. With an external ohrominanoe

differential

gain and differential phase.

1-1

distortion, and

signal, tests

General Information - 067-1039-00

8. Bounce. Tests video clamp response and feedback stability in the beam feedback loop.

OVERVIEW

The Operators part of this manual is intended to help the user obtain maximum performance from the PATTERN GENERATOR. This part covers General Information, Specifications, and Operating Instructions.

The Service Part of this manual covers the Theory of Operation, the Performance Check and Adjustment section, the Maintenance section, and. other service information, including the block and schematic diagrams of the PATTERN GENERATOR.

The eight sections of the manual are:

OPERATORS PART

Section 1 - General Information and Specifications; contains the instrument description and a listing of the PATTERN GENERATOR Characteristics and Performance Requirements.

Section 2 - Operating Instructions; introduces the user to the PATTERN GENERATOR/Display Monitor system and demonstrates the functions of the front panel controls.

SERYICIIG PART

Section

the PATTERN GENERATOR.

Section 4 - Calibration, Part 1: Performance Check; this

subsection is used to verify all of the Performance Requirements in

the Specification, and to determine the need for recalibration

(adjustment) of the PATTERN GENERATOR.

Section Procedure; this subsection is used to return the PATTERN GENERATOR to conformance with the Performance Requirements. The procedure is

arranged in functional blocks to facilitate referencing from the Performance Check and the Maintenance Instructions.

3 -

Theory of Operation; describes all major circuits of

4 -

Performance Check and Adjustment, Part 2: Adjustment

1-2

l

General Information - 067-1039-00

Section 5 - Maintenance Instructions; describes routine and

corrective maintenance with detailed instructions for replacing

assemblies, subassemblies, and individual components.

Section 6 - Replaceable Electrical Parts; provides information necessary to order replaceable parts and assemblies related to the electrical functions of the instrument.

Section 7 - Diagrams; provides functional block diagram and circuit schematics.

Section 8 - Replaceable Mechanical Parts; provides information necessary to order mechanical parts that are being replaced. The list

is cross-referenced to replaceable electrical parts where appropriate. The Exploded Diagram shows the assembly sequence and identifies the assemblies. The Accessories page lists the standard and optional accesories. (Not present in the interim manual.)

Changes and Corrections; provides updating information for the

manual in the form of inserts. These inserts are incorporated into the manual text and diagrams when the manual is revised.

r

l

STANDARDS

The abbreviations diagrams are based on Y32.14-1973 (American

Street, New York, N.

and graphic symbols

ANSI Y1.1-1972, ANSI

National Standards

Y. 10017)

used in the Y32.2 1970,

Institute, 345

text and

and ANSI

East 47

1-3

Specification - 067-1039-00

SPECIFICATION

The following specifications apply to the 067-1039-00 PATTERN GENERATOR. Allow 30 minutes warmup. Items listed in the Performance Requirements column are verifed by completing the Performance Check in Section 4 of this manual. Items listed in the Supplemental

Information column may not be verified in this manual; they are either exlanatory notes or performance characteristics for which no limits are specified.

Table 1-1

ELECTRICAL CHARACTERISTICS

Characteristics

I Performance Requirement I Supplemental Information

====================l=========================I============================

Video Outputs I I

Impedance I I 75 ohms with all outputs

I I terminated in 75 ohms

------------------+-------------------------+----------------------------

Levels

White

----------------+-------------------------+----------------------------

Grey

----------------+-------------------------+----------------------------

Blanking

----------------+-------------------------+----------------------------

Blanking Level Shift

----------------+-------------------------+----------------------------

Sync

----------------+-------------------------+----------------------------

Staircase Steps

------------------+-------------------------+----------------------------

Risetime (Except Staircase)

I

I 700 mV +/- 7mV

I 70 mV +/-7 mV I O V +/- 7 mV I Less than 3 mV from 0

I to 100 % APL I -300 mV +/- 7 mV

87.5 mV +/-2% (8 steps from blanking to white)

[(Peak White)-(Blanking),

divided by 8] staircase luminance nonlinear distortion less than 2%

I Less than 2 ns I

------------------+-------------------------+----------------------------

Falltime (Except Staircase)

------------------+-------------------------+----------------------------

Ringing

1-4

I Less than 3 ns

I I (8 ns before and after 50%

I of step) less than 5% peak

Specification - 067-1039-00

Table 1-1 (cont)

Characteristics I Performance Requirement I Supplemental Information

====================l=========================I======== ===========-=~===== TTL Video Outputs

Impedance

I I

Greater than 10,000 ohms.

I

[

l

------------------+-------------------------+----------------------------

White Level

(into 50 or

75 ohms)

------------------+-------------------------+---------------------------~

Black Level

(into 50 or 75 ohms)

------------------+-------------------------+----------------------------

Risetime and

Fall time

--------------------+-------------------------+----------------------------

Bounce

Trigger Output Levels

------------------+-------------------------+----------------------------

Rate

--------------------+-------------------------+----------------------------

Scan Rate Selection

Number of Lines in 2 Fields

------------------+-------------------------+----------------------------

Number of Vertical! Blanking Lines

Logic 1 greater than

I

2.5 V

I

Logic O less than 0.8 V Output Current= 0

I

I Maximum output current I greater than 50 mA

I

Less than 7 ns

I I

I

TTL (Logic 1 = Black

I

Video Output)

I

Adjustable from 0.2 Hz to

I

Hz

2

I

21 to 1999 lines

I I

3 to 99 lines

I

2 settings result in 3

I

lines)

I

(O,

'

1, and

I

[

------------------+-------------------------+----------------------------

Vertical Sync Width

------------------+-------------------------+----------------------------

Horizontal Active Time

------------------+-------------------------+----------------------------

Horizontal Blanking Time

------------------+-------------------------+----------------------------

Horizontal Sync Width

------------------+-------------------------+----------------------------

Front Porch Width Blanking Time

10 to 70 us+/- 3% of

I

full scale

I

6.75 us +/-0.2 us

I

us +/-0.1 us

I 3

I

1 us +/-0.05 us

l

I

3 lines (fixed)

I

Internally adjustable

I

from 4.5 us to 12 us

I

Internally adjustable

I

from 2 us to 4.5 us

I

Internally adjustable

I

from 0.7 us to 1.5 us

I

~--------------------------------------------------------------------------

1-5

Specification -

Table 1-1 (cont)

067-1039-00

Characteristics

I

Performance Requirement

I

Supplemental Information

====================l=========================I============================

Interlace Accuracy

--------------------+-------------------------+----------------------------

Oscillator Stability

--------------------+-------------------------+----------------------------

Oscillator Jitter

------------------+-------------------------+----------------------------

Line-to-line Jitter

--------------------+-------------------------+----------------------------

Sync Outputs

TTL H Sync

------------------+-------------------------1

TTL V Sync

------------------+-------------------------+----------------------------

TV Block Sync

I

50

%

H

period

I I I I

I I

I I I I

+/-5

%

H

I

Better than

10

minutes

Less than

I

Less than

I

TTL levels, logic sync time

-4 V

Hand

Block Sync equals

TTL V Sync OR TTL H Sync

into

V

+/-0.005%

20

ns over

5

JlS

peak-to-peak

1

75

ohms during

sync time; TTL

over

500

during

ps

Table

ENVIRONMENTAL CHARACTERISTICS

---------------------------------------------------------------------------

Characteristic

I

1-2

'

Description

===========================I=====~=========================================

Temperature Range

Operating

-------------------------+------------------~----------------------------

Non-Operating

---------------------------+-----------------------------------------------

Humidity

---------------------------+-----------------------------------------------

Altitude Range

Operating

I I

Oto

I

-55

I

Up to

I

To

+50

to

90%

4.5

degrees C

+75

degrees C

to

km

(15,000

95%

relative humidity

ft)

-------------------.-------+-----------------------------------------------

Non-Operating

---------------------------+-----------------------------------------------

Shock and Vibration

I

To

15

km

I

30

G (half-sinewave),

I

displacement

1-6

(50,000

ft)

0.38

mm

(0.015

inches)

Specification - 067-1039-00

Table 1-3

PHYSICAL CHARACTERISTICS

Characteristic

------------------------------~--------------------------------------------

---------------------------------------------------------------------------

Front Panel Lexan Laminated on Aluminum

---------------------------+-----------------------------------------------

Dimensions (Maximum)

(5

Height 12.7

--------------------=----+-----------------------------------------------

Width

-------------------------+-----------------------------------------------

Length 29.5

-------------------------+-----------------------------------------------

Weight

Net

-----------------------+-----------------------------------------------

Shipping (Domestic) 2.27 kg (5 lb)

-----------------------+-----------------------------------------------

Shipping (Export)

I

cm

13.5 (5.3 in) (11.6 in)

cm

(3

kg

3.44

2.27 kg (5 lb)

Description

in)

oz)

7

lb

1-7

Section 2 - 067-1039-00

OPERATING INSTRUCTIONS

INTRODUCTION

This section describes the functions of the PATTERN GENERATOR, the installation procedure, the controls and connectors, and the checkout procedure.

ABOUT THE PATTERN GENERATOR

f

r

l

The 067-1039-00 PATTERN GENERATOR is a two-wide instrument that plugs into a TM 500 mainframe. It provides a series of video test signals required to test a multi-rate display monitor (such as the 690SR Color Display Mainframe). This monitor is suitable for computer displays and broadcast television; with the aid of the PATTERN

GENERATOR, it can be calibrated to any scan rate within its operating

range.

By setting Horizontal Active Time, Lines per Two Fields, and Lines of Vert Blanking, the PATTERN GENERATOR can emulate the scan system that will be used with display monitor. The monitor can then be calibrated with the pushbutton-selected signals provided by the PATTERN GENERATOR.

INSTALLATION

The PATTERN GENERATOR was inspected both mechanically and electrically before shipment. It should be free of mars or scratches and electrically meet or exceed all specifications. Inspect the instrument for physical damage incurred in transit and check the electrical performance by following the Operators Checkout Procedure in this section. If there is a problem, contact your local Tektronix Field Office or representative.

I

2-1

Operating Instructions - 067-1039-00

NOTE

If the PATTERN GENERATOR is used with a NTSC display

monitor, the Horizontal Blanking Time should be changed

from 6.75 .usec. to 11.1 ..usec. This is an internal

adjustment and should be performed by a qualified

technician. Refer to Section 4 for the °Calibrate Internal Horizontal Timing

0

procedure.

REPACKAGING

Save and re-use the PATTERN GENERATOR shipping container. If the original container is not available or is damaged, repackage the PATTERN GENERATOR as follows:

1. Attach a tag to the PATTERN GENERATOR that shows: name and

address of the firm, name of the person responsible for the PATTERN

GENERATOR, serial number, and a description of the service required.

2. Obtain a shipping container made of heavy corrugated cardboard or wood. To allow for cushioning, make sure that the inside dimensions are no less than 12 by 12 by 18 inches (300 by 300 by 450

mm). This container should have a carton test strength of no less

than 275 pounds (605 kg).

3. To protect the finish of the PATTERN GENERATOR, wrap it in

heavy· paper or polyethylene. Protect the front panel with urethane foam or strips of cardboard.

4. Cushion the PATTERN GENERATOR by tightly packing urethane foam

or dunnage between the PATTERN GENERATOR and the shipping container. Allow at least

5. Seal the container with shipping tape or an industrial

stapler.

If there are any questions, contact the nearest Tektronix Field

Office or representative.

FUNCTIONS OF CONTROLS, INDICATORS, AND CONNECTORS

The front panel controls and connectors are shown in Fig. 2-1 and

numbered to match the text.

3 inches (75 mm) on all sides.

2-2

Controls

Operating Instructions - 067-1039-00

f

0 0 0

©

LINES PER TWO FIELDS -- A four-decade switch that number of video lines in two fields. Its range is

1999 lines. Odd values provide a 2:1 interlace and provide a non-interlaced display.

LINES OF VERT BLANKING -- A two-decade switch that selects the number of video lines of blanking in each field. Its range is 3 through 99 lines. Values less than 3 still provide 3 lines of blanking due to the length of vertical sync (3 lines).

HORIZONTAL ACTIVE TIME A potentiometer that sets the horizontal active time of each video line. Since the blanking interval is set by an internal adjustment, the total horizontal period is the sum of this active time and the preset blanking time of 6.75 usec. (The blanking time should be reset to 11.1

usec. for NTSC display monitors.) CONVERGENCE -- A pushbutton switch that selects a convergence

pattern (either DOT or LINE pattern depending on the DOT/LINE switch position). This switch cancels either the FLAT FIELD or STAIRCASE/EXT switch when pushed in.

DOT/LINE -- A self-cancelling pushbutton switch that selects either a dot or line convergence pattern when the CONVERGENCE switch is pushed in. Pushbutton switch "in" position is a dot convergence pattern and switch "out" position is a line

convergence pattern.

selects the 21 through

even values

l .

i

t

l

©

0

FLAT FIELD -- A pushbutton switch that selects a flat field signal (either white or grey depending on the GREY/WHITE switch

position). It cancels either STAIRCASE/EXT or CONVERGENCE switch when pushed in.

GREY/WHITE -- A self-cancelling pushbutton switch that selects either full amplitude (WHITE) or reduced amplitude (GREY) of the convergence or flat field signals. This switch has no effect when the STAIRCASE/EXT switch is pushed in.

STAIRCASE/EXT -- A pushbutton switch that selects either an internal staircase signal or an external video signal, depending on the position of an internal jumper. External video is received via pin 24A on the TM 500 interface. The internal staircase is a full-field, ten-step staircase. All other pushbutton switches have no effect when this switch is pushed in.

2-3

Operating Instructions - 067-1039-00

Fig. 2-1 PATTERN GENERATOR Controls and Connectors

2-4

V BAR A self-cancelling pushbutton switch that inserts a vertical bar into the convergence-pattern signal or adds a

vertical bar to

STAIRCASE/EXT switches in the "out" position). When both the BAR and resulting signal is a WINDOW signal.

@

Indicators

H BAR horizontal bar in the same manner as the

BOUNCE video pattern to be periodically blanked to black with a 50

squarewave whose period (RATE) is adjustable from 0.2 Hz. This switch does not affect the video pattern when the STAIRCASE/EXT switch is in the "in" position.

RATE (BOUNCE) varies the bounce rate from 0.2

Operating Instructions - 067-1039-00

black pattern (CONVERGENCE, FLAT FIELD, and

a

BAR switches are depressed at the same time, the

H

self-cancelling pushbutton switch that inserts a

A

self-cancelling pushbutton switch that causes the

A

front-panel screwdriver adjustment that

A

2 Hz.

to

Hz

BAR switch.

V

Hz

to

V

%

2

@

Connectors

@

POWER whenever power is applied to the instrument.

TRIGGER OUT -- A probe tip output connector that provides a TTL

signal that is synchronous with the bounce transition. This

signal is used to trigger a test oscilloscope so that the clamp

response and beam current feedback stability of the 690SR can be

easily measured.

VIDEO -- Three bnc output connectors driven at TTL or composite

video levels depending on the position of an internal jumper.

Each connector is intended to drive a 75 ohm load, and all three

connectors are driven by a common driver to eliminate any timing

errors. Source-termination resistors provide proper reflection

termination when each connector is terminated in 75 ohms.

These connectors are provided to drive RGB monitors. Monitors with only one input would use one of the output connectors with

the other two output connectors terminated in 75 ohms.

red light-emitting dioe (LED) that illuminates

A

NOTE

The unit receives its power from any TM 500 mainframe.

2-5

Operating Instructions - 067-1039-00

@

OPERATOR'S CHECKOUT PROCEDURE

follows:

TTL H SYNC -- A bnc output connector that provides a horizontal sync-timing signal with TTL levels (logic 1 during horizontal sync sync time).

TTL V SYNC -- A bnc output connector that provides a vertical sync-timing signal with TTL levels (logic 1 during vertical sync

time). TV BLOCK SYNC -- A bnc output connector that provides a timing

signal with both horizontal and vertical sync timing information at standard video-sync drive levels (-4V p-p into 75 ohms). No serration or equalizer pulses are provided.

Prepare the PATTERN GENERATOR/Display Monitor combination as

1. Check that the TM 500 mainframe is OFF. Insert the PATTERN

GENERATOR into a TM 500 mainframe. Turn the mainframe ON.

2. If the Display Monitor has a video decoder interface module installed, connect two 75 ohm feedthroughs and one 75 ohm cable to the front panel VIDEO outputs. Connect the cable to the Video In of the monitor. Refer to Fig. 2-2. If necessary, use a 75 ohm terminator at the Video In of the display monitor.

3.

If the Display Monitor has a RGB interface module installed,

connect three 75 ohm cables between the front panel VIDEO outputs and the three R, G, and B inputs of the display monitor. Terminate these inputs with 75 ohm feedthroughs. Connect V, H, or BLOCK Sync with 75 cable to the Sync input of the display monitor.

4. Set the PATTERN GENERATOR to the scan system used by the Display Monitor. (Refer to the Display Monitor specifications for

this information.)

5. Turn on the Display Monitor.

6.

Test the operation of the front panel controls. Make sure that the DOT, GREY, V BAR, and H BAR WINDOW pushbuttons are disengaged (in the OUT position).

7.

crosshatch pattern on a black field. There should be 15 vertical lines and 10 horizontal lines.

Press CONVERGENCE. The monitor should display a white

2-6

Operating Instructions - 067-1039-00

Press DOTS. The crosshatch should change into a pattern of

8.

dots. Disengage DOTS.

Press

9.

crosshatch pattern.

10. Press

center of the crosshatch pattern. Disengage horizontal bar should appear across the crosshatch pattern. Disengage

11. Press FLAT FIELD. The monitor should display a flat field at

white level (700 mV).

12. Press GREY. The monitor should display a grey field (10% or

70 mV). Disengage GREY.

13. Press BOUNCE. The monitor should display an alternating black and white field at a rate controlled by the RATE adjustment. The adjustment covers a range of 0.2 Hz to 2 Hz. Disengage

BOUNCE.

14. Press STAIRCASE/EXT. A full-field monochrome staircase should appear on the monitor.

This completes the Operators Checkout Procedure. For further information on calibrating the Display Monitor with these test signals, consult the manual of the Display Monitor.

V BAR. A

H BAR

BAR WINDOW.

H

white vertical bar should appear across the

white window should appear in the

WINDOW.

A

V BAR;

a white

2-7

Operating Instructions - 067-1039-00

11

PATTERN

GENERATOR

'=I

~ID

1

CID

,_, &l

@

©

H SYNC

Fig. 2-2 PATTERN GENERATOR Connections

@

•.J.~UJ~,.&'I~ 0

~b..A..i'

A Vici@@

0 0 0 0

VIDEO

DECOD~R

MODULE

to

ifl!)Ut

Display Monitor with

Video Decoder Module

USING THE PATTERN GENERATOR TO CHECK THE

690SR MAINF'RAME

The 067-1039-00 PATTERN GENERATOR, when plugged into a TEKTRONIX

TM 500 mainframe, provides the necessary video signals to test the

690SR

Color Monitor. The crosshatch pattern from the generator is used with the Tektronix Linearity Graticule 067-1034-00 to check the sizep centering, and linearity of the mm1itor's raster. Therefore,

is

necessary

to set the PATTERN GENERATORWs controls to operate at the

it

desired horizontal and vertical scan rates and to obtain a crosshatch

pattern that fills the raster properly.

3986-02

Operating Instructions - 067-1039-00

NOTE

Simply setting the PATTERN GENERATOR controls to provide signals that are equivalent to the user's system may not permit checking the 690SR mainframe performance properly.

The PATTERN GENERATOR front-panel control settings given in the equipment setup illustrations are set to generate a 31.5 kHz scan rate and a 60.6 Hz field rate. The Horizontal Active Time control is set to 25 .,us since 25 JJ.S active time plus 6. 75 .J.IS horizontal blanking time

horizontal period to generate a 31.5 kHz scan

is equal to 31.75

.JlS

rate. (The PATTERN GENERATOR blanking time is factory set at 6.75 .).ls

to match the 690SR raster blanking time.) The Lines of Vertical Blanking switch is set to obtain approximately 600 J.lS vertical blanking time. (The 18 lines chosen times 31.75.J.ls is equal to 572

ps.) The Lines Per Two Fields switch is set to obtain an approximate

60 Hz field rate and at the same time produce full top and bottom crosshatch lines that coincide with the top and bottom edges, respectively, of the raster.

NOTE

If the Lines Per Two Fields switch is set to an odd number; for example, 1039, the display may appear to flicker because the display is interlaced. To obtain a non-interlaced display, set the switch to an even number. When preparing this manual, the Lines Per Two Fields switch was set to 1040.

If the 690SR mainframe is being operated at a horizontal and/or vertical scan rate other than 31.5 kHz and approximately 60 Hz respectively, or if the horizontal blanking time is not 6.75.JJ.s, then use the following procedure as an aid for setting the PATTERN

GENERATOR controls to properly check the 690SR mainframe.

Measure the vertical scan period, the horizontal scan period,

1.

and horizontal blanking time of the monitor's intended signal source or obtain their specification.

Compute the horizontal active time

2.

blanking time from the H scan period.

by subtracting

For example:

the H

31.75JlS - 6.75JlS: 25.)J.S.

2-9

Operating Instructions - 067-1039-00

a. Set the Horizontal Active Time control on the PATTERN

GENERATOR to the computed horizontal active time value.

b. If the H blanking time is other than 6.75,J.ls and precise

linearity adjustment is required, recalibrate the PATTERN

GENERATOR's horizontal blanking time. (Refer to step 11

in the Adjustment Procedure of this 690SR manual.) (For

quick monitor setups when the linearity requirement is

less critical, the horizontal blanking time need not be recalibrated. Instead, use 6.75Jls during the Performance Check Procedure. Then, readjust the 690SR H Size control, R925, on A8A1 after completing the Performance Check Procedure so the displayed picture from the monitor's intended signal source will be the proper width.)

3. Calculate the number of Lines of Vertical Blanking that the PATTERN GENERATOR should be set to

after the decimal point in the number calculated from the following formula.

600

J.lS

B

------

=

Hp

by

ignoring the fraction

For example:

B

Hp

B

Lines of Vertical

=

Horizontal Scan Period

=

600

)lS

---------

=

31. 75 ..us

=

18.89

Blanking

18

=>

2-10

Operating Instructions - 067-1039-00

4. Calculate the approximate number of Lines Per Two Fields that the PATTERN GENERATOR should be set to by using the following formula.

(Vp)

2

LA

=

------

Hp

r

f

f_

l

LA

Vp

Hp

For example:

LA

5. Find the exact number of Lines Per Two Fields that the PATTERN GENERATOR should be set to by first setting Lin the formula below or equal to LA that was calculated previously. Then,

increment L up or down one digit at a time until the

calculated value for x becomes a whole number.

L - 2B - 24

X: ----------

x

=

Must be a whole number (i.e., an integer) to obtain a full screen display so that the last horizontal crosshatch. line is at the bottom of the raster. The whole number is the number of

black horizontal scan- ning lines between any two white horizontal lines of the displayed crosshatch pattern.

The approximate Lines Per Two Fields

=

setting (truncate this Vertical Scan Period

=

Horizontal Scan

=

2(16.67 ms)

=

-----------

31.75

20

J.l.S

=

Period

1050.08

number)

=>

1050

L B

For example:

x

Hence, L

=

Lines Per Two Fields

=

Lines of Vertical Blanking

1040 - 2(18) - 24

= ----------------- =

1040

20

2-11

49 lines

r

•

067-1039-00

SERVICING SAFETY SUMMARY

FOR QUALIFIED SERVICE PERSONNEL ONLY

Refer also to the preceding Operators Safety Summary

Do Not Service Alone

Do not perform internal service or adjustment of this product unless another person capable of rendering first aid and resuscitation is present.

Use Care When Servicing With Power On

Dangerous voltages exist at several points in this product. To avoid

personal injury, do not touch the exposed connections and components

while power is on. Disconnect power before removing protective panels, soldering, or

. replacing components.

r

I -

Power Source

This product is intended to operate from a power source that does not

apply more than 250 volts rms between the supply conductors or between either supply conductor and ground. A protective ground connection by way of the grounding conductor in the power cord is essntial for safe operation.

S-1

Section 3

=

067-1039-00

THEORY OF OPERATION

HORIZONTAL SYNC GENERATOR

<!)

Horizontal Oscillator

The ACTIVE TIME control R682 varies

source consisting of

current is

ramp (on pin 1

toggles

charges

compared

to a low

holding capacitor C684 to generate a ramp@

to a de level on pin 2 of U580,

of

U580)

state

Q680 into saturation and

One-shot

generates approximately before it starts charging up again. The output at pin drives a circuit block.

While the ramp the input of The comparison voltage at the input of at the input of

a

binary

0580,

multivibrator pulse

80

nse

counter,

it is also compared

U580.

Q688, Q685,

crosses that threshold voltage, pin

and

resets the ramp

discharging

U575A

at

output

This ensures that

U564

signal

on

C684 is

and the associated circuitry. The

is

in the Horizontal Interval Timing

the current out of a current

a comparator. When the

by

causing

U670A

C684 .. triggered

·7

which keeps

being compared to a de level at

to a

U587

at

the

same time, and

Q680

C684

de level at pin is slightly less than that

is fully discharged

That

5

6

2

ramp

of

U580

to drive

iron" for

of U575A

of

0587.

Since the ramp is positive-going, Horizontal Oscillator resets the ramp, and then remains in that state as

long

voltage at the input. This results in a pulse at the outputs of U587.

The width of this pulse is determined

amplitude of the ramp signal exceeds the comparison voltage. As the

frequency of the Horizontal Oscillator changes and the slope of the

ramp changes, the width of the output pulse remains a constant percentage of the horizontal period. As a result, this vertical line pulse appears to have a constant spatial width even as the horizontal scan rate is varied. On the schematic diagram, this pulse is labelled

as the amplitude of the ramp signal exceeds the comparison

U587 toggles just before the

by

the amount of time that the

V Linee

The pulse at the output of U587 is used to generate the effective address on the crt of a display monitor from left to right. For example, the vertical bar

signal

is determined

by

counting the number

3-1

Theory of Operation - 067-1039-00

of vertical lines that have occurred since the start of that

particular horizontal line.

Vertical Bar Generator

Counter U462 and the logic associated with

Vertical Bar Generator. It counts vertical lines

combined with an "EXCLUSIVE OR" gate, resulting in width is approximately six vertical lines. Logic U556C, and U556D form an "EXCLUSIVE OR" gate.

If this bar signal were displayed on a picture monitor, the crt would display a light bar extending from the top to the bottom and dark at the left and right sides.

Horizontal Interval

The output of the Horizontal Oscillator's one-shot multivibrator U575A is counted by U564, and when the count reaches 14 (pins 11, 12, and 13 all high; pin 14 low), the output of U670B triggers another

one-shot multivibrator U575B which controls the horizontal hold-off

and blanking times. The output of U575B is clocked by V Line to

generate the horizontal blanking time (labeled H Blank at the output

of U457D).

The output of U670C (pin 8) forces the Horizontal Oscillator ramp

at C684 to be clamped to ground, stopping the Horizontal Oscillator

during the horizontal interval hold-off time. Horizontal blanking

time is equal to the sum of the horizontal interval hold-off time and the Horizontal oscillator period.

Timing

it constitutes the

and its outputs are a bar signal whose

gates U457A, U457B,

The output of U670C (inverted output of U575B) is fed to a circuit which determines the front porch timing and sync timing. The output of that circuit is horizontal sync. The circuit consists of two cascaded one-shot multivibrators, U552A and U552B together with the associated circuitry. The first multivibrator, U552A, determines the offset of the horizontal sync leading edge from the start of the blanking time which is the front porch time. The second

multivibrator, U552B, determines the width of the horizontal sync

pulse, and that output pulse (pin 10 of U552B) is fed to the 2H

(Interlace) Generator circuit block and to several buffer circuits.

3-2

Theory of Operation - 067-1039-00

2H (Interlace) Generator

The heart of this circuit is a constant-amplitude ramp generator.

It generates a ramp which starts at the end of one horizontal sync

pulse, ramps up until the next horizontal sync pulse comes along, resets and starts up again. A comparator is used to compare this ramp with a de level whose amplitude is automatically adjusted to one half

the peak amplitude of the ramp. Each time the ramp amplitude crosses

that threshold voltage, the output of the comparator changes states.

This results in a square wave output that has a transition halfway

between the two horizontal sync pulses. This transition is then used

to generate a pulse occuring midway between the two horizontal sync

pulses; and the pulse and the horizontal sync pulses are combined with a "NAND" gate to produce a signal having twice the frequency of

the horizontal sync signal. This is the 2H signal that is used to

generate interlace.

Operational amplifier 0420, C420, Q420, and R422 comprise the

ramp generator. Operational amplifier 0420 is connected as an

integrator. A constant de level applied to R422 supplies a constant

current to C420, charging it up until a reset pulse from 0328A turns

Q420 "on" to discharge C420. The slope of the ramp is- determined by

the de level that is applied to R422, and that voltage is determined

by sampling the output of the ramp generator. The sampled output of

the ramp generator is peak-detected through CR425 and C533, and

coupled to the non-inverting input of 0530. Capacitor C523 together

with 0530 form a much slower integrator, essentially making 0530 a

power source.

i

l

A horizontal sync signal from pin 10 of 0552B drives one-shot

multivibrator 0328A. One-shot multivibrator 03~8A produces horizontal

at the output.

rate pulses with a duration of approximately 0.5 These pulses are are used to momentarily turn "on" Q420 in order to discharge C420. That is, the output of 0328A resets the ramp generator.

The inverting input of 0530 temperature-stabilized power supply. temperature compensation for CR425.

If the peak amplitude of the ramp gets too high at the output of U420, the signal coupled back to pin 3 of 0530 gets bigger. That drives the output level at pin 6 higher than it was before. The de level at pin 6 of 0530 is normally negative, and this de level is made more positive. Consequently, less current flows through R422, resulting in a ramp at the output of 0420 that has a lower slope. That is, a lower ramp peak amplitude results. The signal being fed back to pin 3 of 0530 will reach a steady state (equilibrium) ramp's sampled peak amplitude equals the de level at pin 2 of 0530.

3-3

is connected

The diode CR525

JlS

'

to a

provides

when

the

Theory of Operation - 067-1039-00

This constant discharged.

Comparator U330 compares the ramp at the input with a de level whose amplitude is equal to one half the peak amplitude of the ramp. Potentiometer R332 (2H Interlace) is used to set the comparison voltage at pin 2 of U330. When the ramp crosses this threshold voltage, the output of U330 changes states resulting in a transition midway between two horizontal sync pulses. This transition is used to trigger one-shot multivibrator U328B. The result at the output of U328B, is a signal with pulses occuring midway between horizontal sync pulses. That is, a pulse occurs once every line in the middle of the horizontal line with a duration of approximately 3)1s.

The output of U328B and the horizontal sync signal from pin 10 of

U552B are combined with a "NAND" gate U234B which acts like an "OR"

gate. The output of U234B is the 2H signal, and is routed to the Vertical Sync Generator board.

amplitude is independent of how often C420 is

H S1no output Butters

The Horizontal Sync Output Buffers consist of two "NAND" gates connected as inverters. An inverted horizontal sync signal from U552B drives U538A, resulting in a normal polarity signal at the output. This signal is available at the front panel as TTL H SYNC.

Depending on the position of the jumper for J542, U538B may be

driven with a normal polarity or inverted horizontal sync signal from U552B. The output (TTL H Sync) is available at pins 26A and 28A at

the TM500 interconnect jack.

Power Supplies

Power

Generator

diagram 1, VR474 and VR647

respectively.

provides power to 0552.

supply inputs

board are shown in schematic

DC

supply

and are used

+5

regulators on the Horizontal

vc

to

provides power

diagram

derive

2.

On schematic

vc

+5

to U575 and +5 VD

and

+5

Sync

VD

3-4

Theory of Operation - 067-1039-00

VIDBO LOGIC AND DRIVERS 0

This schematic diagram consists of Power Supplies, Video Logic,

and Video Drivers.

Power Supplies

The Power Supplies provide the following de voltages: +15 V, +12

V, +11.7 V, +10 V, +5 VA, +5 VB, -10 V, -12 V, and -15 V.

f

[

l

[

The +15 V and -15 V supplies together with a +8 V supply provided by the TM500 host mainframe are used to derive the rest of the supplies.

The +12 V, +5 VA, +5 VB, and -12 V supplies are obtained through the use of 1% regulators. The rest of the supplies are obtained by placing the appropriate zener diodes across the proper de busses, with the exception of the +15 V and -15 V.

Video Logic

The Video Logic circuitry combines a number of video signals generated in other parts of the Horizontal Sync Generator board, and other video signals from the Horizontal Line Generator and Vertical Sync Generator boards. These signals consist of the Vertical Bar;

Horizontal Blanking; Vertical Blanking; Bounce (alternate "on" and "off" blanking signal); V Line, and signals resulting from the positions of the program switches (front panel controls) such as V Bar Enable (labeled GG), V Line Enable (labeled AA), Horizontal Video

(labeled VV); and External Video. These signals are combined with a

series of gates resulting in a drive signal at the output of U355C.

A Vertical Sync signal from U238A on the Vertical Sync Generator board is buffered by U495B resulting in TTL V SYNC available at the front panel.

The output of the Video Logic circuit (pin 8 of U355C) drives the Video Output Drivers.

L

l

Video Output Drivers

This circuitry consists of a TTL video driver (U495A, Q396, and Q398) and a television video driver.

3-5

Theory of Operation - 067-1039-00

The

TTL

video drives

5 V

11

ones

11

and "zeros".

It

has no sync,

just the video with blanking. The TTL video is amplified by a pair of

VMOS

transistors,

Q396

and Q398. These two transistors are connected

in parallel in order to produce enough current to drive three 50 ohm loads at the video outputs on the front panel. This circuit is enabled when pins 1 and 2, and pins 3 and 4 of J394 are jumpered;

that is, by moving the jumper for J390 to J394. Jumper pins for J390 and J394 are installed side-by-side on the Horizontal Sync Generator board. Either one or the other set of pins is jumpered at any one time, but never both. Therefore, either the TTL video or the television video is available at any one time by placing a jumper on J394 or J390 respectively.

The television video driver consists of one fast and three very

fast current sources. The circuit associated with Q188 is the fast white current source; the circuitry associated with R270 (Grey Level adjustment) is the grey current source; the circuitry associated with

R178 (Black Level adjusment) is the black current source; and the

circuitry associated with R486 (Sync Level adjustment) is the sync

current source. The white current source is normally "on" all the

time, and sets the output to

terminated

in

75

ohms, and the other current sources are normally

700

mV when all three video outputs are

"off".

The grey current source is turned

11

on" in order to obtain a grey output level, and most of the current from the white source that would normally go to the output is diverted to the grey current source circuit. That is, the current from the white source now divides

between the output load and the grey current source. This is accomplished by turning

"on". Transistor

cathode of

CR276

Q276

(activating the GREY button on the front panel).

Q276

"off" which causes Q286 and

may be turned

11

off

11

Q288

by applying ground to the

to turn

The black current source operates in the same manner as the grey

currrent source. It robs additional current from the white current source whenever a black level is desired. During that time, both the grey current source and the black current source circuits are "on". Thus, the sum of the grey current source output and the black current

source output is equal to the white current source output. That leaves no current for the output load, and the voltage at the output

is zero.

The sync level is

accomplished by sinking additional current in

the sync current source circuit. Since the white current cannot provide any more current, this current is drawn from the output load, and in

thi.s

way the output is brought down to -300 mV.

3-6

Theory of Operation - 067-1039-00

In the case of the staircase signal, the video output is set to a

condition that would normally produce a black flat field, essentially sync pulses and no video. However, the staircase circuit on the Horizontal Line Generator is enabled and the resulting signal

modulates the current produced by the white current source. The

staircase drive signal biases the base of Q188 more negative, causing Q188 to produce additional current. This additional current is sent to the output load instead of being sunk to -12 Vin the grey, black, and sync current sources. The staircase drive signal is a result of a digital-to-analog conversion which is proportional to the horizontal line scan number, and as it goes down the field, the current in the white current source undergoes step changes resulting in the staircase signal at the output. See Fig. 3-1.

-2

2V

~

-

~

-F""

--

"

Staircase Signal

(Field)

Fig. 3-1 Field Rate Staircase Signal

.

3986-14,

3-1

Theory of Operation - 067-1039-00

HORIZONTAL LINE GENERATOR

The main input signals are H Sync and V Blank. A horizontal line-generating circuit comprises most of the circuit board. This circuit produces a white line in the raster which will be a horizontal line when displayed. The circuit guarantees that there will be eleven

white lines from the top to the bottom of a crosshatch display. Since

the Vertical Line Generator on the Horizontal Line Generator board generates fifteen vertical lines, the crosshatch display will be an

11 X 15 pattern. The 11 X 15 pattern is guaranteed regardless of the number of horizontal scan lines the circuit uses. There is circuitry which automatically adjusts the spacing between these white lines to guarantee that there will be fifteen lines that fit the best in that number of scan lines.

The main output from the line generating circuit is H Line. It is available at the output of U665 pin 13. The H Line signal and the H Bar signal (which is a result of that generator as well) are combined with the control panel switch settings to produce three signals namely VV (H Video), AA (V Line Enable, and GG (V Bar Enable).

The three signals are routed to the Horizontal Sync Gnererator board.

Another circuit located on the Horizontal Line Generator board is

the Bounce Generator which is a timer whose rate is adjustable from the control panel. Its output acts as an additional blanking signal

to the video, and is routed to the Horizontal Sync board where it is

combined with vertical and horizontal blanking signals to produce a blanking signal that varies slowly with time.

0

A third circuit located on this circuit board is the Staircase

Generator.

Current State Registers

The current state number is CBA where C is U145, Bis U265A, and

A is U265B. Inputs to the registers are V Blank, H Sync, and All White Lines generated signals.

Register C, a field discriminator, is a divide-by-two T flip-flop

[Q

output equals zero for Field O (1) and one for Field 1 (2)]. Its

outputs change states at the end of each vertical blanking period

(beginning

(U265A).

Register B, clocked vertical blanking, is a J-K flip-flop

connected to appear as a D-Type flip-flop. The J-K inputs are V

Blanking and inverted V Blanking respectively, and the clock input is

of pattern). It is clocked by the Q output of register B

and Remainder Up-Counter

3-8

l

J

Theory of Operation - 067-1039-00

H Sync. The clocked V Blanking signal eliminates the one half line offset which may be present when the number of lines per two fields is

odd. This guarantees that the white lines will never start in the middle of a horizontal. line. The Q output of U265A is high during

clocked

in one field have been displayed. The White Lines pulse that occurs after the last white line in the field, and has a pulse duration of approximately transition of the clock pulse sets the input pulse comes along and resets the flip-flop. During the time that the analyzed.

line is generated. It then counts the number of scan lines remaining in the pattern ,that is, until lines have been counted in both fields that would allow the pattern to enlarge, the counter sends out a pulse that may be used to increase the spacing between white lines by one. If the spacing is increased, the remainder counter is cleared and the remainder-counting is resumed.

V

Blanking.

The

Q

output of register A (U265B) is high after all white lines

J

input is driven with an All

3:ps.

Q

output high (one) until a

Q

output is high, the remainder of the scan lines are

The Remainder Up-Counter, U255, is enabled after the last white

V

Blanking starts. Each time enough

The negative-going

K

r

r.

[

[_

l

L

Line Spacing Increment and Line Spacing Reset

(Pattern Too Small and Pattern Too Big)

Logic gates U375A, U375B, U375C, U375D, U575A, and U575B comprise

the Line Spacing Increment circuit; and U365A, U365B, U365C, U365D,

U355B, U355C, U355D, U275A, and U275B comprise the Line Spacing Reset

circuit. Logic gates U375B and U375C form one set-reset flip-flop hereinafter referred to as FF1; and U355B and U355C form another set-reset flip-flop referred to as FF2.

The Line Spacing Increment logic increments the line spacing memory when the pattern is too small. The Remainder Up-Counter (U255) informs the Line Spacing Increment logic with the number of remaining dark lines at the end of the pattern (after the last white line) that

it is large enough to increment the Spacing Counter for the pattern field just scanned. (For the 11 white lines, each 10 remaining lines

may be distributed into the pattern, one per space between white

lines.)

The Line Spacing Memory is fields agree that the pattern is when the Q output for register C Counter signals •pattern too

incremented too small. (U145) is small", the

only if both pattern During pattern field zero zero and the Remainder decision is remembered by

3-9

Theory of Operation - 067-1039-00

setting FF1 to 1, but the Remainder Counter is not incremented.

During pattern field 1, when the Remainder Counter signals

"pattern too small" and FF1 is set, the Line Spacing Memory is

incremented each time the signal is received.

Flip-flop FF1 is reset during vertical blanking at the end of

pattern field 1.

The Line Spacing Reset logic clears the Line Spacing Memory when

the pattern is too big. The pattern is too big when the start of vertical blanking occurs before the last white line is generated in both fields. This condition occurs when the number of LINES PER TWO FIELDS swith is decreased by more than- [2(Remainder)].

Flip-flop FF2 remembers if the pattern in field zero was too big.

If V Blanking starts before the last white line is generated in field 1 and FF2 is se~, the Line Spacing Memory is cleared. The correct spacing is then set by the Line Spacing Increment circuit.

Flip-flop FF2 is cleared whenever all white lines have been

output (A= 1).

Line Spacing Memory

The Line Spacing Memory is an eight-bit binary up-counter consisting of U555 and U545. It contains the number of dark scan lines between white lines. For example, if the memory contains the number 10 and scan line number (i number (i

+ 11) is also a white line.

+ 1) is a white line, then scan line

Soan Line Counter and White Line Generator

This circuit consists of an eight-bit binary up-counter (U775 and

U565), an eight-bit comparator (U655), a set-reset flip-flop (U675B

and U675C, and another eight-bit comparator (White Line Generator U665).

The Scan Line Counter is reset to zero during vertical blanking or after the last white line of the current field has been generated.

When not reset, the Scan Line Counter counts up from zero each horizontal scan line until the counter value equals the Line Spacing Memory. These two values are compared by U655. The output pin 13 of this comparator goes to a high state when the counter equals the Line Spacing Memory and sets the set-reset flip-flop U675B and U675C. The

3-10

f

Theory of Operation - 067-1039-00

flip-flop resets the Scan Line Counter to zero, a white line is generated, and the sequence repeats until either the last white line

is generated or vertical blanking occurs. Either of these conditions sets the Strobe-NOT pin 11 of 0655 to a high state, which forces the

output high, holding the set-reset flip-flop set, the Scan Line

Counter reset, and disabling the White Line Generator.

The flip-flop is reset one line after vertical blanking ends,

that is, at the start of the next pattern field.

The White Line Generator generates a "high" each time the Scan Line Counter is equal to zero during the pattern time (last white line not yet generated and no vertical blanking). The H Sync signal on pin

23 of 0665 gates the signal "low" during sync time.

H Bar Generator and Staircase Generator

Integrated circuits 0455 and 0465C comprise a white line counter. The counter (0455) is enabled during pattern time, and counts the number of white lines generated in the current field. When eleven white lines have been counted, the Max/Min output goes to a high state

signaling the end of pattern time. This signal sets register A (0265B) high. The white line counter value is used to generate the Bar and staircase signals.

H

l

f

r

I

l

E,

Bar Generator circuit consists of 0465B,

H

The

0475A, B, and C. The white line counter value is used to horizontal bar which is centered vertically in the display.

ten vertical sections between the eleven white lines. The bar occupies the middle six sections (states 7 through 12). 3-1.

D,

0675A,

F,

generate a

There are

horizontal

See Table

l

3-11

Theory of Operation -

067-1039-00

Table 3-1

Counter States

Number of Counter

White Lines

Counted

-----------------------------------------------------

0

1

2

3

4

5

6 7

8 9

10 11

-----------------------------------------------------

Value

D C B A 0

0 0 0

1

0

1

0

1 0

1

0

1 1

1

0 0 0 0 0

1 1

0

1

0

1 1

1

0

1

0

1

0 0 0

1

1 1

C D

0

A B D A B D H Bar

0 0 0 0 0 0 0 0

0

1

0 0

0

0 0 0

0

1

0 0

0

1 1

0 0

0 0 0

0 0 0 0

1

1 1

1

0

H Bar= CD+ AB D +AB D

The rest of the circuitry in this circuit block comprises the

Staircase Generator and a staircase amplfier, 0595.

The value of the white line counter is used to generate an eight-level, analog staircase signal. States 6 through 13 of counter 0455 enable the inputs to a digital-to-analog converter (D/A) 0685

when

the STAIRCASE/EXT control is pushed in and the St En (2) signal line is logic high. Binary adder 0385 increments the state value so that the input to the D/A varies from 7 through 14 (the D/A input is

equal to 15 for all other states).

An inverted staircase signal is present at pin 2 of 0685. Note that pin 2 of U685 (lout-NOT) is equal to zero when the input to the D/A is 15 since the other four input bits are also high.

2 of

0685 is at maximum negative amplitude when the input to the D/A is equal to 7. Potentiometer R789 (Staircase Amplitude) is used to adjust this amplitude, which sets the overall staircase amplitude. Pin 2 of 0685 equals zero when the STAIRCASE/EXT control is not activated.

Operational amplifier non-inverting amplifier. It in the Video Output Drivers board (diagram 2). The

U595 (staircase amplifier) is a

modulates the white current source (Q188)

circuit on the Horizontal Sync Generator

negative-going staircase causes the white

3-12

r

Theory of Operation - 067-1039-00

current to further increase, moving the video signal closer to white. If the white current source was not varied during the staircase signal, a black flat field would be displayed because the grey and black current source are "on" while the staircase is being generated.

For signals other than a staircase, 0595 sets the white current

to a constant value determined by R791 (White Level).

Bounce Generator and Program Logic

The Bounce Generator circuit consists of 0552, U435A, and the associated circuitry. The output of 0552, a timer, is a square wave signal whose period is determined by R516, the parallel combination of R514 and R518, and C626. This signal is buffered by U435A and is available at the control panel as the BOUNCE TRIGGER. The output of the buffer (U435A) is al~o routed to the Video Logic circuit on the Horizontal Sync Generator board. BOUNCE RATE control (R514 accessible on the control panel) is used to set the bounce rate.

The Program Logic consists of control panel switches and a series

of logic gates. This circuit combines signals and switching logic to produce signals which control the video combination logic on the Horizontal Sync Generator board. Outputs from this circuit are:

i

l.

[

VV H Rate Video (H Line+ Flat Field+ H Bar) AA V Line Enable GG V Bar Enable

Note that the WHITE/GREY signal is not combined.

VERTICAL SYNC, POWER SUPPLY

The main input signals to the Vertical Sync Generator board are 2H and Composite Sync. The output signals are block sync, V Blank,

and V Sync "NOT". The block sync signal is available at the control

panel as TV BLOCK SYNC.

The 2H signal is used to generate the Vertical Sync and Vertical Blank signals. It is counted up by counters and compared to the value

of digital switches on the control panel. The digital switches select

LINES PER TWO FIELDS or LINES OF VERTical BLANKING.

0

3-13

Theory of Operation - 067-1039-00

The Composite Sync signal is amplified and routed to the TV BLOCK

SYNC connector on the control panel.

Power Supply

The power Supply circuit block provides primary supplies from

which the rest of the supply voltages are derived. The primary

supplies are +15 V, -15 V, and +8 V.

The +15 V supply is developed by rectifying 25VAC provided by the host mainframe. The divider network composed of R272 and (R275 + R279) is such that the de level at pin 2 of 0375 will be equal to the de level at pin 3 only when the output voltage at TP170 is +15 V. If the output voltage at TP170 tries to exceed +15 V, the de level at pin 2 will tend to increase above the reference zener voltage while pin 3 is held to the zener reference, pin 6 of 0375 will tend to become less positive, Q283 and the series regulator transistor in the host

mainframe will tend to be biased "off", and the output load will be

deprived of the excess current d emanded by the higherr output voltage. The exact opposite is also true. If the output load demands

more current (because of variations in the load), the voltage drop

across R177 increases and turns Q282 "on" harder. This tends to turn Q283 and the series transistor "off", thereby inhibiting excessive current to the output load. Resistor R177 is the current-sense

resistor.

The +15 V supply provides power for the three circuit boards and is used to derive all the positive supplies with the exception of some +5

V

supplies which are developed from +8 V through 5

V

regulators.

The -15 V supply operates in much the same manner as the +15 supply. Pin 2 of 0478, which is the junction of R370 and R371 resistors), will be at

O

V when the output voltage at TP174 is at -15

(1%

V. Note that if pin 6 of 0478 tries to become too negative causing the output voltage to exceed -15 V, the de level at pin 2 becomes negative causing output pin 6 to become more positive and holding the output de level at -15 V. Resistor R377 is the current-sense resistor. The -15 V supply is used to derive -12 V de by 0189, a -12

V regulator, and is routed to the Horizontal Sync Generator and Horizontal Line Generator boards.

The +8

derive +5

V

supply is provided by the host mainframe and is used

V

de.

to

3-14

V

[

Theory of Operation - 067-1039-00

Ind-ct-Field Pulse Generator

This circuit is made up of five sections with some peripheral

circuitry. These five sections are: the LINES PER TWO FIELDS switch, S100A through S100i:>; an inverting buffer consisting of U445A through U445F, U458A through U458F, and U245D; a digital comparator consisting of U245A, U245B, U450, and U465; a 13-bit counter consisting of U345, U350, U358, and U365; and a set-reset (RS) flip-flop consisting of U250C and U250A.

The 13-bit counter counts 2H pulses. The counter state is then

compared with the value of the LINES PER TWO FIELDS switch settings by the digital comparator. When the counter matches the count in the LINES PER TWO FIELDS switch, a reset signal is generated by U250B. Logic gate U250B is driven by the comparator (pin 9 of U465, pin 9 of U450, and pin 6 of U245B). When all three comparator outputs are set high, pin 6 of U250B is set low and resets the RS flip-flop (U250 C and U250A). That indicates the end of the field, and starts the vertical blanking interval counter.

Note the implicit divide-by-two condition achieved. For example,

if the LINES PER TWO FIELDS swith number is odd with the switch set for lines per two fields and the input signal being 2H, the count equals the number of 2H pulses reached at the end of one field when the flip-flop is reset. The number of lines from the start of the field to the end of the field will not be a whole number. It will

have a half line in it. In this

way,

interlace is generated.

I

L

l

Vertical Blanking Generator

This circuit is made up of eight sections with some peripheral circuitry. These eight sections are: LINES OF VERT BLANKING switch, S101A and B; a buffer consisting of U430A through U430F, U225D, and U225E; a digital comparator consisting of U438 and U425; an eight-bit counter consisting of U330 and U338 (vertical blanking interval counter); a differentiator consisting of U265A through U265D; a counter enable RS flip-flop consisting of U258C and U258D; and a vertical blanking counter consisting of U238B (a flip-flop} and an RS flip-flop (U325B and U325A); and a vertical sync generator consisting of U225B (a divide-by-six counter) and a flip-flop (U238B).

The 8-bit counter counts 2H pulses during the vertical blanking

interval. The counter state is then compared LINES OF VERT BLANKING switch settings by the digital comparator. When the counter matches the count in the LINES OF VERT BLANKING switch, a set signal is generated by U325C. Logic gate U325C is

of U425, pin

driven by the comparator (pin comparator outputs are set high (counter matches the LINES OF VERTICAL

9

3-15

with

9

the value of the

of U438). When the

Theory of Operation - 067-1039-00

BLANKING switch), pin 8 of U325C is set low and sets the RS flip-flop

(U325B and U325A) which clears the 8-bit counter.

Flip-flop U238B and differentiator 0265 A through D effectively

doubles the number of 2H pulses counted by the counter so that the

full number of lines of vertical blanking are counted. This prevents an implicit divide-by-two condition as in the LINES PER TWO FIELDS circuit, since 2H pulses are counted. After the counter is set to zero, it begins counting up again to the value of the LINES OF VERT

BLANKING switch.

The V Blanking Reset "NOT" signal is available at pin 3 of U325A

11

and it toggles U238B. The Q

11

NOT

output of U238B is fed to a

differentiator (one-shot circuit) which is composed of four gates

(U265A through U265D). The differentiator provides a low short pulse when it receives a low-to-high transition, otherwise its output remains high. The output of this differentiator, pin 8 of U265C, is

normally high. It realizes the function (A.A "NOT"). When this circuit is fed a transition which goes from zero to one, it takes a

while for that transition to reach pin 10 of U265C. Thus, for the

delay time that it takes to get from the input (pins 1 and 2 of U265A) to nearly the output (pin 10 of U265C), the inputs to the NANDS gate U265C look like they are both ones because it has taken a while for

the zero to get to pin 10. Therefore, this circuit produces a pulse

at the output only on a zero-to-one transition at the output of U238B. This pulse resets the counter enable flip-flop (U258C and U258D) and stops the counter the second time a V Blank reset signal is generated. The first time, the output of U238B went from one to zero and the

output of U265C remained high.

Thus, at the beginning of the field, the blanking counter is

enabled; flip-flop U238B is cleared; and the

Q

"NOT" output of U238B

is one. Thus, the first time that the 8-bit counter state equals the value of of the LINES OF VERT BLANKING switch, the output of U238B is toggled from a one to zero and does not stop the counter becuase the one-to-zero transition at the input of the differentiator does not change the output (pin 8 of U265C). However, the 8-bit counter has been reset and it counts up again until U238B clocked again. This time, the output of U238B will be a transition from zero to one and results in a pulse at the output of U265C. This pulse resets RS flip-flop U265C and U265D which disables the 8-bit counter.

Composite Sync

Driver

The Composite Sync Driver is an amplifier consisting of Q220,

Q317, Q417, and the associated cirtuitry. The amplifier provides a

current drive to the TV BLOCK SYNC output connector on the control panel. It amplifies and shapes composite sync (a combination of

3-16

Theory of Operation - 067-1039-00

horizontal sync and vertical sync with no serration or equalizing

pulses).

The maximum peak-to-peak amplitude of the output signal is determined by the zener diodes at the base of Q417 to approximately 6 V (unterminated). In normal usage, the output is terminated in 75 ohms and the amplitude of the output signal is 4 V peak-to-peak.

f

,~

I

r

l

External

with the associated circuitry. The external video signal drives the base of Q183 through the host mainframe edge connector pin 24A. This

signal is available at control panel VIDEO output connectors when the STAIRCASE/EXT switch is pushed in and J445 pins are jumpered (J443 pins not jumpered). This external signal switches the video output between black and white during the active (non-blanking) time.

Video Input

The External Video Input circuit consists of a transistor, Q183

l -

3-17

Section 4 - 067-1039-00

PERFORMANCE CHECK AND ADJUSTMENT

INTRODUCTION

Calibration consists of a Performance Check and an Adjustment Procedure. The Performance Check describes procedures to verify that the instrument is performing properly and meets the specifications listed in Section 1. The Adjustment part provides instructional steps required to to recalibrate the instrument circuits. After adjustment, the performance should checked by the procedure described under the Performance Check part. We recommend only adjusting those circuits that do not meet performance specificationse

The limits, tolerances, and waveform illustrations

cailbrate the instrument and are not intended as specifications.

are aids to

performance

HISTORY INFORMATION

The instrument and manual are periodically evaluated and revised. If modifications require changes in the calibration procedure, history applicable to earlier instruments is included as a deviation within a step or as a sub-part to a step.

RECOMMENDED TEST EQUIPMENT

The table below lists the test equipment recommended for the Perfomance Check and Adjustment Procedure. The characteristics specified are the minimum required for the checks. Equipment that is substituted must meet or exceed these characteristics. See Table 4-1.

4-1

Performance Check and Adjustment - 067-1039-00

Table 4-1

RECOMMENDED TEST EQUIPMENT

- Performance Check -

Recommendation and Use

Equipment

I

Characteristics

I

======================l============================I===========================

Oscilloscope

Mainframe Bandwidth 200

I

or more

I

MHzl

TEKTRONIX 7104, 7904, 7912, 7834, or 7854

I

)----------------------------+---------------------------

Plug-in Differential

I

Amplifier Comparator

I

1----------------------------+---------------------------

Plug-in Time Base with

I

Delayed Sweep

I

----------------------+----------------------------+---------------------------

DC Voltmeter

----------------------+----------------------------+--------------------------~

TM 500 Power Module

----------------------+----------------------------+---------------------------

10X Probe

----------------------+----------------------------+---------------------------

Feed through

Terminators

----------------------+----------------------------+---------------------------

Coaxial Cable

Oto 50 V Range

I

Capable of providing power

I

to the PATTERN GENERATOR

I

or greater bandpass! TEKTRONIX P6061, P612

MHz

200

I

I I

75 ohm (3)

I

1----------------------------+---------------------------

50 ohm (3)

I I

75 ohm (1)

I I

1----------------------------+---------------------------

50 ohm (1)

I I

TEKTRONIX 7A13

I

TEKTRONIX 7B53A, Option 05

I

or 7B92A, 7B80, 7B85, 7B10

I

TEKTRONIX DM 501A, DM 502A

I

DM 502A, or DM 505

I

TEKTRONIX TM 503

I

P6053B, or P6063B Tektronix Part .No.

I

011-0055-00

I

Tektronix Part No.

I

011-0049-01

I

Tektronix Part No.

I

012-0014-oo

I

Tektronix Part No.

I

012-0057-01

I

----------------------+----------------------------+---------------------------

Plug-In Extender for

TM 500 Instruments

- Adjustments All of the items listed above as well as the following are required for the Adjustment Procedure.

-------------------------------------------------------------------------------

Oscilloscope plug-in

Amplifier with a Bandwidth

I

or greater.

of 225

I

MHz

Tektronix Part No.

I

067-0645-01

I

TEKTRONIX 7A11, 7A16A,

I

7A19, or 7A24

I

-------------------------------------------------------------------------------

4-2

Performance Check Procedure -

067-1039-00

INTRODUCTION

the

The

PATTERN GENERATOR0 The following procedures require the use of the test equipment listed in the Equipment Required table. If a specification is not met, turn to the Adjustment Procedure part of this section@

Performance Check is

used

to confirm the performance

of

INCOMING INSPECTION

PATTERN GENERATOR to a display monitor and perform the

Connect Operators Checkout Procedure described in Section Instructions. This check is recommended for incoming inspections

because

performing

instrument specifications and requires sophisticated equipment as well as technical expertise to perform~

the

Operating

2,

provides a reliable indication that the instrument

it

properlye The Performance Check procedure checks all

is

PBELIMIHARY

1.

Trig In

75

two

outputs of the PATTERN GENERATOR connect the cable to a feedthrough connected to the+ Input of the the to Fig.

2. Press the FLAT FIELD button of the PATTERN GENERATOR. Leave the LINES PER TWO FIELDS, LINES OF VERT BLANKING, and HORIZONTAL ACTIVE TIME in the settings used in the Operators Checkout Procedure (these controls may be adjusted to match the standard of the intended picture monitor).

PUPARATIOB

Connect the of the oscilloscope timebase using

ohm

4-1..)

feedthrough terminators and a

TTL H

SYNC of the PATTERN GENERATOR to the Main

a 50

75

ohm cable. Connect

ohm cable to the VIDEO

ohm

75

7A13

plug-in. (Refer

PERFORMANCE CHECK PROCEDURE

1 .. Check White Level

mV)

7

(700 mV

ae

+0.700

Position control to center the trace. Adjust the timebase to display

one H line.

+/-

Set the

V. Select Gnd for both(+), and (-) inputs and adjust the

7A13

Volts/Div to 5 mV and Comparison Voltage to

Performance Check Procedure - 067-1039-00

PATTERN

GENERATOR

7000

SERIES

•

1 I I I I I

o :

0 0

1 1 1 1

o

I ID

D

[][J

,_, .. @

0

CJ

Fig. 4-1 Test Equipment Setup for Performance Checks

VIDEO

@

@ @

50 0 Cable

10 :

.. .

~

u .. .

0

3986-03

b. DC-couple the + input. Set the - input to VC (Voltage

Compare). Check that the trace does not shift by more than+/- 7

minor divisions(+/- 7 mV).

2. Check Grey Level (70 mV +/- 7 mV)

a. Retain the connections used in the previous step. Press the

GREY button on the PATTERN GENERATOR.

b. Rotate the 7A13 Comparison Voltage to+ 0.070 V.

c. Check that the trace is no further than+/- 7 minor divisions

from the center(+/- 7 mV).

4-4

Performance Check Procedure - 067-1039-00

Check Blanking Level

7 mV)

+/-

(0 V

a. Press Gnd on the - input of the 7A13. The trace should be

minor divisions of the center(+/- 7 mV).

within+/-

Check Blanking Level Shift

4 ..

(<3

7

from Oto 100 APL)

mV

a. Set HORIZONTAL ACTIVE TIME on the PATTERN GENERATOR to 70

.,usec. Disengage the GREY/WHITE button, leaving it out (WHITE). Push

the BOUNCE button.

Check that the back porch (on the right side of the sync

b.

pulse) does not shift more than

minor divisions(+/-

3

mV) with the

3

bouncing APL.

Disengage BOUNCE on PATTERN GENERATOR.

c.

5 .. Check Sync Level

(-300 a. Set Comparison Voltage on 7A13 to - 0.300

mV

V.

Press VC

mV)

7

+/-

(Voltage Compare) on the - input.

b. Check that sync tip level is within+/- 7 minor divisions (7

mV) of center screen.

6 .. Check Staircase Steps

(87.5

mV

2%)

+/-

a. Press STAIRCASE/EXT on the PATTERN GENERATOR.

b. Set Comparison Voltage on the 7A13 to+ 0.700 V. c. Check that the top trace is within+/- 14 minor divisions of

center(+/- 14 mV).

Cheak Horizontal lotive

'f.,

( 10 to 70

JlSec.

+/-

Tiae

of Full Scale)

3%

a. Press FLAT FIELD on the PATTERN GENERATOR; confirm that

HORIZONTAL ACTIVE TIME is set precisely to 70psec.

4-5

Performance Check Procedure - 067-1039-00

b. Set the oscilloscope timebase to 10 JlSec/div. Set the 7A13

Volts/Div to 0.2 V, the - input to Gnd.

c. Measuring from the 50% point of the active line, check that

the white pulse is 7 major divisions (70..usec.) wide, +/-1 minor

division (2.usec.). Refer to Fig. 4-2.

d. Set the PATTERN GENERATOR HORIZONTAL ACTIVE TIME to 10.)lsec.

e. Reset the oscilloscope timebase to 2...usec/div. Measuring from the bottom of the active line, check that the white pulse is 5 major divisions (10 .J1sec.) across with a tolerance of

(+/-2...usec.}. Refer to Fig. 4-3.

lilV

20t.

1~~

.......

..

+/-1

major division

...

-

Fig. 4-2 Horizontal Active Time

Cheok

8.

(6.75...usec.

a. Set the timebase to display 1 ..usec/div.

timebase and adjust the delay time multiplier to

similar to Fig. 4-4.

b. The 50% point of the rise- and fall-time of the upper trace should be 6.75...usec, with a tolerance of 1 minor division. If the PATTERN GENERATOR is set up for a NTSC display monitor, the horizontal blanking time should be 11 • 1 JlSec.

ACTIVE TIME----

.

"·

...

3986-04

(70 .us)

Horizontal Blanking Time

0.2Jlsec.)

+/-

-

3986-05

Fig. 4-3 Horizontal Active Time

..us)

( 10

Activate the delayed

produce a display

4-6

Performance Check Procedure - 067-1039-00

Check Horizontal Sync Width

9.

(3 ..usec. +/- 0.1 ..usec.)

a. Set the timebase to display 500 nsec/div.

timebase and adjust the delay time multiplier to similar to Fig. 4-5.

-

--

--i--

--

Fig. 4-4 Horizontal Blanking Time

~-· ~··

.,,

J

3986-06

--

...

Fig. 4-5 Horizontal Sync Width

Activate the delay

produce a display

3986-07

i

l

b. The 50% point of the rise- and fall-time of the lower trace

should be 6 divisions wide. The tolerance is+/- 1 minor division.

10. Check TTL White Leyel

(Logic 1 greater than 2.5 V)

a. Disconnect the cables from the PATTERN GENERATOR and turn off the power to the TM 500 mainframe. Remove the PATTERN GENERATOR from the mainframe, remove the cover from the left side, and change the jumper near the front of the instrument from TV to TTL (from J390 to J394). Refer to

the PATTERN GENERATOR in the TM 500 mainframe. Restore power.

b. Change the two terminators feedthroughs. Change the cable change the feedthrough on the 7A13 TTL H SYNC output to the Main

Fig. 4-6. Replace the left-side cover and replace

on the VIDEO output to 50 ohm

to the 7A13 to a 50 ohm cable and to a 50 ohm type. Reconnect the

In of the oscilloscope time base.

Trig

4-7

Performance Check Procedure - 067-1039-00

4-6 TV to TTL Signal Level Selection

Fig.

c. Set the oscilloscope Volts/Div to 1V, the - input to Gnd, and

adjust the timebase to display one H line.

V.

d. Check that the white level is greater than

11. Check TTL Black Level

(Logic o less than o.8 V) a. Check that the black level is less than 0.8 b. Disconnect the cables from PATTERN GENERATOR and turn off the

power to the'TM 500 mainframe. Remove the PATTERN GENERATOR from the

mainframe, remove the cover from the left side, and change the jumper

near the front of the instrument from TTL to TV (from J394 to J390). Change the three 50 ohm feedthroughs to 75 ohm feedthroughs; change the 50 ohm cable back to 75 ohm cable.

2.5

v.

4-8

Performance Check Procedure - 067-1039-00

12. Cheak Interlace (50% H Period+/- 5%)

a. Connect the plug-in extender between the rear connector of the

PATTERN GENERATOR and the TM 500 mainframe socket. Replace the cable going to the+ input of 7A13 with a 10X probe; connect the 10X probe to test point TP132 on the left side of the PATTERN GENERATOR.

(TP132 is towards the rear of the Horizontal Sync Board; refer to Fig.

4-6.) Reconnect the cable from TTL H SYNC to the Main Trig Input of the oscilloscope time base.

b. Set the HORIZONTAL ACTIVE TIME control on the PATTERN GENERATOR

to 10 JlSec.

c. Set the 7A13 Volts/Div to 1V. Set the time base to 1 .).lsec. and adjust the Variable Sweep control so that the first and third positive-going edges of the waveform are ten divisions apart at the

2.4 V point (refer to

Fig.

Ii-

--------10

4-7).

DIVISIONS-----

ll

...

-

I

'

f

2nd Positive-going edge

Fig. 4-7 Interlace

d. The second positive-going

major division of the center graticule{+/- 5%).

Set the HORIZONTAL ACTIVE TIME to 70)1sec.

e.

Setting the time base to 5Jlsec., repeat steps •c• and "d".

f.

,

,,

.',

•

edge

should be within +/- half a

..

,,,

I

'

''

ill,.

.·--

..

it

3986-09

l

4-9

Performance Check Procedure - 067-1039-00

g. Turn off the TM 500 mainframe, disconnect the plug-in extender and scope probe, and replace the cover for the left side of the PATTERN GENERATOR. Replace the PATTERN GENERATOR in the TM 500

mainframe.

This concludes the Performance Check part of the Calibration Procedure. If any specifications are not met, refer to the Adjustment Procedure that follows.

4-10

Adjustment Procedure - 067-1039-00

ADJUSTMENT

f

r

If the PATTERN GENERATOR is out of tolerance for a particular

specification, determine the cause, repair if necessary, then use the appropriate adjustment procedure to return the instrument to specification. After any adjustment, repeat the Performance Check to verify operation.

Allow the instrument to warm up for at least 30 minutes in ambient

air of +20 degrees C to +30 degrees C before performing an adjustment.

Adjustment steps that interact are noted, arid reference is made

within the procedure to the affected circuit or steps.

~

STATIC DISCHARGE CAN DAMAGE MANY COMPONENTS USED IN THIS INSTRUMENT.

Many semiconductors, especially MOS types, can be damaged by static discharge. Damage may not be catastrophic and therefore not immediately apparent. It usually appears as a 'weakening' of the semiconductor characteristics. Devices that are particularly susceptible are: MOS, CMOS, JFETS, and high impedance operational

amplifiers. Damage can be significantly reduced by observing the following precautions.

SEMICONDUCTOR

l I

r

1. Handle static-sensitive components or circuit assemblies on a static-free surface. Work station areas should contain a static-free bench cover or work plane such as conductive polyethylene sheeting and a grounding wrist strap. The work plane should be connected to earth

ground.

2. All test equipment, accessories, and soldering tools should be

connected to earth ground.

Minimize handling by keeping the components in their original

3.

containers until ready for use. Minimize the removal and installation of semiconductors from their circuit boards.

Hold the IC devices by their body rather than the terminals.

4.

5. Use containers made of conductive material or filled with

conductive material for storage and transportation. Avoid using

ordinary plastic containers. Any static sensitive part or assembly

that is returned to Tektronix, Inc., should· be packaged in its

original container or one with anti-static packaging material.

4-11

Adjustment Procedure - 067-1039-00

PRELIMINARY PREPARATION

To prepare the PATTERN GENERATOR for adjustment, perform the

following:

1. Disconnect all cables and turn off power to the TM 500

mainframe.

2. Remove the PATTERN GENERATOR from the mainframe and remove the left and right side panels.

Connect the plug-in extender cable between the mainframe

3.

socket and the PATTERN#GENERATOR card edge.

4. Connect two 75 ohm feedthroughs and a 75 ohm cable to the VIDEO outputs. Connect the cable to a 75 ohm feedthrough

connected to the oscilloscope amplifier plug-in. The plug-in

response should equal or exceed 225 MHz.

5. Connect the TTL H SYNC output to the Main Trig In of the oscilloscope using a 50 ohm cable. Refer to Fig. 4-8. Press the FLAT FIELD button on the PATTERN GENERATOR.

PATTERN

GENERATOR

7000

SERIES

•

I I I I I I

i

o

I D

O

[]IJ

,_, • © ©

•

CJ

HSYNC

Fig. 4-8 Test Equipment Setup for Adjustment Procedure

VIDEO

500Cable

o :

VERTICAL

AMPLIFIER

0 0

I I I lo :

o

0

...

0

TIMEBASE

3988-10

4-12

Adjustment Procedure - 067-1039-00

6. Turn on the TM 500 mainframe and allow a 30-minute warmup.

ADJUSTMENT PROCEDURE

1. Adjust Power Supply

r

'

r

a. Connect a 1X probe to the digital voltmeter. Clip the probe

to TP174 on the Vertical Sync Generator board on the right side of the

instrument (see Fig. 4-9).

b. Adjust R275 to obtain a meter reading of +15 V c. Disconnect probe from TP174.

+/- 0.01 V.

r

Fig. 4-9 Adjustment Locations on the Vertical Sync Generator Board

4-13

Adjustment Procedure - 067-1039-00

NOTE

All adjustments and test points Horizontal Sync Generator Board A1 noted.

2. Adjust Horizontal Active Time

a. Place the PATTERN GENERATOR left-side up, revealing the

Horizontal Sync Generator board.

b. Set the jumper at location J394 to TTL (refer to Fig. 4-10

for this and the following steps). This produces a TTL level video

output at the VIDEO output bnc connectors.

c. Set the front panel HORIZONTAL ACTIVE TIME to 20 )lsec.

Adjust R688 (AT/H) to produce a trace with a Horizontal Active Time

(high level) of 20 psec.

d. Set the HORIZONTAL ACTIVE TIME to 70.,usec. Adjust R692 (AT/L)

to produce a trace with a Horizontal Active Time (high level) of 70

psec.

e. Repeat

interaction.

steps

"c" and "d" to correct the effects of

are located on the

unless specifically

3.

Adjust Internal Horizontal Timing

a. Set the jumper to TV at location J390 (refer to Fig. 4-10 for this and the following steps). This produces a composite video level output at the VIDEO bnc connectors. Set the oscilloscope input to ac coupled.

b. Adjust R659 (Front Porch) for Front Porch width of

c. Adjust R656 (Sync) for a Horizontal Sync width of 3 JJsec.

d. Adjust R475 (H Blanking) for a Horizontal Blanking Width of

6.75.,usec. If the PATTERN GENERATOR is to be used with a NTSC display monitor, adjust the Horizontal Blanking Width for 11.1 .,usec.

4-14

1

J1sec.

l

Adjustment Procedure - 067-1039-00

[

L

i

L L l

{

Fig. 4-10 Test Points and Adjsutment Locations on the

Horizontal Sync Generator Board

Adjust Levels

4.

a. Change oscilloscope input to de coupling. b. Adjust R791 {Wht) on the Horizontal Line Generator board A2 so

the White Level is +700 mV. Refer to Fig. 4-11.

c. Press the GREY/WHITE button on the front panel. This produces

a grey level flat field.

d. Adjust R270 {Grey) so the Grey Level is +70 mV. Refer to Fig.

4-10.

4-15

Adjustment Procedure - 067-1039-00

e. Adjust R178 (Black) so the Blanking Level is O V. f. Adjust R486 (Sync) so the Sync Level is -300 mV.

g. Disengage the GREY/WHITE button on the front panel. This produces a white level flat field. Repeat steps "b" through "e" to remove the effects of control interaction.

Adjust Staircase

5.

a. Set Ste/Ext jumper to J443 (Ste). Press the STAIRCASE/EXT

button on the front panel.

b. Set top step of staircase to 700 mV by adjusting R789 on the

rear of the Horizontal Line Generator Board A2. Refer to Fig. 4-11.

6. Adjust Crosshatch Width a. Press the CONVERGENCE button the front panel; confirm that the

GREY/WHITE button is out. Set the HORIZONTAL ACTIVE TIME control to 70 .JlSec. Adjust the oscilloscope to view a single vertical convergence pulse.

b. Adjust

5 nsec.

+/-

nsec

Adjust Interlace

7.

a. Connect a probe to the oscilloscope input; clip the probe to

test point TP132 on the Horizontal Sync Generator board (refer to Fig. 4-10).

b. Adjust R332 (2H) so the positive-going edge of the 2H pulse is

centered between the positive-going edges of the H rate pulses.

R695 (V Lin) for a half-amplitude line width of 87.5

Refer to Fig. 4-10 for control location.

4-16

Adjustment Procedure - 067-1039-00

l

[

l

Fig. 4-11 Adjustment Locations on the Horizontal Line

Generator Board

This concludes the Adjustment Procedure. Refer to the appropriate

Performance Check to verify the specifications.

4-17

Section 5 - 067-1039-00

MAINTENANCE

PRIVINTIVE MAINTENANCE

Preventive maintenance steps performed on a regular basis will improve the reliability of the PATTERN GENERATOR. However, checks of the semiconductors in the absence of a malfunction are not recommended

as a maintenance measures. The recommended time for performing

preventative maintenance is just before instrument adjustment.

Cleaning

~

Do not use acetone, MEK, MIBK, Benzene, toluene, carbon tetrachloride, trichloroethylene, methyl alcohol, methylene chloride, sulphuric acid, or Freon compounds for cleaning the PATTERN GENERATOR. Use only clean water and mild detergent.

Exterior - Loose dust may be removed with a soft cloth or dry brush.

Water and a mild detergent may be used; however, abrasive cleaners

should never be used. Interior - Cleaning the interior of the unit should precede adjustment

!'

~---

since the cleaning process could alter the settings of calibration adjustments. Use low-velocity compressed air to blow off accumulated dust. Hardened dirt can be removed with a soft dry brush, cotton-tipped swab, or a cloth dampened in a solution of water and mild detergent.

Lubrioation

Push button switches and decade switches should receive occasional spray applications of "No Noise" lubricant and cleaner to the gold areas of the switch and circuit board.

Adjustment

After cleaning or repairs, do the performance check as described

5-1

Maintenance - 067-1039-00

in Section 4 specification, specifications

Section 4.

of this manual. If all functions no adjustment is needed. If one or

are not met, calibrate the instrument as

are within more of the directed in

TROUBLESHOOTING AIDS Theory of Operation

Section 3 of this manual explains circuit operation in detail.

The section is a troubleshooting aid when used in conjunction with the circuit diagrams.

Diagrams

A block diagram and detailed circuit diagrams are located on foldout pages in the Diagram section. The circuit diagrams show the component values and assigned circuit reference numbers of each component The first page of the Diagram section defines the circuit symbols and reference designators used in the manual. Important waveforms and voltages are shown within the diagrams.

Cirouit Board Illustrations

To identify electrical components when troubleshooting, turn to

the Parts Location Grid that is located on the back of a foldout page at the left ot the related circuit diagrams. Component values, descriptions, and ordering data are given in the Replaceable Electrical Parts list.

Component and Wiring Color Codes

Colored strips or dots on electrical components signify electical

values, tolerances, etc., according to EIA standards. Components not

color coded ususally have information printed on the body. Some wiring coding follow the same EIA standards.

Testing Equipment

A wideband oscilloscope

plug-ins and a DVM are required

for diagnostic purposes. The Performance Check Procedure and

(200 MHz or more) with the specified

perform waveform and voltage checks

same equipment is used to perform the

Adjustment Procedure.

5-2

Maintenance - 067-1039~00

TROUBLISHOOTINO TICHHIQUES

This troubleshooting procedure is arranged in an order that checks the simple trouble possibitites before proceeding to extensive troubleshooting.

Control Settings

Incorrect control settings can appear to be an equipment problem. If there is any question about the correct function or operation of any control, see the operation instructions in Section 2.

Check for proper interconnections between the TM 500 mainframe and the plug-in module. Check that the signal is properly connected and that the interconnecting cables and signal source are not defective. Check the power source.

If the TM 500 mainframe is suspected, move the PATTERN GENERATOR to the other compartments to determine if the trouble is confined to one compartment or is common to all of them. If the trouble persists, try substituting another PATTERN GENERATOR known to be good into the power module.

I

i

I '

l

L

Visual Cheok

Remove the covers from the PATTERN GENERATOR and look for broken wires, loose or unsoldered connections, or damage to the circuit board. If components damaged from overheating are found, determine the cause of overheating before replacing the component; otherwise, the new component may also be damaged.

l

5-3

Maintenance - 067-1039-00

Static-Sensitive

Components

~

Static discharge can damage any component in this instrument.

This instrument contains electrical components that are susceptible to damage from static discharge. See Table 5-1 for relative susceptibility of various classes of semiconductors. Static voltages of 1 kV to 30 kV are common in unprotected environments.

Observe the following precautions to avoid damage:

1. Minimize handling of static-sensitive components.

2. Transport and store static-sensitive components or assemblies in their original containers, on a metal rail, or on conductive foam. Label any package that contains static-sensitive assemblies or components.

3.

Discharge the static voltage from your body by wearing a grounded wrist strap while handling these components. Servicing static-sensitive assemblies or components should be performed only at a static-free workstation by qualified

service personnel.

semiconductor

4. Nothing capable of generating or holding a static charge should be allowed on the work station surface.

5. Keep the component leads shorted together whenever possible.

6. Pick up components by the body, never by the leads.

7. Do not slide the components over any surface.

8. Avoid handling components in areas that have a floor or work

surface covering capable of generating a static charge.

9.

Use a soldering iron that is connected to earth ground.

10. Use only special antistatic suction type or wick type desoldering tools.

5 .. 4

l

Maintenance - 067-1039-00

Table 5-1

RELATIVE SUSCEPTIBILITY TO

STATIC DISCHARGE DAMAGE

I

Relative

I

Susceptibility

Semiconductor Classes

----------------------------+-----------------

Microcircuits with MOS

inputs (most sensitive)

----------------------------+-----------------

Schottky TTL

----------------------------+-----------------

High-frequency bipolar

transitors

----------------------------+-----------------

Linear microcircuits

----------------------------+-----------------

Low-power Schottky TTL

----------------------------+-----------------

TTL (least sensitive)

I

Levels'

1

2

3

4

5

6

[

l

1

=

100 to 500 V

2

=

500 V

3

=

400 to 500 V

(Voltage discharged from a 100 pF capacitor

through a resistance of 100 ohms.)

Teat lquipment

Before using any test equipment to make measurements on

static-sensitive components or assemblies, be certain that any voltage or current supplied by the test equipment does not exceed the limits of the component to be tested.

Cirouit Isolation

Note the symptom. It often identifies the circuit in which the trouble is located. When trouble symptoms appear in more than one circuit, check the affected circuits by making waveform and voltage

measurements.

4

=

400 to 1000 V (est.)

5

=

900 V

6

=

1200 V

5-5

Maintenance - 067-1039-00

Incorrect operating of all circuits often means trouble in power supplies. Using a multimeter, check first for correct voltages of the individual regulated supplies according to the circuit diagrams and adjustment procedures. Then check the unregulated supplies of the power modules. Defective components elsewhere in the instruments can appear as power supply problems. In these instances, suspected

circuits should be disconnected from apparently bad power supplies one at a time to narrow the search.

Voltages and

Often defective components can be located by using waveform and

voltage indications when they appear on the circuit diagram and in the

theory of operation sections. Such waveforms and voltage labels are typical indications and will vary between instruments.

Waveforms

Component Checking

If a component cannot be disconnected from its circuit, the effects of the associated circuitry must be considered when evaluating the measurement. Except for soldered-in transistors and integrated circuits, most components can be unsoldered and lifted at one end from the circuit board.

Transistors and Integrated Circuits {IC)

Turn the power switch off before removing or replacing any

semiconductor. See Fig. 5-1 for semiconductor basing.

A good check of transistor operation is actual performance under

operating conditions. A transistor can most effectively be checked by

substituting a new component for it (or one which has been checked previously). However, be sure that circuit conditions are not such that a replacement transistor might also be damaged. If substitute transistors are not available, use a dynamic tester. Static-type testers are not recommended since they do not check operation under simulated operating conditions. An antistatic suction-type desoldering tool can be used to remove soldered-in transistors; see component replacement procedure for details.

Integrated circuits can be checked with. a voltmeter, test

oscilloscope, or by direct substitution. A good understanding of the

circuit description is essential to troubleshooting circuits containing integrated circuits. Operating waveforms, logic levels, and other operating information for the integrated circuits are given in the circuit description information. Use care when checking

5-6

Maintenance - 067-1039-00

r

f

r

L

l

L__

B

METAL-CASED TRANSISTORS __ ...,

INTEGRATED CIRCUITS MOUNTING

5

B

13

__J

REGULATOR

L

9

_J

8

7

r

8

4

..__ _____________ INTEGRATED CIRCUITS INDEXING _____________ ___.

Fig. 5-1 Semiconductor Components Basing

5-7

10

3643-19

Maintenance - 067-1039-00

voltages and waveforms around the integrated circuits so that adjacent leads are not shorted together. A convenient means of clipping a test probe to the integrated circuit test clip.

Replacement semiconductors should be of the original type or a

direct replacement. Figure

semiconductors used in this instrument system.

Diodes

Ordinary signal diodes may be checked for an open or shorted

condition by measuring the resistance between the terminals. With the

ohmmeter set to the Rx 1000 scale, the resistance should be very high

in one direction and very low when the leads are reversed.

14-

and 16-pin in-line integrated circuits is with an

5-1

shows the lead configuration of the

Resistors

Check resistors with an ohm-meter. Resistor tolerances are given

in the Replaceable Electrical Parts list. Replace if value falls

outside of marked tolerance.

Cirouit Board Removal

NOTE

Tag or note the locations of all leads and plugs for reassembly reference.

To remove the Horizontal Sync Generator board (A1), the Horizontal

Line .Generator board (A2), or the Vertical Sync Generator board (A3) from the PATTERN GENERATOR follow these steps.

1. Remove the two side covers; grasp the cover at the rear of the PATTERN GENERATOR and pull away from the chassis.

2. Remove the top and bottom covers; there are screws holding each of the covers.

3. Remove the back panel; four screws and two locating posts hold the back panel.

5-8

1

Maintenance - 067-1039-00

4. Remove the nut block screws; at the top and bottom of the

PATTERN GENERATOR chassis. Leave the nut blocks themselves on the boards. The Horizontal Sync Generator (A1) and the Vertical Sync Generator boards have four nut blocks each; the Horizontal Line Generator board has five nut blocks.

5. Remove the interconnect cables; both coaxial and ribbon wire.

6. Slide the boards out the back using the guide rails.

PARTS ORDERING AND REPLACING

Ordering

Standard Parts - All electrical and mechanical replacement parts can be obtained through the local Tektronix Field Office or representative. However, many of the standard electronic components

can be obtained locally. Before purchasing or ordering replacement parts, check the Replaceable Parts lists for value, tolerance, rating, and description. When selecting replacement parts, it is important to remember that the physical size and shape of the component may affect its performance in an instrument. All replacement parts should be direct replacements unless it is known that a different component will not adversely affect the instrument performance.

r

l

i

f

Special Parts - Some parts are manufactured or selected by Tektronix, Inc., to satisfy particular requirements, or are manufactured for Tektronix Inc., to our specifications. Most of the mechanical parts

used in this system have been manufactured by Tektronix Inc. Order

all special parts directly from the local Tektronix Field Office or representative.

Ordering Procedure - When ordering replacement parts from Tektronix, Inc., please include the following mini~um information:

1. Instrument type (067-1039-00

2. Instrument serial number (for example, B010165).

3.

A description of the part (if electrical, include the circuit

number).

4. Textronix part number.

A listing of Tektronix Field Representatives can be found in the Supplements.

PATTERN GENERATOR).

Offices, Tektronix

Service

Product

Centers,

Catalog

and and

l

5-9

Maintenance - 067-1039-00

USING THE REAR INTERFACE CONNECTOR (See Table 5-2)

Input

The STAIRCASE/EXT switch provides either an internally generated

monochrome staircase or an external signal. Jumper J445 on the

Horizontal Sync Generator board (A1) selects the TTL external signal,

which is applied to Pin 24A on the edge connector. The ground for

this signal is Pin 23A.

One 25 volt ac supply is connected to Pins 1A and 1B. This is

fused with a 2 amp fast-blow fuse.

A second 25 volt ac supply is connected to Pins 13A and 13B.

This is fused with a 2 amp fast-blow fuse.

A +11.5 volt unregulated de supply is connected to Pins 2A and 2B

and fused with a 5 amp medium-blow fuse.

The power supply grounds are connected to Pins 3A, 3B, 4A, 4B,

25A, and 27A.

Output

The H Sync TTL output is applied to Pins 26A and 28A. The Staircase Analog output (0.7 v p-p high impedance) is applied to Pin 28B.

5-10

Maintenance - 067-1039-00

Table 5-2

REAR INTERFACE CONNECTOR ASSIGNMENTS

VERTICAL SYNC GENERATOR BOARD A3

B PINI A

i

J

25 Vac Fuse-protected

+11.5 Vdc Fuse-protected

Power Supply Ground Power Supply Ground

25 Vac Fuse-protected

Staircase Analog Output

-.

.

01 25 Vac Fuse protected •1 02 +11.5 Vdc Fuse-protected •2 03 Power Supply Ground 04 Power Supply Ground

NC

05 NC

NC

06 NC

NC

07 NC

NC

08 NC

NC

09 NC

NC

10 NC

NC

11 NC

NC

12 NC

13 25 Vac Fuse-protected •1

NC

14 NC

NC

15 NC

NC

16 NC

NC

17 NC

NC

18 NC

NC

19 NC

NC

20 NC

NC

21 NC

NC

22 NC

NC

23 External TTL Video In Ground

NC

24 External TT.L Video In Signal

NC

25 Ground

NC

26 H Sync TTL Output

NC

27 Ground 28

H

Sync TTL Output

-------------------------------------------------------------

•1

Uses 2A Fast-blow

•2 Uses 5A Medium-blow

5-11

Maintenance - 067-1039-00

Table 5-3

MAINTENANCE AIDS

(Items required for some maintenance

procedures in this instrument)

Description Specifications

---------------------+--------------------+--------------------

1. Solderi~g Iron

---------------------+--------------------+--------------------

2. Screwdrivers I Phillips 11 tip

---------------------+------~-------------+--------------------

3. Nutdrivers

---------------------+--------------------+--------------------

4. Open End Wrench I 3/16", 1/4", 7/16" I General

---------------------+--------------------+--------------------

5. Solder Wick

---------------------+--------------------+--------------------

6. Spray Cleaner

---------------------+--------------------+--------------------

7. Vacuum I Antistatic

Desoldering Tooll

I 15 Watt I

I Phillips 12 tip I 3/16", 3/8" I General

I No Noise I

I General soldering I and unsoldering

I Assembly and

I disassembly

I Unsolder_ing

All push button

I I switches

I General I

Use

5-12

Section 6- Replaceable Electrical Parts-067-1039-00

REPLACEABLE

ELECTRICAL PARTS

PARTS ORDERING INFORMATION

f

l

Replacement 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 benefit of the latest circuit improvements developed in our engineering department. It is therefore important, when ordering parts, to include the following information in your order: Part number, instrument type or number, serial number, and modification number if applicable.

If a part you have ordered has been replaced with a new or improved part, your local Tektronix, Inc. Field Office or represen-

will contact you concerning any change in part number.

tative

Change informatibn, if any, is located at the rear of this manual.

LIST OF ASSEMBLIES

A 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 a part is known, this list will identify the assembly in which the part is located.

CROSS INDEX-MFR. CODE NUMBER TO

MANUFACTURER

The Mfr. Code Number to Manufacturer index for the Electrical Parts List is located immediately after this page. The Cross Index provides codes, names and addresses of manufacturers of components listed in the Electrical Parts List.

Only the circuit number will appear on the diagrams and circuit board illustrations. Each diagram and circuit board illustration is clearly marked with the assembly number. Assembly numbers are also marked on the mechanical exploded views located in the Mechanical Parts List. The component number is obtained by adding the assembly number prefix to the circuit number.

The Electrical Parts List is divided and arranged by assemblies in numerical sequence (e.g., assembly A1 with its subassemblies and parts, precedes assembly A2 with Its subassemblies and parts).

Chassis-mounted parts have no assembly number prefix

and are located at the end of the Electrical Parts List.

TEKTRONIX PART NO. (column two of the

Electrical Parts List)

Indicates part number to be used when ordering replace-

ment part from Tektronix.

SERIAL/MODEL NO. (columns three and four

of the Electrical Parts List)

Column three (3) indicates the serial number at which the part was first used. Column four (4) indicates the serial number at which the part was removed. No serial number entered indicates part is good for all serial numbers.

l

r

t

l

ABBREVIATIONS

Abbreviations conform to American National Standard Y1.1.

COMPONENT NUMBER (column one of the

Electrical Parts List)

A numbering method has been used to identify assemblies, subassemblies and parts. Examples of this numbering method and typical expansions are illustrated by the following:

Example a. component number

A23R1234 A23 R1234

,--,..___

~~

Read: Resistor 1234 of Assembly 23

Example b.

A23A2R1234 A23 A2 R1234

Assembly

~

Read: Resistor 1234 of Subassembly 2 of Assembly 23

~

component number

Subassembly

L,__ number

Circuit number

NAME & DESCRIPTION (column five of the

Electrical Parts List)

In the Parts List, an Item Name is separated from the description by a colon(:). Because of space limitations, an Item Name may sometimes appear as incomplete. For further Item Name identification, the U.S. Federal Cataloging Handbook HS-1

can be utilized where possible.

MFR. CODE (column six of the Electrical Parts

List)

Indicates the code number of the actual manufacturer of the

part. (Code to name and address cross reference can be found

immediately after this page.)

MFR. PART NUMBER (column seven of the

Electrical Parts List)

Indicates actual manufacturers part number.

6-1

Replaceable Electrical Parts-067-1039-00

CROSS INDEX-MFR. CODE NUMBER TO MANUFACTURER

Mfr. Code

00853 01121 01295

02111 04222 04713 05397

07126

07263 14433 16546 24546 27014

32997 50434 54473 55680 56289 72982

73138 75042

75915

80009

91637 95275

Manufacturer

SANGAMO ELECTRIC CO., S, CAROLINA DIV.

ALLEN-BRADLEY COMPANY

TEXAS INSTRUMENTS, INC., SEMICONDUCTOR GROUP

SPECTROL ELECTRONICS CORPORATION AVX CERAMICS, DIVISION OF AVX CORP. MOTOROLA, INC., SEMICONDUCTOR PROD. DIV.

UNION CARBIDE CORPORATION, MATERIALS

SYSTEMS DIVISION

DIGITRAN CO. FAIRCHILD SEMICONDUCTOR, A DIV. OF

FAIRCHILD CAMERA AND INSTRUMENT CORP.

ITT SEMICONDUCTORS

GLOBE UNION INC. USCC/CENTRALAB

ELECTRONICS DIV.

CORNING GLASS WORKS, ELECTRONIC

COMPONENTS DIVISION

NATIONAL SEMICONDUCTOR CORP.

BOURNS, INC., TRIMPOT PRODUCTS DIV.

HEWLETT-PACKARD COMPANY

MATSUSHITA ELECTRIC, CORP. OF AMERICA

NICHICON/AMERICA/CORP.

SPRAGUE ELECTRIC CO. ERIE TECHNOLOGICAL PRODUCTS, INC. BECKMAN INSTRUMENTS, INC., HELIPOT DIV. TRW ELECTRONIC COMPONENTS, IRC FIXED RESISTORS, PHILADELPHIA DIVISION LITTELFUSE, INC. TEKTRONIX, INC. DALE ELECTRONICS, INC. VITRAMON, INC.

Address

PO BOX 128

1201 2ND STREET SOUTH PO BOX 5012, 13500 N CENTRAL EXPRESSWAY 17070 EAST GALE AVENUE PO BOX 867, 19TH AVE. SOUTH 5005 E MCDOWELL RD,PO BOX 20923

11901 MADISON AVENUE

855 SOUTH ARROYO PARKWAY

464 ELLIS STREET 3301 ELECTRONICS WAY

PO BOX 3049

4561 COLORADO 550 HIGH STREET

2900 SEMICONDUCTOR DR. 1200 COLUMBIA AVE. 640 PAGE MILL ROAD 1 PANASONIC WAY 6435 N PROESEL AVENUE 87 MARSHALL ST. 644 W. 12TH ST. 2500 HARBOR BLVD.

401 N. BROAD ST. 800 E. NORTHWEST HWY PO BOX 500 P. 0, BOX 609 P O BOX 544

City, State, Zip

PICKENS, SC 29671 MILWAUKEE, WI 53204

DALLAS, TX 75222 CITY OF INDUSTRY, CA 91745 MYRTLE BEACH, SC 29577 PHOENIX, AZ 85036

CLEVELAND, OH 44101

PASADENA, CA 91105

MOUNTAIN VIEW, CA 94042 WEST PALM BEACH, FL 33402

LOS ANGELES, CA 90039 BRADFORD, PA 16701

SANTA CLARA, CA 95051 RIVERSIDE, CA 92507 PALO ALTO, CA 94304 SECAUCUS, NJ 07094 CHICAGO, IL 60645 NORTH ADAMS, MA 01247 ERIE, PA 16512 FULLERTON, CA 92634

PHILADELPHIA, PA 19108 DES PLAINES, IL 60016 BEAVERTON, OR 97077 COLUMBUS, NE 68601 BRIDGEPORT, CT 06601

6-2

~eplaceable Electrical Parts-067-1039-00

f -

I

t

l

I

i

Tektronix

Component No.

Al A2 670-7243-00 A3 670-7242-00

Al AlCllO 290-0778-00 AlC167 281-0775-00 A1Cl76 283-0615-00 AlC213 290-0950-00 AlC215 290-0950-00

AlC222 290-0846-00 AlC225 281-0775-00 AlC228 281-0775-00 AlC238 281-0775-00 AlC256 281-0775-00 AlC270 281-0775-00

A1C314 290-0950-00 AlC315 290-0778-00 AlC319 AlC320 283-0616-00 AlC324 283-0594-00 AlC332 281-0775-00

AlC356

AlC364 281-0775-00

AlC366 AlC382 281-0775-00 AlC416 290-0770-00 AlC420 283-0689-00

AlC432 AlC436 AlC438 AlC462 AlC475 281-0775-00 AlC482 290-0770-00

AlC485 281-0775-00 AlC497 290-0771-00 AlC498 281-0775-00 AlC512 AlC522 281-0775-00 AlC523 290-0778-00

AlC524 281-0775-00 AlC525 AlC526 290-0950-00

AlC529 AlC533 AlC542 281-0775-00

AlC552

AlC565 290-0846-00 AlC570 AlC580 AlC584 283-0649-00 AlC586

AlC587 283-0353-00 AlC590 AlC597 AlC612

Part No.

670-7244-00 CKT BOARD ASSY:HORIZONTAL SYNC GENERATOR 80009 6 70-7244-00

-----

290-0950-00

281-0775-00 281-0775-00

283-0660-00 281-0775-00 281-0775-00 283-0353-00

290-0770-00

281-0775-00 281-0775-00

283-0203-00

283-0353-00 290-0770-00

283-0353-00 290-0770-00 CAP.,FXD,ELCTLT:100UF,+50-10%,25V

281-0775-00 290-0770-00 290-0770-00

Serial/Model No.

Eff

Dscont

Name

&

Description

CKT BOARD ASSY:HORIZONTAL LINE GENERATOR CKT BOARD ASSY:VERTICAL SYNC GENERATOR

CKT BOARD ASSY:HORIZONTAL SYNC GENERATOR CAP.,FXD,ELCTLT:1UF,+50-10%,50V

CAP.,FXD,CER DI:0.1UF,20%,50V CAP.,FXD,MICA D:33PF,5%,500V CAP.,FXD,ELCTLT:100UF,+50-10%,50V CAP.,FXD,ELCTLT:100UF,+50-10%,50V

CAP.,FXD,ELCTLT:47UF,-10+75%,35 WVDC CAP.,FXD,CER DI:0.1UF,20%,50V CAP.,FXD,CER DI:0.1UF,20%,50V CAP.,FXD,CER DI:0.1UF,20%,50V CAP.,FXD,CER DI:0.1UF,20%,50V CAP.,FXD,CER DI:0.1UF,20%,50V

CAP.,FXD,ELCTLT:100UF,+50-10%,50V CAP.,FXD,ELCTLT:1UF,+50-10%,50V CAP.,FXD,ELCTLT:100UF,+50-10%,50V CAP.,FXD,MICA D:75PF,5%,500V CAP.,FXD,MICA D:O.OOlUF,1%,lOOV CAP.,FXD,CER DI:0.1UF,20%,50V

CAP.,FXD,CER DI:0.1UF,20%,50V CAP.,FXD,CER DI:0.1UF,20%,50V CAP.,FXD,CER DI:0.1UF,20%,50V CAP.,FXD,CER DI:0.1UF,20%,50V CAP.,FXD,ELCTLT:100UF,+50-l0%,25V

CAP.,FXD,MICA D:550PF,0.5%,300V CAP.,FXD,MICA D:510PF,2%,500V

CAP.,FXD,CER DI:0.1UF,20%,50V CAP.,FXD,CER DI:0.1UF,20%,50V CAP.,FXD,CER DI:0.1UF,10%,50V CAP.,FXD,CER DI:0.1UF,20%,50V CAP.,FXD,ELCTLT:100UF,+50-10%,25V

CAP.,FXD,CER DI:0.1UF,20%,50V CAP.,FXD,ELCTLT:220UF,+50-10%,10VDC CAP.,FXD,CER DI:0.1UF,20%,50V CAP.,FXD,ELCTLT:100UF,+50-10%,25V CAP.,FXD,CER DI:0.1UF,20%,50V CAP.,FXD,ELCTLT:1UF,+50-10%,50V

CAP.,FXD,CER DI:0.1UF,20%,50V CAP.,FXD,CER DI:0.1UF,20%,50V CAP.,FXD,ELCTLT:100UF,+50-10%,50V CAP.,FXD,CER DI:0.1UF,20%,50V CAP. ,FXD,CER DI:.0.47UF ,20%,50V CAP.,FXD,CER DI:0.1UF,20%,50V

CAP.,FXD,CER DI:0.1UF,10%,50V CAP.,FXD,ELCTLT:47UF,-10+75%,35 WVDC

CAP.,FXD,ELCTLT:100UF,+50-10%,25V CAP.,FXD,CER DI:0.1UF,10%,50V CAP.,FXD,MICA D:105PF,1%,300V

CAP.,FXD,CER DI:0.1UF,10%,50V CAP.,FXO,CER DI:0.1UF,20%,50V CAP.,FXD,ELCTLT:100UF,+50-10%,25V CAP.,FXD,ELCTLT:100UF,+50-l0%,25V

Mfr

Code Mfr Part Number

80009 670-7243-00

80009 670-7242-00

54473 ECE-A50Nl

72982 8005D9AABZ5Ul04M 00853 D155E330JO 55680 50ULB100VA-T 55680

54473 ECE-A35V47LU 72982 8005D9AABZ5Ul04M 72982 8005D9AABZ5Ul04M 72982 8005D9AABZ5Ul04M 72982 72982 8005D9AABZ5Ul04M

55680 50ULB100VA-T

54473

55680 50ULB100VA-T 00853

00853 D151Fl02FO

72982

72982 72982 8005D9AABZ5Ul04M 72982 8005D9AABZ5Ul04M 72982 8005D9AABZ5Ul04M 56289 502D230 00853 D153F551EO

00853 D155F511GO 72982 72982 95275 72982 56289

72982 54473 72982 56289 72982 8005D9AABZ5Ul04M 54473

72982 8005D9AABZ5Ul04M 72982 55680 72982 72982 72982

95275 54473

56289 5020230 95275 VJ1210Y104K-H 00853 D153F1050FO 56289 502D230

95275 VJ1210Y104K-H 72982 8005D9AABZ5Ul04M 56289 56289

50ULB100VA-T

8005D9AABZ5Ul04M

ECE-A50Nl D155E750JO 8005D9AABZ5Ul04M 8005D9AABZ5Ul04M

8005D9AABZ5Ul04M

8005D9AABZ5Ul04M VJ1210Yl04K-H 8005D9AASZ5Ul04M 502D230

8005D9AABZ5Ul04M ECE-Al0V220L 8005D9AABZ5Ul04M 502D230

ECE-A50Nl

8005D9AABZ5Ul04M 50ULB100VA-T 8005D9AABZ5Ul04M 8131N075E474M 8005D9AABZ5Ul04M

VJ1210Yl04K-H ECE-A35V47LU

502D230 502D230

6-3

Replaceable Electrical Parts-067-1039-00

Tektronix Serial/Model No.

Component No. Part No. Eff Dscont Name

AlC614 AlC620 A1C626 A1C646 AlC648 AlC650

AlC652 A1C654 A1C662 A1C666 A1C667

A1C672 AlC673

AlC684 AlC688 AlC692

A1C694 A1C698

A1CR164 AlCR175 A1CR188 A1CR244

A1CR256

A1CR262

A1CR264

AlCR267

AlCR268

A1CR280

A1CR347

AlCR360

A1CR362

AlCR374

A1CR377

A1CR382

A1CR424

AlCR425

AlCR453

A1CR454

AlCR466

AlCR479

AlCR525

A1CR547

A1CR550

AlCR554

AlCR560 A1CR658

AlCR677

Al.Ql78

290-0770-00 290-0950-00 281-0775-00 290-0846-00 283-0353-00 283-0252-00

283-0338-00 283-0353-00 283-0353-00 283-0397-00

283-0353-00

283-0416-00

281-0775-00 283-0597-00 283-0177-00 283-0353-00 283-0353-00 290-0846-00

152-0141-02 152-0141-02 152-0141-02 152-0141-02 152-0141-02 152-0141-02

152-0322-00 152-0322-00 152-0322-00 152-0322-00 152-0141-02 152-0141-02

152-0141-02 152-0322-00 152-0141-02

152-0141-02

152-0141-02 152-0246-01

152-0141-02 152-0141-02 152-0141-02 152-0141-02 152-0246-01 152-0141-02

152-0141-02 152-0141-02 152-0141-02 152-0141-02 152-0141-02 151-0712-00

CAP.,FXD,ELCTLT:100UF,+50-10%,25V CAP.,FXD,ELCTLT:lOOUF,+50-10%,50V CAP.,FXD,CER Dl:0.1UF,20%,50V CAP.,FXD,ELCTLT:47UF,-10+75%,35 WVDC CAP.,FXD,CER Dl:0.1UF,10%,50V CAP.,FXD,CER Dl:1000PF,10%,50V

CAP.,FXD,CER Dl:330PF,10%,lOOV CAP.,FXD,CER Dl:0.1UF,10%,50V CAP.,FXD,CER Dl:0.1UF,10%,50V CAP.,FXD,CER Dl:1160PF,2%,100V CAP.,FXD,CER Dl:0.1UF,10%,50V CAP.,FXD,CER Dl:47PF,5%,100V

CAP.,FXD,CER Dl:0.1UF,20%,50V CAP.,FXD,MICA D:470PF,10%,300V CAP.,FXD,CER Dl:1UF,+80-20%,25V CAP.,FXD,CER Dl:0.1UF,10%,50V CAP.,FXD,CER Dl:0.1UF,10%,50V CAP.,FXD,ELCTLT:47UF,-10+75%,35 WVDC

SEMICOND DEVICE:SILICON,30V,150MA SEMICOND DEVICE:SILICON,30V,150MA SEMICOND DEVICE:SILICON,30V,150MA SEMICOND DEVICE:SILICON,30V,150MA SEMICOND DEVICE:SILICON,30V,150MA SEMICOND DEVICE:SILICON,30V,150MA

SEMICOND DEVICE:SILICON,15V,HOT CARRIER

SEMICOND DEVICE:SILICON,15V,HOT CARRIER SEMICOND DEVICE:SILICON,15V,HOT CARRIER SEMICOND DEVICE:SILICON,15V,HOT CARRIER

SEMICOND DEVICE: SILICON, 30V ,_150MA 01295 SEMICOND DEVICE:SILICON,30V,150MA

SEMICOND DEVICE:SILICON,30V,150MA

SEMICOND DEVICE:SILICON,15V,HOT CARRIER

SEMICOND DEVICE:SILICON,30V,150MA

SEMICOND DEVICE:SILICON,SW,40V,200MA,TEST

SEMICOND DEVICE:SILICON,30V,150MA 01295

SEMICOND DEVICE:SILICON,30V,150MA 01295 1N4152R

SEMICOND DEVICE:SILICON,SW,40V,200MA,TEST 80009 152-0246-01

SEMICOND DEVICE:SILICON,30V,150MA 01295 1N4152R

SEMICOND DEVICE:SILICON,30V,150MA 01295

SEMICOND DEVICE:SILICON,30V,150MA 01295 1N4152R

SEMICOND DEVICE:SILICON,30V,150MA

SEMICOND DEVICE:SILICON,30V,150MA TRANSISTOR:SILICON,NPN

Description

&

Mfr

Mfr Part Number

Code

56289 502D230 55680 72982 8005D9AABZ5Ul04M 54473 ECE-A35V47LU 95275 04222 ULA105Cl02K2T60

16546 Nl00CJ331K 95275 VJ1210Yl04K-H 95275 VJ1210Yl04K-H 04222 3430100All60PFG 95275 VJ1210Yl04K-H 05397 Cl005C470JlGAH

72982 00853 Dl53E471KO 56289 95275 VJ1210Yl04K-H

54473 ECE-A35V47LU 01295 1N4152R

01295 01295 01295 01295 01295 1N4152R

50434 50434 5082-2672 50434 5082-2672 50434 5082-2672

01295 1N4152R

50434 5082-2672 01295 1N4152R 01295 1N4152R 01295 1N4152R 80009 152-0246-01

01295 1N4152R

50ULB100VA-T

VJ1210Yl04K-H

8005D9AABZ5Ul04M 273C5

95275 VJ1210Y104K-H

1N4152R 1N4152R

1N4152R

5082-2672

1N4152R

01295 1N4152R

1N4152R 1N4152R 1N4152R

1N4152R 1N4152R

01295 1N4152R 04713 SPS8223

AlQ188

AlQ276 AlQ282 A1Q286

A1Q288

A1Q290

A1Q372

AlQ396 151-1120-00

A1Q398

151-0220-00 151-0712-00 151-0367-01 151-0367-01 151-0367-01 151-0367-01

151-0712-00

151-1120-00

6-4.

TRANSISTOR:SILICON,PNP. 07263 S036228 TRANSISTOR:SILICON,NPN TRANSISTOR:SILICON,NPN,SEL 01295 SKC0536 TRANSISTOR:SILICON,NPN,SEL 01295 SKC0536 TRANSISTOR:SILICON,NPN,SEL 01295 TRANSISTOR:SILICON,NPN,SEL

TRANSISTOR:SILICON,NPN TRANSISTOR:FE,P CHANNEL,Sl,VP-3,T0-92 80009 151-1120-00 TRANSISTOR:FE,P CHANNEL,SI,VP-3,T0-92 80009 151-1120-00

04713 SPS8223

SKC0536

01295 SKC0536 04713 SPS8223

Replaceable Electrical Parts----067-1039-00

r

I

~

Tektronix

Component No.

AlQ420 151-0302-01 TRANSISTOR:SILICON,NPN,SEL AlQ680 AlQ685 AlQ688 151-0216-02 A1Rll5 307-0093-00 A1Rll9 307-0093-00

A1Rl36 315-0101-00 AlR154 321-0184-00 A1Rl55 315-0102-00 AlR156 315-0102-00 AlR158 AlR175

AlR176 AlR177 321-0232-00 AlR178 311-1943-00 A1Rl84 315-0470-00 AlR186 315-0223-00 AlR188 321-0193-00

AlR192 321-0110-00 AlR212 AlR217 AlR225 AlR226

AlR227 315-0112-00 AlR228

AlR233 AlR235 315-0104-00 AlR238 315-0112-00

AlR255 315-0102-00 AlR256

AlR260 321-0253-00 AlR266 AlR268 AlR269 AlR270 311-1175-00 AlR272

AlR274 AlR276 AlR278 315-0470-00 AlR282 315-0101-00 AlR284 321-0154-00 AlR286

AlR287 315-0131-00 AlR289 AlR298 AlR320 AlR325 AlR330

AlR332 AlR339 AlR345 AlR346 AlR348 315-0102-00 AlR362 321-0184-00

AlR364 AlR366 AlR369

Part No.

151-0424-03 TRANSISTOR:2N5769,SCREENED 80009 151-0424-03 151-0216-02

315-0102-00 315-0752-00 RES.,FXD,CMPSN:7.5K OHM,5%,0.25W

315-0470-00

307-0093-00 307-0093-00 315-0102-00 315-0102-00

315-0472-00 315-0112-00

315-0102-00

315-0470-00 321-0135-00 321-0184-00

321-0227-00

315-0470-00 315-0470-00

321-0154-00

315-0101-00 315-0101-00 315-0682-00 321-0289-00 315-0472-00

311-1944-00 321-0256-00 315-0102-00 315-0472-00

321-0253-00

315-0112-00

Serial/Model No.

Eff Dscont

Name

&

Description

TRANSISTOR:PNP,SI PRESTRESSED

RES.,FXD,CMPSN:1.2 OHM,5%,0.50W RES.,FXD,CMPSN:1.2 OHM,5%,0.50W

RES.,FXD,CMPSN:100 OHM,5%,0,25W

RES.,FXD,FILM:806 OHM,1%,0.125W

RES.,FXD,CMPSN:lK OHM,5%,0.25W

RES.,FXD,CMPSN:47 OHM,5%,0.25W RES.,FXD,FILM:2.55K OHM,1%,0.125W RES.,VAR,NONWIR:lOK OHM,10%,0.50W RES. ,FXD,CMPSN:4_7 OHM,5%,0.25W RES.,FXD,CMPSN:22K OHM,5%,0.25W RES.,FXD,FILM:lK OHM,1%,0.125W

RES.,FXD,FILM:137 OHM,1%,0.125W RES.,FXD,CMPSN:1.2 OHM,5%,0.50W RES.,FXD,CMPSN:1.2 OHM,5%,0.50W RES.,FXD,CMPSN:lK OHM,5%,0.25W RES.,FXD,CMPSN:lK OHM,5%,0.25W RES.,FXD,CMPSN:l.lK OHM,5%,0.25W

RES.,FXD,CMPSN:4.7K OHM,5%,0.25W RES.,FXD,CMPSN:l.lK OHM,5%,0.25W RES.,FXD,CMPSN:lOOK OHM,5%,0.25W RES.,FXD,CMPSN:l.lK OHM,5%,0.25W RES.,FXD,CMPSN:lK OHM,5%,0.25W RES.,FXD,CMPSN:lK OHM,5%,0.25W

RES.,FXD,FILM:4.22K OHM,1%,0.125W RES.,FXD,CMPSN:47 OHM,5%,0.25W RES.,FXD,FILM:249 OHM,1%,0.125W RES.,FXD,FILM:806 OHM,1%,0.125W RES.,VAR,NONWIR:100 OHM,10%,0.50W RES.,FXD,FILM:2.26K OHM,1%,0.125W

RES.,FXD,CMPSN:47 OHM,5%,0.25W

RES.,FXD,CMPSN:100 OHM,5%,0.25W RES.,FXD,FILM:392 OHM,1%,0.125W RES.,FXD,FILM:392 OHM,1%,0.125W

RES.,FXD,CMPSN:130 OHM,5%,0.25W RES.,FXD,CMPSN:100 OHM,5%,0.25W RES.,FXD,CMPSN:100 OHM,5%,0.25W RES.,FXD,CMPSN:6,8K OHM,5%,0.25W RES.,FXD,FILM:lOK OHM,1%,0.125W RES.,FXD,CMPSN:4.7K OHM,5%,0.25W

RES.,VAR,NONWIR:lK OHM,10%,0.SOW RES.,FXD,FILM:4.53K OHM,1%,0.125W RES.,FXD,CMPSN:lK OHM,5%,0.25W RES.,FXD,CMPSN:4.7K OHM,5%,0.25W RES.,FXD,CMPSN:lK OHM,5%,0.25W

RES.,FXD,FILM:806 OHM,1%,0.125W RES.,FXD,FILM:4.22K OHM,1%,0.125W

RES.,FXD,FILM:4.22K OHM,1%,0.125W RES.,FXD,CMPSN:l.lK OHM,5%,0.25W

Mfr

Mfr Part Number

Code

80009

&

TESTED 80009 151-0216-02

&

TESTED

80009 151-0216-02 01121 EB12G5 01121 EB12G5

01121 CB1015 91637 01121 01121 01121 CB1025 01121 CB7525

01121

91637 73138 68-10-0 01121 CB4705 01121 CB2235 91637

91637 01121 EB12G5 01121 01121 CB1025 01121 CB1025 01121 CB1125

01121 CB4725 01121 CB1125 01121 CB1045 01121 CB1125 01121 CB1025 01121

91637

01121 91637 91637

73138 68WR100

91637 01121 CB4705

01121 01121 01121 91637 91637

on21 CB1315

01121

01121 CB6825

91637

01121 CB4725 32997

91637 01121 01121 CB4725 01121 CB1025 91637

91637 91637 01121 CB1125

151-0302-01

MFF1816G806ROF CB1025 CB1025

CB4705 MFF1816G25500F

MFF1816Gl0000F MFF1816Gl37ROF EB12G5

CB1025

MFF1816G42200F

CB4705 MFF1816G249ROF MFF1816G806ROF

MFF1816G22600F

CB4705 CB4705 CB1015 MFF1816G392ROF MFF1816G392ROF

CB1015 CB1015

MFF1816Gl0001F

3299W-R27-102

MFF1816G45300F

CB1025

MFF1816G806ROF MFF1816G42200F

MFF1816G42200F

6-5

• Replaceable Electrical Parts-067-1039-00

Tektronix

Component No. Part No.

AlR372 AlR379 AlR380 AlR385 AlR399 AlR412

AlR414 AlR422 AlR424 AlR430 AlR432 AlR434

AlR452 AlR453 AlR456 AlR458 AlR459 AlR465

AlR468 AlR475 AlR480 AlR484 AlR486 AlR488

AlR490 AlR491 AlR492 A1R494 AlR514 AlR515

AlR516 AlR523 AlR524 AlR532 AlR542 AlR543

AlR545

AlR548 AlR549 AlR562

AlR568

AlR572 AlR574

AlR575 AlR576

AlR577 AlR578

AlR592 AlR593

AlR594

AlR596

AlR597 AlR598 AlR599

A1R612

AlR622 AlR645

321-0165-00 303-0151-00 321-0160-00 315-0101-00 321-0.039-00

315-0472-00 315-0104,-00

321-0338-00 315-0105-00 321-0256-00

315-0472-00

321-0228-00

315-.0112.-00 315-0102-00 315-0112-00 315-0472-00 315-0472-00 315-0112-00

315-0472-00

311-1897-00

321-0192-00 321-0227-00 311-1175-00 315-0472-00

315-0181-00

308-0710-00

315-0181-00

32i-0039-00 307-0093-00

323-0112-00

323-0119-00 315-0472-00 315-0224-00 321-0418-00 315-0472-00 315-0112-00

315-0112-00 315-0112-00 315-0472-00 315-0112-00 321-0296-00

315-0472-00

315-0821-00 321-0385-00 315-0821-00 ~15-0472-00

321-0231-00

321-0039-00 315-0472-00

315-0104-00

321-0303-00

321-0289-00

321-0249-00 321-0261-00

307-0093-00 315-0202-00 303-0151-00

Serial/Model No. Mfr

& Description Code Mfr Part Number

Eff Dscont

RES.,FXD,FILM:511 OHM,1%,0.125W RES.,FXD,CMPSN:150 OHM,5%,lW RES.,FXD,FILM:453 OHM,1%,0.125W RES.,FXD,CMPSN:100 OHM,5%,0.25W RES.,FXD,FILM:24.9 OHM,1%,0.125W RES.,FXD,CMPSN:4.7K OHM,5%,0.25W

RES.,FXD,CMPSN:lOOK OHM,5%,0.25W RES.,FXD,FILM:32.4K OHM,1%,0.125W RES.,FXD,CMPSN:lM OHM,5%,0.25W RES.,FXD,FILM:4.53K OHM,1%,0.125W RES.,FXD,CMPSN:4.7K OHM,5%,0.25W RES.,FXD,FILM:2.32K OHM,1%,0.125W

RES.,FXD,CMPSN:l.lK OHM,5%,0.25W RES.,FXD,CMPSN:lK OHM,5%,0.25W 01121 RES.,FXD,CMPSN:l.lK OHM,5%,0.25W RES.,FXD,CMPSN:4.7K OHM,5%,0.25W RES.,FXD,CMPSN:4.7K OHM,5%,0.25W RES.,FXD,CMPSN:l.lK OHM,5%,0.25W

RES.,FXD,CMPSN:4.7K OHM,5%,0.25W RES.,VAR,NONWIR:25K OHM,10%,0.50W RES.,FXD,FILM:976 OHM,1%,0.125W RES.,FXD,FILM:2.26K OHM,1%,0.125W RES.,VAR,NONWIR:100 OHM,10%,0.SOW RES.,FXD,CMPSN:4.7K OHM,5%,0.25W

RES.,FXD,CMPSN:180 OHM,5%,0.25W RES.,FXD,WW:0.27 OHM,10%,lW 75042 RES.,FXD,CMPSN:180 OHM,5%,0.25W RES.,FXD,FILM:24.9 OHM,1%,0.125W RES.,FXD,CMPSN:1.2 OHM,5%,0.50W RES. ,FXD,FILM: 143 OHM,1%,0. 5·ow

RES.,FXD,FILM:169 OHM,1%,0.50W RES.,FXD,CMPSN:4.7K OHM,5%,0.25W RES.,FXD,CMPSN:220K OHM,5%,0.25W RES.,FXD,FILM:221K OHM,1%,0.125W RES.,FXD,CMPSN:4.7K OHM,5%,0.25W RES.,FXD,CMPSN:l.lK OHM,5%,0.25W

RES.,FXD,CMPSN:l.lK OHM,5%,0.25W RES.,FXD,CMPSN:l.lK OHM,5%,0.25W RES.,FXD,CMPSN:4.7K OHM,5%,0.25W 01121 RES.,FXD,CMPSN:l.lK OHM,5%,0.25W RES.,FXD,FILM:ll.8K OHM,1%,0.125W RES.,FXD,CMPSN:4.7K OHM,5%,0.25W

RES.,FXD,CMPSN:820 OHM,5%,0.25W RES.,FXD,FILM:lOOK OHM,1%,0.125W RES.,FXD,CMPSN:820 OHM,5%,0.25W RES.,FXD,CMPSN:4.7K OHM,5%,0.25W RES.,FXD,FILM:2.49K OHM,1%,0.125W RES.,FXD,FILM:24.9 OHM,1%,0.125W

RES.,FXD,CMPSN:4.7K OHM,5%,0.25W 01121 RES.,FXD,CMPSN:lOOK OHM,5%,0.25W RES.,FXD,FILM:14K OHM,1%,0.125W 91637 MFF1816Gl4001F RES.,FXD,FILM:lOK OHM,1%,0.125W

. RES. ,FXD,FILM:3.83K OHM,1%,0.125W

RES.,FXD,FILM:5.llK OHM,1%,0.125W RES.,FXD,CMPSN:1.2 OHM,5%,0.SOW

RES.,FXD,CMPSN:2K OHM,5%,0.25W

RES.,FXD,CMPSN:150 OHM,5%,lW 01121 GB1515

Name

91637

01121 GB1515

91637 01121

91637 MFF1816G24R90F

01121 CB4725 01121

91637 MFF1816G32401F 01121 CB1055

91637

01121 CB4725

91637 MFF1816G23200F 01121 CB1125 01121 CB1125

01121 CB4725

01121 CB4725 01121 CB1125

01121 32997 91637 91637 MFF1816G22600F 73138 68WR100 01121

01121 CB1815 01121 CB1815

91637 MFF1816G24R90F 01121 EB12G5

75042 CECT0-1430F

75042 01121 CB4725 01121 CB2245 91637 MFF1816G22102F 01121 CB4725 01121 CB1125

01121 01121 CB1125

01121 CB1125 91637 MFF1816Gll801F 01121 CB4725

01121 CB8215 91637 MFF1816Gl0002F 01121 01121 CB4725 91637 MFF1816G24900F 91637 MFF1816G24R90F

01121 CB1045 91637

91637 MFF1816G38300F 91637 MFF1816G51100F

01121 01121 CB2025

MFF1816G511ROF MFF1816G453ROF

CB1015

CB1045

MFF1816G45300F

CB1025

CB4725 3299W-l-253

MFF1816G976ROF

CB4725

BW20-R2700J

CECT0-1690F

CB1125 CB4725

CB8215

CB4725

MFF1816Gl0001F

EB12G5

6-6,

Replaceable Electrical Parts-067-1039-00

Tektronix

Component No.

AlR652

AlR654 321-0260-00 A1R656 A1R657 AlR658 AlR659

A1R662 AlR670 315-0112-00 A1R674 315-0271-00 AlR676 AlR682 AlR688

AlR690 315-0202-00 AlR692 AlR694 321-0179-00 AlR695 AlR697

AlTP116

AlTP127 AlTP132 AlTP133 AlTP134 214-0579-00 TERM,TEST POINT:BRS CD PL

AlTP136 AlTP142 214-0579-00 TERM,TEST POINT:BRS

AlTP158 214-0579-00 TERM, TEST POINT:BRS CD PL 80009 214-0579-00 AlTP174 AlTP313 AlTP358 214-0579-00 TERM, TEST POINT:BRS CD PL AlTP416 AlTP418

AlTP432 214-0579-00 TERM,TEST POINT:BRS CD PL AlTP510 214-0579-00 TERM,TEST POINT:BRS CD PL AlTP536 214-0579-00 TERM,TEST POINT:BRS CD PL AlTP572 AlTP620 214-0579-00 TERM,TEST POINT:BRS CD PL 80009 AlTP630 214-0579-00 TERM,TEST POINT:BRS CD PL

AlTP673 214-0579-00 AlTP687 214-0579-00 AlTP691 214-0579-00 AlU234 156-0180-04 AlU242 156-0180-04 AlU248

Part No. Eff

321-0260-00 311-1897-00

315-0821-00 315-0821-00 311-1943-00 RES.,VAR,NONWIR:lOK OHM,10%,0.SOW 73138 68-10-0

315-0ll2-00

315-0821-00 321-0385-00 311-1895-00

311-1895-00 311-1944-00

315-0101-00 RES.,FXD,CMPSN:100 OHM,5%,0.25W 01121 CB1015

214-0579-00 TERM,TEST POINT:BRS CD PL 80009 214-0579-00

214-0579-00

214-0579-00 TERM,TEST POINT:BRS CD PL 80009 214-0579-00

214-0579-00 TERM,TEST POINT:BRS CD PL

214-0579-00

214-0579-00 214-0579-00 TERM,TEST POINT:BRS CD PL 80009 214-0579-00

214-0579-00 214-0579-00

214-0579-00

156-0413-02

Serial/Model No.

Dscont

Name

Mfr

&

Description

RES.,FXD,FILM:4.99K OHM,1%,0.125W

RES.,VAR,NONWIR:25K OHM,10%,0.SOW RES.,FXD,CMPSN:820 OHM,5%,0.25W 01121 RES.,FXD,CMPSN:820 OHM,5%,0.25W 01121 CB8215

RES.,FXD,CMPSN:l.lK OHM,5%,0.25W RES.,FXD,CMPSN:l.lK OHM,5%,0.25W 01121 RES.,FXD,CMPSN:270 OHM,5%,0.25W 01121 CB2715 RES.,FXD,CMPSN:820 OHM,5%,0.25W 01121 CB8215 RES.,FXD,FILM:lOOK OHM,1%,0.125W 91637 MFF1816Gl0002F RES.,VAR,NONWIR:2K OHM,10%,0.50W

RES.,FXD,CMPSN:2K OHM,5%,0.25W 01121 CB2025 RES.,VAR,NONWIR:2K OHM,10%,0.50W 32997 3299W-R27-202 RES.,FXD,FILM:715 OHM,1%,0.125W RES.,VAR,NONWIR:lK OHM,10%,0.SOW 32997 3299W-R27-102

TERM,TEST POINT:BRS

TERM,TEST

TERM,TEST TERM,TEST POINT:BRS CD PL 80009 214-0579-00

TERM,TEST POINT:BRS CD PL

TERM, TEST POINT:BRS CD PL TERM,TEST POINT:BRS CD PL TERM,TEST POINT:BRS CD PL MICROCIRCUIT,DI:QUAD 2 MICROCIRCUIT,DI:QUAD 2 MICROCIRCUIT,DI:QUAD 2 INP

POINT:BRS

POINT:BRS CD PL

CD PL

CD PL CD PL 80009 214-0579-00

CD PL 80009

INP NANO GATE 01295 INP

NANO

GATE

SCMIT TRIGGER

Code Mfr Part Number

91637 91637 32997

01121 CB1125

32997 3299W-R27-202

91637 MFF1816G715ROF

80009 80009 214-0579-00

80009 214-0579-00 80009 214-0579-00

80009 214-0579-00 80009 214-0579-00 80009 214-0579-00

80009 214-0579-00 80009 214-0579-00

01295 SN74SOONP3 01295 SN74Sl32

MFF1816G49900F MFF1816G49900F

3299W-1-253 CB8215

CB1125

214-0579-00

214-0579-00'

214-0579..:00

SN74S00NP3

AlU252 AlU328 156-1195-01 AlU330 156-0251-01 AlU355 156-0321-02 AlU420 156-0742-02 AlU457

AlU462 AlU495 156-0419-02 AlU530 156-0067-13 AlU538 156-0419-02 AlU552 156-1195-01 MICROCIRCUIT,DI:DUAL RETRIG/RESET 80009 156-1195-01 AlU556 156-0690-03 MICROCIRCUIT,DI:QUAD 2 INP NOR GATE,BURN IN

AlU564 156-1198-01 AlU575 AlU580

156-0690-03

156-0180-04 156-1198-01

156-1195-01 156-0251-01

MICROCIRCUIT,DI:QUAD 2 INP NOR GATE,BURN MICROCIRCUIT,DI:DUAL RETRIG~RESET

MICROCIRCUIT,LI:HIGH SPEED COMPTR,BURN-IN MICROCIRCUIT,DI:TRIPLE 3 INP NANO GATE MICROCIRCUIT, LI: _OPERATIONAL AMPLIFIER, SEL MICROCIRCUIT,DI:QUAD 2 INP NANO GATE

MICROCIRCUIT,DI:SYNCHRONOUS 4BIT CNTR MICROCIRCUIT,DI:DUAL 4 INP NANO LINE DRVR MICROCIRCUIT,LI:OPNL AMPL,SELECTED MICROCIRCUIT,DI:DUAL 4 INP NANO LINE

MICROCIRCUIT,DI:SYNCHRONOUS MICROCIRCUIT,DI:DUAL RETRIG/RESET MICROCIRCUIT,LI:HIGH SPEED COMPTR,BURN-IN

4BIT

CNTR

IN 01295

DRVR 07263 74S140

SN74S02 80009 27014 LM361H/A+ 01295 01295 01295

01295 07263 74S140

04713

01295 SN74S02 01295 SN74S163J4

80009

27014

156-1195-01

SN74S10

LM318P3

SN74SOONP3

SN74S163J4

MC1741CUDS

156-1195-01

LM361H/A+

6-7

\ Replaceable Electrical Parts-067

~

1039-00

Component No.

AlU587 AlU670 AlVR263 AlVR376 AlVR474 AlVR482

AlVR527

AlVR528

AlVR625 AlVR647 AlVR697

Tektronix Serial/Model No.

Part No.

156-0251-01 156-0047-02 152-0461-00

152-0461-00

152-0662-00

152-0461-00

152-0120-00

152-0647-00

152-0120-00

152-0662-00

152-0589-00

Eff Dscont Name & Description Code Mfr Part Number

Mfr

MICROCIRCUIT,LI:HIGH SPEED COMPTR,BURN-IN MICROCIRCUIT,DI:TPl 3 INP,NAND GATE

SEMICOND DEVICE:ZENER,0.4W,6.2V,5% SEMICOND DEVICE:ZENER,0.4W,6.2V,5% SEMICOND DEVICE:ZENER,0.4W,5V,1% SEMICOND DEVICE:ZENER,0.4W,6.2V,5%

SEMICOND DEVICE:ZENER,lW,lOV,5% SEMICOND DEVICE:ZENER,0.4W,6.8V,5% SEMICOND DEVICE:ZENER,lW,lOV,5% S~MICOND DEVICE:ZENER,0.4W,5V,1% 04713 SEMICOND DEVICE:ZENER,0.4W,ll.7V,5%

27014 LM361H/A+ 27014 DM7410NA+ OR JA+

04713 04713 1N821 04713 SZG195

04713 1N821

80009

80009 152-0647-00

80009

80009 152-0589-00

1N821

152-0120-00 152-0120-00

SZG195

6-8.

Replaceable Electrical

Parts-067-1039-00

Tektronix

Component No.

A2 A2Cl49 281-0775-00 A2Cl52 283-0772-00 CAP.,FXD,MICA D:497PF,1%,500V A2C237 281-0775-00 CAP.,FXD,CER DI:0.1UF,20%,50V 72982 8005D9AABZ5Ul04M A2C240 281-0775-00 A2C258

A2C268 A2C278 281-0775-00 A2C284

A2C292 281-0504-00 A2C296 290-0846-00 CAP.,FXD,ELCTLT:47UF,-10+75%,35 WVDC A2C297 281-0504-00 CAP.,FXD,CER DI:10PF,+/-1PF,500V 72982

A2C336

A2C348

A2C358

A2C368 A2C374 281-0775-00 A2C388 281-0775-00 CAP.,FXD,CER DI:0.1UF,20%,50V

A2C436 281-0775-00 A2C439 281-0775-00 A2C458 A2C462 A2C477 281-0775-00 CAP.,FXD,CER DI:O.lUF,20%,SOV A2C488

A2C496 283-0648-00 A2C546 A2C556 281-0775-00 A2C566 A2C572 281-0775-00 A2C588 281-0775-00 CAP.,FXD,CER DI:0.1UF,20%,50V

A2C596 A2C597 281-0775-00 A2C598 281-0775-00 CAP.,FXD,CER DI:0.1UF,20%,50V A2C616 281-0775-00 A2C620 281-0773-00 A2C626 290-0846-00

A2C645 281-0775-00 CAP.,FXD,CER DI:0.1UF,20%,50V A2C677 281-0775-00 A2C684 281-0773-00 A2C686 281-0775-00 A2C695 281-0775-00 A2C765 281-0775-00

Part No.

----- -----

281-0775-00 CAP.,FXD,CER DI:0.1UF,20%,50V 281-0775-00 CAP.,FXD,CER DI:0.1UF,20%,50V 72982 8005D9AABZ5Ul04M

281-0775-00 CAP.,FXD,CER DI:0.1UF,20%,50V 72982

281-0775-00 CAP.,FXD,CER DI:0.1UF,20%,50V 281-0775-00 281-0775-00 281-0775-00 CAP.,FXD,CER DI:0.1UF,20%,50V

281-0775-00 281-0775-00

281-0775-00

281-0775-00 281-0775-00

281-0775-00 CAP.,FXD,CER DI:0.1UF,20%,50V

Serial/Model No.

Eff

Dscont

Name

Mfr

&

Description

CKT

BOARD ASSY:HORIZONTAL LINE

CAP.,FXD,CER DI:0.1UF,20%,50V

CAP.,FXD,CER DI:0.1UF,20%,50V 72982 8005D9AABZ5Ul04M

CAP.,FXD,CER DI:0.1UF,20%,50V CAP.,FXD,CER DI:10PF,+/-1PF,500V

CAP.,FXD,CER DI:0.1UF,20%,50V CAP.,FXD,CER DI:0.1UF,20%,50V

CAP.,FXD,CER DI:0.1UF,20%,50V

CAP.,FXD,CER DI:0.1UF,20%,50V CAP.,FXD,CER DI:0.1UF,20%,50V

CAP.,FXD,CER DI:O.lUF,20%,SOV

CAP.,FXD,MICA D:lOPF,5%,lOOV CAP.,FXD,CER DI:0.1UF,20%,50V CAP.,FXD,CER DI:0.1UF,20%,50V CAP.,FXD,CER DI:0.1UF,20%,50V CAP.,FXD,CER DI:0.1UF,20%,50V

CAP.,FXD,CER DI:0.1UF,20%,50V CAP.,FXD,CER Dl:0.1UF,20%,50V

CAP.,FXD,CER DI:O.OlUF,10%,lOOV CAP.,FXD,ELCTLT:47UF,-10+75%,35 WVDC

CAP.,FXD,CER DI:0.1UF,20%,50V CAP.,FXD,CER DI:O.OlUF,10%,lOOV CAP.,FXD,CER DI:0.1UF,20%,50V CAP.,FXD,CER DI:0.1UF,20%,50V CAP.,FXD,CER DI:0.1UF,20%,50V

GENERATOR

Code Mfr Part Number

72982

00853 D15-5F4970FO

72982 8005D9AABZ5Ul04M

72982 8005D9AABZ5Ul04M 72982 301-055COG0100F

54473 ECE-A35V47LU

72982 8005D9AABZ5Ul04M 72982 8005D9AABZ5Ul04M 72982 8005D9AABZ5Ul04M 72982 8005D9AABZ5Ul04M 72982 8005D9AABZ5Ul04M 72982 8005D9AABZ5Ul04M

72982 8005D9AABZ5Ul04M

72982 72982

72982

00853 72982

72982 8005D9AABZ5Ul04M 72982 72982 72982 8005D9AABZ5Ul04M

72982 8005D9AABZ5Ul04M 72982 72982 72982 04222 GC70-1Cl03K 54473

72982 72982 04222 GC70-1Cl03K 72982 72982 72982

8005D9AABZ5Ul04M

301-055COG0100F

8005D9AABZ5Ul04M 8005D9AABZ5Ul04M 8005D9AABZ5Ul04M 8005D9AABZ5Ul04M

D151Cl00D0 8005D9AABZ5Ul04M

8005D9AABZ5Ul04M 8005D9AABZ5Ul04M

8005D9AABZ5Ul04M 8005D9AABZ5Ul04M 8005D9AABZ5Ul04M

ECE-A35V47LU

8005D9AABZ5Ul04M 8005D9AABZ5Ul04M

8005D9AABZ5Ul04M 8005D9AABZ5Ul04M 8005D9AABZ5Ul04M

A2C777 281-0775-00 A2C780 281-0775-00 A2C785 281-0775-00 A2Rl50 315-0472-00 A2Rl52 321-0294-00 A2Rl98 315-0100-00

A2R252 315-0472-00 A2R272 A2R295 315-0100-00 A2R299

A2R322 315-0472-00 RES.,FXD,CMPSN:4.7K OHM,5%,0.25W

A2R324 315-0472-00 RES.,FXD,CMPSN:4.7K OHM,5%,0.25W

A2R328 315-0472-00

A2R392

A2R393

315-0472-00

315-0103-00

315-0472-00

321-0666-00

CAP.,FXD,CER DI:0.1UF,20%,50V

CAP.,FXD,CER DI:0.1UF,20%,50V RES.,FXD,CMPSN:4.7K OHM,5%,0.25W RES. ,FXD,FILM: 1L3K OHM, 1%,0.125W

RES.,FXD,CMPSN:10 OHM,5%,0.25W RES.,FXD,CMPSN:4.7K OHM,5%,0.25W

RES.,FXD,CMPSN:4.7K OHM,5%,0.25W RES.,FXD,CMPSN:10 OHM,5%,0.25W RES.,FXD,CMPSN:lOK OHM,5%,0.25W

RES.,FXD,CMPSN:4.7K OHM,5%,0.25W RES.,FXD,CMPSN:4.7K OHM,5%,0.25W RES.,FXD,FILM:3.04K OHM,0.5%,0,125W

72982 72982 72982 01121 CB4725 91637 01121 CB1005

01121 CB4725 01121 CB4725 01121 CB1005

01121 CB1035 01121 CB4725 01121 CB4725

01121 CB4725 01121 CB4725

91637

8005D9AABZ5Ul04M 8005D9AABZ5Ul04M 8005D9AABZ5Ul04M

MFF1816Gll301F

MFF1816D30400D

6-9

Replaceable Electrical Parts-067-1039-00

Tektronix

Component No.

A2R396 A2R422 A2R424 A2R452 A2R493 A2R514

A2R515 A2R516

A2R518 A2R532 A2R534 A2R536

A2R538 A2R552 A2R557 A2R562 A2R624 A2R630

A2R632

A2R636 A2R638 A2R656

A2R668

A2R692

A2R700

A2R780

A2R781

A2R782 321-0268-00

A2R783

A2R787

Part No.

321-0242-00 315-0472-00

315-0472-00 315-0472-00 315-0101-00 RES.,FXD,CMPSN:100 OHM,5%,0.25W 01121 CB1015 311-1336-00

321-0193-00 RES.,FXD,FILM:lK OHM,1%,0.125W 32i-0289-00 321-0481-00 RES.,FXD,FILM:lM OHM,1%,0.125W 24546 NA4Dl004F 315-0472-00 RES.,FXD,CMPSN:4.7K OHM,5%,0.25W 01121 CB4725 315-0472-00 RES.,FXD,CMPSN:4.7K OHM,5%,0.25W 01121 CB4725 315-0472-00 RES.,FXD,CMPSN:4.7K OHM,5%,0.25W 01121 CB4725

315-0472-00 RES.,FXD,CMPSN:4.7K OHM,5%,0.25W 01121 CB4725 315-0472-00 315-0472-00

315-0472-0Q RES.,FXD,CMPSN:4.7K OHM,5%,0.25W 315-0472-00 RES.,FXD,CMPSN:4.7K OHM,5%,0.25W 01121 CB4725 315-0472-00

315-'0472-00 RES.,FXD,CMPSN:4.7K OHM,5%,0.25W 01121 CB4725 315-0472-00 RES.,FXD,CMPSN:4.7K OHM,5%,0.25W 315-0103-00 RES.,FXD,CMPSN:lOK OHM,5%,0.25W 315-0222-00 RES.,FXD,CMPSN:2.2K OHM,5%,0.25W 01121 CB2225 315-0222-00 RES.,FXD,CMPSN:2.2K OHM,5%,0.25W 01121 CB2225 321-0216-00

315-0221-00 RES.,FXD,CMPSN:220 OHM,5%,0.25W 321-0251-00 RES.,FXD,FILM:4.02K OHM,1%,0.125W 91637 MFF1816G40200F

321-0178-00 RES.,FXD,FILM:698 OHM,1%,0.125W 91637 MFF1816G698ROF

321-0242-00 RES.,FXD,FILM:3.24K OHM,1%,0.125W 91637

315-0472-00 RES. ,FXD,CMPSN:4. 7K OHM,5%,0.25W 01121 CB4725

Serial/Model Nci.

Eff

Dfcont

Mfr

Description

&

Name

RES.,FXD,FILM:3.24K OHM,1%,0.125W RES.,FXD,CMPSN:4.7K OHM,5%,0.25W RES.,FXD,CMPSN:4.7K OHM,5%,0.25W 01121 CB4725 RES.,FXD,CMPSN:4.7K OHM,5%,0.25W 01121 CB4725

RES.,VAR,NONWIR:lOOK OHM,0.50W 02111

RES.,FXD,FILM:lOK OHM,1%,0.125W 91637

RES.,FXD,CMPSN:4.7K OHM,5%,0.25W 01121 CB4725

RES.,FXD,FILM:l.74K OHM,1%,0.125W 91637

RES.,FXD,FILM:6.04K OHM,1%,0.125W

Code Mfr Part Number

91637 MFF1816G32400F 01121 CB4725

43Pl04T672

91637 MFF1816Gl0000F

MFF1816Gl0001F

01121

01121 CB4725 01121 CB1035

01121 CB2215

91637 MFF1816G60400F

CB4725

MFF1816Gl7400F

MFF1816G32400F

A2R789

A2R791

A2R793

A2S315

A2S317

A2S318

A2S415 A2S418

A2TP132

A2TP134 A2TP135 A2TP137

A2TP139 A2TP152 A2TP164 A2TP248 A2TP448 A2TP567

A2Ul45 A2U235 A2U245 A2U255

A2U265 A2U275

A2U285 A2U335 A2U345

311-1860-00 RES.,VAR,NONWIR:TRMR,lOK OHM,0.50W 311-1860-00 RES.,VAR,NONWIR:TRMR,lOK OHM,0.50W

321-0261-00

263-0010-00 263-0093-00 SW PB ASSY:3 LATCH,l PUSH-PUSH,7.5MM,8 CONT 80009 263-0093-00 263-0010-00 SWITCH PB ASSY:l PUSH,7.5MM,W/2 CONTACTS 80009 263-0010-00

263-0010-00 SWITCH PB ASSY:l PUSH,7.5MM,W/2 CONTACTS 80009 263-0010-00 263-0010-00 SWITCH PB ASSY:l PUSH,7.5MM,W/2 CONTACTS 80009 263-0010-00

214-:0579 ... QO

214-0579-00 214-0579-00 TERM,TEST POINT:BRS 214-0579-00 TERM,TEST POINT:BRS CD PL 80009 214-0579-00

214-0579-00 TERM,TEST POINT:BRS CD PL 214-0579-00 214-0579-00 TERM,TEST POINT:BRS CD PL 214-0579-00 214-0579-00 TERM,TEST POINT:BRS CD PL 214-0579-00

156-0387-02 156-0464-02

156-0479-02

156-0422-02

156-0387-02

156-0480-02 156-0721-02

156-0382-02 156-0480-02

RES.,FXD,FILM:5.llK OHM,1%,0.125W 91637 MFF1816G51100F SWITCH PB ASSY:l PUSH,7.5MM,W/2 CONTACTS

TERM,TEST POINT:BRS CD PL TERM,TEST POINT:BRS CD PL 80009 214-0579-00

TERM,TEST POINT:BRS CD PL TERM,TEST POINT:BRS CD PL TERM,TEST POINT:BRS MICROCIRCUIT,DI:DUAL J-K FF,BURN IN

MICROCIRCUIT,DI:DUAL 4 INP NANO GATE 80009

-MICROCIRCUIT,DI:QUAD 2-INP ORGATE 01295 SN74LS32NP3 MICROCIRCUIT,DI:UP/DOWN SYN BINARY CNTR MICROCIRCUIT,DI:DUAL J-K FF,BURN IN

MICROCIRCUIT,DI:QUAD 2 INP MICROCIRCUIT,DI:QUAD 2-IN NANO SCHMITT TRI 04713 SN74LS132NDS

MICROCIRCUIT,DI:QUAD 2-INP NANO GATE MICROCIRCUIT,DI:QUAD 2 INP

CD PL 80009 214-0579-00

CD PL

GATE 01295

&

GATE

&

32997 3299X-R27-103 32997 3299X-R27-103

80009 263-0010-00

80009 214-0579-00

80009 214-0579-00 80009 214-0579-00 80009 214-0579-00 80009 214-0579-00 80009 214-0579-00 80009 214-0579-00

80009 156-0387-02

01295 SN74LS191 80009

01295 SN74LSOO 01295 SN74LS08NP3

156-0464-02

156-0387-02

SN74LS08NP3

6-10.

Replaceable Electrical Parts-067-1039-00

f

Component No.

A2U355 A2U365

A2U375 A2U385 A2U435 A2U445

A2U455

A2U465

A2U475 A2U485 A2U525

A2U545 A2U555

A2U565 A2U575 A2U585 A2U595 A2U655

A2U665 A2U675 A2U685 A2U775

Tektronix

Part No.

156-0382-02 156-0480-02

156-0382-02 156-0679-01 156-0480-02 156-0480-02

156-0422-02 156-0385-02 156-0386-02 156-0386-02 156-0402-02 156-0646-02

156-0646-02 156-0646-02 156-0480-02 156-0479-02 156-0742-02 156-0537-01

156-0537-01 156-0382-02 156-1255-01 156-0646-02

Serial/Model No. Mfr

Eff

Dscont Name

MICROCIRCUIT,DI:QUAD

MICROCIRCUIT,DI:QUAD 2-INP NAND GATE MICROCIRCUIT,DI:4 BIT BINARY ADDER,BURN-IN

MICROCIRCUIT,DI:QUAD 2 INP

MICROCIRCUIT,DI:UP/DOWN SYN MICROCIRCUIT,DI:HEX INVERTER MICROCIRCUIT,DI:TRIPLE 3 INP NAND GATE MICROCIRCUIT,DI:TRIPLE 3 INP NAND GATE MICROCIRCUIT,LI:TIMER,CHIC MICROCIRCUIT,DI:4 BIT

MICROCIRCUIT,DI:4 BIT MICROCIRCUIT,DI:4 BIT MICROCIRCUIT,DI:QUAD 2 INP MICROCIRCUIT,DI:QUAD 2-INP ORGATE MICROCIRCUIT,LI:OPERATIONAL AMPLIFIER,SEL

MICROCIRCUIT,DI:10 BIT COMPARATOR,SCREENED

MICROCIRCUIT,DI:QUAD 2-INP NAND GATE

MICROCIRCUIT,LI:DA CONVERTER,BURN-IN MICROCIRCUIT,DI:4 BIT

&

Description Code Mfr Part Number

2-INP NAND GATE

2 INP

&

GATE

&

GATE

&

GATE

BINARY

BINARY BINARY

BINARY

&

BINARY

CNTR

COUNTER COUNTER

COUNTER GATE

COUNTER

01295 01295

01295

04713 01295

01295

01295 SN74LS04 01295 01295 27014 S134829/A+ 01295 SN74LS93

01295 SN74LS93 01295 SN74LS93 01295 SN74LS08NP3 01295 SN74LS32NP3 01295 LM318P3 80009

80009 01295 SN74LSOO 80009 156-1255-01 01295

SN74LSOO

SN74LS08NP3

SN74LSOO

SN74LS283NDS SN74LS08NP3 SN74LS08NP3

SN74LS191 SN74LS10NP3

SN74LS10NP3

156-0537-01

156-0637-01

SN74LS93

r

f

l

6-11

• Replaceable Electrical Parts-067-1039-00

Tektronix

Component No.

A3 ----- -----

A3Cl22 281-0775-00 A3Cl70 290-0950-00 A3Cl73 290-0950-00 A3Cl77 290-0816-()Q A3Cl84 290-0778-00

A3Cl86 290-0920-00 CAP. ,FXD,ELCTLT: 33PF+50 ,10%,35V A3C235 A3C240 281-0775-00 A3C242 281-0775-00 A3C250 281-0775-00

A3C255 281-0775-00 A3C262 281-0523-00

A3C265 A3C277 A3C334 281-0775-00 A3C340 281-0775-00 A3C347 281-0775-00

A3C353 281-0775-00 A3C362 A3C368 A3C377 290-0816-00 A3C383 290-0770-00 A3C384 290-0770-00 CAP.,FXD,ELCTLT:100UF,+50-10%,25V

A3C389 290-0778-00 A3C408 290-0920-00 CAP.,FXD,ELCTLT:33UF,+50-10%,35V 55680 55ULB33V-T A3C411 290-0770-00 A3C425 A3C428 A3C429 281-0775-00

Part No.

281-0775-00

281-0775-00 290-0816-00

281-0775-00 281-0775-00

281-0775-00 CAP.,FXD,CER DI:0.1UF,20%,50V 72982 8005D9AABZ5Ul04M 281-0775-00 CAP.,FXD,CER DI:0.1UF,20%,50V 72982

Serial/Model Nci.

Eff Dscont

Name

& Description

CKT

BOARD ASSY:VERTICAL SYNC GENERATOR

CAP.,FXD,CER DI:0.1UF,20%,50V

CAP.,FXD,ELCTLT:100UF,+50-10%,50V 55680 50ULB100VA-T CAP.,FXD,ELCTLT:100UF,+50-10%,50V 55680 50ULB100VA-T CAP.,FXD,ELCTLT:400UF,+75-10%,50V 56289 39D985

CAP.,FXD,ELCTLT:1UF,+50-10%,50V 54473

CAP.,FXD,CER DI:0.1UF,20%,50V 72982 8005D9AABZ5Ul04M

CAP.,FXD,CER DI:0.1UF,20%,50V

CAP.,FXD,CER DI:0.1UF,20%,50V 72982 8005D9AABZ5Ul04M

CAP.,FXD,CER DI:0.1UF,20%,50V

CAP.,FXD,CER DI:0.1UF,20%,50V 72982 8005D9AABZ5Ul04M

CAP.,FXD,CER DI:100PF,+/-20PF,500V 72982 301-000U2M0101M

CAP.,FXD,CER DI:0.1UF,20%,50V 72982 8005D9AABZ5Ul04M

CAP.,FXD,ELCTLT:400UF,+75-10%,50V

CAP.,FXD,CER DI:0.1UF,20%,50V

CAP.,FXD,CER DI:0.1UF,20%,50V 72982 8005D9AABZ5Ul04M

CAP.,FXD,ELCTLT:400UF,+75-10%,50V 56289 39D985

CAP.,FXD,ELCTLT:100UF,+50-10%,25V

CAP.,FXD,ELCTLT:1UF,+50-10%,50V 54473 ECE-A50Nl CAP.,FXD,ELCTLT:100UF,+50-10%,25V 56289 502D230

CAP.,FXD,CER DI:0.1UF,20%,50V 72982

Mfr

Code Mfr Part Number

72982 8005D9AABZ5Ul04M

ECE-A50Nl

55680

72982 8005D9AABZ5Ul04M 72982 8005D9AABZ5Ul04M

56289 39D985

72982 8005D9AABZ5Ul04M 72982 8005D9AABZ5Ul04M 72982 8005D9AABZ5Ul04M

72982 8005D9AABZ5Ul04M 72982 8005D9AABZ5Ul04M

56289 502D230

35ULB33V~T

8005D9AABZ5Ul04M 8005D9AABZ5Ul04M

A3C438 A3C442 281-0775-00 CAP.,FXD,CER DI:0,1UF,20%,50V A3C450 A3C455 A3C465 A3C477 290-0816-00

A3C481 290-0778-00 A3C484 A3CR120 A3CR168

A3CR175 A3CR177

A3CR180 A3CR380 A3CR408 A3CR409 A3CR469 A3CR471

A3CR480 A3F378 A3F478 159-0208-00 FUSE WIRE LEAD:2A,125V,5 SEC A3F489 A3Ql83 151-0127-00 A3Q220

A3Q282 A3Q283 151-0190-05 A3Q317

281-0775-00 CAP.,FXD,CER DI:0.1UF,20%,50V 72982 8005D9AABZ5Ul04M

281-0775-00 CAP.,FXD,CER DI:0.1UF,20%,50V 72982 8005D9AABZ5Ul04M 281-0775-00 CAP.,FXD,CER DI:0.1UF,20%,50V 72982 8005D9AABZ5Ul04M

281-0775-00

290-0770-00

152-0141-02 152-0066-00 152-0066-00 152-0141-02

152-0141-02 152-0488-01 152-0141-02 152-0141-02 SEMICOND DEVICE:SILICON,30V,150MA 152-0141-02 152-0141-02

152-0488-01 159-0208-00 FUSE WIRE LEAD:2A,125V,5 SEC

159-0152-00 FUSE,WIRE LEAD:5A,125V,FAST BLOW 151-0127-00 151-0190-05 TRANSISTOR:SILICON,NPN 151-0221-00

CAP.,FXD,CER DI:0.1UF,20%,50V

CAP.,FXD,ELCTLT:400UF,+75-10%,SOV 56289 39D985

CAP.,FXD,ELCTLT:1UF,+50-10%,50V 54473 ECE-A50Nl CAP.,FXD,ELCTLT:100UF,+50-10%,25V 56289 502D230 SEMICOND DEVICE:SILICON,30V,150MA 01295 1N4152R SEMICOND DEVICE:SILICON,400V,750MA 14433 LG4016 SEMICOND DEVICE:SILICON,400V,750MA 14433 LG4016 SEMICOND DEVICE:SILICON,30V,150MA

SEMICOND DEVICE:SILICON,30V,150MA SEMICOND DEVICE:SILICON,200V,0.5A;SEL SEMICOND DEVICE:SILICON,30V,150MA

SEMICOND DEVICE:SILICON,30V,150MA SEMICOND DEVICE:SILICON,30V,150MA 01295

SEMICOND DEVICE:SILICON,200V,0.5A;SEL 80009

TRANSISTOR:SILICON,NPN TRANSISTOR:SILICON,NPN 07263 S006075

TRANSISTOR:SILICON,NPN TRANSISTOR:SILICON,PNP

72982 8005D9AABZ5Ul04M

01295 1N4152R 01295 1N4152R

80009 152-0488-01 01295 1N4152R 01295 1N4152R 01295 1N4152R

80009 80009 159-0208-00 75915 275-005 07263

80009 151-0190-05

1N4152R

152-0488-01 159-0208-00

S006075

80009 04713 SPS246

151-0190-05

1

6-12

Replaceable Electrical Parts-067-1039-00

r

L

l

f

Tektronix

Component No. Part No.

A3Q381 A3Q407

A3Q417

A3Q480 A3Rll5

A3Rll7 A3Rl62

A3Rl76 A3Rl77 A3Rl78 A3Rl79 A3R218

A3R238 A3R245 A3R272 A3R275 A3R277 A3R279

A3R280 A3R315 A3R317 A3R370 A3R371 321-0289-00 A3R373

A3R374 A3R376 A3R377 A3R386 A3R400 323:..0085-oo A3R402

A3R405 A3R407 A3R416 A3R417 323-0085-00

A3R430

A3R431

A3R438

A3R447 A3R455 A3R462 A3R470 A3R471

151-0188-03 151-0127-00 151-0127-00 151-0188-03

315-0511-00

315-0100-00 315-0102-00

308-0755-00 315-0102-00 315-0203-00 315-0271-00

315-04 72-00 315-0472-00 321-0261-00 311-1417-00

315-0202-00 321-0269-00

308-0710-00 321-0222-00 315-0221-00 321-0289-00

315-0432-00 315-0100-00

315-0470-00 308-0755-00 307-0093-00

323-0085-00 323-0106-00

323-0106-00 315-0330-00

307-0650-01

315-0103-00

307-0650-01 315-0103-00

307-0650-01

315-0103-00

315-0332-00 RES.,FXD,CMPSN:3.3K OHM,5%,0.25W 315-0152-00

Serial/Model No.

Eff

Dscont

Mfr

& Description Code Mfr Part Number

Name

TRANSISTOR:SILICON,PNP,SEL

TRANSISTOR:SILICON,NPN

TRANSISTOR:SILICON,NPN TRANSISTOR:SILICON,PNP,SEL

RES.,FXD,CMPSN:510 OHM,5%,0.25W

RES.,FXD,CMPSN:510 OHM,5%,0.25W RES.,FXD,CMPSN:10 OHM,5%,0.25W

RES.,FXD,CMPSN:lK OHM,5%,0.25W RES.,FXD,WW:0.75 OHM,5%,2W RES.,FXD,CMPSN:lK OHM,5%,0.25W RES.,FXD,CMPSN:20K OHM,5%,0.25W RES.,FXD,CMPSN:270 OHM,5%,0.25W

RES.,FXD,CMPSN:4.7K OHM,5%,0.25W RES.,FXD,CMPSN:4.7K OHM,5%,0.25W RES.,FXD,FILM:5.llK OHM,1%,0.125W RES.,VAR,NONWIR:2.5K OHM,10%,0.25W RES.,FXD,CMPSN:2K OHM,5%,0.25W RES.,FXD,FILM:6.19K OHM,1%,0.125W

RES.,FXD,WW:0.27 OHM,10%,lW RES.,FXD,FILM:2K OHM,1%,0.125W 91637 RES.,FXD,CMPSN:220 OHM,5%,0.25W 01121 CB2215 RES.,FXD,FILM:lOK OHM,1%,0.125W 91637 MFF1816Gl0001F RES.,FXD,FILM:lOK OHM,1%,0.125W 91637 MFF1816Gl0001F RES.,FXD,CMPSN:4.3K OHM,5%,0.25W

RES.,FXD,CMPSN:10 OHM,5%,0.25W 01121 RES.,FXD,CMPSN:47 OHM,5%,0.25W 01121 RES.,FXD,WW:0.75 OHM,5%,2W

RES.,FXD,CMPSN:1.2 OHM,5%,0.50W

RES.,FXD,FILM:75 OHM,1%,0.50W RES.,FXD,FILM:75 OHM,1%,0.50W

RES.,FXD,FILM:124 OHM,1%,0.50W RES.,FXD,FILM:124 OHM,1%,0.50W

RES.,FXD,CMPSN:33 OHM,5%,0.25W RES.,FXD,FILM:75 OHM,1%,0.50W RES.,NTWK,FXD,FI:9,2.7K OHM,5%,0.15W CHK RES.,FXD,CMPSN:lOK OHM,5%,0.25W

RES.,NTWK,FXD,FI:9,2.7K OHM,5%,0.15W CHK 80009 307-0650-01 RES.,FXD,CMPSN:lOK OHM,5%,0.25W 01121 CB1035 RES.,NTWK,FXD,Fl:9,2.7K OHM,5%,0.15W CHK 80009 307-0650-01 RES.,FXD,CMPSN:lOK OHM,5%,0.25W 01121 CB1035

RES.,FXD,CMPSN:l.5K OHM,5%,0.25W 01121 CB1525

80009 07263 07263 S006075 80009 01121 01121

01121 CB1005 01121 CB1025 75042 BWH-R7500J 01121 CB1025 01121 CB2035 01121 CB2715

01121 CB4725 01121 CB4725 91637 MFF1816G51100F 73138 01121 CB2025

91637 MFF1816G61900F

75042 BW20-R2700J

01121 CB4325

75042 BWH-R7500J 01121 EB12G5 91637 MFF1226G75ROOF 91637 MFF1226G75ROOF

91637 MFF1226Gl24ROF 91637 MFF1226Gl24ROF 01121 CB3305 91637 MFF1226G75ROOF 80009 01121

01121 CB3325

151-0188-03 S006075

151-0188-03

CB5115

72-58-0

MFF1816G20000F

CB1005 CB4705

307-0650~01 CB1035

f

l

A3R472 A3R474 A3R476 315-0202-00 A3R477 A3R479 308-0710-00 A3R486 307-0093-00

A3TP170 A3TP174 A3U225 A3U230 A3U238 A3U245

A3U250 A3U258 156-0382-02 MICROCIRCUIT,DI:QUAD 2-INP NANO GATE A3U265

315-0102-00 315-0100-00 RES.,FXD,CMPSN:10 OHM,5%,0.25W

315-0470-00 RES.,FXD,CMPSN:47 OHM,5%,0.25W

214-0579-00 TERM,TEST POINT:BRS CD PL 80009 214-0579-00 214-0579-00 TERM,TEST POINT:BRS CD PL

156-0385-02

156-1108-02 156-0387-02 156-0381-02

156-0386-02

156-0382-02 MICROCIRCUIT,DI:QUAD 2-INP NANO GATE

RES.,FXD,CMPSN:lK OHM,5%,0.25W RES.,FXD,CMPSN:2K OHM,5%,0.25W 01121 CB2025 RES. ,FXD,WW:0.27 OHM,10%,lW 75042 BW20-R2700J

RES.,FXD,CMPSN:1.2 OHM,5%,0.50W

MICROCIRCUIT,DI:HEX INVERTER MICROCIRCUIT,DI:DIVIDE BY 12 COUNTER,SCRN

MICROCIRCUIT,DI:DUAL J-K FF,BURN IN

MICROCIRCUIT,DI:QUAD 2-INP EXCL OR GATE

MICROCIRCUIT,DI:TRIPLE 3 INP NANO GATE

01121 CB1025

01121 CB1005 01121 CB4705 01121 EB12G5

80009 214-0579-00 01295 80009 156-1108-02 80009

01295 SN74LS86

01295 SN74LS10NP3 01295 SN74LSOO 01295 SN74LSOO

SN74LS04 156-0387-02

6-13

Replaceable Electrical Parts-067 -1039-00

Tektronix Serial/Model No. Mfr

Component No. Part No.

A3U325 A3U330

A3U338 A3U345 A3U350 A3U358

A3U365 A3U375 A3U425 A3U430

A3U438 A3U445

A3U450 A3U458 A3U465 A3U478 A3VR372 A3VR407

156-0382-02 156-0656-02 156-0656-02

156-0656-02 156-0656-02 156-0656-02

156-0656-02 156-0067-13 156-0845-02 156-0385-02 156-0845-02

156-0385-02 156-0845-02

156-0385-02

156-0845-02

156-0067-13 152-0166-00 152-0647-00

Eff

Dscont

Description Code Mfr Part Number

&

Name

MICROCIRCUIT,DI:QUAD 2-INP NAND MICROCIRCUIT,DI:DECADE COUNTER,BURN-IN

MICROCIRCUIT,DI:DECADE COUNTER,BURN-IN MICROCIRCUIT,DI:DECADE COUNTER,BURN-IN MICROCIRCUIT,DI:DECADE COUNTER,BURN-IN

MICROCIRCUIT,DI:DECADE COUNTER,BURN-IN

MICROCIRCUIT,LI:OPNL AMPL,SELECTED

MICROCIRCUIT,DI:6 BIT COMPARATOR,BURN-IN MICROCIRCUIT,DI:HEX INVERTER

MICROCIRCUIT,DI:6 BIT COMPARATOR,BURN-IN

MICROCIRCUIT,DI:HEX INVERTER

MICROCIRCUIT,DI:6 BIT COMPARATOR,BURN-IN

MICROCIRCUIT,DI:HEX INVERTER

MICROCIRCUIT,DI:6 BIT COMPARATOR,BURN-IN

MICROCIRCUIT,LI:OPNL AMPL,SELECTED

SEMICOND DEVICE:ZENER,0.4W,6.2V,5% SEMICOND DEVICE:ZENER,0.4W,6.8V,5%

GATE

01295 80009 80009 156-0656-02 80009 80009 80009

80009 04713 MC1741CUDS 80009 01295

80009 156-0845-02

SN74LSOO 156-0656-02

156-0656-02 156-0656-02 156-0656-02

156-0656-02 156-0845-02

80009 156-0845-02 01295

80009 156-0845-02 01295 SN74LS04

04713 MC1741CUDS 04713 SZll 738 80009 152-0647-00

SN74LS04 SN74LS04

6-14

Replaceable Electrical Parts---067-1039-00

Component No.

DS724

R682 S100

S101 Ul89

U210

U389 U410 U489 U510

U610

Tektronix

Part No.

150-1001-02 311-0536-01 260-2002-01

260-1351-00

156-0872-02 156-0872-02 156-0277-01 156-0285-02 156-0277-01 156-0277-01

156-0277-01

Serial/Model No.

Eff Dscont

Description

&

Name

CHASSIS PARTS

LT EMITTING DIO:RED,660NM,50MA MAX RES.,VAR,WW:PNL,lOK OHM,2.7W SWITCH,LEVER:4 SECT,10 POSN,BCD

SWITCH,LEVER:2 SECT,10 POSN,BCD OUT

MICROCIRCUIT,LI:VOLTAGE REGULATOR,SCRN MICROCIRCUIT,LI:VOLTAGE REGULATOR,SCRN MICROCIRCUIT,LI:POSITIVE VOLTAGE REG MICROCIRCUIT,LI:VOLTAGE REGULATOR MICROCIRCUIT,LI:POSITIVE VOLTAGE REG MICROCIRCUIT,LI:POSITIVE VOLTAGE REG

MICROCIRCUIT,LI:POSITIVE VOLTAGE REG

CODING

Mfr

Code Mfr Part Number

80009

02111

07126

80009 80009 80009 27014 80009 80009

80009

07126

150-1001-02 132-103

28SOl-4

28501-2

156-0872-02 156-0872-02 156-0277-01

LM340T-12

156-0277-01 156-0277-01

156-0277-01

6-15

Tektronix 067-1039-00 Instruction Manual

Specifications and Main Features

Frequently Asked Questions

User Manual