Tektronix WVR7000, WVR6100, WVR7100 Service manual

Service Manual

WVR6100, WVR7000, and WVR7100
Waveform Rasterizers

071-1589-03

Warning

The servicing instructions are for use by qualified
personnel only. To avoid personal injury, do not
perform any servicing unless you are qualified to
do so. Refer to all safety summaries prior to
performing service.

www.tektronix.com

Copyright © Tektronix. All rights reserved. Licensed software products are owned by Tektronix or its subsidiaries or
suppliers, and are protected by national copyright laws and international treaty provisions.

Tektronix products are covered by U.S. and foreign patents, issued and pending. Information in this publication supercedes
that in all previously published material. Specifications and price change privileges reserved.

TEKTRONIX and TEK are registered trademarks of Tektronix, Inc.

Contacting Tektronix

Tektronix, Inc.
14200 SW Karl Braun Drive
P.O. Box 500
Beaverton, OR 97077
USA

For product information, sales, service, and technical support:

H In North America, call 1-800-833-9200.

H Worldwide, visit www.tektronix.com to find contacts in your area.

Warranty 2

Tektronix warrants that this product will be free from defects in materials and workmanship for a period of one (1)
year from the date of shipment. If any such product proves defective during this warranty period, Tektronix, at its
option, either will repair the defective product without charge for parts and labor, or will provide a replacement in
exchange for the defective product. Parts, m odules and replacement products used by Tektronix for warranty work
may be new or reconditioned to like new performance. All replaced parts, modules and products become the
property of Tektronix.

In order to obtain service under this warranty, Customer must notify Tektronix of the defect before the expiration
of the warranty period and make suitable arrangements for the performance of service. Customer shall be
responsible for packaging and shipping the defective product to the service center designated by Tektronix, with
shipping charges prepaid. Tektronix shall pay for the return of the product to Customer if the shipment is to a
location within the country in which the Tektronix service center is located. Customer shall be responsible for
paying all shipping charges, duties, taxes, and any other charges for products returned to any other locations.

This warranty shall not apply to any defect, failure or damage caused by improper use or improper or inadequate
maintenance and care. Tektronix shall not be obligated to furnish service under this warranty a) to repair damage
resulting from attempts by personnel other than Tektronix representatives to install, repair or service the product;
b) to repair damage resulting from improper use or connection to incompatible equipment; c) to repai r any
damage or malfunction caused by the use of non-Tektronix supplies; or d) to service a produc t that has been
modified or integrated with other products when the effect of such modification or integration increases the time
or difficulty of servicing the product.

THIS WARRANTY IS GIVEN BY TEKTRONIX WITH RESPECT TO THE PRODUCT IN LIEU OF ANY
OTHER WARRANTIES, EXPRESS OR IMPLIED. TEKTRONIX AND ITS VENDORS DISCLAIM ANY
IMPLIED WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE.
TEKTRONIX’ RESPONSIBILITY TO REPAIR OR REPLACE DEFECTIVE PRODUCTS IS THE SOLE AND
EXCLUSIVE REMEDY PROVIDED TO THE CUSTOMER FOR BREACH OF THIS WARRANTY .
TEKTRONIX AND ITS VENDORS WILL NOT BE LIABLE FOR ANY INDIRECT, SPECIAL, INCIDENTAL,
OR CONSEQUENTIAL DAMAGES IRRESPECTIVE OF WHETHER TEKTRONIX OR THE VENDOR HAS
ADVANCE NOTICE OF THE POSSIBILITY OF SUCH DAMAGES.

Table of Contents

Introduction

General Safety Summary v...................................

Service Safety Summary vii....................................

Preface ix...................................................

Manual Conventions ix..............................................

Related Manuals ix.................................................

Introduction 1--1..............................................

Service Strategy 1--1.................................................

Specifications 1--1...................................................

Performance Verification 1--1..........................................

Options and Accessories 1--1...........................................

Configurations 1--1..................................................

Hardware Installation 1--2.............................................

Product Upgrade 1--2.................................................

Operating Information 1--3............................................

Power-On Procedure 1--3..............................................

Power-Down Procedure 1--3...........................................

Theory of Operation

Theory of Operation 2--1.......................................

Serial Digital Input 2--2...............................................

Composite Input 2--2.................................................

Reference Input 2--2.................................................

Digital Waveform Processing Engine 2--2................................

Rasterizing Engine 2--2...............................................

Recursion and Picture Processing Engine 2--3.............................

Control Processor 2--3................................................

Front Panel 2--3.....................................................

LTC 2--3...........................................................

Audio Option Board 2--4..............................................

Audio Processing 2--5................................................

Audio Inputs 2--5....................................................

Audio Outputs 2--5...................................................

Option EYE/PHY 2--6................................................

Fault and Fan Block Diagram 2--8......................................

Power Supply and Distribution 2--10.....................................

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

i

Table of Contents

Adjustment Procedures

Maintenance

Adjustments 3--1..............................................

General Maintenance 4--1......................................

Preventing ESD 4--1.................................................

Inspection and Cleaning 4--2...........................................

General Care 4--2................................................

Module Handling 4--2.............................................

Interior Cleaning 4--2.............................................

Exterior Cleaning 4--2............................................

Troubleshooting 4--5.................................................

Getting Started 4--5...............................................

Detailed Troubleshooting Procedures 4--11................................

General Checks 4--11..............................................

Fault LED Problem Isolation 4--11...................................

Primary Power Supply Tests 4--14....................................

Secondary Power Supply Tests 4--15..................................

Front Panel Troubleshooting 4--17....................................

Audio POST Failure 4--18..........................................

Isolating Advanced Diagnostic Lissajous Errors 4--22....................

Option EYE/PHY Troubleshooting 4--25...............................

Repackaging Instructions 4--33...................................

Packaging 4--33......................................................

Shipping to the Service Center 4--33......................................

Replaceable Mechanical Parts

Replaceable Parts 5--1..........................................

Parts Ordering Information 5--1.........................................

Module Servicing 5--1............................................

Using the Replaceable Parts Lists 5--2...................................

Abbreviations 5--2...............................................

Mfr. Code to Manufacturer Cross Index 5--2...........................

ii

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

List of Tables

List of Figures

Table of Contents

T able i: Related Documentation x.............................

Table 2-- 1: Supported audio options 2--4.........................

T able 4--1: External inspection check list 4--3......................

T able 4--2: Internal inspection check list 4--4......................

Table 4-- 3: Required Test Equipment 4--6.........................

Table 4--4: Symptoms and causes 4--7............................

T able 4--5: Circuits that can assert faults 4--12......................

Table 4-- 6: Digital secondary supplies 4--15.........................

Table 4--7: Analog supplies 4--15.................................

Table 4-- 8: Audio secondary supplies — 1st Generation boards 4--16...

Table 4-- 9: Audio secondary supplies — 2nd Generation boards 4--16..

Figure 2--1: High-level fault and fan block diagram 2--9.............

Figure 2--2: WVR7100 (B010100--B019999) Rasterizer

Block diagram 2--11.........................................

Figure 2--3: WVR7000, WVR7100 ( B020100 and later) and

WVR6100 Waveform Rasterizers Block diagram 2--12............

Figure 4--1: Main board indicator LED, connector, and

test point locations 4--27......................................

Figure 4--2: Options DG and DA Audio board component side

indicator LED, location 4 --28.................................

Figure 4--3: Options DS, AD, DD, and DDE Audio board,

component side 4--29........................................

Figure 4--4: DG and DA Audio board back side indicator LED

and test point locations 4--30..................................

Figure 4--5: Options DS, AD, DD, and DDE Audio board

back side indicator LED and test point locations 4 -- 31............

Figure 4--6: Front panel board indicator LED locations

(viewedfrombackside) 4--32.................................

Figure 5--1: Replaceable mechanical parts, WVR7000 and

WVR7100 5--5.............................................

Figure 5--2: Replaceable mechanical parts, WVR6100 5--8...........

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

iii

Table of Contents

Figure 5--3: Replaceable cables, connectors, and other mechanical

parts, WVR6100, WVR7000, and WVR7100 5--10................

Figure 5--4: Main board replaceable components and connectors,

WVR7100 (B010100 -- B019999) 5--12..........................

Figure 5--5: Main board replaceable components and connectors,

WVR7000 (all), WVR7100 (B020100 and later),

and WVR6100 (all) 5--14.....................................

Figure 5--6: Option EYE/PHY and Audio DA and DG

Options boards and connectors 5--16...........................

Figure 5--7: Audio board component-side components,

Options DA and DG 5--18....................................

Figure 5--8: Audio board back-side components, Options DA

and DG 5--19...............................................

Figure 5--9: Audio board component--side components,

Options AD, DS, DD, and DDE 5--21...........................

Figure 5--10: Audio board back--side components,

Options AD, DS, DD, and DDE 5--22...........................

Figure 5--11: WVRRFP 5--24.....................................

Figure 5--12: Analog audio breakout cable assembly 5--26.............

iv

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

General Safety Summary

Review the following safety precautions to avoid injury and prevent damage to
this product or any products connected to it.

To avoid potential hazards, use this product only as specified.

Only qualified personnel should perform service procedures.

While using this product, you may need to access other parts of the system. Read
the General Safety Summary in other system manuals for warnings and cautions
related to operating the system.

ToAvoidFireor

Personal Injury

Use Proper Power Cord. Use only the power cord specified for this product and
certified for the country of use.

Connect and Disconnect Properly. Do not connect or disconnect probes or test
leads while they are connected to a voltage source.

Ground the Product. This product is grounded through the grounding conductor
of the power cord. To avoid electric shock, the grounding conductor must be
connected to earth ground. Before making connections to the input or output
terminals of the product, ensure that the product is properly grounded.

Observe All Terminal Ratings. To avoid fire or shock hazard, observe all ratings
and markings on the product. Consult the product manual for further ratings
information before making connections to the product.

Do not apply a potential to any terminal, including the common terminal, that
exceeds the maximum rating of that terminal.

Powering Off. The power cord provides Mains disconnect.

Replace Batteries Properly. Replace batteries only with the proper type and rating

specified.

Do Not Operate Without Covers. Do not operate this product with covers or panels
removed.

Use Proper Fuse. Use only the fuse type and rating specified for this product.

Avoid Exposed Circuitry. Do not touch exposed connections and components

when power is present.

Wear Eye Protection. Wear eye protection if exposure to high-intensity rays or
laser radiation exists.

Do Not Operate With Suspected Failures. If you suspect there is damage to this
product, have it inspected by qualified service personnel.

Do Not Operate in Wet/Damp Conditions.

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

v

General Safety Summary

Do Not Operate in an Explosive Atmosphere.

Keep Product Surfaces Clean and Dry.

Provide Proper Ventilation. Refer to the manual’s installation instructions for

details on installing the product so it has proper ventilation.

Symbols and Terms

Terms in this Manual. These terms may appear in this manual:

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

CAUTION. Caution statements identify conditions or practices that could result in
damage to this product or other property.

Terms on the Product. These terms may appear on the product:

DANGER indicates an injury hazard immediately accessible as you read the
marking.

WARNING indicates an injury hazard not immediately accessible as you read the
marking.

CAUTION indicates a hazard to property including the product.

Symbols on the Product. The following symbols may appear on the product:

CAUTION

Refer to Manual

vi

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

WARNING

High Voltage

Protective Ground

(Earth) Terminal

Standby

Service Safety Summary

Only qualified personnel should perform service procedures. Read this Service
Safety Summary and the General Safety Summary before performing any service

procedures.

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

Disconnect Power. To avoid electric shock, switch off the instrument power, then
disconnect the power cord from the mains power.

Use Care When Servicing With Power On. Dangerous voltages or currents may
exist in this product. Disconnect power, remove battery (if applicable), and
disconnect test leads before removing protective panels, soldering, or replacing
components.

To avoid electric shock, do not touch exposed connections.

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

vii

Service Safety Summary

viii

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

Preface

Manual Conventions

This manual supports servicing to the module level of the WVR6100,
WVR7000, and WVR7100 Waveform Rasterizers, which rasterize video signals
for XGA display. The rasterizer finds use as a monitor for broadcasting,
production, and post-production environments.

This manual explains how to troubleshoot and service the rasterizer to the
module level. The manual is divided into the following sections:

H Introduction provides a general product description and tells where to find

product installation information.

H Theory of Operation provides descriptions of the rasterizer modules.

H Maintenance tells you how to troubleshoot the product to the module level

and how to handle the modules.

H Replaceable Parts illustrates the replaceable modules and mechanical parts

and provides replacement part numbers.

The following terms and conventions are used throughout this manual:

H The terms “rasterizer” and “instrument” are is used interchangeably to refer

to the WVR6100, WVR7000, and WVR7100 Waveform Rasterizers.

H Where information is model-specific to either the WVR6100, WVR7000, or

WVR7100 model, it is indicated as such. (See Configurations on page 1--1
for more information on models and configurations this manual supports.)

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

ix

Preface

Related Manuals

Table i: Related Documentation

This manual assumes you have access to the following manuals when servicing
this product. These manuals ship with the product and are also downloadable
from the Tektronix Website.

Item

WVR6100, WVR7000, and
WVR7100 Waveform Rasterizers
Quick Start User Manual

WVR6100, WVR7000, and
WVR7100 Online Help

WVR6100, WVR7000, and
WVR7100 Waveform Rasterizer
Specifications and Performance
Verification

WVR & WFM Series Master
Information Base

Purpose Location

Installation and high-level opera­tional overview

In depth operation and UI help

Procedure for checking perfor­mance and list of specifications

Programmers command reference
for controlling the waveform raster­izer

?

+

x

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

Introduction

Introduction

Service Strategy

Specifications

The WVR6100, WVR7000, and WVR7100 Waveform Rasterizers rasterize
serial digital video and composite video signals (depending on installed options)
for an XGA display, providing a new standard of display quality and flexibility.

The Waveform Rasterizer will be repaired to the module level at selected
Tektronix service centers. Repair includes functional verification of the product.
Repair by the customer is not supported.

The specifications for this product are found on the WVR6100, WVR7000, and
WVR7100 Documents CD that ships with the product and is published on the
Tektronix Website. See Related Manuals on page x.

Performance Verification

The Performance Verification procedure for this product is found in the
WVR6100, WVR7000, and WVR7100 Documents CD that ships with the product
and is published on the Tektronix Website. See Related Manuals on page x.

Options and Accessories

The lists of options and accessories for this product are found in the WVR6100,
WVR7000, and WVR7100 Waveform Rasterizers Quick Start User Manual that
ships with the product. See Related Manuals on page x.

Configurations

WVR6100

The base WVR6100 instrument monitors SD inputs, and can be ordered with
options CPS to add monitoring of analog composite inputs, options DS, AD, DD
or DDE for multiple-channel audio, and options EYE or PHY for physical-layer
measurements.

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

1- 1

Introduction

WVR7000

WVR7100

The base WVR7000 instrument monitors HD inputs, and can be ordered with
option SD to add monitoring of SD inputs, option CPS to add monitoring of
analog composite inputs, or options DS or AD for multiple-channel audio.

The base WVR7100 instrument monitors HD inputs, and can be ordered with
option SD to add monitoring of SD inputs, C PS to add monitoring of analog
composite inputs, options DS, AD, DD or DDE for multiple-channel audio, and
options EYE or PHY for physical-layer measurements.

Tektronix introduced two generations of WVR7100 instrument, an early version
that introduced alone and a later version that introduced with the WVR6100
instrument:

H B010100--B019999: These WVR7100 instruments included 1

modules (such as the main board and option boards).

H B020100-- present: These WVR7100 instruments (and all WVR6100

instruments) include 2

This manual supports both the generations of modules and identifies when
information is version-specific.

NOTE. You may encounter 1
options installed because these options were made field installable for all
WVR7100 and WVR6100 instruments. See Audio Option Board on page 2--4 for
more information.

nd

generation modules.

st

generation WVR7100 with 2ndgeneration audio

st

generation

WVRRFP

Hardware Installation

1- 2

Option WVRRFP is currently only available as a field-installable option. When
Option WVRRFP is field-installed, the rasterizer front-panel controls are present
but inoperable as long as the remote front panel is connected.

Early WVR7100 versions (see serial number range above) were orderable
configured with a remote front panel. For those instruments only, the instrument
front panel is blank, and control is from the remote front panel.

This product is to be rack mounted. For installation instructions, refer to the

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Quick Start User
Manual.

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

Product Upgrade

Operating Information

Introduction

To install software when ordered as a field upgrade, refer to the instructions
included with the kit. The WVR6100, WVR7000, and WVR7100 Waveform
Rasterizers Quick Start User Manual also includes instructions for updating
product firmware.

For basic operating instructions, refer to the WVR6100, WVR7000, and
WVR7100 Waveform Rasterizers Quick Start User Manual that shipped with this
product, and for more detailed reference information, refer to the instrument
Online help (Push the HELP button to display online help on the rasterizer
screen.)

Power-On Procedure

Power-Down Procedure

1. This product has no power switch; to power it up, plug it in to a line voltage
source.

2. Wait for the system to complete its power-on self-tests.

Unplug the instrument.

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

1- 3

Introduction

1- 4

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

Theory of Operation

Theory of Operation

The base WVR6100 instrument monitors SD inputs, and can be ordered with
options CPS to add monitoring of analog composite inputs, options DS, AD, DD
or DDE for multiple-channel audio, and options EYE or PHY for physical-layer
measurements.

The base WVR7000 instrument monitors HD inputs, and can be ordered with
option SD to add monitoring of SD inputs, option CPS to add monitoring of
analog composite inputs, or options DS or AD for multiple-channel audio.

The base WVR7100 instrument monitors HD inputs, and can be ordered with
option SD to add monitoring of SD inputs, C PS to add monitoring of analog
composite inputs, options DS, AD, DD or DDE for multiple-channel audio, and
options EYE or PHY for physical-layer measurements.

All models use an external XGA monitor for the display. This section covers the
full capability, so some portions may not apply to a model with fewer features.

This theory of operation is mainly based on the High-level Block diagram on
page 2--11. When necessary, other block diagrams may also be referenced. The
upper portion of the block diagram covers functions on the main board. The
lower section covers those of the audio board. The primary functions on the main
board are:

1. Serial Digital Input

2. Composite input

3. Reference Input

4. Digital Waveform Processing Engine

5. Rasterizing Engine

6. Recursion and Picture processing Engine

7. Control Processor and it’s associated peripherals

8. Front Panel

9. LTC decoder

The primary functions on the audio board are:

1. Processing

2. Inputs

3. Outputs

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

2- 1

Theory of Operation

Serial Digital Input

Composite Input

There are also miscellaneous circuits such as the fans and their thermal control
system, and the “Fault” bus. These are covered in the High-level fault and fan
block diagram on page 2--9.

Power Distribution is not shown in the block diagram but is covered at the end
of this section.

The serial digital signal inputs are passive loop-throughs, so they must be
terminated to operate properly. The two inputs go through a 2-to-1 multiplexer
and are then are applied to the cable equalizer and the rest of the serial-to-parallel
conversion circuit. The output of this section is parallel data and a 27 MHz
clock.

The Composite inputs are also passive loop-throughs. If unterminated, the signal
appears twice as large as it should. The two sets of inputs go through a 2-to-1
multiplexer; then the selected signal is clamped if selected by the user. After the
clamp, the signal is filtered and then applied to an A-to-D converter to generate a
12-bit parallel signal. There is also a sync separator to generate timing informa­tion and a picture decoder. The output of the picture decoder is very similar to
the parallel data from the serial digital input. The separated sync passes on to the
WFM FPGA, where it processed (regenerates sub-carrier and demodulates) in
the digital domain.

Reference Input

The Reference input is a passive loopthrough similar to that of the Composite
inputs. The buffered signal is clamped and then digitized to generate a 10-bit
stream. A simple sync separator generates timing information, which is sent to
the waveform processing FPGA. As on the composite inputs, the separated sync
from the reference passes on to the WFM FPGA, where it is processed in the
digital domain.

Digital Waveform Processing Engine

2- 2

The parallel data streams from all three video inputs are applied to the waveform
processing FPGA. This block up-samples, interpolates, demodulates and
otherwise processes the data to generate the signals needs to create the displays.

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

Rasterizing Engine

The Rasterizer engine resides in the same FPGA as the waveform processing
FPGA. This block builds up the variable intensity images in the fast static RAM.
For each pixel of the display, the Rasterizer Engine increments the intensity of
that pixel every time the waveform hits it coordinates. As a result, the waveform
areas hit more frequently display more brightly. For any given frame, the
intensity map is built up in one memory chip and read out of the other. The
functions swap on the next field.

Recursion and Picture Processing Engine

The output of the rasterizer feeds the picture and recursive processing engine in
the second large FPGA. This engine adds the previous frame to the present frame
to reduce flicker and improve brightness. It also converts the picture and
waveform signals from the input rate of 50 or 59.94 Hz to 60 Hz frame rate to
work with the XGA monitor. The picture and waveform data combine with the
graphics and audio bar information from the control processor, and then output
to the XGA DAC to drive the external monitor. Note that the parallel data from
the serial digital input and the parallel stream from the composite decoder
connect directly to this FPGA to provide the picture functionality, bypassing the
waveform processing engine.

Theory of Operation

Control Processor

Front Panel

The control processor is in charge of all the operational modes in the instrument.
It draws the audio bars, communicates with the front panel through RS232
signaling, and controls most other internal devices though either the parallel or
the I2C bus. A few parts communicate through other bus types like JTAG or SPI.
Audio data is input to the control processor via the 8 bit HPI bus.

The control processor interfaces to the Ethernet through a dual rate switch. This
allows the network connection to run at 10 or 100 MB/s.

The front panel contains a small processor that communicates to the control
processor through RS232 signaling. Power, ground, fault and a programming
signals allow the front panel processor flash code to be updated.

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

2- 3

Theory of Operation

LTC

Audio Option Board

LTC signals are routed to the decoder chip. The control processor reads the time
values from the decoder chip. If selected by the user, the decoded time values can
be displayed on the XGA monitor and used to time stamp alarm log entries.

LTC inputs come from the remote connector. The LTC signal is also applied to
an A/D converter and then input to the waveform processing FPGA to create the
LTC waveform display.

NOTE. The FPGA’s decode VITC signals digitally.

The audio option (if installed) resides on the upper “mezzanine” board. There are
two versions of 1
only with 1

st

st

generation audio options and boards that shipped (if ordered)

generation WVR7100 instruments: DG, which supports Digital

only, and DA, which supports both Analog and Digital audio.

There are four versions of 2
(whensoordered)with2

nd

generation audio options and boards that shipped

nd

generation WVR7100, and with all WVR6100,

instruments:

H Option AD adds support for Analog audio and Digital audio monitoring

H Option DD adds support for Dolby Digital (AC--3) decode and Analog and

Digital audio monitoring

H Option DDE adds support for Dolby E decode, Dolby Digital (AC--3)

decode, and Analog/Digital audio monitoring

H Option DS adds support for Digital audio monitoring

st

All WVR6100, WVR7000, and WVR7100, including 1
instruments, can be field upgraded to a 2

nd

generation audio option using the kits

listed in Table 2--1. Instruments so upgraded are also upgraded to 2

generation WVR7100

nd

generation
system software. Check the System > Options submenu of the CONFIG menu to
see which options are installed.

2- 4

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

Table 2- 1: Supported audio options

Theory of Operation

Audio Processing

To add this option
to a previouslypur­chased instrument

AD WVR6UP--AD WVR70UP--AD WVR7UP--AD

DD WVR6UP--DD not supported WVR7UP--DD

DDE WVR6UP--DDE not supported WVR7UP--DDE

DS WVR6UP--DS WVR70UP--DS WVR7UP--DS

WVR6100 WVR7000 WVR7100

Order this kit

All audio versions have the same basic processing engine. This uses an FPGA to
route the audio input into two DSP chips whose main function is to calculate the
peak values for the selected meter ballistics (response characteristics).

The audio data has two paths to the display. On one path, peak values are sent to
the control processor which then plots the bar displays. On the second path, raw
data samples are sent to the waveform processing engine which interpolates and
plots them to generate the lissajous display.

Audio Inputs

Depending on the instrument model and installed option, there are up to three
basic audio input paths: AES, analog, and embedded. AES inputs are accepted at
ratesupto96kHzfor1

st

generation boards and up to 192 kHz for 2ndgeneration
boards. For first generation boards at rates of 48 kHz or below, the FPGA
up-samples the data by a factor of two to improve the accuracy of the bar
processing in the Audio DSP chips. A 96 kHz rate AES signal is not up­sampled. For 2

nd

generation boards all input data rates are resampled at 192 kHz

before processing by the DSPs.

Analog inputs are digitized at 48 kHz and then go through the same path as the
AES inputs.

The embedded audio path starts at the waveform processing engine. First the
audio samples are extracted from the serial digital video data using a

12.288 MHz oscillator and sent to the audio board. At the audio board, the
streams are multiplexed into the AES decoders and then follow the same path as
the AES data. The user can choose to have the de-embedded audio output on the
AES B port.

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

2- 5

Theory of Operation

Audio Outputs

Option EYE/PHY

There are two audio outputs, analog and AES. Both outputs always follow the
source that is currently selected for the audio bar display. The analog outputs can
come from any input. The selected signal output from the FPGA, is converted
from digital to analog and then sent as a balanced output to the rear panel Dsub
connector.

For first generation boards, the AES outputs are only available when the input is
embedded. In this case, the AES B connectors can be configured as outputs, and
the embedded is sent out on the AES B connectors. For 2

nd

generation boards,
the AES outputs are available with any input. They can serve as an active
loop-through if the input is AES, a de-embedder if the input is embedded, or an
A/D converter if the input is analog.

Options EYE and PHY provide the following features:

H Eye pattern display

H Jitter waveform display

1

H Jitter readout

H Jitter Meter

H Cable Loss readout

H Approx Cable readout

H Source Level readout

H Eye Amplitude readout

H Eye Risetime readout

H Eye Falltime readout

1

1

1

H Eye Rise--Fall (difference) readout

1

Requires Option PHY.

1

2- 6

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

Theory of Operation

Options EYE and PHY support both HD and SD SDI signals, limited by the
capability of the instrument they are installed in:

H WVR6100: SD only.

H WVR7000: Not applicable; EYE and PHY options are not supported.

H WVR7100: HD only.

H WVR7100 Option SD: Both HD and SD.

The hardware to support these features is contained on the Eye board, which is
installed on standoffs over the left front quadrant of the Main board.

The Eye board receives an input signal through one (WVR6100) or two
(WVR7100) coaxial cables. These coaxial cables bring the input signal from the
Loopthrough board (WVR7100) or the Main board (WVR6100). Output data and
control I/O pass through a 60-pin connector (J6) to the Main board. Most of the
power required is provided by a two-conductor cable directly from the main
power supply (+5 V) to J3 on the Eye board. A small amount of additional
power is supplied through J6, from the Main board.

Operation. The selected SDI input signal is sampled by a wideband track-and-­hold circuit, and then digitized. The same signal is also applied to a cable
equalizer and clock recovery circuit. The recovered clock is divided by 10 for SD
(by 20 for HD), filtered to form a sine wave, and then digitized. Both the SDI
input and the recovered clock sine wave are sampled by the same asynchronous
clock, and then both are passed to the main board for processing by FPGAs.
These arrays produce the Eye Display, Jitter Display, Jitter Readout, and Jitter
Thermometer. The Eye Display data is further processed to derive the Eye
Amplitude, Eye Rise Time, and Eye Fall Time measurements, which are shown
in the SDI Status Display.

The selected SDI input signal also drives the Cable Meter circuit, which
measures signal energy at two frequencies. These measurements are read by the
CPU on the Main board, which calculates Cable Loss, Approximate Cable
Length, and Source Level for display in the SDI Status screen.

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

2- 7

Theory of Operation

Fault and Fan Block Diagram

There are two circuits not shown on the signal flow block diagram, the Fan
control and the bus that drives the front-panel “Fault” LED. Refer to Figure 2--1,
the High-level fault and fan block diagram on page 2--9, while reading the
associated paragraphs below.

The fan circuit senses the temperature to set the fan speed. Each fan has a
tachometer output to indicate fan speed so the circuit can run the fans at low
speed without stalling. The slower of the two fans controls a power supply that
provides the voltage for both fans. If a fan is not turning, the circuit senses the
stall and asserts the fault line and a line to the control processor so the event can
be entered in the diagnostic log.

The front panel “Fault” LED is driven by a line accessible by most of the
instrument. The concept is to provide fault information independent of the
control processor, since it may not always be working. If any circuit detects a
fault, it pulls the fault line low. This line is what is called a “wire--OR.” Circuits
are also expected to assert a local LED when asserting the fault line. Because of
this local LED, a technician should be able to look inside the box and see a red
LED near the site of the fault. Faults are usually also sent independently to the
control processor.

For details about the circuits that can assert the fault light and their associated
local LEDs, refer to the Troubleshooting on page 4--5.

2- 8

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

Theory of Operation

Figure 2- 1: High-level fault and fan block diagram

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

2- 9

Theory of Operation

Power Supply and Distribution

The power supply has a universal AC input that enables it to accommodate
100 VAC to 264 VAC without any user range switching. The output is 5 V DC.
Circuits convert this output to any other supply voltage that they require at the
point of usage.

Fuses on the Primary supply 5 V output protect the main board. See the diagrams
in the troubleshooting section for locations of these fuses.

The secondary supplies and their tolerances are specified in the troubleshooting
section. The location of the supply test points is shown in Maintenance section.

May/22/2003

2- 10

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

Theory of Operation

XGA

OUT

Front Panel

8 Ch Em bedded Audio

to Audio Block

Serial Digital Input

A/D

Clamp

MUX

Control Pr ocessor

converter

From 601 to

MUX

RS232

VITC/ITC

Composite encoder

To VI TC decoder

MUX

From FPGA

Decoder

From Comp/R ef MUX

ITC

Comp pix decoder

Buffer

Unused

12.288 MHz from

Main Board

DB15 Remote

8 bi t HPI bus

Control and

2x Audi o DS Ps

Data and

Clock

3 stereo pairs,

3 L/ R cl ock, 3 cl k

converters

6 x 24 bit A/D

Oscillator on Main Bd

MUX and

processing

Audio Board

Data to/from CPU

Control Bus

Includes

Upsampler

Audio FPGA

4 stereo pairs,

4 x L/R clock, 4 x clk

4x

AES

DB37 Analog A udio Connector

Analog Audio Out

Out

Balanced

6x D/A

Converters

Data and

Clock

decoders

AES

input/

output

circuitry

Audio from SDI

8 Ch Em bedded

DAC

XGA

SDRAM

Processing Engi ne

Picture and Recursive

12.288 MHz

Osc

PLL filter

Digital

Wavefor m

SDI Data

SDI Clk

Clock MUX

601 S /P

conversion

EqEq

Rasterizing

Engine

Processing

Clock

Input Data

Input Sync

Ext Ref Sync

64 MHz

VGA clock

VGA

27 MHz

Osc

XGA MUX

Pallette Map

A/D

RAM

converter

Filter

Sync sep

Clamp

Engine

Ext Ref Data

synth

From FPGA

Ethernet

XGA

Data

H/V

32 MHz

XGA Clk

Error Bus

VITC B urn I n (debug)

Lissajous

i2s to DSP

converter

A/D

Sync sep

MUX

MUX

A

B

EXT

Sync Separator

Analog Audio In

Figure 2- 2: WVR7100 (B010100- B019999) Rasterizer Block diagram

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

AES Audio In

AES Audio In/ Out

2- 11

Theory of Operation

22

1

XGA

OUT

Front Panel

43

8 Ch Em bedded Audio

to Audio Block

Serial Digital Input

A/D

Clamp

MUX

Control Pr ocessor

converter

From 601 to

MUX

RS232

VITC/ITC

Composite encoder

To VI TC decoder

MUX

From FPGA

Decoder

From Comp/R ef MUX

ITC

Comp pix decoder

Buffer

Unused

12.288 MHz from

DB15 Remote

8 bi t HPI bus

Control and

2x Audi o DS Ps

192 kHz Dat a

and Clock

3 stereo pairs,

3 L/ R cl ock, 3 cl k

converters

6 x 24 bit A/D

Oscillator on Main Bd

MUX and

processing

Audio Board

Data to/from CPU

Control Bus

Audio FPGA

4 stereo pairs,

4 x L/R clock, 4 x clk

4x

AES

Analog Audio Out

decoders

Balanced

8x D/A

Data

AES

DB62 Analog A udio Connector

42

Out

5

Converters

input/

5

Stereo pairs

Stereo Pai rs at 192 kHz

AES Input (1)

Stereo Pai rs (5)

Four Stereo Pai rs

output

circuitry

Upsamplers

Dolby Digit al Dolby E Decoder

62

21

Main Board

DAC

XGA

SDRAM

Processing Engi ne

Picture and Recursive

12.288 MHz

Osc

PLL filter

Digital

Wavefor m

SDI Data

SDI Clk

Clock MUX

601 S /P

conversion

EqEq

Rasterizing

Engine

Processing

Clock

Input Data

Input Sync

Ext Ref Sync

64 MHz

VGA clock

VGA

27 MHz

Osc

XGA MUX

Pallette Map

A/D

RAM

converter

Filter

Sync sep

Clamp

Engine

Ext Ref Data

synth

From FPGA

Ethernet

XGA

Data

H/V

32 MHz

XGA Clk

Error Bus

VITC B urn I n (debug)

Lissajous

i2s to DSP

converter

A/D

Sync sep

MUX

MUX

B

A

EXT

Sync Separator

Analog Audio In

AES Audio In

AES Audio In/ Out

Figure 2- 3: WVR7000, WVR7100 ( B020100 and later) and WVR6100 Waveform Rasterizers Block diagram

2- 12

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

Adjustment Procedures

Adjustments

The waveform rasterizer does not normally require any adjustments. The
adjustments which can be made should only be made while performing a
Performance Verification. Refer to the following procedures in Performance
Verification for the adjustments:

H Composite Analog Vertical Measurement Accuracy (Option CPS only),

H Composite Analog Frequency Response (Option CPS only),

H Composite Analog Input DC Offset Restore Off (Option CPS only)

H Analog Audio Level Meter Accuracy Over Frequency (Options DA, AD, DD,

and DDE only)

H HD Cable Meter (WVR7100 Option EYE or P HY only)

H HD Jitter Noise Floor (WVR7100 Option EYE or PHY only)

H Eye Gain (WVR6100 and WVR7100 Option EYE or PHY only)

H SD Cable Meter (WVR6100 and WVR7100 Options EYE and PHY)

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

3- 1

Adjustments

3- 2

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

Maintenance

General Maintenance

This section contains the information needed to perform periodic and corrective
maintenance on the waveform rasterizer. The following subsections are included:

H Preventing ESD — General information on preventing damage by electros-

tatic discharge.

H Inspection and Cleaning — Information and procedures for inspecting and

cleaning the waveform rasterizer .

H Troubleshooting — Information for isolating and troubleshooting failed

modules. Included are instructions for operating the waveform rasterizer
diagnostic routines and troubleshooting trees. Most of the trees make use of
the internal diagnostic routines to speed fault isolation to a module.

H Repackaging Instructions — Information on returning a waveform rasterizer

for service.

Preventing ESD

Before servicing this product, read the Safety Summary and Introduction at the
front of the manual and the ESD information below.

CAUTION. Static discharge can damage any semiconductor component in the
waveform rasterizer.

When performing any service that requires internal access to the waveform
rasterizer, adhere to the following precautions to avoid damaging internal
modules and their components due to electrostatic discharge (ESD).

1. Minimize handling of static-sensitive circuit boards and components.

2. Transport and store static-sensitive modules in their static protected

containers or on a metal rail. Label any package that contains static-sensitive
boards.

3. Discharge the static voltage from your body by wearing a grounded antistatic
wrist strap while handling these modules. Do service of static-sensitive
modules only at a static-free work station.

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

5. Handle circuit boards by the edges when possible.

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

4- 1

General Maintenance

6. Do not slide the circuit boards over any surface.

7. Avoid handling circuit boards in areas that have a floor or work-surface

Inspection and Cleaning

Inspection and Cleaning describes how to inspect for dirt and damage. It also
describes how to clean the exterior and interior of the waveform rasterizer.
Inspection and cleaning are done as preventive maintenance. Preventive
maintenance, when done regularly, may prevent waveform rasterizer malfunction
and enhance its reliability.

Preventive maintenance consists of visually inspecting and cleaning the
waveform rasterizer and using general care when operating it.

How often maintenance should be performed depends on the severity of the
environment in which the waveform rasterizer is used. A proper time to perform
preventive maintenance is just before any waveform rasterizer adjustment.

covering capable of generating a static charge.

General Care

Module Handling

Interior Cleaning

Exterior Cleaning

The cabinet helps keep dust out of the waveform rasterizer and should normally
be in place when operating the waveform rasterizer.

When handling modules comprising circuit boards, especially larger circuit
boards, support the board on two sides to avoid flexing of the board material.
Flexing can cause breaks in the solder joints of SMDs.

Use a dry, low-velocity stream of air to clean the interior of the chassis. Use a
soft-bristle, non-static-producing brush for cleaning around components. If you
must use a liquid for minor interior cleaning, use a 75% isopropyl alcohol
solution and rinse with deionized water.

WARNING. Before performing any procedure that follows, power down the
instrument and disconnect it from line voltage.

Clean the exterior surfaces of the chassis with a dry lint-free cloth or a soft­bristle brush. If any dirt remains, use a cloth or swab dipped in a 75% isopropyl
alcohol solution. Use a swab to clean narrow spaces around controls and
connectors. Do not use abrasive compounds on any part of the chassis that may
damage the chassis.

4- 2

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

General Maintenance

CAUTION. Avoid the use of chemical cleaning agents that might damage the
plastics used in the waveform rasterizer. Use only deionized water when
cleaning the front-panel buttons. Use a 75% isopropyl alcohol solution as a
cleaner and rinse with deionized water. Before using any other type of cleaner,
consult your Tektr onix Service Center or representative.

Inspection — Exterior. Inspect the outside of the waveform rasterizer for damage,
wear, and missing parts, using Table 4--1 as a guide. Immediately repair defects
that could cause personal injury or lead to further damage to the waveform
rasterizer.

Table 4- 1: External inspection check list

Item Inspect for Repair action

Cabinet, front panel,
and cover

Cracks, scratches, deformations,
damaged hardware

Repair or replace defective
module

Front-panel knobs Missing, damaged, or loose

knobs

Connectors Broken shells, cracked insulation,

and deformed contacts. Dirt in
connectors

Rackmount slides Correct operation Repair or replace defective

Accessories Missing items or parts of it ems,

bent pins, broken or frayed
cables, and damaged connect ors

Repair or replace missing or
defective knobs

Repair or replace defective
modules. Clear or wash out dirt

module

Repair or replace damaged or
missing items, frayed cables, and
defective modules

Inspection — Interior. To access the inside of the waveform rasterizer for
inspection and cleaning, you will need to remove the top cover.

Inspect the internal portions of the waveform rasterizer for damage and wear,
using Table 4--2 as a guide. Defects found should be repaired immediately.

If any circuit board is repaired or replaced, check Table 4--2 in Section 5 to see if
it is necessary to adjust the waveform rasterizer.

CAUTION. To prevent damage from electrical arcing, ensure that circuit boards
and components are dry before applying power to the waveform rasterizer.

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

4- 3

General Maintenance

Table 4- 2: Internal inspection check list

Item Inspect for Repair action

Circuit boards Loose, broken, or corroded

solder connections. Burned
circuit boards. Burned, broken, or
cracked circuit-run plating.

Remove and replace damaged
circuit board.

Resistors Burned, cracked, broken, blis-

tered condition.

Solder connections Cold solder or rosin joints. Resolder joint and cl ean with

Capacitors Damaged or leaking cases.

Corroded solder on leads or
terminals.

Wiring and cables Loose plugs or connectors.

Burned, broken, or frayed wiring.

Chassis Dents, deformations, and dam-

aged hardware.

Remove and replace damaged
circuit board.

isopropyl alcohol.

Remove and replace damaged
circuit board.

Firmly seat connectors. Repair or
replace modules with defective
wires or cables.

Straighten, repair, or replace
defective hardware.

Cleaning Procedure — Interior. To clean the waveform rasterizer interior, perform
the following steps:

1. Blow off dust with dry, low-pressure, deionized air (approximately 9 psi).

2. Remove any remaining dust with a lint-free cloth dampened in isopropyl

alcohol (75% solution) and rinse with warm deionized water. (A cotton­tipped applicator is useful for cleaning in narrow spaces and on circuit
boards.)

4- 4

STOP. If, after doing steps 1 and 2, a module is clean upon inspection, skip the
remaining steps.

3. If steps 1 and 2 do not remove all the dust or dirt, the waveform rasterizer
may be spray washed using a solution of 75% isopropyl alcohol by doing
steps 4 through 6.

4. Gain access to the parts to be cleaned by removing easily accessible shields
and panels.

5. Spray wash dirty parts with the isopropyl alcohol and wait 60 seconds for the
majority of the alcohol to evaporate.

6. Dry all parts with low-pressure, deionized air.

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

Troubleshooting

General Maintenance

Lubrication. There is no periodic lubrication required for the waveform rasterizer.

The procedures in this section will help you trace the root cause of a problem
back to one of the replaceable parts. In general, this is a board-level replacement
but there are a few components on some boards that are replaceable.

WARNING. Before performing this or any other procedure in this manual, read
the General Safety Summary and Service Safety Summary found at the
beginning of this manual.

T o prevent possible injury to service personnel or damage to electrical compo­nents, please read Preventing ESD on page 4--1.

Getting Started

This procedure consists of two main sections; the first section contains the

Symptoms and Causes table, and the second section contains a set of Detailed
Troubleshooting Procedures. The table lists common problems and should help

you identify the problem or it may direct you to one of the detailed troubleshoot­ing procedures in the second section. If you do not find your instrument’s
problem in the table, or if no specific problem was reported by the user, then
follow the steps in the Unknown Problem section in the Symptoms and Causes
table.

To properly test a waveform rasterizer you must have a known good XGA
monitor and appropriate signal sources. Depending on what portion of the
instrument you are testing, this might include Composite video, Serial Digital
Video, Analog Audio, or Digital Audio. In some cases, you may also need
receivers or an oscilloscope to check outputs.

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

4- 5

General Maintenance

p

g

Table 4- 3: Required Test Equipment

Test Equipment

XGA Monitor Computer monitor capable of 1024 x 768 x

SDI serial digital video test generator with
embedded audio and composite signal
source

Requirements Example

60 Hz scan rate
NTSC Black Tektronix TG2000 wit h BG1 and additional

1080i 59.94 HD signals required for
WVR7000 and WVR7100:

H 100% color bars

H 10--bit shallow ramp

H SDI Matrix Split Field Pathological

Signal

H 100% sweep
HD signal with adjustable SDI amplitude

required for WVR7100

1080i 59.94 analog tri--level sync required
for WVR7100

525/270 SD signals required for WVR7000
and WVR7100 Opt ion SD, and for
WVR6100:

modules indicated below.
HDVG1 module for TG2000 (Embedded

audio needed for audio options DA, DG,
AD, DS, DD, DDE)

HDST1 module for TG2000

AWVG1 module for TG2000

DVG1 with option S1 modul e for TG2000
(Embedded audio needed for audio options
DA, DG, AD, DS, DD, DDE)

H 100% color bars

H 10--bit shallow ramp

H SDI Matrix Pathological Signal

H 100% sweep

H Adjustable SDI amplitude

Composite signals required for Option
CPS: NTSC SMPTE bars

Precision calibration signals for Option CPS 067--0465--00 module for TG2000

AES Audio Si gnal Generator 48 kHz, 24 bit word length signals Rohde & Schwarz UPL06, Tektronix AM700

Analog Audio Signal Generator Rohde & Schwarz UPL06, Tektronix AM700

Voltmeter Fluke 87 or equivalent

Oscilloscope Video trigger capability Tektronix TDS3000B Series

AVG1 module for TG2000

and AM70.

and AM70.

4- 6

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

General Maintenance

Table 4- 4: Symptoms and causes

Symptom Possible Sources or Recommended Detailed Troubleshooting Procedure to follow

No LEDs lit and XGA output not working Perform general checks

Perform primary power supply checks

Perform secondary power supply checks

Replace main circuit board

Fault Light on after 15 sec boot up Check error status page for more information

Check diagnostic log for more information

Perform fault LED problem isolation

Inconsistent or partial hardware failures Perform primary power supply checks

Perform secondary power supply checks

Replace main circuit board

Fails any of these Power On Self Tests
(POST):

SDI_DIAGNOSTICS

FPGA_DIAGNOSTICS

TIMECODE_DIAGNOSTICS

CMPST_DIAGNOSTICS

Diagnostic log shows Fail on any of these
Advanced Diagnostics:

ADV_DIAG_LSS

Review messages in di agnostic log

Perform primary power supply checks

Perform secondary power supply checks

Replace the main board

Review messages in di agnostic log. If the waveform rasterizer also fails other tests as
well, then suspect main board and perform the primary and secondary power supply
tests.

If only this test fails, then perform Isolating Advanced Diagnostic Lissajous Errors
procedure to isolate the problem to main or audio board.

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

4- 7

General Maintenance

a

c

Replacethemainboard

Table 4- 4: Symptoms and causes (Cont.)

Symptom Possible Sources or Recommended Detailed Troubleshooting Procedure to follow

Failures while running the advanced

diagnostics:

H PLD Data Bus

H PLD Address Bus

H Power Supply

H Raster Data Bus Output

H Raster Data Bus Input

H Raster Data Bus Input

H Display Data Bus

H Display Address Bus

H DSP1 Data Bus

H DSP1 Address Bus

H DSP2 Data Bus

H DSP2 Address Bus

H DSP1 QDR1

H DSP1 QDR2

H DSP2 QDR1

H DSP2 QDR2

H Display SDRAM Data Bus

H Display SDRAM Address Bus

H DSP1 SDRAM Data Bus

H DSP1 SDRAM Address Bus

H DSP2 SDRAM Data Bus

H DSP2 SDRAM Address Bus

H Display → DSP1 Bus Output

H Display → DSP1 Bus Input

H DSP1 → Display Bus Output

H DSP1 → Display Bus Input

H Display → DSP2 Bus Output

H Display → DSP2 Bus Input

H DSP2 → Display Bus Output

H DSP2 → Display Bus Input

H DSP1 → DSP2 Bus Output

H DSP1 → DSP2 Bus Input

H DSP2 → DSP1 Bus Output

H DSP2 → DSP1 Bus Input

H Perform secondary power supply checks

H Repl

ethemain board

4- 8

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

General Maintenance

Table 4- 4: Symptoms and causes (Cont.)

Symptom Possible Sources or Recommended Detailed Troubleshooting Procedure to follow

Failures while running the advanced

diagnostics (Cont.):

H Eye Power A2D

H Eye Cable A2D

H Eye Option

Replace the eye board

Failures while running t he Audio PLL
Frequency Check:

H Lissajous Bus

H DSP1 Data Bus

H Display Composite Controls

H DSP1 Composite Tests

H DSP2 Composite Tests

Note: Only tests pertinent to installed
options are reported.

Log Message:

H Fail AUDIO_DSP_HEARTBEAT

Replace the main board.

In the initial release of the software, this message can be a false failure if the processor
gets too busy. For example, if restoring presets with very different sett ings. If the audio
function works OK, but this message stil l appears occasionally, then upgrade the
software to the current version, clear the log, and bench test to see if the problem
persists. If it does, then search for an intermittent problem in the audio board, cables, or
main board.

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

4- 9

General Maintenance

Table 4- 4: Symptoms and causes (Cont.)

Symptom Possible Sources or Recommended Detailed Troubleshooting Procedure to follow

Functional Test Failures

PVD Test Failures

In case of failure on either Functional or the Performance tests, the board at fault is
generally obvious. Before replaci ng a board:

1. Perform the primary and secondary power supply checks.

2. Run the advanced diagnostics and check the diagnostic log for help in isolating the
fault.

If this does not i s olate the problem, then replace the main board if the test is in one of the
following areas:

H SDI

H Composite

H Ref

H LTC

H XGA output

H Color Palette

H Remote I/O

H Ethernet

Unknown Problems

Often an instrument will come into service
with vague or intermittent symptoms. In
cases like these, the following set of tests
may help find the problem or the marginal
condition.

If the problem is in the audio board, perform these tests:

1. Isolating Advanced Diagnostic Lissajous errors.

2. Audio POST Failure.

1. Check the diagnostic log. This log records a variety of problems and will enable you
to see messages for an error that may not be currently happening.

2. Check the power supplies by performing the Primary and Secondary Supply checks.
A marginal supply can lead to intermittent operation if it is near the acceptable
threshold. This includes the main supply and the secondary supplies on each board

3. Check the error log. Thi s may give clues about how the unit was operating when the
user saw problems.

4. Run the functional test. This wi ll exercise a majority of the functions in the unit and
includes the advanced diagnostics. Some parts of the test may not be necessary for
all problem areas.

5. If the unit has an audio board, remove it and re-check any problem areas in the video
performance. The Audio board can place too much of a load on the supplies if they
are marginal. If the performance changes with the audio board removed, then you
should perform the primary and secondary power supply checks and look for an
excess load on one of the supplies.

4- 10

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

Detailed Troubleshooting Procedures

The following tests should be run as indicated in the Symptom and Causes table
above. The procedures check for specific problems or will help you isolate a
problem to a board. You can run them at any time for informational purposes but
if you do not run the procedures in the correct context, then the final recommen­dation identifying a root cause might be suspect.

List of detailed troubleshooting procedures:

H General Checks

H Fault LED Problem Isolation

H Primary Power Supply Checks

H Secondary Power Supplies Checks

H Front Panel Troubleshooting

H Isolating Audio Problems

General Maintenance

General Checks

Fault LED Problem

Isolation

H Isolating Advanced Diagnostic Lissajous Errors.

1. Check that the power cord is installed.

2. Check that the XGA monitor cable is connected on both ends and that the

screws are holding it securely.

3. Check that all internal cables are correctly connected and seated.

4. Check for any discolored or burned components.

The waveform rasterizer has a red FAULT LED on the front panel. This
indicator lights up when specific types of problems occur in the instrument. The
FAULT LED is different from the error icon on the XGA display, which
indicates a problem with the signals. It is normal for the FAULT LED to be lit
for 10 to 15 seconds during boot up.

The fault system is simple and does not require the processor be running to
indicate faults. However, the fault system does not cover everything and does not
give full details about the nature of the fault. Note that some problems that are
covered by the FAULT LED are also reported to the diagnostic log.

If the instrument runs sufficiently to access the CONFIG menu, then check the
diagnostic log for messages about the cause of the fault. Skip directly to that
portion of this section if such information is available.

All subsystems that assert the FAULT LED also assert a local, red LED to
indicate the area that generated the fault. Thus, whenever the instrument fault

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

4- 11

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line is asserted, you need only remove the top cover and look for the red LEDs
inside to find the location of the fault. Table 4 --5 list the circuits that can assert
faults and identifies the LEDs associated with the circuit. See Figure 4--1 on
page 4--27, Figure 4--2 on page 4--28, Figure 4--4 on page 4--30, and Figure 4--6
on page 4--32 for the location of the LEDs on the circuit boards. There are also
duplicates of the instrument FAULT LED and the audio fault LED on the main
board (DS940 and DS840.)

Table 4- 5: Circuits that can assert faults

Circuit area Local LED

Fans DS170, DS270

Audio DS590 on main

Front Panel DS252 (between preset 1, 2) on Front Panel

board

CPU DS680

Fan Failures. One possible source of an asserted FAULT LED is a fan failure.

If the right-side fan fails, then LED DS170 will be lit.

If the left-side fan fails, the LED DS270 will be lit.

The fan failure is sensed through tachometer feedback, thus a fault will be
asserted if the fan is not connected, stalled, or if the tachometer feedback line is
not working correctly.

If one fan fails, the control circuit will increase the voltage and the other fan will
be driven at full speed.

If neither fan is spinning, then check the dedicated switching supply that drives
them.

If both fans are spinning, but one is showing a fault, swap the fans. If the
problem moves with the fan, then replace the defective fan. If the fault does not
track the swap, then there is a problem on the main board.

The normal voltage to drive the fans (pin 1) varies from about 6 V to 13.5 V in
response to temperature and fan speed.

DSP. The following conditions can assert the FAULT LED from the DSP
circuitry:

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H Over temperature 2.5 V supply

H Over temperature 3.3 V supply

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If any of these are in fault condition, the front-panel FAULT light will be lit and
the local, red LED DS550 will be lit. Over temperature faults are reported in the
diagnostic log – so you can look there to see if the DSP is asserting the line and
which supply is the root cause.

If the system is not running, then check the voltage on the 2.5 V and 3.3 V
supplies. If these are good, then check the temperature of the regulators U50 and
U60. If they are hot to touch, then they are overloaded or defective; replace the
main board.

Additionally, there are LEDs, DS260, DS261, and DS262, on the “Power Good”
lines from each of the DSP secondary supplies. If the supply has fallen out of
regulation, then the Power Good LED will not be lit.

Audio. In 1

st

generation boards, the audio fault LED is DS360 on the component
side and DS0460 on the back of the audio board. (The back side of the board
faces up when it is installed in the instrument.) The 2

nd

generation board does
not have a fault light; instead, it has one watch-dog LED for each processor and
one LED for the FPGA. The LED for DSP0, DS0310, blinks at 1Hz and the
LED for DSP1, DS420, blinks at 0.5 Hz. The LED for the FPGA, DS0820, is
dim if the FPGA is not programmed and bright if it is programmed. If the audio
fault line is on in first generation boards or if any of the LEDs are continuously
off in the 2

st

generation boards assert the fault light and an entry is written into the

1
diagnostic log. 2

nd

generation boards, replace the audio board.

nd

generation boards do not assert the fault light, but any failure

is written to the diagnostic log.

The POST does the following:

H Reads all of the AES decoder internal registers and verifies that what is read

is correct

H Tests the D/A control interface

H Performs an active-bit test on the A/D output clocks

H Checks the serial EEPROM to see which of the analog inputs have been

calibrated

H Tests the Audio DSP/FPGA interface

nd

H For 2

generation boards, the AES encoder internal registers are read and

verified

H For 2

nd

generation boards, the DSP interface between the Dolby E and

Dolby Digital decoders is tested

H The main CPU asserts the fault line if the DSP heartbeat fails. This condition

will be shown in the diagnostic log.

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Front Panel. The front panel local fault LED is DS252 (behind the PRESETS
buttons near the top of board ). The LED that shows through the panel is DS890.

If the Front panel asserts the Fault line, then replace the front panel board.

The front-panel processor asserts the fault indicator for about 1 second during
reset. If it does not finish initializing and running internal diagnostics, then the
fault LED will remain lit. If the front-panel processor detects a fault in the
diagnostics, then it will leave the fault asserted after it finishes.

The internal tests are:

H RAM Test -- Entire RAM is tested. If this test fails, the ROM Test is

skipped.

H ROM Test -- The front-panel processor calculates the checksum of the

program stored in flash and compares it with the stored checksum.

CPU. The CPU fault LED is DS680. The CPU section also has DS591, which is
a duplicate of the FAULT LED, and DS590, which is a duplicate of the audio
fault light.

Primary Power Supply

Tests

The CPU can detect that the fault line is asserted. If the user has configured the
alarm section to monitor hardware faults, then alarms will be generated and / or
logged as set by the user. Since the CPU has access to many of the individual
error flags, some of these are displayed on the diagnostic log.

The CPU can also assert the fault line for some failures during initialization and
power on self test (POST).

If the CPU is asserting the fault line, then replace the main board.

This section describes methods for verifying the proper operation of the
waveform rasterizer primary power supply.

CAUTION. Some parts of this test require removing the insulating safety shield.
To avoid personal injury, be careful not to contact the circuitry while the shield
is removed. Be sure to replace the shield as soon as possible to prevent injury.

The main power supply accepts 100 to 264 VAC and outputs 5 VDC. The output
voltage at the supply must be between 4.9 and 5.3 V for correct operation. On
the main board, the common 5 V supply must be between 4.80 and 5.25 V.

If the voltage at the output of the supply is not correct, check the input voltage. If
the input voltage is in the correct range, then replace the power supply.

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If the supply output voltage is zero, then check the input circuit. The voltage
should be the same at the line cord, at the input to the power supply, and on both
ends of the fuse on the input to the supply. If the input voltage is correct while
the output is not, replace the supply. If the input voltage is not correct replace the
element in the chain that is not passing the AC input.

If the power supply output is correct, also check the fuses F40, F50, F51 and
F160 in the 5 V system near the main board power connector J581 (see
Figure 4--1). All should have 5 V on both sides. If not, replace the fuse.

Secondary Power Supply

Tests

There are multiple secondary supplies that are derived from the main 5 V supply.
Be sure all four 5 V fuses are good (as noted in Primary Power Supply Tests)
before checking the secondary supplies.

First, check the digital secondary supplies as shown in Table 4 --6. Each supply
has an LED and a test point, as shown in Figure 4--1 on page 4--27. The test
points are located “under” the edge of the Audio board, if it is installed. If any
supplies are out of range, replace the main board.

Table 4- 6: Digital secondary supplies

Nominal (+V) Allowed range (+V) Measure at

1.5 1.4to1.6 TP430

1.8 1.7to1.9 TP20

2.5 2.4to2.6 TP432

2.6 2.6to2.8 TP19

3.3 3.3to3.55 TP530

5.0 4.75 to 5.25 TP531

After you have checked the Digital Secondary Supplies, check the Analog
supplies as shown in Table 4--7. These have LEDs and test points as shown in
Figure 4--1 on page 4--27. If any voltages are out of tolerance, replace the
main board.

Table 4- 7: Analog supplies

Nominal (V) Allowed range (V) Measure at

-- 5 --5.2 to –4.8 TP171

+5 “good” +4.75to5.25 TP383

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Check the Audio supplies on the Audio Board as shown in Table 4--8, (if an
Audio Board is installed). The test points are available, with the board installed,
at the location specified in Figure 4--4 on page 4--30.

Table 4- 8: Audio secondary supplies — 1

Supply Name Range Notes

5VD 4.6to5.4

3.3VD 3.2to3.6

2.5VD 2.3to2.7

1.6V 1.5to1.7

6VA 5.9to6.9

-- 5 V A 2 --4.5 to –5.5

5VA2 4.8to5.2

-- 5 V A -- 4 . 5 t o -- 5 . 5 Not present in digital only version Opt DG

5VA 4.8to5.2 Not present in digital only version Opt DG

--15V --14.5 to 15.5 Not present in digital only version Opt DG

+15V 14.5 to 15.5 Not present in digital only version Opt DG

st

Generation boards

Table 4- 9: Audio secondary supplies — 2ndGeneration boards

Supply name Range Notes

+1.26 V 1.20 to 1.32

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+1.5 V 1.425 to 1.575

+1.8 V 1.71 to 1.89

+3.3 V 3.1to3.6

+5 VA 4.8to5.2 Not present in DS version

+5 V 4.8to5.2

-- 5 V -- 4 . 5 t o -- 5 . 5

+15 V 14 to 15. 5 Not present in DS version

-- 1 5 V --14 to --15.5 Not present in DS version

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Front Panel

Troubleshooting

If the instrument has a reasonable display on the screen, but the front panel does
not work, follow this procedure:

1. Do the LEDs turn on for 2 to 3 seconds at power up? If not, check the 5 V

fuse, F580, on the main board and check the cable from the main board to
the front panel. If there is power to the front panel and the LEDs do not turn
on at power up, then replace the front panel board.

2. After power up, do most of the LEDs turn on and stay on? If not, proceed to

step 3. Otherwise probe J390, pin 6 and pin 7 on the main board. Pin 6
should be TTL high (about 3.3 V) and pin 7 should be low (RS232 level,
about –7 V). If not, suspect the main board. Otherwise probe pin 6 and 7 of
J670 on the front panel board. If they are high and low, respectively, suspect
the front panel, otherwise replace the cable.

3. When you press buttons on the front panel, do LEDs DS971 and DS972 on

the main board flash? These LEDs monitor the transmit and receive lines on
the main board side of the RS232 transceiver. If they flash, then go to step 5.

4. If DS971 is not flashing, then check pin 3 of J390 on the main board. When

you press a key, you should see pulses about a 15 V high and 100 to 300 µs
long. If not, suspect the front panel board.

5. If pin 3 of J390 is toggling and DS971 is not, then the RS232 receiver on the

main board is not working. Replace the main board.

6. If both DS971 and DS972 are flashing, then check pin 5 on main board

connector J390. When a front panel button is pressed, the front panel sends a
message to the main board via pin 3. The CPU on the main board responds
via pin 5 and this instructs the front panel to change which LEDs on the
front panel are illuminated. Pin 5 should have a burst of pulses with about
15 V signal swing and a basic pulse width of about 100 µs. If there is no
response from the CPU on pin 5 of main board connector J390, then the
RS232 transmitter is bad; replace the main board.

7. If both the DS971 and DS972 LEDs are flashing and the signals at the main

board connector are also good but the operation of the front panel is not
correct, check the cable between the two boards. This can be done by
probing pin 5 on J670 of the front panel board. As in step 5, it should have a
burst of pulses about 15 V high and 100 µs long after a button press. If the
signal is bad, suspect the cable. If the signal is good, replace the front panel
board.

8. If some buttons work, but others do not, then the front panel or the elasto-

meric key pads are bad. Disassemble the front panel assembly and use a
small piece of wire or foil to emulate the carbon pad on the switch mat. If
this registers as a switch closure then replace the elastomeric key pad.
Otherwise replace the front panel board.

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9. If some front panel button LEDs work and others do not, then the problem
must be in the front panel board. These LEDs have the anodes connected to
+5 V and the cathodes connected to a resistor driven by a logic gate. Probe
the voltage on the LED. If the LED is bad replace it, otherwise replace the
front panel board.

10. The FAULT LED should be lit at power up for about 10 seconds. It should
also be lit if either fan is stopped. If it is not lit at power up or when a fan is
stopped, then check the voltage on the LED. The cathode connects to a
332 ohm resistor tied to ground and the anode connects to the output of a
logic gate. If the voltage looks correct, then replace the LED, otherwise
replace the front panel board.

11. If the buttons and LEDs work but knobs do not work, then replace the front
panel.

12. If the buttons and LEDs work but the beeper does not sound, then replace the
front panel board.

Audio POST Failure

It is sometimes difficult to isolate the root cause of audio problems. Most audio
problems are due to faults on the audio board, but the audio board communicates
with the main board, so in some cases the problem may be there as well. This
test isolates an audio POST failure to either the audio board, main board, or the
cable between.

First Generation Boards. For first generation boards, if there is an audio POST
failure indicated by either the Power-Up Diagnostics or the fault LEDs on the
audio board (DS360 or DS0460), perform the following procedure to narrow the
problem to either the audio board or the main board.

1. Prepare a test oscilloscope with the following settings:

H Horizontal Scale 5.00 µs/div

H Vertical Scale 2.00 V/div

2. If the Power--Up Diagnostics screen reports Audio DSP Self Test – 10.

a. Check the FPGA programmed indicator (DS0430 on the audio board). If

this LED is off, proceed to step c; otherwise probe pin 34 of connector
J750 of the main board during boot-up. If the signal on the pin toggles,
replace the main board, otherwise check pin 34 of J400 on the audio
board. If signal toggles on pin 34, replace the cable; otherwise replace
the audio board.

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b. Probe pin 33 of J750 on the main board during the boot-up sequence. If

the signal does not exhibit a low to high transition, replace the main
board. If the signal does toggle, check pin 33 of J400 on the audio board.
If the signal doesn’t toggle on pin 33, replace the cable.

c. Probe pins 31 and 32 of connector J750 during the boot-up sequence. If

the signal on either of these pins doesn’t toggle, replace the main board.
If they do, probe pins 31 and 32 on the audio board. If the signal doesn’t
toggle on either pin, suspect the cable.

d. Probe pin 30 of J400 on the audio board during the boot-up sequence. If

the signal does not exhibit a low to high transition, replace the audio
board. If it does, check pin 30 of connector J750 on the main board. If
the signal on pin 30 doesn’t toggle, suspect the cable; if the signal on pin
30 does toggle, suspect the audio board.

3. If the Power-Up Diagnostics screen reports Audio DSP Self Test – 1,
perform the following procedure:

a. Check to see if the audio board is recognized by the main board by

pressing CONFIG and selecting Utilities > View HW/SW Version.

b. If there is an audio option listed, suspect the audio board, otherwise

proceed to step c.

c. Probe pins 3 through 14 on the main board connector J750 and verify

that the signals on all pins are toggling. If any signals do not, replace the
main board. If they all do, check them again on the audio board J400. If
any of the signals do not toggle on the audio board, replace the cable.

d. Probe pins 15 and 18 on connector J750 during boot-up and verify that

the signals toggle. If they don’t, suspect the main board. If they do,
check them again on the audio board J400. If either of the signals on
pins 15 and 18 do not toggle on the audio board, replace the cable.

e. Probe pin 25 on the audio board connector J400. If the signal does not

toggle, replace the audio board; otherwise check it again on the main
board connector J750. If the signal on pin 25 does not toggle on the main
board, then replace the cable, otherwise replace the main board.

4. If the Power-Up Diagnostics screen reports Audio DSP Self Test – 2,
perform the following procedure:

a. Check to see if the audio board is recognized by the main board by

pressing CONFIG and selecting Utilities > View HW/SW Version.

b. If there is an audio option listed, suspect the audio board, otherwise

proceed to step c.

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c. Probe pins 3 through 14 on the main board connector J750 and verify

that the signals on all pins are toggling. If any of the signals on pins 3
through 14 do not toggle, replace the main board. If they all do, check
them again on the audio board J400. If any of the signals on the pins do
not toggle on the audio board, replace the cable.

d. Probe pins 15 and 20 on connector J750 during boot-up and verify that

the signals on the pins toggle. If they don’t, suspect the main board. If
the signals do toggle, check them again on the audio board J400. If any
of the signals on the pins do not toggle on the audio board, replace the
cable.

e. Probe pin 27 on the audio board connector J400. If the signal on the pin

does not toggle, replace the audio board, otherwise check it again on the
main board connector J750. If the signal on pin 27 does not toggle on the
main board, then replace the cable, otherwise replace the main board.

5. If the Power-Up Diagnostics screen reports Audio DSP Self Test – X,where
X is any other number, replace the audio board.

Second Generation Boards. For 2

nd

generation audio boards, not all errors are
reported by the power up diagnostics; therefore, if you are detecting a loss in
audio functionality, check the diagnostic log for any reported audio errors. If any
errors are found, perform the following procedure to narrow the problem to
either the audio board or the main board.

1. Prepare a test oscilloscope with the following settings:

H Horizontal Scale 5.00 s/div

H Vertical Scale 2.00 V/div

2. If the diagnostic log contains an entry that reads Fail Audio DSP Self Test

fpga,do the following substeps:

a. Check the FPGA programmed indicator (DS0820 on the audio board). If

this LED is off, skip to step b; otherwise probe pin 34 of connector J750
of the main board during the boot sequence. If the signal on the pin
toggles, replace the main board; otherwise, probe pin 34 of J200 on the
audio board. If the signal toggles on pin 34, replace the cable; otherwise,
replace the audio board.

b. Probe pin 33 of J750 on the main board during the boot sequence. If the

signal does not exhibit a low-to-high transition, replace the main board.
If the signal does transition, check pin 33 of J200 on the audio board. If
the signal does not toggle on pin 33, replace the cable.

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c. Probe pins 31 and 32 of connector J750 during the boot sequence. If the

signal on either of these pins does not toggle, replace the main board. If
both signals do toggle, probe pins 31 and 32 on the audio board. If the
signal does not toggle on either pin, suspect the cable.

d. Probe pin 30 of J200 on the audio board during the boot sequence. If the

signal does not exhibit a low-to-high transition, replace the audio board.
If the signal does transition, check pin 30 of connector J750 on the main
board. If the signal on pin 30 does not toggle, suspect the cable; if the
signal on pin 30 does toggle, suspect the audio board.

e. If all signals in a through d are correct replace the audio board.

3. If the Diagnostic Log screen reports the failure Audio DSP Self Test—dsp0,

perform the following procedure:

a. Check to see if the audio board is recognized by the main board by

pressing CONFIG and selecting Utilities > View HW/SW Version.

b. If there is an audio option listed, suspect the audio board; otherwise,

proceed to step c.

c. Probe pins 3 through 14 on the main board connector J750, and verify

that the signals on all pins are toggling. If any signals are not toggling,
replace the main board. If they all are toggling, check them again on the
audio board J200. If any of the signals do not toggle on the audio board,
replace the cable.

d. Probe pins 15 and 18 on connector J750 during boot--up and verify that

the signals toggle. If they are not toggling, suspect the main board. If
they are toggling, check them again on the audio board J200. If either of
the signals on pins 15 and 18 do not toggle on the audio board, replace
the cable.

e. Probe pin 25 on the audio board connector J200 during the boot

sequence. If the signal does not toggle, replace the audio board;
otherwise, check it again on the main board at connector J750. If the
signal on pin 25 does not toggle on the main board, then replace the
cable; otherwise, replace the main board.

f. If all of these steps pass, replace the audio board.

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4. If the Diagnostics Log reports the failure Audio DSP Self Test—dsp1,

perform the following procedure:

a. Check to see if surround display is functioning correctly by doing the

following.

i. Push the factory button, and then push and hold the display select #4

button.

ii. In the audio pop--up menu, select Aux Display>Surround Display.

iii. Also in the pop--up menu, select Audio Input> AES A.

iv. Hook up an AES test tone generator to the AES A1--2 input.

b. If there is nothing displayed on the surround display, proceed to step c;

otherwise, replace the audio board.

c. Probe pins 3 through 14 on the main board connector J750, and verify

that the signals on all the pins are toggling. If any of the signals on pins
3 through 14 do not toggle, replace the main board. If they all do toggle,
check them again on the audio board J200. If any of the signals on the
pins do not toggle on the audio board, replace the cable.

Isolating Advanced

Diagnostic Lissajous

Errors

d. Probe pins 15 and 20 on connector J750 during the boot sequence, and

verify that the signals on the pins toggle. If they do not toggle, suspect
the main board. If the signals do toggle, check them again on the audio
board J200. If any of the signals on the pins do not toggle on the audio
board, replace the cable.

e. Probe pin 27 on the audio board connector J200. If the signal on the pin

does not toggle, replace the audio board; otherwise, check it again on the
main board connector J750. If the signal on pin 27 does not toggle on the
main board, then replace the cable; otherwise, replace the main board.

f. If all of these steps pass, replace the audio board.

The advanced diagnostics test the lissajous data path between the audio and main
boards. A failure in this data path can be due to problem on either board.
Perform the following tests to isolate the problem to one board or the other.

1. For first generation audio boards, if the advanced diagnostics detect an error

in the lissajous circuitry, then it will display a failure in the following
categories:

H Liss[0] Frequency : should be between 19.8 MHz and 20.1 MHz

H Liss[1] Frequency : should be between 19.8 MHz and 20.1 MHz

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H Lissajous[0] Bus : pass/fail

H Lissajous[1] Bus : pass/fail

2. If there are any failures, prepare a test oscilloscope with the following
settings:

H Vertical Scale 2.00 V/div

H Horizontal Scale 200 ns/div

3. If there is Liss[0] Frequency failure:

a. Put the scope probe on pin 22 of connector J940 on the audio board.

Verify the signal is ¶3V

and is a continuous 50% duty-cycle square

p--p

wave.

b. If the signal looks bad at J940, the audio board most likely has a failure,

otherwise continue to step c.

c. With the scope probe, verify the signal at J750 pin 62 of the main board.

If it is bad,suspect the cable, otherwise replace the main board.

4. If there is a Liss[1] Frequency failure:

a. Put the scope probe on pin 30 of connector J940 on the audio board.

Verify the signal is ¶3V

and is a continuous 50% duty cycle square

p--p

wave.

b. If the signal looks bad at J940, the audio board most likely has a failure,

otherwise continue to step c.

c. With the scope probe, verify the signal at J750 pin 70 of the main board.

If it is bad here suspect the cable; otherwise replace the main board.

5. If there is a Lissajous[0] Bus failure:

a. Put the scope probe on connector J940 pin 21 of the audio board and

verify the signal is ¶3V

and toggles low at regular intervals.

p--p

b. If the signal on pin 21 looks OK, put the scope probe on pin 23. Pin 23

is the data line and the signal will have a somewhat random look
depending on the audio source. Just verify that the signal is toggling and
is ¶3V

p--p

.

c. If either signal looks bad at J940, the audio board most likely has a

failure, otherwise continue to step d .

d. With the scope probe, check the signal at pin 61 of J750 on the main

board. Verify the signal is ¶3V

p--p

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

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e. If the signal on pin 61 looks OK, put the scope probe on pin 63. Pin 63

is the data line and the signal will have a somewhat random look
depending on the audio source. Verify that the signal is toggling and is
¶3V

p--p

.

f. If either signal is bad, suspect the cable; otherwise replace the main

board.

6. If there is a Lissajous[1] Bus failure:

a. Put the scope probe on pin 29 of connector J940 on the audio board.

Verify the signal is ¶3V

and toggles low at regular intervals.

p--p

b. If the signal on pin 29 looks OK, put the scope probe on pin 31. Pin 31

is the data line and the signal will have a somewhat random look
depending on the audio source. Just verify that it is toggling and is
¶3V

p--p

.

c. If either signal looks bad at J940, the audio board most likely has a

failure, otherwise continue to step d.

d. With the scope probe, probe the signal at pin 69 of J750 on the main

board. Verify the signal is ¶3V

and toggles low at regular intervals.

p--p

e. If the signal on pin 69 looks OK, put the scope probe on pin 71. Pin 71

is the data line and the signal will have a somewhat random look
depending on the audio source. Verify that it is toggling and is ¶3V

p--p

f. If either signal is bad, suspect the cable, otherwise replace the main

board.

Second Generation Audio Boards. For second generation boards, if the advanced
diagnostics detect an error in the Lissajous circuitry, then they will display a
failure in the following categories:

H Lissajous Frequency : should be 61.44 MHz +/--0.1 Mhz

H Lissajous Bus V2 : pass/fail

1. If there are any failures, prepare a test oscilloscope with the following
settings:

H Vertical Scale 2.00 V/div

H Horizontal Scale 200 ns/div

.

4- 24

2. If there is Lissajous Frequency failure, perform the following substeps:

a. Put the oscilloscope probe on pin 62 of connector J200 on the audio

board. Verify the signal is ~3 V

and is a continuous 50% duty-cycle

p-p

squarewave.

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b. If the signal at J940 is not as just described in step a, the audio board

most likely has a failure; otherwise, continue to step c.

c. With the oscilloscope probe, verify the signal at J750 pin 62 of the main

board is as described in step a. If it not as described, suspect the cable; if
it is as described, replace the main board.

3. If there is a Lissajous Bus V2 failure, perform the following substeps:

a. Put the scope probe on connector J200 pin 61 of the audio board and

verify the signal is ~3 V

and toggles low at regular intervals.

p--p

b. If the signal on pin 61 looks OK, put the scope probe on pin 63. Pin 63

is the data line and the signal will have a somewhat random look
depending on the audio source. Just verify that the signal is toggling and
is ~3 V

p--p

.

c. If either signal looks bad at J200 the audio board most likely has a

failure, otherwise continue to step d. With the scope probe, check the
signal at pin 61 of J750 on the main board. Verify the signal is ~3 V
and toggles low at regular intervals.

p--p

Option EYE/PHY Troubleshooting

d. If the signal on pin 61 looks OK, put the scope probe on pin 63. Pin 63

is the data line and the signal will have a somewhat random look
depending on the audio source. Verify that the signal is toggling and is
~3 V

p--p

.

e. If either signal is bad, suspect the cable; otherwise replace the main

board.

The EYE/PHY functions depend on the Loopthrough, EYE, and Main boards,
and the interconnections between them.

NOTE. Options EYE and PHY are available only for the WVR6100 and
WVR7100 instruments.

Major Operational or Diagnostic Failure.

H Check that J6, the 60-pin connector between the Eye and Main boards, is

correctly mated and secure.

H Check that the power supply cable is securely plugged into J3, the 2-pin

connector on the Eye board.

H Check that the coaxial cables from the Loopthrough board to the Eye board

are securely connected and not crossed.

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

4- 25

General Maintenance

Eye Pattern or Jitter Waveform Display Problems. Jitter waveform display is only
available with Option PHY. The Eye Pattern and Jitter Waveform displays are
formed from data sampled from the input signal and the recovered clock sine
wave. Eye display bandwidth, rise and fall time, and transient response
aberrations depend on both the Eye and the Loopthrough boards.

When the same signal is applied to both channels, a problem that appears on one
channel but not the other indicates a faulty Loopthrough board. If the problem
appears on both channels, then suspect a faulty Eye board. It is possible, though,
that both channels of the Loopthrough board contain the same fault.

Cable Loss, Approx Cable, and Source Level Readout Problems. These measure­ments are made by a “cable meter” circuit. This circuit is located on the EYE
board, but is largely independent from the Eye and Jitter display and measure­ment functions. If other EYE/PHY functions operate correctly, then a “cable
meter” circuit problem is indicated.

Jitter Readout and Jitter Meter Problems. These measurements are derived from
sampled recovered clock sine wave data. Operation is unlikely to fail if the basic
Eye pattern display works correctly. Measurement accuracy is not adjustable, but
jitter noise floor depends on adjustment of Eye HD CDR calibration items.

Eye Amplitude, Eye Risetime, Eye Falltime, and Eye Rise- Fall (difference) Readout
Problems. These readouts are only available with Option PHY. These readouts

are derived from the Eye pattern display. Measurement accuracy depends on the
Eye Gain calibration items, and on front-end bandwidth and transient response,
which are not adjustable. Operation is unlikely to fail if the basic Eye pattern
display works correctly.

It is normal for these measurements to stop or become intermittent if there is
excessive waveform noise, aberrations, jitter, or cable loss.

4- 26

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

FL950, FL951,

FL952, FL960

XGA

Remote Front Panel

General Maintenance

RJ45

CPU fault
(DS680)

Audio fault
(DS590)

Power connector

(J581)

Analog power test points:

+5 A (TP583),

--5 (TP171),
+1.8 (TP20),
+2.6 (TP10)

Front
panel

connector

(J390)

Temp faults:

DS450, DS451

Digital Power test Points:

+2.5 (TP432),

+3.3 (TP530),

+1.5 (TP430)

+5 (TP531)

Figure 4- 1: Main board indicator LED, connector, and test point locations

L fan fault
(DS270)

J700
R fan fault

(DS170)

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

4- 27

General Maintenance

Local fault LED

Figure 4- 2: Options DG and DA Audio board component side indicator LED, location

4- 28

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

General Maintenance

Figure 4- 3: Options DS, AD, DD, and DDE Audio board, component side

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

4- 29

General Maintenance

Secondary
supply test
points

Local fault

LED

Figure 4- 4: DG and DA Audio board back side indicator LED and test point locations

4- 30

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

General Maintenance

FPGA

programmed

indicator

DSP0 activity
LED

DSP1 activity
LED

Secondary
supply test
points

Figure 4- 5: Options DS, AD, DD, and DDE Audio board back side indicator LED and test point locations

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

4- 31

General Maintenance

Local fault LED

Figure 4- 6: Front panel board indicator LED locations (viewed from back side)

Global fault LED

4- 32

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

Repackaging Instructions

This section contains the information needed to repackage the waveform
rasterizer for shipment or storage.

Packaging

When repacking the instrument for shipment, use the original packaging. If the
packaging is unavailable or unfit for use, contact your local Tektronix representa­tive to obtain new packaging. Refer to Contacting Tektronix, following the
copyright statement, for the mailing address, the email address, and phone
number.

Seal the shipping carton with an industrial stapler or strapping tape.

Shipping to the Service Center

Contact the Service Center to get an RMA (return material authorization)
number, and any return or shipping information you may need.

If the instrument is being shipped to a Tektronix Service Center, enclose the
following information:

H The RMA number.

H The owner’s address.

H Name and phone number of a contact person.

H Type and serial number of the instrument.

H Reason for returning.

H A complete description of the service required.

Mark the address of the Tektronix Service Center and the return address on the
shipping carton in two prominent locations.

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

4- 33

Repackaging Instructions

4- 34

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

Replaceable Mechanical Parts

Replaceable Parts

This section contains a list of the replaceable modules for the WVR6100,
WVR7000, and WVR7100 Waveform Rasterizers. Use this list to identify and
order replacement parts. Note that not all parts listed in this section are present
on every model. The parts present will depend on the model and options
installed.

Parts Ordering Information

Replacement parts are available through your local Tektronix field office or
representative.

Changes to Tektronix products are sometimes made to accommodate improved
components as they become available and to give you the benefit of the latest
improvements. Therefore, when ordering parts, it is important to include the
following information in your order:

H Part number

H Instrument type or model number

Module Servicing

H Instrument serial number

H Instrument modification number, if applicable

If you order a part that has been replaced with a different or improved part, your
local Tektronix field office or representative will contact you concerning any
change in part number.

Modules can be serviced by selecting one of the following three options. Contact
your local Tektronix service center or representative for repair assistance.

Module Exchange. In some cases you may exchange your module for a reman­ufactured module. These modules cost significantly less than new modules and
meet the same factory specifications. For more information about the module
exchange program, call 1-800-833-9200. Outside North America, contact a
Tektronix sales office or distributor; see the Tektronix web site for a list of
offices: www.tektronix.com.

Module Repair and Return. You may ship your module to us for repair, after which
we will return it to you.

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

5- 1

Replaceable Parts

New Modules. You may purchase replacement modules in the same way as other
replacement parts.

Using the Replaceable Parts Lists

Use this list to identify and order replacement parts. The following table
describes each column in the parts list.

Parts list column descriptions

Column Column name Description

1 Figure & index number Items in this section are referenced by figure and index numbers to the exploded view

illustrations that follow.

2 Tektronix part number Use this part number when ordering replacement parts from Tektronix.

3 and 4 Serial number Column three indicates the serial number at which the part w as fi rst effective. Column four

indicates the serial number at which the part was discontinued. No entry indicates the part is
good for all serial numbers.

5 Qty This indicates the quantity of parts used.

6 Name & description An item name is separated from the description by a colon (:). Because of space limitations, an

item name may sometimes appear as incomplete. Use the U.S. Federal Catalog handbook
H6-1 for further item name identification.

Abbreviations conform to American National Standard ANSI Y1.1-1972.Abbreviations

5- 2

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

Replaceable Parts

WVR7000 and WVR7100 Replaceable mechanical part s (Figure 5- 1)

Fig. &
index
number

5-1-1 211-0734-00 16 SCREW,MACHINE; 6-32 X 0.25O,FLH100,STL,CDPL,T-10 TORX DR
5-1-2 200-4873-00 1 COVER; TOP,STANDARD INSTRUMENT,0.050 AL,SAFETY CONTROLLED
5-1-3 671-9933-00 B010100 B019999 1 CIRCUIT BD ASSY; MAIN,COMPOSITE,389-3567-00 WIRED,TESTED
5-1-3 671-9934-00 B010100 B019999 1 CIRCUIT BD ASSY; MAIN,NO COMPOSITE,389-3567-00 W IRED,TESTED
5-1-3 671-6096-01 B020100 -- 1 CIRCUIT BD SUB ASSY:MAIN WITH COMPOSITE, FUNCTIONAL BD. TEST LEVEL,

5-1-3 671-6097-01 B020100 -- 1 CIRCUIT BD.SUB ASSY: MAIN, NO COMPOSITE, FUNCTIONAL BD.TEST LEVEL,

5-1-4 146-0116-00 1 BATTERY, DRY; 3.0V,850MAH,LITHIUM,0.57X1 INCHES;CR4250SE,SAFETY CONTROLLED
5-1-5 131-4046-00 - CONN,DSUB; PCB/PNL,FEMALE,RTANG,15 POS,0.318 MLG X 0.125 TAIL,4-40 THD

5-1-6 131-5450-00 - CONN,DSUB; PCB,HIGH DENSITY;FEMALE,RTANG,15 POS,0.078 CTR,0.350 MLG X 0.125

5-1-7 214-3903-00 6 SCREW,JACK; 4-40 X 0.312 LONG,0.188 H HEX HEAD STAND OFF,4-40 INT THD, X 0.312

5-1-8 131-4131-00 1 CONN,PLUG,ELEC; MALE W/LOC KING ADPTR,EXT MTG,SAFETY CONTROLLED

5-1-9 211-0410-00 2 SCR,ASSEM WSHR; 4-40 X 0.437,PNH,STL,CDPL,T-10 TORX DR
5-1-10 119-7086-00 1 FILTER,EMI; AC LINE CONNECTOR/INPUT FILTER;6.0A,120-250VAC,DC-400 HZ,2.2 NF

5-1-11 351-0104-03 1 SL SECT,DWR EXT; 12.625 L,W/O HARDWARE SAFETY CONTROLLED

5-1-12 212-0158-00 8 SCREW,MACHINE; 8-32 X 0.375,PNH,STL,CDPL,T-20 TORX DR

5-1-13 351-0751-01 1 TRK,SL OUT SECT; STATIONARY & INTERMEDIATE SAFETY CONTROLLED

5-1-14 211-0721-00 4 SCREW,MACHINE; 6-32 X 0.375,PNH,STL,CDPL,T-15 TORX DR

5-1-15 119-6801-00 1 POWER SUPPLY; 110W,AC-DC,5VDC 22A OUT,90-264VAC 47-63HZ IN,PFC,75% EFF,OPEN

5-1-16 311-2570-00 3 ENCODER; DIGITAL CONTACTING ENCODER; PCB MOUNT, .354 DIA HOLE,1.0 L X .25 DIA

5-1-17 210-1039-00 6 WASHER,LOCK; 0.521 ID,INT,0.025 THK,SST

5-1-18 671-5382-00 1 CIRCUIT BD ASSY; FRONT PANEL,TESTED,389-3257-00 WIRED

5-1-19 366-0816-01 3 KNOB; SILVER GRAY, 0.420OD, 0.520H, PC/ABS BAYBLEND FR110,FRONT PANEL

5-1-20 260-2774-00 1 SWITCH,KEYPAD; ELASTOMERIC,FRONT PANEL,PUSHBUTTON

5-1-21 354-0025-00 1 RING,RETAINING; EXT ERNAL,U/O 0.187 DIA SFT

5-1-22 213-0216-00 1 THUMBSCREW; 10-32 X 0.85,0.375 OD HD,SST W/SLOT

5-1-23 367-0530-00 2 HANDLE,BOW; AL,1.0 X 1.25,STAIN FINISH,SAFETY CONTROLLED
5-1-24 335-1180-00 1 MARKER,IDENT; WVR7100 WITH COMPOSITE,SAFETY CONTROLLED
5-1-24 335-1182-00 1 MARKER,IDENT; WVR7100 WITHOUT COMPOSITE,SAFETY CONTROLLED
5-1-24 335-1190-00 B010100 B019999 1 MARKER,IDENT; WVR7100 WITH WVRRFP OPTION ONLY; DUMMY FRONT PANEL LABEL,

5-1-24 335-1805-00 1 MARKER,IDENT, FRONT PANEL ID WITHOUT COMPOSITE, LEXAN, WVR7000; SAFETY

5-1-24 335-1806-00 1 MARKER,IDENT, FRONT PANEL ID WITH COMPOSITE, LEXAN, WVR7000; SAFETY

Tektronix part
number

Serial no.
effective

Serial no.
discont’d

Qty Name & description

389-- 3789--00, WIRED

389-- 3789--00, WIRED

INSERTS,BD RETENTION

TAIL,4-40 THD INSERT,BD RETENTION,30 GOLD,SAFETY CONTROLLED

THD EXT 4-40

Note: Quantity varies with instrument and audio option.

CY,100 NF CX,IEC INPUT,FAST-ON/SOLDER LUG OUTPUT,CHASSIS MOUNT,SAFETY
CONTROLLED;FN9222-6/06

FRAME,6.5 X 3 X 1.26 IN,UL,CSA,VDE,SAFETY CONTROLLED

SHAFT, NO DETENTS, 36 COUNTS PER TURN. ECW1J-B32-SEO/058

SAFETY CONTROLLED

CONTROLLED

CONTROLLED

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

5- 3

Replaceable Parts

WVR7000 and WVR7100 Replaceable mechanical part s (Cont.) (Figure 5- 1)

Fig. &
index
number

5-1-25 101-0160-01 1 TRIM RING; FRONT,19.000 X 1.718 X 0.345,PC/ABS

5-1-26 441-2295-00 1 CHASSIS,FRONT; 0.050 AL,SAFETY CONTROLLED

5-1-27
5-2-27

5-1-28 150-5009-00 1 DIODE,OPTO; LED; HI-EFFIC RED,626NM,3.4MCD AT 10MA;HLMP-6305-021, YOKE LEAD

5-1-29 211-0410-00 6 SCR,ASSEM WSHR; 4-40 X 0.437,PNH,STL,CDPL,T-10 TORX DR

5-1-30 150-0277-00 46 LT EMITTING DIODE; GREEN, 570 NM, 1206, REVERSE MOUNT; APTD3216MGCK-01
5-1-31 441-2362-00 1 CHASSIS,MAIN; STANDARD INSTRU MENT,0.050 AL,W/HARDWARE,SAFETY CONTROLLED

5-1-32 211-0722-00 15 SCREW,MACHINE; 6-32 X 0.250,PNH,STL,CDPL,T-15 TORX DR
5-1-33 337-4309-00 1 SHIELD; POWER SUPPLY,0.020 POLYCARBONATE,SAFETY CONTROLLED

5-1-34 211-1161-00 8 SCREW,MACHINE; 4-40 X 1.500,PAN HEAD,T-10 TORX,ZINC PL
5-1-35 119-7036-00 2 FAN ASSEMBLY; DC,12V;0.105A,8.6 CFM,30DBA,3 LEAD, TACH OUTPUT, WITH CONN &

5-1-36 407-5010-00 1 BRACKET ASSY,FAN; 0.050 AL,SAFETY CONTROLLED
5-1-37 671-9935-00 1 CIRCUIT BD ASSY; LOOP THROUGH,,389-3568-00,WIRED
5-1-38 131-m057-00 1 CONN,RF:PCB,FEMALE,BNC,75OHM,EDGE LAUNCH TYPE
5-1-39 131-3925-00 1 CONN,DSUB; PCB,FEMALE,RTANG,9 POS,0.112 CTR,0.318 MLG X 0.125 TAIL,4-40 THD

5-1-40 374-371-00 1 SHIELD; POWER SUPPLY BOTTOM, 0.030 POLYCARBONATE, SAFETY CONTROLLED
* 020-2612-XX - PACKAGING KIT CONTAINING CD AND INSTRUCTIONS; CD CONTAINS PROGRAMMER

* 071-1588-XX - MANUAL, TECH QUICKSTART USER FOR THE WVR6100, WVR7000, AND WVR7100

* 071-1589-XX - MANUAL, TECH; SERVICE WVR6100, WVR7000, AND WVR7100 WAVEFORM RASTERIZER
* 071-1627-XX - MANUAL, TECH; QUICKSTART USER FOR THE WVR6100, WVR7000, AND WVR7100

* 071-1628-XX - MANUAL, TECH; QUICKSTART USER FOR THE WVR6100, WVR7000, AND WVR7100

*

Not shown.

Tektronix part
number

210-0457-00 7 NUT,PL,ASSEM WA; 6-32 X 0.312,STL CD PL,W/LOCKWASHER

Serial no.
effective

Serial no.
discont’d

Name & descriptionQty

BEND, 12MM T&R

HOUSING,SAFETY CONTROLLED

INSERT,BD RETENTION,30 GOLD

(SNMP COMMANDS) AND SPECS & PERFORMANCE VER. PDF DOCUMENTS FOR THE
WAVEFORM RASTERIZER

WAVEFORM RASTERIZER

WAVEFORM RASTERIZER (JAPANESE LANGUAGE)

WAVEFORM RASTERIZER (SIMPLE CHINESE LANGUAGE)

5- 4

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

1 2

Replaceable Parts

3

32

27

36

25

26

24

27

28

29

34

23

30

31

33

35

32

22

21

20

19

18

37

32

16

17

38

16

40

39

15

6

14

4

5

7

11

12

13

8

9

10

Figure 5- 1: Replaceable mechanical parts, WVR7000 and WVR7100

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

5- 5

Replaceable Parts

WVR6100 Replaceable mechanical parts (Figure 5- 2)

Fig. &
index
number

5-2-1 211-0734-00 16 SCREW,MACHINE; 6-32 X 0.25O,FLH100,STL,CDPL,T-10 TORX DR
5-2-2 200-4873-00 1 COVER; TOP,STANDARD INSTRUMENT,0.050 AL,SAFETY CONTROLLED
5-2-3 671-6100-02 1 CIRCUIT BD ASSY; MAIN, WITH COMPOSITE, 389--3789--00 WIRED, TESTED
5-2-3 671-6043-02 1 CIRCUIT BD ASSY; MAIN, NO COMPOSITE, 389-- 3789-- 00 WI RED, TESTED

5-2-4 146-0116-00 1 BATTERY, DRY; 3.0V,850MAH,LITHIUM,0.57X1 INCHES;CR4250SE,SAFETY CONTROLLED
5-2-5 131-4046-00 - CONN,DSUB; PCB/PNL,FEMALE,RTANG,15 POS,0.318 MLG X 0.125 TAIL,4-40 THD

5-2-6 131-5450-00 - CONN,DSUB; PCB,HIGH DENSITY;FEMALE,RTANG,15 POS,0.078 CTR,0.350 MLG X 0.125

5-2-7 214-3903-00 6 SCREW,JACK; 4-40 X 0.312 LONG,0.188 H HEX HEAD STAND OFF,4-40 INT THD, X 0.312

5-2-8 131-4131-00 1 CONN,PLUG,ELEC; MALE W/LOC KING ADPTR,EXT MTG,SAFETY CONTROLLED

5-2-9 211-0410-00 2 SCR,ASSEM WSHR; 4-40 X 0.437,PNH,STL,CDPL,T-10 TORX DR
5-2-10 119-7086-00 1 FILTER,EMI; AC LINE CONNECTOR/INPUT FILTER;6.0A,120-250VAC,DC-400 HZ, 2.2 NF

5-2-11 351-0104-03 1 SL SECT,DWR EXT; 12.625 L,W/O HARDWARE SAFETY CONTROLLED

5-2-12 212-0158-00 8 SCREW,MACHINE; 8-32 X 0.375,PNH,STL,CDPL,T-20 TORX DR

5-2-13 351-0751-01 1 TRK,SL OUT SECT; STATIONARY & INTERMEDIATE SAFETY CONTROLLED

5-2-14 211-0721-00 4 SCREW,MACHINE; 6-32 X 0.375,PNH,STL,CDPL,T-15 TORX DR

5-2-15 119-6801-00 1 POWER SUPPLY; 110W,AC-DC,5VDC 22A OUT,90-264VAC 47-63HZ IN,PFC,75% EFF,OPEN

5-2-16 311-2570-00 3 ENCODER; DIGITAL CONTACTING ENCODER; PCB MOUNT, .354 DIA HOLE,1.0 L X .25 DIA

5-2-17 210-1039-00 6 WASHER,LOCK; 0.521 ID,INT,0.025 THK,SST

5-2-18 671-5382-00 1 CIRCUIT BD ASSY; FRONT PANEL,TESTED,389-3257-00 WIRED

5-2-19 366-0816-01 3 KNOB; SILVER GRAY, 0.420OD, 0.520H, PC/ABS BAYBLEND FR110,FRONT PANEL

5-2-20 260-2774-00 1 SWITCH,KEYPAD; ELASTOMERIC,FRONT PANEL,PUSHBUTTON

5-2-21 354-0025-00 1 RING,RETAINING; EXT ERNAL,U/O 0.187 DIA SFT

5-2-22 213-0216-00 1 THUMBSCREW; 10-32 X 0.85,0.375 OD HD,SST W/SLOT

5-2-23 367-0530-00 2 HANDLE,BOW; AL,1.0 X 1.25,STAIN FINISH,SAFETY CONTROLLED
5-2-24 335-1184-00 1 MARKER,IDENT; WVR6100 WITH COMPOSITE,SAFETY CONTROLLED
5-2-24 335-1188-00 1 MARKER,IDENT; WVR6100 WITHOUT COMPOSITE,SAFETY CONTROLLED

5-2-25 101-0160-01 1 TRIM RING; FRONT,19.000 X 1.718 X 0.345,PC/ABS

5-2-26 441-2295-00 1 CHASSIS,FRONT; 0.050 AL,SAFETY CONTROLLED

5-2-27
5-2-27

5-2-28 150-5009-00 1 DIODE,OPTO; LED; HI-EFFIC RED,626NM,3.4MCD AT 10MA;HLMP-6305-021,YOKE LEAD

5-2-29 211-0410-00 6 SCR,ASSEM WSHR; 4-40 X 0.437,PNH,STL,CDPL,T-10 TORX DR

5-2-30 150-0277-00 46 LT EMITTING DIO;GREEN, 570 NM, 1206, REVERSE MOUNT; APTD3216MGCK-01
5-2-31 441-2362-00 1 CHASSIS,MAIN; STANDARD INSTRU MENT,0.050 AL,W/HARDWARE,SAFETY CONTROLLED

Tektronix part
number

210-0457-00 7 NUT,PL,ASSEM WA; 6-32 X 0.312,STL CD PL,W/LOCKWASHER

Serial no.
effective

Serial no.
discont’d

Qty Name & description

INSERTS,BD RETENTION

TAIL,4-40 THD INSERT,BD RETENTION,30 GOLD,SAFETY CONTROLLED

THD EXT 4-40

Note: Quantity varies with instrument and audio option .

CY,100 NF CX,IEC INPUT,FAST-ON/SOLDER LUG OUTPUT,CHASSIS MOUNT,SAFETY
CONTROLLED;FN9222-6/06

FRAME,6.5 X 3 X 1.26 IN,UL,CSA,VDE,SAFETY CONTROLLED

SHAFT, NO DETENTS, 36 COUNTS PER TURN. ECW1J-B32-SEO/058

BEND,12MM T&R

5- 6

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

Replaceable Parts

WVR6100 Replaceable mechanical parts (Cont.)(Figure 5- 2)

Fig. &
index
number

5-2-32 211-0722-00 15 SCREW,MACHINE; 6-32 X 0.250,PNH,STL,CDPL,T-15 TORX DR
5-2-33 337-4309-00 1 SHIELD; POWER SUPPLY,0.020 POLYCARBONATE,SAFETY CONTROLLED

5-2-34 211-1161-00 8 SCREW,MACHINE; 4-40 X 1.500,PAN HEAD,T-10 TORX,ZINC PL
5-2-35 119-7036-00 2 FAN ASSEMBLY; DC,12V;0.105A,8.6 CFM,30DBA,3 LEAD, TACH OUTPUT, WITH CONN &

5-2-36 407-5010-00 1 BRACKET ASSY,FAN; 0.050 AL,SAFETY CONTROLLED
5-2-37 671-9935-00 1 CIRCUIT BD ASSY; LOOP THROUGH,,389-3568-00,WIRED
5-2-38 131-m057-00 1 CONN,RF:PCB,FEMALE,BNC,75OHM,EDGE LAUNCH TYPE
5-2-39 131-3925-00 1 CONN,DSUB; PCB,FEMALE,RTANG,9 POS,0.112 CTR,0.318 MLG X 0.125 TAIL,4-40 THD

* 020-2612-XX - PACKAGING KIT CONTAINING CD AND INSTRUCTIONS; CD CONTAINS PROGRAMMER

* 071-1588-XX - MANUAL, TECH QUICKSTART USER FOR THE WAVEFORM RASTERIZER
* 071-1589-XX - MANUAL, TECH; SERVICE WAVEFORM RASTERIZER
* 071-1627-XX - MANUAL, TECH; QUICKSTART USER FOR THE WVR6100, WVR7000, AND WVR7100

* 071-1628-XX - MANUAL, TECH; QUICKSTART USER FOR THE WVR6100, WVR7000, AND WVR7100

*

Tektronix part
number

Not shown.

Serial no.
effective

Serial no.
discont’d

Name & descriptionQty

HOUSING,SAFETY CONTROLLED

INSERT,BD RETENTION,30 GOLD

(SNMP COMMANDS) AND SPECS & PERFORMANCE VER. PDF DOCUMENTS FOR THE
WAVEFORM RASTERIZER

WAVEFORM RASTERIZER (JAPANESE LANGUAGE)

WAVEFORM RASTERIZER (SIMPLE CHINESELANGUAGE)

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

5- 7

Replaceable Parts

1

2

3

32

27

36

28

29

34

30

31

35

6

33

39

32

38

32

37

4

5

7

8

9

27

26

25

24

23

22

Figure 5- 2: Replaceable mechanical parts, WVR6100

5- 8

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

21

20

19

18

17

16

16

15

40

14

13

12

10

11

Replaceable Parts

WVR6100, WVR7000, and WVR7100 Replaceable cables, connectors and other mechanical parts (Figure 5- 3)

Fig. &
index
number

5-3-1 174-4770-00 1 CA ASSY,SP; PWR,BR;10.250 L;18 AWG;CONN HDR 1 X 8 AND CONN HDR 1 X1 2;PWR

5-3-2 174-4769-00 1 CA ASSY,SP; HV,BR,15.00 L & 4.00 L;CONN EACH END;LINE FILTER TO PWR

5-3-3 260-5012-00 1 SWITCH,DIP; SPST,SLIDE,DIP,4 POSITION,GOLD OVER NICKEL,0.4VA @ 20VDC,0.05 HALF

5-3-4 134-0272-00 12 PLUG,BUTTON; 0.5 HOLE DIA,8 PRONG,SST

5-3-5 131-7270-00 10 CONN,RF PLUG; BNC, PCB,PNL MNT,FEMALE,RTANG,75 OHM, 0.510 H X 0.169 TAIL,LOW

5-3-6 210-1039-00 10 WASHER,LOCK; 0. 521 ID,INT,0.025 THK,SST

5-3-7 220-0497-00 10 NUT,PLAIN,HEX; 0.5-28 X 0.562 HEX,BRS CD PL

5-3-8 119-5067-00 4 FILTER,RFI; EM I, COMMON MODE CHOKE COIL; 2LINES, 200 0HM IMP, 20- 300MHZ, 50V,

5-3-9 131-7257-00 1 CONN,JACK; PCB/PNL,RJ45,CAT5,W/LEDS YELLOW & GREEN,FEMALE,RTANG,8 POS,0.1

5-3-10 260-5015-00 1 SWITCH,PUSH; SPST,TACT;50MA,50V,MOMENTARY,SILVER CONTACTS;KSC221G,GUL-

5-3-11 131-3572-00 1 CONN,HDR:; PCB,;MALE,STR,2 X 7,0.1 CTR,0.385 H X 0.120 TAIL,SHRD/4 SIDES,CTR

5-3-12 260-5000-00 1 SWITCH,SLIDE; SPST;DIP8 POSITION,GOLD OVER NICK-

5-3-13 150-1022-00 1 DISPLAY,OPTO; ,LED;RED,660NM,7SEG,0.3 INCH DISPLAY,125UCD PER SEGMENT

5-3-14 159-5010-00 4 FUSE,SMD; 7A,125V,FAST BLOW,0.1 X 0.1X 0.24;UL REG,CSA CERT,SAFETY C ON-

5-3-15 1 FUSE; UL/IEC127, F3.15A H, 250VAC (5 x 20 mm)

5-3-16 159-5003-00 1 FUSE,THRM,CHIP; SELF RESETTING FUSE,1.1A HOLD,2.2A TRIP AT 20 DEG C,30V

5-3-17 131-6187-00 1 CONN,HDR PWR; PCB,MALE,STR,1 X 8,0.156 CTR,0.450 MLG X 0.125 TAIL,PLZ

5-3-18 131-7244-00 2 CONN,HDR; SMD,MALE,STR,2 X 5,0.100 CTR,0.350 H,0.165 MLG,SHRD/4 SIDES,MIL PLZ,30

5-3-19 131-5457-00 3 CONN,HDR; PCB,;MALE,STR,1 X 3,0.10 CTR,0.535 H X 0.130 TAIL,SHRD/4 SIDES,CTR

5-3-20 174-4771-00 1 CA ASSY,SP; IDC,RIBBON,10.00 L,DOUBLE ENDED,FEMALE,2 X 5 POS;F/P BD TO MAIN

5-3-21 200-4800-00 1 COVER,MINI; 2X FEX-440,SAFETY CONTROLLED
5-3-22 210-0457-00 NUT,PL,ASSEM WA; 6-32 X 0.312,STL CD PL,W/LOCKWASHER
5-3-23 211-0410-00 SCR,ASSEM WSHR; 4-40 X 0.437,PNH,STL,CDPL,T-10 TORX DR

Tektronix part
number

Serial no.
effective

Serial no.
discont’d

Qty Name & description

SUPPLY TO MAIN BD,SAFETY CONTROLLED

SUPPLY,SAFETY CONTROLLED

PITCH;TD04H0SK1,SMD

Note: Quantity varies with instrument and audio option.

PROFILE ZINC DIE CAST HOUSING

Note: Quantity varies with instrument model.

Note: Quantity varies with instrument model.

Note: Quantity varies with instrument model.

0.5A; 8 PIN SMD; ZJYS51R5-4P

CTR,0.528 H X 0.138 TAIL,10/100 BASE TX AND RX MAGNETICS MODULE,SAFETY
CONTROLLED

LWING SMD,T&R

PLZ,30 GOLD,0.150 END DIM;,,

EL,3A,2PF,SEALED;90HBW08S,44MM T&R

AT10MA,COMMON ANODE,LEFT HAND DECIMAL;MAN72A

TROLLED

MAX,SAFETY CONTROLLED (MAIN)

WALL,TIN,SAFETY CONTROLLED

GOLD,SAFETY CONTROLLED (ONE ON MAIN BOARD, ONE ON FRONT PANEL)

PLZ,LATCHING,BD RETENTION,30 GOLD,

BD,SAFETY CONTROLLED

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

5- 9

Replaceable Parts

23

1

2

20

19

18

21

17

22

Main board

4

7

5

3

16

6

8

12

13

9

10

11

14

15

Figure 5- 3: WVR6100, WVR7000, and WVR7100 replaceable cables, connectors, and other mechanical parts

5- 10

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

Replaceable Parts

WVR7100 (B010100 - B019999) Main Board replaceable par ts (Figure 5- 4)

Fig. &
index
number

5-4-1 119-5067-00 4 FILTER,RFI; EMI,COMMON MODE CHOKE COIL;2LINES,200 0HM IMP,20-

5-4-2 131-7257-00 1 CONN,JACK; PCB/PNL,RJ45,CAT5,W/LEDS YELLOW & GREEN,FEMALE,RTANG,8 POS,0.1

5-4-3 260-5015-00 1 SWITCH,PUSH; SPST,TACT;50MA,50V,MOMEN TARY,SILVER CONTACTS;KSC221G,GUL-

5-4-4 131-5457-00 3 CONN,HDR; PCB,MALE,STR,1 X 3,0.10 CTR,0.535 H X 0.130 TAIL,SHRD/4 SIDES,CTR

5-4-5 150-5037-00 1 DIODE,OPTO; LED;GREEN,571NM,4.0 TO 9.0 MCD AT 20MA,155 DEG VIEW

5-4-6 146-0116-00 1 BATTERY,DRY; 3.0V,850MAH,LITHIUM,0.57 X1.0;CR4250SE,SAFETY CONTROLLED
5-4-7 260-5000-00 1 SWITCH,SLIDE; SPST;DIP8 POSITION,GOLD OVER NICK-

5-4-8 159-5003-00 1 FUSE,THRM,CHIP; SELF RESETTING FUSE,1.1A HOLD,2.2A TRIP AT 20 DEG C,30V

5-4-9 159-5022-00 1 FUSE; 5.0A,125V;FAST BLOW,0.1 X 0.1 X 0.24,UL REG,CSA CERT;451005,SAFETY

5-4-10 131-7244-00 3 CONN,HDR; SMD,MALE,STR,2 X 5,0.100 CTR,0.350 H,0.165 MLG,SHRD/4 SIDES,MIL PLZ,30

Tektronix part
number

Serial no.
effective

Serial no.
discont’d

Qty Name & description

300MHZ,50V,0.5A;8 PIN SMD;ZJYS51R5-4P

CTR,0.528 H X 0.138 TAIL,10/100 BASE TX AND RX MAGNETICS MODULE,SAFETY
CONTROLLED

LWING SMD,T&R

PLZ,LATCHING,BD RETENTION,30 GOLD, SAFETY CONTROLLED

ANGLE,TINTED,DIFFUSED;HSMG-C170,SMD,0805,8MM T&R

EL,3A,2PF,SEALED;90HBW08S,44MM T&R

MAX,SAFETY CONTROLLED

CONTROLLED

GOLD,SAFETY CONTROLLED

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

5- 11

Replaceable Parts

1

2

3

4

8910 9 9

7

Figure 5- 4: Main board replaceable components and connectors, WVR7100 (B010100 - B019999)

4

5

4

6

5- 12

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

Replaceable Parts

WVR7100 (B020100 and later) , WVR7000 and WVR6100 (all) (Figure 5- 5)

Fig. &
index
number

5-5-1 119-5067-00 4 FILTER,RFI; EMI,COMMON MODE CHOKE COIL;2LINES,200 0HM IMP,20-

5-5-2 131-7257-00 1 CONN,JACK; PCB/PNL,RJ45,CAT5,W/LEDS YELLOW & GREEN,FEMALE,RTANG,8 POS,0.1

5-5-3 260-5015-00 1 SWITCH,PUSH; SPST,TACT;50MA,50V,MOMEN TARY,SILVER CONTACTS;KSC221G,GUL-

5-5-4 131-5457-00 3 CONN,HDR; PCB,MALE,STR,1 X 3,0.10 CTR,0.535 H X 0.130 TAIL,SHRD/4 SIDES,CTR

5-5-5 150-5037-00 1 DIODE,OPTO; LED;GREEN,571NM,4.0 TO 9.0 MCD AT 20MA,155 DEG VIEW

5-5-6 146-0116-00 1 BATTERY,DRY; 3.0V,850MAH,LITHIUM,0.57 X1.0;CR4250SE,SAFETY CONTROLLED
5-5-7 260-5000-00 1 SWITCH,SLIDE; SPST;DIP8 POSITION,GOLD OVER NICK-

5-5-8 159-5003-00 1 FUSE,THRM,CHIP; SELF RESETTING FUSE,1.1A HOLD,2.2A TRIP AT 20 DEG C,30V

5-5-9 159-5022-00 1 FUSE; 5.0A,125V;FAST BLOW,0.1 X 0.1 X 0.24,UL REG,CSA CERT;451005,SAFETY

5-5-10 131-7244-00 3 CONN,HDR; SMD,MALE,STR,2 X 5,0.100 CTR,0.350 H,0.165 MLG,SHRD/4 SIDES,MIL PLZ,30

Tektronix part
number

Serial no.
effective

Serial no.
discont’d

Qty Name & description

300MHZ,50V,0.5A;8 PIN SMD;ZJYS51R5-4P

CTR,0.528 H X 0.138 TAIL,10/100 BASE TX AND RX MAGNETICS MODULE,SAFETY
CONTROLLED

LWING SMD,T&R

PLZ,LATCHING,BD RETENTION,30 GOLD, SAFETY CONTROLLED

ANGLE,TINTED,DIFFUSED;HSMG-C170,SMD,0805,8MM T&R

EL,3A,2PF,SEALED;90HBW08S,44MM T&R

MAX,SAFETY CONTROLLED

CONTROLLED

GOLD,SAFETY CONTROLLED

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

5- 13

Replaceable Parts

3

2

1

4 5 6

4

7

4

8

9

9

10

4

Figure 5- 5: Main board replaceable components and connectors, WVR7000 (all), WVR7100 (B020100 and later), and
WVR6100 (all)

5- 14

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

Replaceable Parts

EYE/PHY and Audio Option boards and connectors (Figure 5- 6)

Fig. &
index
number

5-6-1 671--9938--02 1 WVR6100 & WVR7100 OPTIONS AD, DD, & DDE ONLY. CIRCUIT BD ASSY; DIGITAL

5-6-1 671-5599-00 1 WVR7100 OPTION DG ONLY, CIRCUIT BD ASSY; IGITAL,TESTED,389-3255-00 WIRED

5-6-1 671-5378-02 1 WVR7100 OPTION DA ONLY; CIRCUIT BD ASSY; AUDIO,TESTED,389-3255-00 WIRED

5-6-1 671--6072--02 1 WVR6100 & WVR7100 OPTION DS ONLY. OPTION CIRCUIT BD ASSY; DIGITAL AUDIO,

5-6-2 131-7270-00 8 CONN,RF,PLUG; BNC, PCB,PNL MNT,FEMALE,RTANG,75 OHM, 0.510 H X 0.169 TAIL,LOW

5-6-3 220-0497-00 8 NUT,PLAIN,HEX; 0.5-28 X 0.562 HEX,BRS CD PL
5-6-4 210-1039-00 8 WASHER,LOCK; 0.521 ID,INT,0.025 THK,SST

5-6-5 174--4973--00 1 WVR6100 & WVR7100 OPTIONS AD, DD, & DDE ONLY. CABLE ASSY; 80 POS. CABLE WITH

5-6-5 174-4972-00 1 WVR7100 OPTION DA ONLY. CABLE ASSY; SPLIT, TWO ENDS 2X20, ONE END 2X40,

5-6-6 131-7575-00 1 CONN,HDR; SMD,SYS50;MALE,STR,2 X 40,0.05 X 0.1 CTR,0.480H,SHRD/4,CTR

5-6-7 129--0208--00 5 SPACER,POST; 0.312 L,6-- 32 STUD,BRS,ELECTROLESS NICKEL,0.25 HEX (OPTIONS EYE

5-6-8 664--6099--00 1 CIRCUIT BD.SUB ASSY; SD, EYE BOARD,FUNCTIONAL BD.TEST LEVEL 389--3569-- 00,

5-6-8 664--9936--00 1 CIRCUIT BD.SUB ASSY; HD/SD EYE BOARD,FUNCT BD.TEST LEVEL, 389--3569--00 WIRED

5-- 6--9 174--5301--00 1 CABLE ASSY ELEC: RF,50 OHM COAX, SMA/PLUG/ST (OPTIONS EYE AND PHY ONLY)

5-- 6--10 119-- 7167-- 00 1 WVR6100 & WVR7100 OPTION DDE ONLY. CIRCUIT BD ASSY; CAT552 DOLBY E/DIGITAL

5-6-11 129-- 1570--00 3 POST,SPACER; 1.385 X 0.250 X 0.375 DEEP

5-- 6--12 131--7430--00 1 WVR6100 & WVR7100 OPTIONS AD, DD, & DDE ONLY.. CONN,DSUB; SLDR

5-- 6--12 131436400 1 WVR7100 OPTIONS DA. CONN, DSUB; PCB/PNL, FEMALE, RTANG, 37 POS, 0.112 CTR,

5-- 6--13 214--3903--00 2 SCREW,JACK; 4--40 X 0.312 LONG,0.188 H HEX HEAD STAND OFF,4--40 INT THD, X 0.312

not shown 174--4281--00 2 CA ASSY.SP; FLAT RIBBON,IDC,30 AWG,6.100L,40 POS,--DUBLIN,SAFETY CONTROLLED

not shown 200--4800--00 1 COVER,MINI; 2X FEX--440,SAFETY CONTROLLED

Tektronix part
number

174-- 4586--00 1 CA ASSY; RIBBON,2.0 L,DOUBLE ENDED,IDC,FEMALE,2 X 20,0.050 CTR,PLZ

Serial no.
effective

Serial no.
discont’d

Qty Name & description

ANALOG AUDIO, 389-- 3575--00 WIRED,TESTED

TESTED,389--3575--00 WIRED

PROFILE ZINC DIE CAST HOUSING

TWO 2X40 CONNECTORS

RIBBON CABLE

PLZ,LATCHING,30 GOLD,SAFETY CONTROLLED

AND PHY ONLY)

WIRED (WVR6100, OPTION S EYE AND PHY ONLY )

(WVR7100, OPTIONS EYE AND PHY ONLY)

DECODER MODULE; 72 PIN SIMM; SAFETY CONTROLLED

CUP,MALE,STR,62 POS,0.100 CTR,30 GOLD

0.318 MLG X 0.125 TAIL, 4--40 THD INSERT, BD RETENTION

THD EXT 4--40

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

5- 15

Replaceable Parts

13

12

11

8

7

10

9

1

3

2

5

6

4

Figure 5- 6: Option EYE/PHY and Audio DA and DG Options boards and connectors

5- 16

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

Replaceable Parts

Audio Options DA and DG only, replaceable on-board parts list (Figure 5- 7 and Figure 5- 8)

Fig. &
index
number

5-7-1 276-5002-00 8 EMI,SUPPRESSION; FERRITE BEAD;70 OHMS@100MHZ,IMAX=200 MA,DCR<0.5

5-8-1 276--5014--00

5-7-2 131-4364-00 1 CONN,DSUB; PCB/PNL,FEMALE,RTANG,37 POS,0.112 CTR,0.318 MLG X 0.125 TAIL,4-40

5-7-3 276-5014-00

5-7-4 276-5015-00 4 EMI SUPPRESSION ; FERRIT E BEAD;75 OHMS@100MHZ,IMAX=3.0 A,DCR<0.025

5-7-5 131-6885-00 4 CONN,HDR; SMD,SYS50;MALE,STR,2 X 20,0.05 X 0.1

†

Count varies with option.

Tektronix part
number

Serial no.
effective

Serial no.
discont’d

Qty Name & description

OHM;CHIP,1206,T&R 276501200 PB-- FREE;EMI SUPPRESSION; FERRITE BEAD;120
OHMS@100MHZ, IMAX=200MA, DCR<0.2 OHM; BLM11A121SPT, 0603, 7 INCH T&R

†

EMI SUPRESSION; FERR ITE BEAD;60 OHMS@100MHZ,IMAX=500MA,DCR<0.10
OHM;BLM11P600SPT,0603,7 INCH T&R

THD INSERT,BD RETENTION (DA Option Only)

†

EMI SUPRESSION; FERR ITE BEAD;60 OHMS@100MHZ,IMAX=500MA,DCR<0.10
OHM;BLM11P600SPT,0603,7 INCH T&R

OHM;BLM41P750SPT,1806,7 INCH T&R (DA Option only)

CTR,0.480H,SHRD/4,CTR PLZ,LATCHING,30 GOLD,SAFETY
CONTROLLED

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

5- 17

Replaceable Parts

E260, E261, E270, E271,
E274, E275, E278, E279,
E282, E285, E286, E287,
E290, E291, E294, E295,
E298, E299

JR170

E210, E211,
E220, E230,
E231, E240,
E250, E264

3

2

1

E650, E750,

4

E751, E850

1

1

J940

5

1

1

1

1

1

5

J400

Figure 5- 7: Audio board component-side components, Options DA and DG

5- 18

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

Replaceable Parts

E0262, E0263, E0272,
E0273, E0276, E0277,
E0280, E0281, E0284,
E0285, E0288, E0289,
E0292, E0293, E0296,
E0297, E0300, E0301

1

Figure 5- 8: Audio board back-side components, Options DA and DG

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

5- 19

Replaceable Parts

Audio Options AD, DS, DD, DDE, replaceable on-board parts list (Figure 5- 9 and Figure 5- 10)

Fig. &
index
number

5-9-1 276-5012-00

5-10-1 276-5012-00 20 PB-- FREE; EMI SUPPRESSION; FERRITE BEAD;120 OHMS@100MHZ, IMAX=200MA,

5-9-2 131-7272-00 1 CONN, DSU B; PCB/PNL, FEMALE, 62 POS, RTANG, 0.100 CTR, 0.495 H X 0.125 TAIL, 30

5-9-3 136-1435-00 1 SOCKET, SIMM; PCB, FEMALE, RTANG, 1 X 72, 0.05 CTR, 0.448 H X 0.11 TAIL, LEFT

5-9-4 131-7575-00 1 CONN, HDR; SMD, SYS50;MALE, STR, 2 X 40, 0.05 X 0.1 CTR, 0.480H, SHRD/4, CTR PLZ,

†

Count varies with option

Tektronix part
number

Serial no.
effective

Serial no.
discont’d

Qty Name & description

†

PB-- FREE;EMI SUPPRESSION; FERRITE BEAD;120 OHMS@100MHZ, IMAX=200MA,
DCR<0.2 OHM;BLM11A121SPT, 0603, 7 INCH T&R

DCR<0.2 OHM;BLM11A121SPT, 0603, 7 INCH T&R

GOLD, 4--40 THD INSERTS, BOARD RETENTION, HIGH DENSITY CONN

POLARIZED, 30 GOLD

LATCHING, 30 GOLD, SAFETY CONTROLLED

5- 20

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

1

E970, E971,
E972, E973,
E974, E975,
E980, E981

J400

2

Replaceable Parts

1

1

1

E830, E840,
E850, E960,
E961

1

1

1

1

1

J600

3

J200

4

Figure 5- 9: Audio board component- side components, Options AD, DS, DD, and DDE

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

5- 21

Replaceable Parts

2

1

E0970, E0971, E0972,
E0973, E0974, E0975,
E0976, E0980, E0981,
E0982, E0983, E0984,
E0985, E0986, E0987,
E0990, E0991, E0992,
EO993, E0994

1

Figure 5- 10: Audio board back- side components, Options AD, DS, DD, and DDE

5- 22

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

Replaceable Parts

WVRRFP Replaceable parts list (Figure 5- 11)

Fig. &
index
number

5-11-1 200-4874-00 1 COVER; TOP TO REMOTE FRONT PANEL,0.050 AL,SAFETY CONTROLLED
5-11-2 131-3295-00 1 CONN,RCPT,ELEC; HEADER, 2 X 25,0.1 SPACING
5-11-3 389-3574-00 1 CIRCUIT BOARD; FRONT PANEL REGULATOR,SAFETY CONTROLLED
5-11-3 671-9937-00 1 CIRCUIT BD ASSY; FRONT PANEL REGULATOR,389-3574-00 WIRED,TESTED
5-11-4 214-3903-00 - SCREW,JACK; 4-40 X 0.312 LONG,0.188 H HEX HEAD STAND OFF,4-40 INT THD, X 0.312

5-11-5 211-0721-00 - SCREW,MACHINE; 6-32 X 0.375,PNH,STL,CDPL,T-15 TORX DR
5-11-6 441-2361-00 1 CHASSIS,MAIN; REMOTE FRON T PANEL,,0.050 AL,W/HARDWARE,SAFETY CONTROLLED
5-11-7 441-2361-00 1 CHASSIS,MAIN; REMOTE FRON T PANEL,,0.050 AL,W/HARDWARE,SAFETY CONTROLLED

Tektronix part
number

Serial no.
effective

Serial no.
discont’d

Qty Name & description

THD EXT 4-40

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual

5- 23

Replaceable Parts

7

8

1

2

6

See figure 5-1 for

part numbers.

3

4

5

Figure 5- 11: WVRRFP

5- 24

WVR6100, WVR7000, and WVR7100 Waveform Rasterizers Service Manual