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Sony Tektronix AWG2021 Service Manual
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Sony Tektronix AWG2021 Service Manual

Sony Tektronix AWG2021 Service Manual

Arbitrary waveform generator
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Service Manual
AWG2021
Arbitrary Waveform Generator
070-9098-08
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 the Safety Summary prior to
performing service.

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Summary of Contents for Sony Tektronix AWG2021

  • Page 1 Service Manual AWG2021 Arbitrary Waveform Generator 070-9098-08 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 the Safety Summary prior to performing service.
  • Page 2 Specifications and price change privileges reserved. Printed in Japan. Sony/Tektronix Corporation, P.O.Box 5209, Tokyo Int’l, Tokyo 100–31 Japan Tektronix, Inc., P.O. Box 1000, Wilsonville, OR 97070–1000 TEKTRONIX and TEK are registered trademarks of Tektronix, Inc.
  • Page 3 WARRANTY 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.

  • Page 5: Table Of Contents

    Table of Contents General Safety Summary ........Service Safety Summary .
  • Page 6 Table of Contents Theory of Operation Module Overview ..........3–1 Clock Synthesizer (A10, Synthesizer Board) .
  • Page 7 Table of Contents Adjustment Procedures Adjustment Procedures ........5–1 Requirements for Performance .
  • Page 8 Table of Contents Options Options and Accessories ........7–1 List of Options .
  • Page 9 Table of Contents List of Figures Figure 1–1: Timing for the Data and Clock Signals ....1–11 Figure 2–1: Rear Panel Controls ......2–5 Figure 2–2: Display Features .
  • Page 10 Table of Contents Figure 5–4: Hookup for Attenuator LF Compensation ... . 5–8 Figure 5–5: PELTOLA Cable with BNC ......5–8 Figure 5–6: C301 Location .
  • Page 11 Table of Contents Figure 6–35: Troubleshooting Procedure 3 — Monitor Module ..6–61 Figure 6–36: Monitor Module ....... . 6–62 Figure 6–37: Horizontal and Vertical Sync Signals .
  • Page 12 Table of Contents List of Tables Table 1–1: Electrical Characteristics ......1–4 Table 1–2: Mechanical Characteristics .

  • Page 13: General Safety Summary

    General Safety Summary Review the following safety precautions to avoid injury and prevent damage to this product or any products connected to it. Only qualified personnel should perform service procedures. Injury Precautions Use Proper Power Cord To avoid fire hazard, use only the power cord specified for this product. Avoid Electric Overload To avoid electric shock or fire hazard, do not apply a voltage to a terminal that is outside the range specified for that terminal.
  • Page 14 General Safety Summary Safety Terms and Symbols 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.

  • Page 15: Service Safety Summary

    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.
  • Page 16 Service Safety Summary AWG2021 Service Manual...

  • Page 17: Preface

    Preface This is the service manual for the AWG2021 Arbitrary Waveform Generator. The manual contains information needed to service the AWG2021 to the module level. Manual Structure This manual is divided into sections, such as Specifications and Theory of Operation. Further, some sections are divided into subsections, such as Product Description and Removal and Installation Procedures.
  • Page 18 Preface Manual Conventions This manual uses certain conventions that you should become familiar with. Some sections of the manual contain procedures for you to perform. To keep those instructions clear and consistent, this manual uses the following conventions: H Instructions for menu selection follow this format: FRONT PANEL BUTTON!Main Menu Button!Side Menu Button.

  • Page 19: Introduction

    Introduction This manual contains information needed to properly service the AWG2021 Arbitrary Waveform Generator, as well as general information critical to safe and effective servicing. To prevent personal injury or damage to the AWG2021, consider the following before attempting service: H The procedures in this manual should be performed only by a qualified service person H Read the General Safety Summary and the Service Safety Summary,...
  • Page 20 Introduction Tektronix Service Offerings Tektronix provides service to cover repair under warranty as well as other services that may provide a cost-effective answer to your service needs. Whether providing warranty repair service or any of the other services listed below, Tektronix service technicians are well equipped to service the AWG2021. Tektronix technicians train on Tektronix products;...

  • Page 21: Specifications

    Specifications...

  • Page 23: Product Description

    Product Description The AWG2021 is a portable arbitrary waveform generator capable of generating both arbitrary waveforms and standard function waveforms. Key features include: H Arbitrary waveform generation from waveform data files that you: H Create using the graphical waveform editor H Generate from equations you create using the equation editor H Transfer from GPIB or RS-232-C interfaces H Directly transfer from a Tektronix TDS Digitizing Oscilloscope,...
  • Page 24 Product Description H Editing in frequency domain and convolution waveform editor capability (Option 09) H Sample waveform library and sample GPIB programming examples on disk H Standard function waveforms H Internal diagnostic/calibration AWG2021 Service Manual...

  • Page 25: Performance Characteristics

    Performance Characteristics This subsection describes the conditions required for the AWG2021 to operate to specified characteristics. Performance Conditions The electrical characteristics are valid under the following conditions: 1. The instrument must have been calibrated at an ambient temperature from +20_ C to +30_ C. 2.

  • Page 26: Nominal Traits

    Performance Characteristics Nominal Traits This section contains a collection of tables that list the various nominal traits that describe the AWG2021 Arbitrary Waveform Generator. Electrical and mechanical traits are included. Nominal traits are described not by equipment performance and limits but by such things as memory capacity.
  • Page 27 Performance Characteristics Table 1-1: Electrical Characteristics (Cont.) Characteristics Description Performance Test Main Output Amplitude Except multiply (AM) and add (Add) operation Range 0.05 to 5 V into 50 W The amplitude range expands about 2 times (10 V ) into open circuit.
  • Page 28 Performance Characteristics Table 1-1: Electrical Characteristics (Cont.) Characteristics Description Performance Test Period Jitter Refer to Table 1-1-3 (measured by TDS694C-1MHD with TDSJIT1) Cycle to Cycle Jitter Refer to Table 1-1-4 (measured by TDS694C-1MHD with TDSJIT1) ECL DIGITAL DATA OUT (Option 03) Level ECL compatible Output Signals...
  • Page 29 Performance Characteristics Table 1-1: Electrical Characteristics (Cont.) Characteristics Description Performance Test Duty 0% to 100% Pulse only. Can be set in 1% increments Operating Mode Continuous mode Auxiliary Output Marker Signal 2.5 V into 50 W, generated at the starting point of the waveform.

  • Page 30: Table 1-2: Mechanical Characteristics

    Performance Characteristics Table 1-2: Mechanical Characteristics Characteristics Description Net Weight Standard 9.7 kg Size Height 6.4 inches with feet Width 14.3 inches with handle Length 19.25 inches with front cover 22.2 inches with handle extended AWG2021 Service Manual...

  • Page 31: Warranted Characteristics

    Performance Characteristics Warranted Characteristics This section will describe the warranted characteristics of the AWG2021. These can be divided into two main categories: electrical characteristics and environ- mental characteristics. Performance Conditions The electrical characteristics are valid under the following conditions: 1. The instrument must have been calibrated at an ambient temperature between +20_ C to +30_ C.
  • Page 32 Performance Characteristics Table 1-3: Electrical Characteristics (Cont.) Characteristics Description Performance Test Crosstalk between Channels Option 02, Sine (512 points), 250 MHz Clock, Amplitude 5 V, No Offset, No Filter <-70 dBc Noise Floor Waveform is 0 VDC (7FF), Norm, No Filter, No Offset, at 250 MHz Clock 0.1 V <-140 dBm/Hz (at 10 MHz)

  • Page 33: Figure 1-1: Timing For The Data And Clock Signals

    Performance Characteristics Table 1-3: Electrical Characteristics (Cont.) Characteristics Description Performance Test MARKER2 MARKER OUT Amplitude Check, page 4-40. Amplitude 2.5 V (+5%, -10%) into 50 W, 5 V (+5%, -10%) into open circuit Rise/Fall time < 8 ns Marker to Signal delay Within 15 ns CLOCK CLOCK OUT Amplitude...
  • Page 34 Performance Characteristics Table 1-3: Electrical Characteristics (Cont.) Characteristics Description Performance Test TRIGGER External Trigger Level Accura cy Check, page 4-42. ±(5% of Level + 0.1 V) Accuracy Pulse Width 15 ns minimum Input Swing 0.2 V minimum Maximum Input Volts 10 V when 1 MW selected when 50 W selected...
  • Page 35 Performance Characteristics Table 1-3: Electrical Characteristics (Cont.) Characteristics Description Performance Test When Option 02 (second channel) installed Check Internal Add Operation, page 4-29. Output Within 5% CH1 + CH2 (value indicated at the lower right box in SETUP menu) Output can not exceed 5 V Frequency Response DC to 30 MHz (-3 dB) AC Power Source...

  • Page 36: Table 1-4: Environmental Characteristics

    Performance Characteristics Table 1-4: Environmental Characteristics Characteristics Description Temperature Operating +10_ C to +40_ C Non operating -20_ C to +60_ C Relative Humidity Operating 20% to 80% (No condensation) Maximum wet bulb temperature 29.4_ C Non operating 5% to 90% (No condensation) Maximum wet bulb temperature 40.0_ C Altitude Operating...

  • Page 37: Typical Characteristics

    Performance Characteristics Typical Characteristics This section will describe the typical characteristics for the AWG2021. These values represent typical or average performance and are not absolutely guaranteed. Table 1-5: Electrical Characteristics Characteristics Description Delay 1 MHz 390 ns 5 MHz 78 ns 20 MHz 18 ns 50 MHz...
  • Page 38 Performance Characteristics Table 1-6: Certifications and compliances (cont.) Category Standards or description Australian/New Zealand Complies with EMC provision of Radio-communications Act per the following standard: declaration of Conformity EMC AS/NZS 2064.1/2 Industrial, Scientific, and Medical Equipment: 1992 EC Declaration of Conformity - Compliance was demonstrated to the following specification as listed in the Official Journal of the Low Voltage European Communities:...

  • Page 39: Operating Information

    Operating Information...

  • Page 41: Preparation For Use

    Preparation for Use This section describes how to prepare the AWG2021 Arbitrary Waveform Generator for use. The information describes these items: H Proper operating environment H Checking power cord and line voltage configurations H Checking the fuse H Power-on and power-off cycles Supplying Power Before installing the AWG2021, note these precautions: WARNING.

  • Page 42: Power Cord Information

    Preparation for Use Power Cord Information The AWG2021 ships with the required power cord as ordered by the customer. Table 2–1 gives the color-coding of the conductors in the power cord. Table 2–2 shows information on the available power cords. Table 2-1: Power Cord Conductor Identification Conductor Color...

  • Page 43: Table 2-2: Power Cord Identification

    Preparation for Use Table 2-2: Power Cord Identification Plug Configuration Normal Usage Option Number North America Standard 125 V Europe 230 V United Kingdom 230 V Australia 230 V North America 230 V Switzerland 230 V North American 115V/15A Plug NEMA 5 20P North American 120/208V 3 Phase Plug...

  • Page 44: Operating Environment

    Preparation for Use Operating Environment To ensure proper AWG2021 operation and long life, note the following environmental requirements. Operating Temperature The AWG2021 operates in an environment with an ambient air temperature between +10_ C and +40_ C. The AWG2021 storage temperature ranges from –20_ C to +60_ C.

  • Page 45: Fuse Type And Rating

    Preparation for Use Power Connector WARNING ATTENTION Fuse Principal Power Switch Figure 2-1: Rear Panel Controls Fuse Type and Rating The AWG2021 uses the same fuse for all operating line voltage ranges. One of two fuse types is installed in the instrument, depending upon the power cord option.

  • Page 46: Applying And Interrupting Power

    Preparation for Use Applying and Interrupting Power Consider the following information when you power on or power off the AWG2021, or when external power loss occurs. Power on Cycle At power-on, the start-up diagnostics check the AWG2021 operation. The start-up diagnostics take about 30 seconds. If all diagnostic items complete without error, the AWG2021 displays PASS on the screen and then changes to the SETUP menu.

  • Page 47: Memory Backup Power

    Preparation for Use Memory Backup Power A lithium battery maintains internal nonvolatile memory, allowing the AWG2021 to retain waveform and sequence files if AC power is lost. This battery has a shelf life of about three years. Partial or total loss of stored information at power-on may indicate that the battery needs to be replaced.

  • Page 48: Installed Options

    Preparation for Use Installed Options Your AWG2021 may include one or more options. To determine which options are installed, power on the AWG2021 and look at the display during the power-on sequence. The AWG2021 lists the installed options after Options, near the top of the display.

  • Page 49: Operating Instructions

    Operating Instructions Before servicing the AWG2021, read the following operating instructions. These instructions are at the level appropriate for servicing the AWG2021. The user manual contains complete operator instructions. In addition, section 4, Performance Verification, includes instructions for making the front-panel settings required to check AWG2021 characteristics. How to Power On To power-on the AWG2021, follow these steps: 1.

  • Page 50: User Interface

    Operating Instructions The AWG2021 performs internal calibration routines using the Diag/Cal item in the UTILITY menu, which check internal circuit function and adjust calibration constants. Run these calibration routines whenever the AWG2021 undergoes a temperature change. For instance, run the calibration routines after the AWG2021 warms up at power-on.

  • Page 51: Figure 2-2: Display Features

    Operating Instructions Date & Status Area Time Display Error Display Area Side Menu Label Side Menu Button Operation Knob Icon Message Area Bottom Menu Figure 2-2: Display Features 2-11 AWG2021 Service Manual...

  • Page 52: Menus

    Operating Instructions Side Menu When you select an item from the bottom menu, the corresponding side menu appears on the right side of the screen. To select an item, input numerals, or execute functions, push the soft button corresponding to the side menu item. Button Operation This area includes an explanation of front panel operation.

  • Page 53: Waveform Files

    Operating Instructions H LOAD/SAVE Menu. Here are the functions for this menu: H The LOAD menu loads files from the AWG2021 floppy disk drive or nonvolatile internal memory into internal memory. H The SAVE menu saves files from the AWG2021 internal memory onto a floppy disk or into nonvolatile internal memory.

  • Page 54: Waveform Storage And I/O

    Operating Instructions Waveform Storage and I/O The AWG2021 has both internal memory and internal nonvolatile memory (NVRAM) for waveform file storage. The AWG2021 generates waveforms from files residing in internal memory. To save a file that is in internal memory, copy it to nonvolatile memory or floppy disk.

  • Page 55: Setting Output Parameters

    Operating Instructions Destination Source Figure 2-3: LOAD Menu Setting Output Parameters The SETUP menu allows you to set various output parameters for outputting a waveform or sequence waveform. To set the output parameters, select a waveform or sequence file (that is already loaded into memory) as the active file. When you select a file, the AWG2021 changes to the output parameters associated with the file and displays these parameters on the SETUP menu.

  • Page 56: Figure 2-4: Setup Menu

    Operating Instructions Figure 2-4: SETUP Menu 2. Select Waveform Sequence from the bottom menu. 3. Turn the general purpose knob to highlight a file in the displayed list of files; these are the files currently in internal memory. Then push ENTER to select the file;...

  • Page 57: Operation Mode Settings

    Operating Instructions The clock period is the time between the data points for the waveform created. Therefore, the product of the clock period and the number of waveform points is the waveform or sequence period. For example, if the clock frequency is 1 MHz (period of 1 ms) and there are 100 waveform points, the waveform period is displayed as 100 ms.

  • Page 58: Figure 2-5: Mode Menu

    Operating Instructions Figure 2-5: MODE Menu H Gated Mode. In gated mode, the gate signal controls the waveform or sequence output. As long as the front panel MANUAL button is pushed (or the gating signal is high), the AWG2021 outputs the specified waveform or sequence.
  • Page 59 Operating Instructions H Autostep Mode. Autostep mode uses the waveform file list and output parameter information in an autostep file. In this mode, the AWG2021 outputs one waveform when a trigger occurs, just as in Waveform Advance mode. The difference is that in this mode, the SETUP output parameters change with the waveform data.
  • Page 60 Operating Instructions 2-20 AWG2021 Service Manual...

  • Page 61: Theory Of Operation

    Theory of Operation...

  • Page 63: Module Overview

    Theory of Operation This section describes the basic operation of the major circuit blocks or modules in the AWG2021. Section 9, Diagrams, includes three block diagrams and two interconnect diagrams. Figures 9–1, 9–2, and 9–3 show the modules and functional blocks of the AWG2021 with Options 02 , 03, 04, and 09 installed. Figures 9–4 and 9–5 show how the modules interconnect.

  • Page 64: Analog Processing (A3, Analog Board)

    Theory of Operation Digital to Analog This functional block is a 12-bit high-speed digital-to-analog converter. It Converter (DAC) (A2, converts the digital data from the waveform memory into analog signals. Memory Board) Analog Processing (A3, This analog processing block amplifies the analog signals from the DAC to the Analog Board) necessary amplitude.

  • Page 65: Floppy Disk Drive

    Theory of Operation Floppy Disk Drive The 3.5-inch floppy disk drive supports both 2DD and 2HD MS-DOS formats. Low Voltage Power Supply This functional block is a switching-type power supply that converts the line (A4 Power Board) voltage into the voltages required for internal circuit operation. The Power board (A4) is also part of this block;...
  • Page 66 Theory of Operation AWG2021 Service Manual...

  • Page 67: Performance Verification

    Performance Verification...

  • Page 69: Performance Verification Procedures

    Performance Verification Procedures This section describes the verification procedures, indicates when to use the procedures, and gives conventions used in their structure. The procedures in this section are: H Self Tests H Performance Tests Preparation These procedures verify the AWG2021 Arbitrary Waveform Generator function- ality.
  • Page 70 Performance Verification Procedures H Each procedure consists of as many steps, substeps, and subparts as required to do the test. Steps, substeps, and subparts are sequenced as follows: 1. First Step a. First Substep H First Subpart H Second Subpart b.

  • Page 71: Self Tests

    Self Tests This subsection describes how to use AWG2021 internal self-test routines. No equipment is required to do these procedures. The self tests include these internal routines: H Diagnostics. This self-test procedure uses internal routines to verify that the AWG2021 functions, and passes the internal circuit tests. H Calibration.

  • Page 72: Figure 4-1: Diagnostics Menu

    Self Tests Figure 4-1: Diagnostics Menu b. Run the diagnostics: Select Execute from the side menu. This executes all the AWG2021 diagnostics automatically. c. Wait: The internal diagnostics do an extensive verification of AWG2021 functions. This verification takes about one minute. While it progresses, the screen displays the busy icon.

  • Page 73: Calibration

    Self Tests Calibration The AWG2021 includes internal calibration routines that check electrical characteristics such as amplitude, offset, trigger level, clock, filters, X5 output amplifier, and attenuation. The routine adjusts internal calibration constants as necessary. This procedure describes how to do the internal calibration. Equipment None.
  • Page 74 Self Tests 2. Return to regular service: Push any button (other than UTILITY) in the MENU column to exit the diagnostic menu. NOTE. The interactive tests on the Diag/Cal menu are for manufacturing use at the factory. AWG2021 Service Manual...

  • Page 75: Performance Tests

    Performance Tests This subsection contains a series of procedures for checking that the AWG2021 Arbitrary Waveform Generator performs as warranted. The procedures are arranged in ten logical groupings, presented in the following order: H Operating Mode Checks H Arithmetic Operation Checks H Clock Frequency and Amplitude Checks H Gain and Offset Accuracy Checks H Pulse Response Check...

  • Page 76: Related Information

    Performance Tests NOTE. For operation to specified accuracy, allow the AWG2021 to warm up at least 20 minutes before doing the performance tests. H Load all the files from the Performance Check/Adjustment disk (063-2171-XX) that comes with this manual into AWG2021 internal memory.

  • Page 77: Performance Check/Adjustment Files

    Performance Tests Table 4-1: Test Equipment (Cont.) Item Description Minimum Requirements Example Purpose Frequency counter Frequency range: 10 Hz to 250 MHz Tektronix DC 5010 Programmable Used to check clock Universal Counter/Timer frequency. Digital multimeter DC volts range: 0.05 V to 5 V Fluke 8842A Used throughout the Accuracy: ±0.1%...

  • Page 78: Table 4-2: File List For Performance Check/Adjustment Disk

    Performance Tests Table 4-2: File List for Performance Check/Adjustment Disk EDIT Menu SETUP Menu File Name Shape Point Clock Operation Filter Ampl Offset Usage Î Î Î MODE.WFM 1000 1 MHz Normal Through Cont Mode, Î Î Î Triggered Mode, Î...

  • Page 79: Table 5-2: File List For Performance Check/Adjustment Disk

    Performance Tests Table 4-2: File List for Performance Check/Adjustment Disk (Cont.) EDIT Menu SETUP Menu Shape Point File Name File Name Clock Operation Filter Ampl Offset Usage Usage GAIN_OFF.AST 1000 1 MHz Normal Through 0.25 V Gain Accuracy Step: 1 GAIN 1.WFM Step: 2 GAIN 2.WFM 1000 1 MHz...

  • Page 80: Operating Mode Checks

    Performance Tests Operating Mode Checks These procedures check operation of the Cont, Triggered, Burst, Gated, Waveform Advance, and Autostep modes. Check Cont Mode Electrical Operating mode, Continuous, on page 1-4. Characteristic Checked Equipment One 50 W coaxial cable Required One oscilloscope Prerequisites The AWG2021 must meet the prerequisites listed on page 4-7.
  • Page 81 Performance Tests 2. Set the AWG2021 controls and select the waveform file: a. Initialize AWG2021 controls: Push UTILITY!Misc!Config...!Re- set to Factory!O.K. b. Select the file: H Push SETUP!Waveform Sequence, if necessary, to select a waveform file for CH1. Waveform Sequence toggles between the CH1 files (upper list) and the CH2 files (lower list).

  • Page 82: Figure 4-4: Triggered Mode Initial Test Hookup

    Performance Tests Check Triggered Mode Electrical Operating mode, Triggered, on page 1-4. Characteristic Checked Equipment Two 50 W coaxial cables Required One function generator One oscilloscope Prerequisites The AWG2021 meets the prerequisites listed on page 4-7. 1. Install the test hookup and set test equipment controls: a.
  • Page 83 Performance Tests Trigger Source ....Coupling ....Slope .

  • Page 84: Figure 4-5: Burst Mode Initial Test Hookup

    Performance Tests 5. Check triggered mode with external triggering: a. Enable function generator output: Turn on the function generator output. b. Check triggering: Check that for each trigger supplied by the function generator, the oscilloscope displays a one-cycle sine wave. 6.
  • Page 85 Performance Tests 2. Set AWG2021 controls and select the waveform file: a. Initialize AWG2021 controls: Push UTILITY!Misc!Config...!Re- set to Factory!O.K. b. Modify the AWG2021 default settings: Push MODE!Burst!Burst Count and turn the general purpose knob to a burst count of 3. c.

  • Page 86: Figure 4-6: Gated Mode Initial Test Hookup

    Performance Tests Check Gated Mode Electrical Operating mode, Gated, on page 1-4. Characteristic Checked Equipment Three 50 W coaxial cables Required One 50 W precision termination One function generator One oscilloscope Prerequisites The AWG2021 meets the prerequisites listed on page 4-7. 1.
  • Page 87 Performance Tests Horizontal Sweep ....2 ms/div. Trigger Source ....Coupling .

  • Page 88: Figure 4-7: Relationship Between 1 Volt Or Greater Gate Signal And Waveform Output Signal

    Performance Tests 5. Check gated mode with gate signal: a. Apply gate signal: Turn function generator output on. b. Check gated mode with positive gate signal: Check that the oscilloscope displays a sine wave while the function generator gate signal amplitude is high (see Figure 4–7).

  • Page 89: Figure 4-8: Waveform Advance Mode Initial Test Hookup

    Performance Tests Check Waveform Advance Electrical Operating mode, Waveform Advance, on page 1-4. Mode Characteristic Checked Equipment One 50 W coaxial cable Required One oscilloscope Prerequisites The AWG2021 meets the prerequisites listed on page 4-7. 1. Install test hookup and set test equipment controls: Hook up the oscilloscope: Connect the AWG2021 CH1 output connector through the coaxial cable to the CH1 vertical input connector on the oscilloscope (see Figure 4–8).
  • Page 90 Performance Tests b. Set AWG2021 controls: H Push MODE!Waveform Advance!Slope to highlight Positive. H Select Level from the side menu, and turn the general purpose knob to select a 1.0 V level. H Select Impedance from the side menu to highlight 50 W. c.

  • Page 91: Figure 4-9: Autostep Mode Initial Test Hookup

    Performance Tests Check Autostep Mode Electrical Operating mode, Autostep, on page 1-4. Characteristic Checked Equipment Two 50 W coaxial cables Required One oscilloscope Prerequisites The AWG2021 meets the prerequisites listed on page 4-7. 1. Install test hookup and set test equipment controls: a.
  • Page 92 Performance Tests 2. Set the AWG2021 controls and select the waveform file: a. Initialize AWG2021 controls: Push UTILITY!Misc!Config...!Re- set to Factory!O.K. b. Modify AWG2021 default settings: H Push MODE!Autostep!Slope to highlight Positive. H Select Level from the side menu, and turn the general purpose knob to select 1 V.

  • Page 93: Arithmetic Operation Checks

    Performance Tests Arithmetic Operation Checks These procedures check operation of external AM. For an AWG2021 with Option 02, the procedures check internal AM and internal ADD arithmetic functions. NOTE. The arithmetic operation checks are structured as a continuous series of tests.

  • Page 94: Figure 4-10: External Am Operation Initial Test Hookup

    Performance Tests Function Generator FG 5010 AWG2021 AWG2021 8842A Figure 4-10: External AM Operation Initial Test Hookup 2. Set the AWG2021 controls and select the waveform file: a. Initialize AWG2021 controls: Push UTILITY!Misc!Config...!Re- set to Factory!O.K. b. Modify AWG2021 default settings: H Push MODE!Autostep.

  • Page 95: Figure 4-11: Mode Menu Autostep Setting

    Performance Tests Step Display Figure 4-11: MODE Menu Autostep Setting H Check that the DMM reading is in the range from +2.375 to +2.625 V (100% modulation). H Set the function generator offset value to 0 V. Check that the DMM reading is in the range from +1.125 to +1.375 V (50% modulation).
  • Page 96 Performance Tests Check Internal AM Electrical Arithmetic Operation, Amplitude Modulation, on page 1-12. Operation (Option 02 Characteristic Checked Only) Equipment Two 50 W coaxial cables Required One function generator One digital multimeter (DMM) Prerequisites The AWG2021 meets the prerequisites listed on page 4-7. Option 02 (CH2 output channel) must be installed in the AWG2021.
  • Page 97 Performance Tests Check Internal Add Electrical Arithmetic Operation, Add, on page 1-13. Operation (Option 02 Characteristic Checked Only) Equipment Two 50 W coaxial cables Required One function generator One digital multimeter (DMM) Prerequisites The AWG2021 meets the prerequisites listed on page 4-7. Option 02 (CH2 output channel) must be installed in the AWG2021.

  • Page 98: Clock Frequency And Amplitude Checks

    Performance Tests Clock Frequency and Amplitude Checks These procedures check the accuracy of the AWG2021 clock frequency and the waveform output amplitude. Check Clock Frequency Electrical Clock Generator, Accuracy, on page 1-9. Accuracy Characteristic Checked Equipment A 50 W coaxial cable Required One SMA BNC adapter One frequency counter...

  • Page 99: Table 4-3: Clock Frequency Accuracy

    Performance Tests 2. Set AWG2021 controls and select the waveform: a. Initialize AWG2021 controls: Push UTILITY!Misc!Config...!Re- set to Factory!O.K. b. Select the waveform file: H Push SETUP!Waveform Sequence, if necessary, to select a waveform file for CH1. Waveform Sequence toggles between the CH1 files (upper list) and the CH2 files (lower list).

  • Page 100: Figure 4-13: Clock Amplitude Initial Test Hookup

    Performance Tests Check Clock Amplitude Electrical Auxiliary Outputs, Clock, Amplitude, on page 1-11. Characteristic Checked Equipment A 50 W coaxial cable Required One SMA BNC adapter One oscilloscope Prerequisites The AWG2021 meets the prerequisites listed on page 4-7. 1. Install test hookup and set test equipment controls: a.
  • Page 101 Performance Tests Trigger Source ....Coupling ....Slope .

  • Page 102: Gain And Offset Accuracy Checks

    Performance Tests Gain and Offset Accuracy Checks These procedures check the accuracy of the AWG2021 gain and offset. NOTE. The gain and offset accuracy checks are structured as a continuous test. After Check Gain Accuracy, the next test uses the control settings from the last test ,and the next step in the sequence file.
  • Page 103 Performance Tests 2. Set the AWG2021 controls and select the waveform file: a. Initialize AWG2021 controls: Push UTILITY!Mis!Config...!Reset to Factory!O.K. b. Select the AWG2021 waveform file: H Push MODE!Autostep!Select Autostep File to choose a sequence file for CH1. H Turn the general purpose knob to select the GAIN_OFF.AST file. H Push ENTER.
  • Page 104 Performance Tests Check Offset Accuracy Electrical Main Output, Offset, Accuracy, on page 1-9. Characteristic Checked Equipment One 50 W coaxial cable Required One 50 W termination One BNC to dual banana adapter One digital multimeter (DMM) Prerequisites The AWG2021 meets the prerequisites listed on page 4-7. 1.

  • Page 105: Pulse Response Check

    Performance Tests Pulse Response Check This procedure checks the pulse response characteristics of the AWG2021 output waveforms at amplitudes of 0.5 V and 1 V. Electrical Main Outputs, Pulse Response, on page 1-10. Characteristic Checked Equipment One 50 W coaxial cable Required One oscilloscope Prerequisites...
  • Page 106 Performance Tests 2. Set the AWG2021 controls and select the waveform file: a. Initialize AWG2021 controls: Push UTILITY!Misc!Config...!Re- set to Factory!O.K. b. Select waveform file: H Push SETUP!Waveform Sequence, if necessary, to select a waveform file for CH1. Waveform Sequence toggles between the CH1 files (upper list) and the CH2 files (lower list).
  • Page 107 Performance Tests b. Change the AWG2021 controls: H Push SETUP!Ampl to change the amplitude for CH1. H Press the numeric key 1, and press the units key V to select an amplitude of 1 V. c. Repeat substeps 4a through e, checking to the following limits: Rise time .

  • Page 108: Sync Out And Marker Out Amplitude Checks

    Performance Tests SYNC Out and MARKER Out Amplitude Checks These procedures check the amplitude of the SYNC Out and MARKER Out signals. Electrical Auxiliary Outputs, Sync, Marker 1, Marker 2, Amplitude, on page 1-10. Characteristic Checked Equipment One 50 W coaxial cable Required One oscilloscope Prerequisites...
  • Page 109 Performance Tests 2. Set the AWG2021 controls and select the waveform file: a. Initialize AWG2021 controls: Push UTILITY!Misc!Config...!Re- set to Factory!O.K. b. Select waveform file: H Push SETUP!Waveform Sequence, if necessary, to select a waveform file for CH1. Waveform Sequence toggles between the CH1 files (upper list) and the CH2 files (lower list).

  • Page 110: External Trigger Level Accuracy Check

    Performance Tests External Trigger Level Accuracy Check This procedure checks the external trigger level accuracy of the AWG2021. Electrical Auxiliary Inputs, Trigger, Accuracy, on page 1-12. Characteristic Checked Equipment Two 50 W coaxial cables Required One function generator One oscilloscope Prerequisites The AWG2021 meets the prerequisites listed on page 4-7.
  • Page 111 Performance Tests Horizontal 50 ms/div. Sweep ....Trigger Source ....Coupling .
  • Page 112 Performance Tests 4. Check external trigger high level: a. Adjust oscilloscope controls: Press and hold the AWG2021 MANUAL TRIGGER button and adjust the oscilloscope vertical and horizontal position to display the waveform from the AWG2021. Release the MANUAL TRIGGER button. b.

  • Page 113: External Clock In Check

    Performance Tests External CLOCK IN Check This procedure checks the AWG2021 response to an external CLOCK IN signal. Electrical Auxiliary Inputs, Clock, Threshold level, on page 1-12. Characteristic Checked Equipment Two 50 W coaxial cables Required One function generator One oscilloscope Prerequisites The AWG2021 meets the prerequisites listed on page 4-7.
  • Page 114 Performance Tests c. Set oscilloscope controls: Vertical ..... . Coupling ....Scale .

  • Page 115: Ecl Digital Data Out Check (Option 03)

    Performance Tests ECL Digital Data Out Check (Option 03) This procedure checks the AWG2021 ECL digital data output at the rear panel. NOTE. This check requires that the AWG2021 has Option 03 installed. Electrical Auxiliary Outputs, ECL Digital Data Out, Level, on page 1-11. Characteristic Checked Equipment...

  • Page 116: Figure 4-19: Ecl Digital Data Out Initial Test Hookup

    Performance Tests AWG2021 Oscilloscope ECL Digital Data Out Cable Power Supply –2V Termination Board Figure 4-19: ECL Digital Data Out Initial Test Hookup d. Set oscilloscope controls: Vertical ..... . Scale .
  • Page 117 Performance Tests b. Select waveform file: H Push SETUP!Waveform Sequence, if necessary, to select a waveform file for CH1. H Turn the general purpose knob to highlight the DIGI_OUT.WFM file. H Push ENTER to select the file. c. Set AWG2021 controls: H Push MODE!Cont.

  • Page 118: Figure 4-20: Output Pins On The Termination Board

    Performance Tests J150 Figure 4-20: Output Pins on the Termination Board 5. Turn off equipment output and disconnect test hookup: a. Disable power supply output: Turn off power supply output. b. Remove connections: Disconnect all connections to the AWG2021. 4-50 AWG2021 Service Manual...

  • Page 119: Ttl Digital Data Out Check (Option 04)

    Performance Tests TTL DIGITAL DATA OUT Check (Option 04) This procedure checks the AWG2021 TTL DIGITAL DATA OUT at the rear panel. NOTE. This check requires that the AWG2021 has Option 04 installed. Electrical Auxiliary Output, TTL DIGITAL DATA OUT, Level, on page 1-11. Characteristic Checked Equipment...
  • Page 120 Performance Tests b. Hook up oscilloscope: H Connect the oscilloscope probe to the CH1 vertical input. H Connect the probe ground-clip to the GND pin of 2 × 13 header. c. Set oscilloscope controls: Vertical ..... . Scale .

  • Page 121: Figure 4-22: Output Pins On The Ttl Digital Data Out Cable

    Performance Tests 2 × 13 Header TTL Digital Data Out Cable Figure 4-22: Output Pins on the TTL Digital Data Out Cable 4. If Option 02 is installed, check the CH2 digital data output signals: a. Change connection: Change the connection for the TTL digital data out cable from CH1 DIGITAL DATA OUT connector to CH2 DIGITAL DATA OUT connector.

  • Page 122: Floating Point Processor Check (Option 09)

    Performance Tests Floating Point Processor Check (Option 09) This procedure checks the AWG2021 floating point processor. NOTE. This check requires that the AWG2021 has Option 09 installed. Equipment None Required Prerequisites The AWG2021 meets the prerequisites listed on page 4-7. Option 09 (floating point processor) must be installed in the AWG2021.

  • Page 123: Adjustment Procedures

    Adjustment Procedures...

  • Page 125: Requirements For Performance

    Adjustment Procedures This section contains information needed to manually adjust the AWG2021 Arbitrary Waveform Generator. The Adjustment Procedures section consists of two subsections: H Before Adjustments. Provides general information about adjusting the AWG2021 and the Performance Check/Adjustment disk files. H Adjustments. Procedures for manually adjusting the AWG2021. Use the Adjustments subsection to return the AWG2021 to conformance with performance specified in section 1, Specifications.

  • Page 126: Equipment Required

    Adjustment Procedures Equipment Required Table 5–1 lists the test equipment required to adjust the AWG2021. Table 5-1: Test Equipment Item Description Minimum Requirements Example Purpose BNC cable Impedance: 50 W Tektronix Part 012 0057 XX Signal interconnection Connectors: BNC Length: 43 inches PELTOLA cable with BNC Must use example equipment Tektronix Part 131 1315 XX...

  • Page 127: Cooling

    Adjustment Procedures Cooling CAUTION. To prevent damage to the AWG2021 due to over-heating, do not do the adjustment procedures without providing additional cooling, as described below. With the rear cover and cabinet removed, the AWG2021 assembly does not cool properly while power is applied. A separate fan is needed to prevent heat build-up.

  • Page 128: Performance Check/Adjustment Files

    Adjustment Procedures Performance Table 5–2 lists the waveform file on the Performance Check/Adjustment disk Check/Adjustment Files that is required to do the adjustments. The table lists the front-panel settings that the file sets up and the adjustment procedures that use the file. For instructions on loading files, see Loading Files on page 2–14.

  • Page 129: Adjustments

    Adjustment Procedures Adjustments This subsection describes how to adjust internal circuits of the AWG2021. Before doing these adjustments, read Before Adjustments on page 5–2. X5 Amplifier HF Equipment One 50 W coaxial cable Compensation Required One oscilloscope Prerequisites The AWG2021 must meet the requirements for performance listed on page 5-1.
  • Page 130 Adjustment Procedures 2. Set the AWG2021 controls and select the waveform file: a. Initialize AWG2021 controls: Push UTILITY!Misc!Config...!Re- set to Factory!O.K. b. Select the waveform file: H Push SETUP!Waveform Sequence, if necessary, to select a waveform file for CH1. Waveform Sequence toggles between the CH1 files (upper list) and the CH2 files (lower list).

  • Page 131: Figure 5-3: C201 Locations For Ch1 And Ch2

    Adjustment Procedures A3 C201 A23 C201 Figure 5-3: C201 Locations for CH1 and CH2 Attenuator LF Equipment Two 50 W coaxial cables Compensation Required One PELTOLA cable One oscilloscope Prerequisites The AWG2021 must meet the requirements for performance listed on page 5-1.
  • Page 132 Adjustment Procedures J301 AWG2021 Oscilloscope Figure 5-4: Hookup for Attenuator LF Compensation BNC Connector PELTOLA Cable Figure 5-5: PELTOLA Cable with BNC c. Set oscilloscope controls: Vertical ..... . CH1 coupling .
  • Page 133 Adjustment Procedures 2. Set AWG2021 controls and select the waveform file: a. Initialize AWG2021 controls: Push UTILITY!Misc!Config...!Re- set to Factory!O.K. b. Select the waveform file: H Push SETUP!Waveform Sequence, if necessary, to select a waveform file for CH1. Waveform Sequence toggles between the CH1 files (upper list) and the CH2 files (lower list).
  • Page 134 Adjustment Procedures 5. End procedure: H Disconnect the coaxial cable between the AWG2021 CH1 and TRIG- GER INPUT. H Disconnect the PELTOLA cable and coaxial cable between the AWG2021 A4 Power board and oscilloscope. H Install cable J310 on the A4 Power board. End Adjustment This is the end of the Adjustments.

  • Page 135: Maintenance

    Maintenance...

  • Page 137: Preparation

    Maintenance This section contains the information needed to do periodic and corrective maintenance on the AWG2021 Arbitrary Waveform Generator. Specifically, the following subsections are included: H Preparation. This subsection includes this introduction plus general information on preventing damage to internal modules when doing maintenance.

  • Page 138: Preventing Esd

    Maintenance Preventing ESD CAUTION. Static discharge can damage any semiconductor component in the AWG2021. Precautions. When performing service which requires internal access to the AWG2021, follow these precautions to avoid damaging internal modules and their components due to electrostatic discharge (ESD). 1.

  • Page 139: Table 6-1: Relative Susceptibility To Static-Discharge Damage

    Maintenance Table 6-1: Relative Susceptibility to Static Discharge Damage Relative Susceptibility Semiconductor Classes Levels MOS or CMOS microcircuits or discrete circuits, or linear microcircuits with MOS inputs (most sensitive) Schottky signal diodes Schottky TTL High frequency bipolar transistors JFET Linear microcircuits Low power Schottky TTL TTL (least sensitive) Voltage equivalent for levels (voltage discharged from a 100 pF capacitor through...

  • Page 140: Inspection And Cleaning

    Maintenance Inspection and Cleaning This subsection describes how to determine whether the AWG2021 needs cleaning, and how to do the cleaning. Inspection and cleaning are preventive maintenance procedures. When done regularly, preventive maintenance may prevent AWG2021 malfunction and enhance reliability. Preventive maintenance consists of visually inspecting and cleaning the AWG2021, and using general care when operating it.

  • Page 141: Table 6-2: External Inspection Check List

    Maintenance Inspection Exterior. Inspect the outside of the AWG2021 for damage, wear, and missing parts, using Table 6–2 as a guide. If the AWG2021 appears to have been dropped or otherwise abused, check it thoroughly to verify correct operation and performance.

  • Page 142: Table 6-3: Internal Inspection Check List

    Maintenance CAUTION. To prevent damage from electrical arcing, ensure that circuit boards and components are dry before applying power to the AWG2021. Table 6-3: Internal Inspection Check List Item Inspect For Repair Action Circuit boards Loose, broken, or corroded Remove failed modules and solder connections;...
  • Page 143 Maintenance 4. Gain access to the parts to be cleaned by removing easily accessible shields and panels (see Removal and Installation Procedures in this section). 5. Spray wash dirty parts with the isopropyl alcohol, and wait 60 seconds for the majority of the alcohol to evaporate. 6.
  • Page 144 Maintenance AWG2021 Service Manual...

  • Page 145: Removal And Installation Procedures

    Removal and Installation Procedures This subsection describes removing and installing the mechanical and electrical modules in the AWG2021. Preparation This subsection contains the following information: H Preparatory information needed to properly do the procedures that follow H A list of equipment required when removing modules H Module locator diagrams for finding each module in the AWG2021 H Procedures for removing and installing electrical and mechanical modules WARNING.

  • Page 146: Summary Of Procedures

    Removal and Installation Procedures Summary of Procedures The Access Procedure on page 6–12 identifies the procedure for removing each module. These categories separate the procedures based on their location in the AWG2021. H Procedures for External Modules on page 6–15 describes how to remove modules which can be removed without internal access to the AWG2021.
  • Page 147 Removal and Installation Procedures AWG2021 Orientation In this manual, procedures refer to “front,” “back,” “top,” etc. of the AWG2021. Figure 6–1 shows how the sides are referenced. Figure 6-1: AWG2021 Orientation 6-11 AWG2021 Service Manual...

  • Page 148: Access Procedure

    Removal and Installation Procedures Access Procedure When you have identified the module to be removed for service, read General Instructions found on page 6–9. Then use the flowchart in Figure 6–2 to determine which procedures to use for removing the module. The removal procedures end with installation instructions.
  • Page 149 Removal and Installation Procedures Fuse Cap Line Fuse Rear Cover Line Cord Cabinet CRT Filter Front panel Module Menu Buttons Floppy disk Drive Bezel Front panel Knob EMI Gasket Trim Ring Front Cover (Optional) Figure 6-3: External Modules 6-13 AWG2021 Service Manual...
  • Page 150 Removal and Installation Procedures Rear Panel A7 Floating Point Processor Board (Option 09) A6 CPU Board A21 Control Board (CH1) A31 Control Board (Option 02, CH2) or A9 Digital Data Out Board Power Supply Module Fan Frame A10 Synthesizer Board Monitor Module Rear BNC Connector Aux Power...

  • Page 151: Procedures For External Modules

    Removal and Installation Procedures Procedures for External Modules Do the Access Procedure (page 6–12) before doing any procedure in this group. This group contains the following procedures: H Front-panel Knob H Line Fuse and Line Cord H Rear Cover and Cabinet H EMI Gaskets H Front Cover, Trim Ring, and Menu Buttons H Front-panel Module...

  • Page 152: Front-Panel Knob

    Removal and Installation Procedures Front panel Knob 1. Assemble equipment and locate modules to be removed: You will need a inch hex wrench to do this procedure. Find the front-panel knob on the 1 6- front panel in the locator diagram, External Modules, Figure 6–3. 2.

  • Page 153: Line Fuse And Line Cord

    Removal and Installation Procedures Line Fuse and Line Cord 1. Assemble equipment and locate modules to be removed: You will need a flat-bladed screwdriver to do this procedure. Locate the line fuse and line cord in the locator diagram, External Modules, Figure 6–3. 2.

  • Page 154: Rear Cover And Cabinet

    Removal and Installation Procedures Rear Cover and Cabinet 1. Assemble equipment and locate modules to be removed: a. You will need a screwdriver with size T-9 and T-15 TorxR tips to do this procedure. b. Make sure the AWG2021 front cover (optional accessory) is installed. If it is not, install it by snapping the edges of the front cover over the trim ring.
  • Page 155 Removal and Installation Procedures c. When sliding the cabinet, be sure that the front edge of the cabinet aligns with the groove containing the four EMI shields on the trim ring. d. When reinstalling the four screws at the rear panel, tighten them to a torque of 10 kg-cm (8.7 in-lbs).

  • Page 156: Emi Gaskets

    Removal and Installation Procedures EMI Gaskets 1. Remove front cover and trim ring: Do the Front Cover, Trim Ring, and Menu Buttons procedure on page 6–20, removing only the front cover and trim ring. CAUTION. To prevent exceeding the environmental characteristics for EMI, carefully follow the instructions given, when reinstalling the EMI gaskets and/or the AWG2021 cabinet.
  • Page 157 Removal and Installation Procedures Trim Ring: when removing the trim ring, grasp its back edge and vigorously flex it upward before pulling it forward. Trim Ring Menu Buttons Figure 6-8: Front Cover, Trim Ring, and Menu Button Removal (Front Cover not Shown) CAUTION.

  • Page 158: Front-Panel Module

    Removal and Installation Procedures Front panel Module NOTE. This procedure includes removal and reinstallation instructions for the front-panel module and front-panel buttons. Unless either of those modules are being serviced, do not do step 6, “Further disassembly of Front-panel Module.” 1.
  • Page 159 Removal and Installation Procedures To JP301 (2) Pull To J101 (1) Push Flat bladed Screwdriver To TRIGGER INPUT Connector Front panel Module Figure 6-9: Front panel Module Removal 6. Further disassembly of front-panel module: If the front-panel module or the front-panel buttons are to be serviced, do the following substeps: a.
  • Page 160 Removal and Installation Procedures Hooks A12 Keyboard Hooks Figure 6-10: A12 Keyboard Removal d. Now disassemble the front-panel module components using Figure 6–11 as a guide. Reverse the procedure to reassemble. 6-24 AWG2021 Service Manual...
  • Page 161 Removal and Installation Procedures Extension Setscrew A12 Keyboard Figure 6-11: Disassembly of Front panel Module 7. Reinstallation: If the front-panel module was further disassembled in step 6, then reverse substeps 6a–6d to reassemble, using Figure 6–11 as a guide. Then do the substeps in step 3 in reverse order, reversing the order of the items in each substep.

  • Page 162: Procedures For Internal Modules

    Removal and Installation Procedures Procedures for Internal Modules Do the Access Procedure (on page 6–12) before doing any procedure in this group. This part contains the following removal and installation procedures. The procedures are presented in the order listed: H A4 Power Board, A3 Analog Board, and A23 Analog Board (Option 02) H Connector Module H Fan and Fan Frame H Rear Shield Cover...

  • Page 163: A4 Power Board, A3 Analog Board, And A23 Analog Board

    Removal and Installation Procedures A4 Power Board, 1. Assemble equipment and locate modules to be removed: A3 Analog Board, and a. You will need a screwdriver with a size T-15 TorxR tip to do this A23 Analog Board procedure. (Option 02) b.
  • Page 164 Removal and Installation Procedures b. Disconnect the three ribbon interconnect cables at J100, J120, and J320 on the A4 Power board. For the AWG2021 with Option 02 installed, disconnect the ribbon interconnect cable at J140 on the A4 Power board. c.

  • Page 165: (Option 02)

    Removal and Installation Procedures J410 Screw (T 15) J100 J500 J410 Screw (T 15) J150 Screw (T 15) Screw (T 15) J400 J160 J100 J228 A23 Analog Board J300 J230 (Option 02) J500 A3 Analog Board J230 Figure 6-13: A3/A23 Analog Board Removal 6.

  • Page 166: Connector Module

    Removal and Installation Procedures Connector Module 1. Assemble equipment and locate modules to be removed: a. You will need a screwdriver with a size T-9 TorxR tip and a -inch nut driver to do this procedure. b. Locate the modules to be removed in the locator diagram, Internal Modules, in Figure 6–4.

  • Page 167: Fan And Fan Frame

    Removal and Installation Procedures b. Unsolder the two interconnect cables at the CH1 SYNC, CH1 MARK- ER 1 connector. c. Using the screwdriver with a size T-9 TorxR tip, remove the four screws attaching the connector module to the chassis. 6.
  • Page 168 Removal and Installation Procedures Fan Frame To Power Supply (J3) (1) Push (2) Slide (1) Push Figure 6-15: Fan and Fan Frame Removal 4. Reinstallation: a. Secure the fan to the fan frame. b. Connect the cable (J3) to power supply module. c.

  • Page 169: Rear Shield Cover

    Removal and Installation Procedures Rear Shield Cover 1. Assemble equipment and locate modules to be removed: a. You will need a screwdriver with a size T-15 TorxR tip and a -inch nut driver, a 5 mm nut driver, and a -inch nut driver to do this procedure.

  • Page 170: Rear Bnc Connector

    Removal and Installation Procedures d. Using a -inch nut driver, remove the IEEE STD 488 PORT cover by removing the two spacer posts. e. Grasp the serial interface connector and pull the rear shield cover toward you taking care not to damage the cable. Then remove the rear shield cover.

  • Page 171: Power Supply Module

    Removal and Installation Procedures Disconnect Rear BNC Connector Figure 6-17: Rear BNC Connector Removal Power Supply Module 1. Assemble equipment and locate modules to be removed: You will need a screwdriver with a size T-15 TorxR tip to do this procedure. Locate the modules to be removed in the locator diagram, Internal Modules, in Figure 6–4.
  • Page 172 Removal and Installation Procedures Screws (T 15) Power Supply Module Figure 6-18: Power Supply Module Removal 4. Reinstallation: Do substeps 3a–3c in reverse order to reinstall the power supply module. 6-36 AWG2021 Service Manual...

  • Page 173: Ac Inlet And Aux Power Board

    Removal and Installation Procedures AC Inlet and AUX Power 1. Assemble equipment and locate modules to be removed: Board a. You will need a screwdriver with a size T-15 TorxR tip, a -inch nut driver, and a soldering iron to do this procedure. b.
  • Page 174 Removal and Installation Procedures Screws (T 15) Ground Wire AUX Power Board AC Inlet Screws (T 15) Figure 6-19: AUX Power Board and AC Inlet Removal 7. Reinstallation: a. Install the AUX Power board by doing substeps 6a–6c in reverse order. b.

  • Page 175: Monitor Module And Crt Frame

    Removal and Installation Procedures Monitor Module and CRT 1. Assemble equipment and locate modules to be removed: Frame a. You will need a screwdriver with a size T-15 TorxR tip to do this procedure. b. Locate the modules to be removed in the locator diagram, Internal Modules, in Figure 6–4.
  • Page 176 Removal and Installation Procedures Screws (T 15) Monitor Module J901 Screw (T 15) Screws (T 15) Figure 6-20: Monitor Module Removal 5. Remove CRT frame: Grasp the upper part of the CRT frame and take it out as shown in Figure 6–21. 6-40 AWG2021 Service Manual...
  • Page 177 Removal and Installation Procedures CRT Frame Figure 6-21: CRT Frame Removal 6. Reinstallation: a. Grasp the upper part of the CRT frame, align the notch of the chassis with the protrusion of the CRT frame, and place the CRT frame in the chassis.

  • Page 178: Circuit Boards

    Removal and Installation Procedures Circuit Boards This procedure describes how to remove the following circuit boards: H A6 CPU Board H A21 Control Board H A10 Synthesizer Board H For Option 02: A31 Control Board H For Option 03: A9 ECL Digital Data Out Board H For Option 04: A25 TTL Digital Data Out Board H For Option 09: A7 Floating Point Processor Board 1.
  • Page 179 Removal and Installation Procedures 6. Remove A21 Control board: a. Disconnect the interconnect cable at J121 on the A21 Control board (see Figure 6–22). b. Disconnect the interconnect cables at J120 and J280 on the A21 Control board. c. Disconnect the interconnect cable at J100 on the A3 Analog board. d.
  • Page 180 Removal and Installation Procedures b. Disconnect the flat cable at J210 on the A9 Digital Data Out board. c. Grasp the upper part of the A9 Digital Data Out board, and pull it upward to remove it. 10. Remove A25 Digital Data Out board (Option 04): The option adds the A25 Digital Data Out board in the first slot from the top.
  • Page 181 Removal and Installation Procedures Board Support Hook (2) Pull (1) Up A9 ECL Digital Data Out Board (Option 03) A25 TTL Digital Data Out Board (Option 04) J120 (Option 03) J200 (Option 04) A7 Floating Point Processor (Option 09) J100 (Option 04) J210 J280 J211...

  • Page 182: A5 Backplane Board

    Removal and Installation Procedures A5 Backplane Board CAUTION. To avoid permanent loss of waveform files, note the following: A lithium battery which maintains the nonvolatile memory when power is off is located on the A5 Backplane board. The nonvolatile memory that contains the waveforms and their setup parameter data is located on the A6 CPU board.
  • Page 183 Removal and Installation Procedures 5. Reinstallation: a. Install the A5 Backplane board: Do substeps 4a–4g in reverse order to install the board. b. Install the other boards: Do the procedure, Circuit Boards, on page 6–42, in reverse order, reversing the items in each step. Screws (T-15) Screws (T-15) A5 Backplane Board...

  • Page 184: Lithium Battery

    Removal and Installation Procedures Lithium Battery WARNING. To avoid the risk of fire or explosion, install a new battery that has the same part number as listed in section 10, Mechanical Parts List, for a replacement battery. To avoid the risk of fire or explosion, do not recharge, rapidly discharge, or disassemble the battery, heat it above 100°...

  • Page 185: Floppy-Disk Drive Module

    Removal and Installation Procedures Lithium Battery Figure 6-24: Battery Location on the A5 Backplane Board Floppy disk Drive Module 1. Assemble equipment and locate modules to be removed: a. You will need a screwdriver with a size T-10 TorxR tip and a size #1 Phillips tip to do this procedure.
  • Page 186 Removal and Installation Procedures 6. Remove floppy-disk drive module: a. Using a screwdriver with a size T-10 TorxR tip, remove the six screws securing the floppy-disk drive cover to the chassis (see Figure 6–25). b. Disconnect the flat cable of the floppy disk drive. c.
  • Page 187 Removal and Installation Procedures Floppy disk Drive Cover Screws (#1) Flat Cable Floppy disk Drive Bracket Screws (#1) Floppy disk Drive Screws (T 10) Screws (#1) Spacer Screws (#1) Screws (T 10) Figure 6-25: Floppy disk Drive Module Removal 6-51 AWG2021 Service Manual...
  • Page 188 Removal and Installation Procedures 6-52 AWG2021 Service Manual...

  • Page 189: Troubleshooting

    Troubleshooting This subsection contains information and procedures designed to isolate faulty modules in the AWG2021 Arbitrary Waveform Generator. If these procedures indicate a module needs to be replaced, follow the Removal and Installation Procedures in the preceding subsection. After Repair Adjustment After replacing a module, do the adjustments in section 5, Adjustment Proce- dures (page 5–1).

  • Page 190: Checking Diagnostics Tests

    Troubleshooting Checking Diagnostics Prerequisites. Power on the AWG2021 and allow a 20-minute warmup before Tests doing this procedure. 1. Push the UTILITY!Diag/Cal!Diagnostics 2. Select All with the general purpose knob. 3. Select Execute from the side menu. This executes all the diagnostics automatically.
  • Page 191 Troubleshooting Press the PRINCIPAL POWER SWITCH on the rear panel of the AWG2021. Power off and remove the cover using the Rear Cover and Perform the power Cabinet removal procedure. Can you Push the ON/STBY supply module Check all the cables coming out button.
  • Page 192 Troubleshooting Use this procedure to troubleshoot the power supply module. Is the PRINCIPAL Switch the PRINCIPAL POWER SWITCH in POWER SWITCH to the the on (in) position? on (in) position? Switch the PRINCIPAL Disconnect the cable from POWER SWITCH to the off Does the J1 on the power supply Is line...
  • Page 193 Troubleshooting Fuse PRINCIPAL POWER Switch Figure 6-29: AUX Power Board Figure 6-30: Power Supply Module 6-57 AWG2021 Service Manual...

  • Page 194: Table 6-5: Secondary Power Supply Voltages

    Troubleshooting TP150 Figure 6-31: A10 Synthesizer Board Pin 1 J500 Figure 6-32: A3/A23 Analog Board Table 6-5: Secondary Power Supply Voltages Supply Test Point Minimum Level Maximum Level +15.0 V A3/A23 J500 Pin 3 +14.25 V +15.75 V -15.0 V A3/A23 J500 Pin 6 -14.25 V -15.75 V...
  • Page 195 Troubleshooting Use this procedure to determine if the A6 CPU board or the front panel module is bad. Turn on the PRINCIPAL POWER SWITCH. Do all front panel LEDs turn on Push the ON/STBY button. and then turn off a short time later? Is there Do all...
  • Page 196 Troubleshooting TP101 (GND) TP100 (5V) Figure 6-34: Key Board 6-60 AWG2021 Service Manual...
  • Page 197 Troubleshooting This procedure helps you determine whether the monitor Do pins 4 module is bad. Replace the and 6 of J901 have monitor signals similar to module Figure 6-37? (page 6-39). Do the horizontal and /or vertical sync lock ok? Power the AWG2021 off and disconnect the cable from J901 on the monitor module (see Figure 6-36)
  • Page 198 Troubleshooting Pin 1 J901 Figure 6-36: Monitor Module J901 pin 4 (Horizontal Sync) 31.75 kHz Rate J901 pin 6 (Vertical Sync) 60 Hz Rate 2.00V M 20.0us 2.00V 1.60V Figure 6-37: Horizontal and Vertical Sync Signals 6-62 AWG2021 Service Manual...
  • Page 199 Troubleshooting White Level J901 pin 9 (Video) Black Level 316mV M 10.0us 200mV Figure 6-38: A Video Signal with White and Black Levels 6-63 AWG2021 Service Manual...
  • Page 200 Troubleshooting This procedure assumes that the AWG2021 is running and you can read the display. Select the diagnostics menu Does in the UTILITY menu and run the display any failures The AWG2021 is ok. all the tests (see the report any reported? discussion of the diagnostics errors?
  • Page 201 Options...
  • Page 203 Options and Accessories This section describes the various options as well as the standard and optional accessories that are available for the AWG2021 Arbitrary Waveform Generator. List of Options The following options are available: H Option 02 adds a CH2 output. Refer to page 7–2 for details. H Option 03 makes ECL-level digital waveform data available at the rear panel.

  • Page 204: Table 7-1: International Power Cords

    Options and Accessories Options A1-A5 In place of the standard North American, 110 V, 60 Hz power cord, Tektronix ships any of five alternate power cord configurations with the waveform generator. See Table 7–1 for a list of the power cord configurations. Table 7-1: International Power Cords Option Power Cord...
  • Page 205 Options and Accessories 12 Bit Î Î Î Î Î Î Î Î Î Î Î Î Î Î Data Waveform Î Î Î Î Î Î Î Memory Î Î Î Î Î Î Î Î Î Î Î Î Î Î Clock Buffer Î...

  • Page 206: Table 7-2: Option 03 Digital Output Signals

    Options and Accessories Output Connector Figure 7–2 shows the shape of the output connector and its pin locations. Configuration Table 7–2 lists the output signal for each pin. Î Î Î Î Î Î Î Î Î Î Î Î Î Î Î Î Î Î Î Î Î Î Î Î Î Î...
  • Page 207 Options and Accessories Operation Operation when Option 03 is installed is basically the same as the standard AWG2021 operation. When a waveform is not being output, the waveform initial data can be output to the connector. At this time, the clock is not generated. When waveform output begins, the clock is generated and the data is updated.
  • Page 208 Options and Accessories Output Circuit and Output The ECL buffer (10E116) output is connected to the output connector. It must be Waveform terminated with a 50 W resistor at the receiving side (user side). If this termina- tion resistor is missing, the signals do not appear at the output connector. The same is true for the clock output.
  • Page 209 Options and Accessories Raise Time Fall Time Î Î Î Î Î Î Î Î Î Î Î Î Î Î Î Î Raise Time / Fall Time: Î Î Î Î Î Î Î Î Measure the time for the Î...
  • Page 210 Options and Accessories Application Suggestions Cables. The cable connecting the AWG2021 rear panel output connectors and the user circuit is extremely critical for operation at the maximum clock frequency. Thus, follow these recommendations to obtain optimum performance: H Use coaxial cables with a characteristic impedance of 50 W for all DATA and CLOCK lines.
  • Page 211 Options and Accessories Cable Examples. The AWG2021 with Option 03 comes with a digital data out cable as a standard accessory. The cable is one meter long. The part number for the cable is 012-1408-00. Figure 7–8 shows an example of the standard accessory cable and a receiving connector.
  • Page 212 Options and Accessories 10E151 DELAY LINE RESISTOR: 50 W 4 ns 10E116 CAPACITOR: 0.1 mF CLOCK DB0 DB11 *CLOCK -2 V -2 V 10E116 -2 V 10E151 -2 V 10E116 *D11 -2 V -2 V Figure 7-9: Digital Data Latch Example 7-10 AWG2021 Service Manual...
  • Page 213 Options and Accessories Option 04 Description The AWG2021 arbitrary waveform generator with Option 04 installed can provide the following signals at the rear panel output connector. This option cannot be installed with Option 03 or Option 09. Data Output The data (D0–D11) fed to the internal D/A converter is buffered and connected to the output connector.

  • Page 214: Table 7-3: Option 04 Connector Pin Assignments

    Options and Accessories Output Connector Figure 7–11 shows the shape and pin number location of the output connector, Configuration and Table 7–3 shows the output signal for each pin. Î Î Î Î Î Î Î Î Î Î Î Î Î Î Î Î Î Î Î Î Î Î Î Î Î Î...
  • Page 215 Options and Accessories Load, reset, hold off period: Excess output can occur in these periods. Trigger Signal Waveform Figure 7-12: Generation of Excess Output Output Circuit and Output Figure 7–13 shows a diagram of the output circuit. After first passing through an Waveform output resistance of 50 W, the buffer output is routed to the output connectors.
  • Page 216 Options and Accessories The skew of the data output is limited to ±2 ns on the same channel, and ±4 ns between CH1 and CH2. Figure 7–14 shows the specifications for the waveform at the output connector when a cable is not being used. 50% level Clock of the Clock...
  • Page 217 Options and Accessories Application Example Cables. The cable connecting the AWG2021 and the user circuit is extremely critical for reliable operation at the maximum clock frequency. NOTE. Use a coaxial cable with a characteristic impedance of 50 W for all DATA and CLOCK lines.
  • Page 218 Options and Accessories Waveform Regeneration In some cases, even a cable that has been carefully made will create transmission distortion. Figure 7–17 shows an example of a circuit used to regenerate the waveform. NOTE. Tektronix cannot be responsible for the infringement of any third-party industrial proprietary rights, copyrights, or other rights arising from the use of these circuits.
  • Page 219 Options and Accessories Option 09 Description This option provides increased internal calculation speed and two additional editors: an FFT editor and a convolution editor. Option 1R Description For Option 1R, the waveform generator is configured for installation in a 19-inch wide instrument rack.

  • Page 220: Table 7-4: Standard Accessories List

    Options and Accessories Accessories Standard Accessories The following standard accessories are provided with each instrument: Table 7-4: Standard Accessories List Description Part Number User manual 070 9097 XX Programmer manual 070 8657 XX GPIB Programming Examples Disk, 3.5 inch media 063 1708 XX Sample Waveform Library Disk, 3.5 inch media 063 2169 XX...

  • Page 221: Table 7-6: Maintenance Kit Contents

    Options and Accessories Table 7-5: Optional Accessories List (Cont.) Description Part Number Fuse 5 A (T) (IEC127) 159 0210 XX Fuse cap 200 2265 XX Table 7-6: Maintenance Kit Contents Description Part Number Extender A board (for slot 1, 2, 3, 4) 671 2331 XX Extender B board (for slot 5) 671 2487 XX...
  • Page 222 Options and Accessories 7-20 AWG2021 Service Manual...
  • Page 223 Replaceable Electrical Parts...
  • Page 225 Electrical Parts List The modules that make up this instrument are often a combination of mechanical and electrical subparts. Therefore, all replaceable modules are listed in sec- tion 10, Mechanical Parts List. Refer to that section for part numbers when using this manual.
  • Page 226 Replaceable Electrical Parts AWG2021 Service Manual...
  • Page 227 Diagrams...
  • Page 229 Diagrams This section contains following diagrams: H Block Diagram of AWG2021 with Options 02 and 09 H Block Diagram of AWG2021 with Options 02 and 03 H Block Diagram of AWG2021 with Options 02 and 04 H Interconnect Diagram of AWG2021 with Options 02, 04, and 09 H Interconnect Diagram of AWG2021 Option 03 Block diagrams show the modules and functional blocks in the AWG2021.
  • Page 230 Diagrams AWG2021 Service Manual...
  • Page 231 Option 02 Analog Processing Waveform Analog Signal Output Waveform Clock Signal Memory Divider Memory Control A31 CONTROL A23 ANALOG Analog Processing Waveform Analog Signal Output Clock Waveform Clock Signal Synthesizer Clock Memory Divider Memory Control A3 ANALOG A21 CONTROL A10 SYNTHESIZER GPIB RS232C +12 V...
  • Page 232 Option 03 Digital Data Out A9 DIGITAL DATA OUT ECL Level ECL LEVEL Option 02 Waveform Waveform Analog Analog Processing Clock Signal Output Signal Memory Divider Memory Control A31 CONTROL A3 ANALOG Waveform Signal Output Waveform Analog Processing Clock Analog Clock Clock Memory...
  • Page 233 Option 04 Digital Data Out TTL Level A25 DIGITAL DATA OUT TTL LEVEL TTL Level Option 02 Waveform Waveform Analog Processing Clock Signal Output Analog Memory Divider Signal Memory Control A31 CONTROL A3 ANALOG Waveform Analog Processing Waveform Analog Clock Signal Output Clock Signal...
  • Page 234 FL100 Neutral U950 Key Board S100 S.G. FDD UNIT Line JP301 10con Bezel Switch U900 to J121 to J121 J101 (A21) (A31) Aux Power Chassis GND to J120 to J120 from J310 (A4) (A21) (A31) W675 W664 DS100 W150 W153 W155 26con W158...
  • Page 235 FL100 Neutral U950 Key Board S100 S.G. FDD UNIT Line JP301 10con Bezel Switch U900 J101 Aux Power Chassis GND to J120 (A21) to J121 (A21) from J310 (A4) W675 W664 DS100 W150 W153 W310 10con 26con Monitor GPIB 1 3 5 J901 B100 Slot 2...
  • Page 236 AWG2021 Service Manual...
  • Page 237 Replaceable Mechanical Parts...
  • Page 239 Replaceable Mechanical Parts This section contains a list of the replaceable modules for the AWG2021. Use this list to identify and order replacement parts. 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.
  • Page 240 Replaceable Mechanical Parts Module Servicing 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 reman- ufactured module.
  • Page 241 72 VERONICA AVE SUMMERSET NJ 08873 UNIT 4 TK0BD TAISHO ELECTRIC IND CO LTD 5-28-16 OKUSAWA TOKYO JAPAN SETAGAYA-KU TK0191 SONY/TEKTRONIX PO BOX 5209 TOKYO JAPAN 100-31 TOKYO INTERNATIONAL TK0392 NORTHWEST FASTENER SALES INC 7923 SW CIRRUS DRIVE BEAVERTON OR 97005-6448 TK0435...
  • Page 242 CLAMP,PWR CORD:POLYMIDE TK1163 ORDER BY DESC 161-0230-01 CABLE ASSY,PWR,:3,18 AWG,92 L TK2432 ORDER BY DESC (STANDARD ACCESSORY) 334-8705-XX MARKER,IDENT:MKD WARRNING/FUSE DATA 80009 334-8705-XX 334-3388-XX MARKER,IDENT:MKD,SONY/TEKTRONIX 80009 334-3388-XX 334-8410-XX J300101 J310261 MARKER,IDENT:BLANK,POLYESTER 80009 334-8410-XX 334-8859-XX MARKER,IDENT:MKD I/O SIGNALS,CH1 & CH2 80009...
  • Page 243 Replaceable Mechanical Parts Figure 10-1: Cabinet 10-5 AWG2021 Service Manual...
  • Page 244 Replaceable Mechanical Parts Replaceable Parts List Fig. & Tektronix Part Serial No. Serial No. Mfr. Index Number Effective Discont'd Code Name & Description Mfr. Part Number Number 10-2-1 213-0882-XX SCREW,TPG,TR:6-32 X 0.437,PNH,STL,T-15 0KB01 ORDER BY DESC 119-4322-XX FAN,TUBAXIAL:12VDC,2.4M/M,5.8MM HZO,6W 80009 119-4322-XX (B100) 252-0571-XX...
  • Page 245 Replaceable Mechanical Parts Replaceable Parts List (Cont.) Fig. & Tektronix Part Serial No. Serial No. Mfr. Index Number Effective Discont'd Name & Description Code Mfr. Part Number Number 426-2436-XX FRAME,CRT FLTR:POLYCARBONATE,BLACK 80009 426-2436-XX 348-1302-XX GASKET,SHIELD:CONDUCTIVE URETHANE FORM 80009 348-1302-XX 640-0081-XX DISPLAY,MONITOR:7 INCH,640 X 480 PIXEL 80009 640-0081-XX...
  • Page 246 Replaceable Mechanical Parts Replaceable Parts List Fig. & Tektronix Part Serial No. Serial No. Mfr. Index Number Effective Discont'd Code Name & Description Mfr. Part Number Number 10-3-1 131-1315-XX CONN,RF JACK:BNC/PNL,;50 OHM,FEMALE 24931 28JR306-1 (J800) 134-0218-XX BUTTON,PLUG:0.625 DIA,PLASTIC,TAN 80009 134-0218-XX 348-1314-XX GSKT,SHIELD:FINGER RYPE,BE-CU,609.6MM L 80009...
  • Page 247 Replaceable Mechanical Parts Figure 10-3: Main Chassis and Circuit Boards 10-9 AWG2021 Service Manual...
  • Page 248 Replaceable Mechanical Parts Replaceable Parts List Fig. & Tektronix Part Serial No. Serial No. Mfr. Index Number Effective Discont'd Code Name & Description Mfr. Part Number Number 10-4-1 671-3457-XX CKT BD ASSY:CPU 80009 671-3457-XX (A6) 163-0245-XX IC,MEMORY:CMOS,EPROM:256K X 16,100NS 80009 163-0245-XX (A6U305) 163-0244-XX...
  • Page 249 Replaceable Mechanical Parts Figure 10-4: Circuit Boards 10-11 AWG2021 Service Manual...
  • Page 250 Replaceable Parts Replaceable Parts List Fig. & TektronixPart Serial No. Serial No. Mfr. Index Number Effective Discont'd Code Name & Description Mfr. Part Number Number 10-5-1 671-2520-XX CIRCUIT BD ASSY:KEYBOARD TK0191 671-2520-XX (A12) 213-0048-XX SETSCREW:4-40 X 0.125,STL TK0392 ORDER BY DESC 260-2497-XX SWITCH,ROTARY:ENCODER 80009...
  • Page 251 Replaceable Parts Figure 10-5: Front Panel Assembly 10-13 AWG2021 Service Manual...
  • Page 252 Replaceable Parts Replaceable Parts List Fig. & TektronixPart Serial No. Serial No. Mfr. Index Number Effective Discont'd Code Name & Description Mfr. Part Number Number OPTION 02 10-6-1 131-0955-XX CONN,RF JACK:BNC,;50 OHM,FEMALE K1072 G35152BN (J811,J821) 211-0001-XX SCREW,MACHINE:2-56 X 0.25,PNH,STL TK0435 ORDER BY DESC 131-5524-XX CONN,RF JACK:SMA,;50 OHM,FEMALE 80009...
  • Page 253 Replaceable Parts Figure 10-6: Option 02 10-15 AWG2021 Service Manual...
  • Page 254 Replaceable Parts Replaceable Parts List Fig. & TektronixPart Serial No. Serial No. Mfr. Index Number Effective Discont'd Code Name & Description Mfr. Part Number Number OPTION 03 10-7-1 337-4028-XX SHIELD,ELEC:REAR,ECL DIGITAL DATA OUT,BRS 80009 337-4028-XX 131-5566-XX CONN,RIBBON:PCB,;FEMALE,RTANG,68 POS 80009 131-5566-XX (A9J150) 334-8857-XX MARKER,IDENT:MKD ECL DIGITAL DATA OUT...
  • Page 255 Replaceable Parts Figure 10-7: Option 03 10-17 AWG2021 Service Manual...
  • Page 256 Replaceable Parts Replaceable Parts List Fig. & TektronixPart Serial No. Serial No. Mfr. Index Number Effective Discont'd Code Name & Description Mfr. Part Number Number OPTION 04 10-8-1 337-4029-XX SHIELD,ELEC:REAT,TTL DIGITAL DATA OUT,BRS 80009 337-4029-XX 334-8858-XX MARKER,IDENT:MKD TTL DIGITAL DATA OUT 80009 334-8858-XX 131-5778-XX...
  • Page 257 Replaceable Parts Figure 10-8: Option 04 10-19 AWG2021 Service Manual...
  • Page 258 Replaceable Parts Replaceable Parts List Fig. & TektronixPart Serial No. Serial No. Mfr. Index Number Effective Discont'd Code Name & Description Mfr. Part Number Number OPTION 09 10-9-1 671-3179-XX CIRCUIT BD ASSY:FLOATING PROCESSOR TK0191 671-3179-XX (A7) Figure 10-9: Option 09 10-20 AWG2021 Service Manual...
  • Page 259 Replaceable Parts Component Tektronix Serial No. Effective Name & Description Mfr. Code Mfr. Part No. Number Part No. Dscont 174-2934-XX CA ASSY,SP,ELEC:3,18 AWG,18CM L 80009 174-2934-XX 196-3388-XX LEAS,ELECTRICAL:18 AWG,12CM L,5-4 80009 196-3388-XX 174-2935-XX J300101 J310337 CA ASSY,SP,ELEC:2.18 AWG,12CM L,W/CONN 80009 174-2935-XX 174-2803-XX J310338...
  • Page 260 Replaceable Parts Fig. & Tektronix Serial No. Effective 12345 Name & Description Mfr. Mfr. Part No. Index No. Part No. Dscont Code STANDARD ACCESSORIES 063-2169-XX SOFTWARE PKG:3.5 INCH DISK,WAVEFORM 80009 063-2169-XX 063-1708-XX SOFTWARE PKG:3.5 DISK,AWG2000 SERIES TK0191 063-1708-XX 063-2171-XX SOFTWARE PKG:3.5 IN DISK.ADJ/PERF CHECK 80009 063-2171-XX 070-9097-XX...

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