Tektronix CSA 803C - Manual

Tektronix CSA 803C

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Table of Contents:

  • Page 5 – EC Declaration of Conformity; CSA 803C Communications Signal Analyzer
  • Page 6 – We
  • Page 8 – ii
  • Page 9 – iii; Table of Contents; Specifications
  • Page 10 – iv
  • Page 12 – vi
  • Page 13 – vii; Adjustment
  • Page 14 – viii; Maintenance
  • Page 15 – ix
  • Page 17 – xi
  • Page 18 – xii
  • Page 20 – xiv
  • Page 21 – xv
  • Page 22 – xvi
  • Page 23 – xvii; Only qualified personnel should perform service procedures.; To Avoid Fire or
  • Page 24 – xviii; Terms in this Manual.; These terms may appear in this manual:; Terms on the Product.; These terms may appear on the product:; Symbols on the Product.; The following symbols may appear on the product:; Symbols and Terms
  • Page 25 – xix; Do Not Service Alone.
  • Page 26 – xx
  • Page 32 – CAUTION
  • Page 34 – AC POWER SOURCE AND CONNECTION.
  • Page 35 – TableĂ2Ć1:ăPowerĆCord Conductor Identification; Power Cord
  • Page 36 – Operating Temperature; MemoryBackup
  • Page 37 – Instrument Options; Packaging for
  • Page 41 – System Functional Overview
  • Page 43 – Front Panel Controls
  • Page 45 – Block Diagram Descriptions; Data Buffers; Board
  • Page 47 – Microprocessor; A5 Time
  • Page 48 – Figure 3Ć1:ăTrigger Edge Slew Rate for High Frequency Selection
  • Page 50 – Convergence Adjustment; A7 CRT Socket Board
  • Page 52 – Degauss; Front Panel Boards
  • Page 53 – A9 Touch Panel Assembly
  • Page 54 – GPIB Data and Address Bus; A12 Rear Panel
  • Page 55 – municate with the GPIB controller. The DMA can be programmed by the; Standard RSĆ232ĆC Controller; RSĆ232ĆC bus to parallel data for the microprocessor.; Printer Port
  • Page 56 – A13 Mother Board
  • Page 57 – I/O Delayed Data Buffer; from the clock generator that is always operating at 8 MHz.; Real Time Clock; every one second to request the EXP to read the time.; Tone Generator; tone generator produces the highest tone.; Temp/Tone Readback Buffer; uses this buffer to monitor the tone generator.
  • Page 58 – MMU IC; Management Unit
  • Page 59 – Time Base/Controller Interface
  • Page 60 – Waveform Display RAM; Processor Board
  • Page 62 – Address Latches; A18 Memory Board
  • Page 65 – Interconnect Boards
  • Page 67 – Timing and Sampling Head Control
  • Page 69 – Performance Verification
  • Page 71 – Test Equipment
  • Page 72 – Description
  • Page 76 – Maximum
  • Page 78 – Sweep Rate Accuracy
  • Page 82 – Setup to Invoke PowerĆOn Diagnostics; Procedure to Invoke PowerĆOn Diagnostics; Applying a voltage outside the range printed on the sampling head; PowerĆOn
  • Page 83 – Diagnostics
  • Page 87 – Setup to Invoke Extended Diagnostics; You may lose stored settings, stored traces, or other data stored in; Extended
  • Page 89 – Procedure to Check Vertical Reference Voltage; Initialize; Vertical Reference
  • Page 91 – Procedure to Check Horizontal Reference Clock; Horizontal
  • Page 92 – Figure 4Ć2:ăA5 Time Base/Controller Board Test Point Locations
  • Page 93 – Setup to Check Vertical Gain; NOTE; Time Base; Vertical Accuracy
  • Page 94 – check; Averaging will complete faster if you exit the measurement menu
  • Page 95 – Example: at 5 mV/div full scale for 10 div is 50 mV, which gives an; internalmainframe acquisition measurement channel1. Use the
  • Page 98 – TableĂ4Ć4:ăVertical Offset Test Values
  • Page 99 – Setupto Examine Vertical RMS Noise; System Vertical
  • Page 100 – Exponents are entered by pressing the EEX key, followed by the
  • Page 103 – Sweep Rate Accuracy 2 ns/div
  • Page 105 – Sweep Rate Accuracy 1 ps/div
  • Page 107 – Setupto Check Triggering; Procedure to Check Triggering; External Direct
  • Page 108 – Measurement
  • Page 109 – Setup to Check Prescaler Triggering; Procedure to Check Prescaler Triggering; Prescaler Triggering
  • Page 111 – MeasurementLimits; Internal Clock
  • Page 113 – Measurement Limits; Calibrator Output
  • Page 121 – Procedure to Examine Voltage Supply; Power Supply
  • Page 122 – Figure 5Ć1:ăA18 Memory Board Test Point Locations
  • Page 123 – Setup to Examine/Adjust Voltage Reference; Procedure to Examine/Adjust Voltage Reference; WARNING; To prevent electric shock, use extreme caution when making the
  • Page 125 – Setup to Examine/Adjust Regulator Reference; Procedure to Examine/Adjust Regulator Reference
  • Page 128 – Setup to Examine/Adjust the Display; To prevent electric shock, use extreme caution when performing
  • Page 131 – Red Display; When the CSA 803C is moved in the earth's magnetic field, color
  • Page 132 – Figure 5Ć4:ăA8 CRT Driver Board Adjustment Locations
  • Page 133 – Figure 5Ć5:ăA7 CRT Socket Board Adjustment Locations
  • Page 134 – Procedure to Examine/Adjust Real Time Clock
  • Page 139 – Circuit boards and components must be dry before applying power
  • Page 144 – TableĂ6Ć2:ăFRU Removal/Replacement Figure Cross Reference; Removing and
  • Page 146 – Replaced
  • Page 147 – In addition to the figures listed in Table 6Ć2, the explodedĆview
  • Page 148 – To avoid electricĆshock hazard and instrument damage, always
  • Page 149 – Electrical LockĆOn of
  • Page 153 – Figure 6Ć3:ăA2A2 Control Rectifier Board Connector Locations
  • Page 154 – Align the metal guides on the top of the Power Supply module with
  • Page 155 – Observe the position in which the motor was mounted. Ensure that; To prevent damage to the fan connection, be careful not to pinch; Replacement
  • Page 156 – Cathode Ray Tube
  • Page 159 – Figure 6Ć4:ăRemoving/Replacing the CRT Cover
  • Page 160 – Figure 6Ć5:ăRemoving/Replacing the Cathode Ray Tube
  • Page 161 – Figure 6Ć6:ăRemoving/Replacing the CRT Torx Head Screws
  • Page 162 – Acquisition Unit
  • Page 163 – Improper handling may cause fire,; Lithium Batteries Ċ DO NOT OPEN.
  • Page 164 – Emergency and First Aid Information
  • Page 165 – To minimize the chance of static charge damage to the integrated
  • Page 167 – A1 M/F Strobe Drive Board
  • Page 168 – A3 M/F Power Connect Board
  • Page 169 – A4 Regulator Board; The A4 Regulator board is not attached to the chassis. However, it; Match the index triangles on the multiĆpin connectors with the
  • Page 170 – Figure 6Ć9:ăRemoving/Replacing the A4 Regulator Board
  • Page 171 – A5 Time Base/Controller Board
  • Page 173 – The CRT anode voltage is 16 kV. To avoid electric shock, ground
  • Page 175 – Figure 6Ć12:ăRemoving/Replacing the A8 CRT Driver Board
  • Page 176 – The top of the A9 Front Panel Assembly is held by two tabs. These; Feed any slack cable from connector J73 to inside the chassis
  • Page 177 – Figure 6Ć13:ăA9 Touch Panel Assembly Torx Head Screws; Figure 6Ć14:ăRemoving/Replacing the A9 Touch Panel Assembly
  • Page 180 – A11 Front Panel Button Board; Remove the CRT shield. (Refer to the removal instructions; Figure 6Ć16:ăRemoving/Replacing the A11 Front Panel Button Board
  • Page 181 – A12 Rear Panel Assembly; The metal covers on the PRINTER and on the GPIB connectors are
  • Page 182 – Figure 6Ć17:ăRemoving/Replacing the A12 Rear Panel Assembly
  • Page 184 – Figure 6Ć18:ăRemoving/Replacing the A13 Mother Board
  • Page 185 – This battery requires special handling for disposal.
  • Page 187 – Insert the board edges into the plastic guides at each end of the
  • Page 188 – Figure 6Ć20:ăRemoving/Replacing the A15 MMU Board
  • Page 191 – This batteryrequires special handling for disposal.
  • Page 192 – Figure 6Ć22:ăRemoving/Replacing the A18 Memory Board
  • Page 194 – Figure 6Ć23:ăRemoving/Replacing the A19 Strobe/TDR Buffer Board
  • Page 195 – A22/A23 Head lnterconnect Boards
  • Page 197 – Figure 6Ć25:ăRemoving/Replacing the Front Subpanel Assembly
  • Page 198 – A26 M/F Acquisition lnterconnect Board
  • Page 199 – Remove the Front Subpanel assembly with the head interconĆ
  • Page 200 – A27 Acquisition Analog Board; Remove the Acquisition unit and position the Acquisition unit in; Insert the edges of the board into the plastic guides. Lower the
  • Page 201 – A28 Acquisition MPU Board; Remove the Acquisition unit and position it upright.; Figure 6Ć29:ăRemoving/Replacing the A28 Acquisition MPU Board
  • Page 202 – To prevent static damage to the instrument or components, observe; the IC or its socket contacts with your fingers.; FRU IC Removal
  • Page 205 – A5 Time Base/Controller board; Dangerous shockhazards may be exposed when the instrument; Firmware Upgrade Procedure
  • Page 207 – Figure 6Ć31:ăIC InsertionĆExtraction Tool
  • Page 213 – TableĂ6Ć4:ăChecksRequired After FRU Replacement; ChecksAfter FRU
  • Page 214 – FRU Replaced
  • Page 218 – TableĂ6Ć5:ăExtended Diagnostics Error Index Code Descriptions
  • Page 220 – Diagnostic Menus
  • Page 221 – Failure Count field; Diagnostic Menu Hardcopy; Hardcopy absent or off line.
  • Page 223 – The
  • Page 225 – NVRAM; one of the NVRAM memory tests may cause failure of the NVRAM; Battery Testing
  • Page 227 – FRU Name Abbreviations; TableĂ6Ć8:ăBoard FRUs
  • Page 228 – The Executive, Display, Time Base, and Acquisition firmware is
  • Page 230 – TableĂ6Ć11:ăExecutive Processor Status LED Configuration
  • Page 233 – Display Subsystem Error Index Codes
  • Page 237 – Other Troubleshooting; Module Troubleshooting
  • Page 238 – EXĆ; Driver Board
  • Page 239 – RSĆ232ĆC External Loop Back; Fuse Testing
  • Page 241 – Figure 6Ć37:ăA14 I/O Board Fuse Locator Diagram
  • Page 242 – Time base calibration failed at power up: 2XX
  • Page 243 – TableĂ6Ć18:ăTime Base Calibration Errors
  • Page 245 – Options; Instrument
  • Page 250 – Figure 9Ć3:ăA4 Regulator Board Block Diagram
  • Page 251 – Figure 9Ć6:ăA8 CRT Driver Board Block Diagram
  • Page 254 – Figure 9Ć14:ăA27 Acquisition Analog Board Block Diagram
  • Page 262 – Item Names; Using the
  • Page 263 – TableĂ10Ć1:ăBoard FRUs
  • Page 265 – CROSS INDEX - MFR. CODE NUMBER TO MANUFACTURER
  • Page 269 – Figure10Ć2:ăFront Panel
  • Page 273 – Figure 10Ć4:ăCircuit Boards
  • Page 276 – Figure 10Ć5:ăAcquisition Module
  • Page 278 – Figure 10Ć6:ăPower Supply
  • Page 280 – Figure 10Ć7:ăAccessories
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Service Manual

CSA 803C
Communications Signal Analyzer

070-9974-01

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.

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Summary

Page 5 - EC Declaration of Conformity; CSA 803C Communications Signal Analyzer

EC Declaration of Conformity We Tektronix Holland N.V.Marktweg 73A8444 AB HeerenveenThe Netherlands declare under sole responsibility that the CSA 803C Communications Signal Analyzer meets the intent of Directive 89/336/EEC for Electromagnetic Compatibility and LowVoltage Directive 73/23/ECC for Pro...

Page 6 - We

Declaration of Conformity with Electromagnetic Compatibility Standards as Required under the Radiocommunications Act We Tektronix, Inc. of Tektronix Australia Pty Limited80 Waterloo RoadNorth Ryde NSW 2113 Supplier Code: N60 declare under sole responsibility that the CSA 803C Communications Signal A...

Page 8 - ii

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