TM 11-6625-3145-14
Introduction & Specifications-318/338 Service
The non-volatile memory can retain three setups and one set of reference or acquired data for about five years. Each
memory area is selectable for the use of parallel or serial information. The current setup of the instrument is stored by
keyboard control or control commands from the terminal. The stored setup information is recalled in the same manner.
The data can be stored and recalled only by the 318S1/338S1 keyboard.
All functional parameters and operation of the instrument are programmable from the front panel or over the RS-232C
port.
CONFIGURATIONS
The Sony/Tektronix 318/338 is available in the following configurations:
•
318 Logic Analyzer
•
338 Logic Analyzer
•
318S1 Logic Analyzer (with serial analysis, RS-232C interface, and non-volatile memory). A standard 318 can be
upgraded to 318S1 status by installing the 318F1 package.
•
338S1 Logic Analyzer (with serial analysis, RS-232C interface, and non-volatile memory). A standard 338 can be
upgraded to 338S1 status by installing the 338F1 upgrade package.
318F1 Package: Optional field-installable circuit board, probe, and connectors that upgrade the 318 Logic
Analyzer to 318S1 status. The package adds serial analysis, an RS-232C interface, and non-volatile memory to
the basic 318 features.
338F1 Package: Optional field-installable circuit board, probe, and connectors that upgrade the 338 Logic
Analyzer to 338S1 status. The package adds serial analysis, an RS-232C interface, and non-volatile memory to
the basic 338 features.
RELATED DOCUMENTS
In addition to this service manual, the 318/338 Operator's Manual, the 318/338
Logic Analyzer Reference Guide
, and the
318/338 Logic Analyzer Workbook
will also help you understand and operate the 318/338.
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Summary of Contents for 318
Page 119: ...318 VERIFICATION AND ADJUSTMENT PROCEDURES ...
Page 182: ...338 VERIFICATION AND ADJUSTMENT PROCEDURES ...
Page 253: ...318 ___________________ TROUBLESHOOTING TREES ...
Page 344: ...338 TROUBLESHOOTING TREES ...
Page 517: ...TM 11 6625 3145 14 318 338 4434 923 318 Block Diagram ...
Page 518: ...TM 11 6625 3145 14 318 338 4434 924 338 Block Diagram ...
Page 519: ...TM 11 6625 3145 14 318 338 4434 925 318 Acquisition Module Wiring Diagram ...
Page 520: ...TM 11 6625 3145 14 318 338 4434 926 318 338 Mainframe Wiring Diagram ...
Page 521: ...TM 11 6625 3145 14 318 338 4434 926 338 Acquisition Module Wiring Diagram ...
Page 522: ...TM 11 6625 3145 14 318 338 4434 928 Figure 9 1 318 A01 Input A Board Component Locations ...
Page 526: ...TM 11 6625 3145 14 ...
Page 528: ...TM 11 6625 3145 14 Figure 9 3 318 338 A03 ACQ Control Board Component Locations ...
Page 532: ...TM 11 6625 3145 14 ...
Page 536: ...TM 11 6625 3145 14 ...
Page 538: ...TM 11 6625 3145 14 ...
Page 539: ...TM 11 6625 3145 14 ...
Page 540: ...TM 11 6625 3145 14 ...
Page 541: ...TM 11 6625 3145 14 ...
Page 542: ...TM 11 6625 3145 14 Figure 9 8 318 338 A10 CRT Board Component Locations ...
Page 544: ...TM 11 6625 3145 14 Figure 9 9 318 338 A11 Inverter Board component Locations ...
Page 546: ...TM 11 6625 3145 14 Figure 9 10 318 338 A12 Regulator Board Component Locations ...
Page 551: ...TM 11 6625 3145 14 Figure 9 12 338 A01 Input A Board Component Locations ...
Page 553: ...TM 11 6625 3145 14 318 338 SERVICE ...
Page 554: ......
Page 555: ...PIN 058584 ...