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General| Brand | Fluke |
|---|---|
| Model | 9100 Series |
| Category | I/O Systems |
| Language | English |
Overview of the service manual content for the 9100A-017 Vector Output I/O Module.
Detailed technical specifications for the Vector Output I/O Module, including performance metrics.
General description of the module's capabilities and connectivity within the mainframe.
Explanation of the module's input measurement capabilities and functional blocks.
Details the connection and communication between the mainframe and the module.
Explains how the mainframe addresses the module's memory space.
Describes the process of selecting specific custom chips within the module.
Summarizes the address decoding logic for the input section.
Details the functions performed by the custom chips in the input section.
Explains the selection of clock and enable signals for module operation.
Describes the operational flow of the clock and enable multiplexer.
Covers the block that manages input thresholds and control signals.
Details the bits and functions of the module's control register.
Explains how input data is compared against programmable registers.
Describes the circuit for detecting a blown fuse within the module.
Covers interrupts generated by data comparison and general module events.
Explains the use of the DCE output pin for external monitoring.
Details the three operational areas of the General Control Latch block.
Describes the generation of threshold voltages for logic level classification.
Explains the detection system for clip modules and associated interrupts.
Details the circuitry and indication for a blown fuse.
Describes the block that decodes installed clip module configuration.
Covers the circuit protecting custom chips from over/undervoltage.
Explanation of the module's output driving capabilities and functional blocks.
Describes communication between the Main and Top PCAs.
Details the address map and registers for the output section.
Explains the internal clock sources available for vector driving.
Covers the block controlling output section operations like RAM access.
Describes how Vector Pattern RAM and Control RAM are selected.
Details the operation of the chip counter for RAM selection.
Explains the logic for starting, stopping, and synchronizing vector drives.
Describes the register controlling signal polarity and other output settings.
Explains the selection of clock sources for vector driving.
Details the circuitry for controlling the start and stop of vector drives.
Covers the logic that determines when vector driving is finished.
Explains how Vector RAM addresses are loaded and managed.
Describes the blocks storing vector pattern data for output.
Details the RAM storing control signals for looping and handshaking.
Explains the circuitry for implementing loop functions in vector files.
Describes the generation of the capture clock for synchronization.
Explains how module status bits are returned to the mainframe.
Guidelines for minimizing damage to static-sensitive devices during handling.
Introduction to the maintenance procedures section of the manual.
Step-by-step instructions for replacing the module's fuse.
Procedures for cleaning the instrument case and PCAs.
Steps to perform a self test to verify module functionality.
Instructions for disassembling the module to access internal PCAs.
General troubleshooting information to isolate issues to specific PCAs.
A list of replaceable parts for the final assembly of the module.
A list of replaceable components on the Main PCA.
A list of replaceable components on the Top PCA.
Information and procedures for ordering replacement parts.
Contains module revision levels and service center listings.
The schematic diagram for the Main PCA (Page 5-3).
The schematic diagram for the Top PCA (Page 5-5).
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