GE DS200TCCAP1BAD SOFTWARE PROM SET

GE DS200TCCAP1BAD is a TC2000 Common Analog I/O board for the Mark V control system. The key feature in your query, however, is the SOFTWARE PROM SET. This indicates that the board is sold as a kit with the specific software required to configure and operate the board. This software is typically stored on Programmable Read-Only Memory (PROM) chips. The PROM set contains the firmware that defines the board’s function and allows it to interface correctly with the main Mark V controller.

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The GE DS200TCCAP1BAD is a TC2000 Common Analog I/O board for the Mark V control system. The key feature in your query, however, is the SOFTWARE PROM SET. This indicates that the board is sold as a kit with the specific software required to configure and operate the board. This software is typically stored on Programmable Read-Only Memory (PROM) chips. The PROM set contains the firmware that defines the board’s function and allows it to interface correctly with the main Mark V controller.


 

Key Features and Purpose

 

  • TC2000 Common Analog I/O Board: The physical board itself is a crucial interface for managing analog signals. It handles both analog inputs (AI) from sensors and analog outputs (AO) for controlling devices. This enables the system to monitor and control continuous process variables like temperature and pressure.
  • SOFTWARE PROM SET: The PROM chips are a form of non-volatile memory that holds the board’s operational code. The software on these chips is specific to the board’s function and model. The “SET” part of the name indicates that there may be multiple chips that need to be installed on the board in a specific configuration.
  • Mark V Control System: The Mark V is a legacy control system primarily used for managing large turbines. This board and its software are essential for providing the link between the turbine’s analog sensors and actuators and the main control processor.

 

How the PROM Set Works

 

The PROM set acts as the “brain” for the board, giving it its unique identity and functionality. When the board is powered on, it reads the instructions from the PROM chips to initialize its hardware and prepare for communication with the main controller. Without the correct PROM set, the board will not function. This makes the PROM set a critical component for ensuring the proper operation of the board within the Mark V system.