DS200TCCBG3A Microprocessor application board

DS200TCCBG3A Microprocessor application board

The GE DS200TCCBG3A is a microprocessor application board developed by General Electric as part of the Mark V series. The board is primarily used to extend analog input/output capabilities, with software conversion algorithms that can mathematically process data input from isolated and scaled printed circuit boards. It uses a Freescale 8349 processor with a frequency of 667 MHz and can operate in a temperature range of 0 to 65 degrees Celsius without the need for fan cooling.
In addition, the DS200TCCBG3A includes multiple 34-pin connectors, and each connector has an ID identification on its surface. The board is used in the GE MKV turbine control panel for thermocouple, RTD, MA input, and MA filter functions. It is suitable for NFPA Class 1, Div.2 applications, and the power requirement is 18-36 V DC with 12 watts of power. The GE DS200TCCBG3A is a sophisticated extended analog input/output board for General Electric (GE) MKV turbine control panels. The product is located in the C processor and its main functions include processing thermocouples, RTDs, MA inputs, and MA filtering of turbine controls. In addition, the DS200TCCBG3A contains an 80196 microprocessor and PROM modules equipped with an LED and two 50-pin connectors with the ids JCC and JDD.
The DS200TCCBG3A, part of the GE Mark V family, contains software conversion algorithms that can mathematically manipulate data input from isolated and scaled printed circuit boards. Current and voltage converters monitor generator output and line voltage, as well as bridge AC inputs. This board also has hardware and software configuration possibilities, as it has several hardware jumpers that can be manually moved.
In summary, the product specifications and main features of GE DS200TCCBG3A include:
Extended analog input/output board for GE MKV turbine control panel.
Contains an 80196 microprocessor and multiple PROM modules.
Equipped with one LED and two 50-pin connectors (JCC and JDD).
Supports hardware and software configurations.
Features software conversion algorithms capable of processing input data from isolated and scaled printed circuit boards.
Monitor generator output and line voltage, as well as bridge AC input.