About the IS200DSPXH1BBA
General Electric created the IS200DSPXH1BBA as a Digital Signal Processor Control PCB (DSPX) for the Innovation Series. The Innovation product series that this IS200DSPXH1BBA Digital Signal Processor Control Board device can be attributed to is actually a smaller component series that falls under the greater General Electric and GE Mark VI Turbine Control System Series production umbrellas. The Mark VI Turbine Control System Series that this IS200DSPXH1BBA Digital Signal Processor Control Board PCB belongs to, as you can probably tell just based off of its full extended GE product series title, exists with a specific set of possible functional applications in the management and control systems of General Electric-compatible gas, steam, and wind turbine automated drive assemblies. This has to be classified as quite the significant functional upgrade upon the prior industry-standard Mark V Turbine Control System Series of just about the same full extended product series title, as the Mark VI Series added the alternative energy-based wind turbine possible functional application onto the gas and steam-based applications seen before with the Mark V.
Hardware Tips and Specifications
The IS200DSPXH1BBA can control the bridge regulator, motor regulator, and gating functions for the system. It can control an EX2100 exciter’s applications with the generator field control. The DSPX can interface, process power, and process logic functions. This card has memory components that come standard with many Innovation Series devices. The DSPX uses RAM, NVRAM, flash memory, and add-only memory to store a wide variety of information. It has high-performance digital signal processors and the capability to run custom logic functions with integrated circuits that are application specific. There are two LED indicators on the front faceplate of the IS200DSPXH1BBA that are labeled Fault and Status. It possesses a pin connector labeled EMUL and a port that is labeled HS Serial. On the PCB there are numerous resistors, capacitors, and diodes. There are 16 integrated circuits, 3 transistors, 7 resistor networks, a single P1 card slot connector, and 6 ferrite beads. When the IS200DSPXH1BBA is installed, it is essential to make sure it is installed into the right slot on the card rack. Placing the DSPX in the wrong slot could damage the card or the backplane of the card rack. In order to avoid any kind of static damage, it is important to maintain antistatic procedures while handling and installing the DSPX.
For more info about the IS200DSPXH1BBA, please consult the original datasheet: GEI-100267A created by General Electric. Only a trained professional should attempt to install the DSPX. While this IS200DSPXH1BBA Digital Signal Processor Control Board product's various hardware specifications are of course important to keep in mind, so too are the various types of storage offered through the pre-loaded software on this IS200DSPXH1BBA Digital Signal Processor Control Board Innovation Series and EX2100E Series Mark VI Turbine Control System Series product. This IS200DSPXH1BBA Digital Signal Processor Control Board device's various types of accepted storage include the FLASH, RAM, NVMRAM and Add-only data types, with these types being used for system history recording and code executing, data storage and code executing, nonvolatile storage purposes, and add-only revision history diagnosis applications, respectively. Similar to its various included data types, the external interrupts central to the normative daily functionality of this IS200DSPXH1BBA Digital Signal Processor Control Board PCB product offering have been defined in the manuals tab above, and exist as the:
- INT0 Stack Overflow Interrupt
- INT1 Inner Loop Load Pulse Interrupt
- The INT2 and INT3 Configurable Input Interrupts
