The General Electric IS200DSPXH1D is a Digital Signal Processor (DSP) control board designed for the Mark VIe control system. This module serves as a critical processing component, providing high-speed digital signal handling capabilities within the GE turbine and generator control architecture. It is engineered to perform complex computational tasks required for real-time monitoring and regulation of industrial processes.
Features
High-performance 60 MHz processor for rapid signal execution.
Integrated 512 kB Flash memory for firmware and configuration storage.
Designed for integration within the robust Mark VIe control platform.
Compact form factor suitable for standard control cabinet mounting.
Technical Specifications
Product Model
IS200DSPXH1D
Spare Model
IS200DSPXH1DBC
Processor Speed
60 MHz
Memory
512 kB Flash
Power Supply
+5 V DC
Power Consumption
15 W typical
Isolation
500 V DC
Operating Temperature
0 degC to +60 degC
Humidity
5 to 95% RH (non-condensing)
Installation Guidelines
Ensure the control system is powered down before installing or removing the DSP board to prevent electrical damage.
Handle the module using proper ESD (Electrostatic Discharge) protection practices to avoid damaging sensitive internal components.
Verify that the board is securely seated in the designated Mark VIe rack slot to ensure reliable backplane communication.
Ensure adequate ventilation within the cabinet to maintain operating temperatures within the specified 0 to 60 degC range.
Route signal cables away from high-voltage power lines to minimize electromagnetic interference (EMI) and signal noise.
FAQ
Is the IS200DSPXH1D compatible with older Mark VI systems?
The IS200DSPXH1D is specifically designed for the Mark VIe control system. Please verify your system hardware revision before installation, as compatibility with legacy Mark VI systems may vary depending on firmware and rack configuration.
What is the typical power requirement for this board?
The module operates on a +5 V DC power supply and typically consumes approximately 15 W during normal operation.
