GE IS200DSPXH1DBD DSPX Digital Signal Processor Board Mark VI EX2100 Turbine & Excitation Control
- Product Code: IS200DSPXH1DBD
- Availability: In Stock
GE IS200DSPXH1DBD DSPX Digital Signal Processor Board Mark VI / EX2100 Turbine & Excitation Control
Manufacturer: GE Vernova Power Generation & Turbine Controls
Model: IS200DSPXH1DBD DSPX Real-Time DSP Control Board
Compatible Platform: GE Mark VI gas/steam turbine VME rack, EX2100 digital generator excitation rack; mates with IS200EROCH1ABB EROC, IS210AEPSG1AFC AEPS, IS210WSVOH1AE WSVO
Type: Single-slot VME plug-in DSP main processing board, passive heat sink conformal coated PCB
Core Function: High-speed floating-point real-time control algorithm calculation, multi-channel analog/digital signal synchronous sampling, ISBus backplane communication, local debug emulation port, full-channel self-diagnosis & fault timestamp logging
1. Product Overview
IS200DSPXH1DBD (DSPX) is the core real-time computing motherboard for GE Mark VI turbine control and EX2100 generator excitation systems, single-slot VME rack installation with passive multi-fin aluminum heat sink for long-term high-load DSP operation.
Equipped with 32-bit floating-point main DSP + dedicated ASIC co-processor, matched with 24-bit high-precision synchronous ADC to realize microsecond-level closed-loop control for generator excitation voltage regulation, power factor control, gas turbine fuel valve and IGV servo position algorithms.
It carries multi-channel analog and digital signal front-end conditioning circuits, filters high-frequency electromagnetic noise from thyristor power cabinets and large drive motors, and transmits sampled data and control commands between all rack modules via 5Mbps proprietary ISBus backplane bus.
On-board flash memory solidifies control firmware, limit curves and fault historical records, with front P5 emulator port and rear multi-group serial UART interfaces for offline program download, online parameter tuning and waveform fault capture. Dual front-panel LED indicators display normal operation and hardware fault status, all fault events carry millisecond timestamps and upload to system HMI and plant DCS.
Conformal coated PCB adapts to high-temperature, high-humidity power plant cabinet environments, supports triple modular redundant (TMR) rack deployment. GE discontinued original new production, only surplus stock and refurbished replacement spares available aftermarket.
2. Full Technical Specifications
• Processor Architecture: 32-bit floating-point DSP core + dedicated ASIC co-processor
• Analog Sampling: Max 16 analog input channels, 24-bit ADC resolution
• Digital I/O: 8 opto-isolated discrete digital input/output channels
• Backplane Bus: Proprietary ISBus parallel bus, 5Mbps communication rate
• On-board Storage: Flash memory for firmware, non-volatile RAM for fault log & tuning parameters
• Interfaces: Front P5 debug emulator port, rear P1/P6/P5 multi-group UART & peripheral chip-select interfaces
• Diagnostic Indicators: 2 front panel LEDs (RUN green, FAULT red)
• Rack Power Input: +5VDC / +12VDC from VME backplane, total power consumption ~10W
• Galvanic Isolation: 2000VAC per analog channel, opto-isolation for digital circuits
• Operating Temperature: -30℃ ~ +65℃ ventilated control cabinet
• Environmental Protection: Conformal coated FR4 PCB, UL94 V-0 flame retardant front panel
• Physical Dimension: 250mm H × 150mm W × 30mm D, weight ~0.55kg
• Certifications: UL508, CE industrial control compliance, GE turbine & excitation safety specification
3. On-board Hardware Composition
1. Passive multi-fin aluminum heat sink for DSP core heat dissipation
2. 32-bit floating-point DSP main processor + ASIC logic co-processor
3. Multi-channel 24-bit synchronous ADC analog sampling circuit with signal filter & isolation
4. Flash memory & non-volatile RAM storage chip for algorithm and fault records
5. Front panel P5 emulator debug port, RUN/FAULT dual status LEDs
6. Rear multi-row gold-plated VME backplane connector for ISBus & rack power supply
7. Multi-group rear peripheral connectors P1/P6 for UART serial & external I/O expansion
4. System Hardware Matching Relationship
• IS200DSPXH1DBD (DSPX): Core real-time arithmetic main board, executes all closed-loop control algorithms
• IS200EROCH1ABB (EROC): EX2100 excitation extension board, rotor ground fault detection interface, communicates with DSPX via ISBus
• IS210WSVOH1AE (WSVO): Mark VIe servo valve drive board, receives position control commands calculated by DSPX
• IS210AEPSG1AFC (AEPS): Rack AC-DC power supply board, provides stable +5V/+15V/24V power for DSPX and all sub-modules
• Typical signal chain: Field sensor signal → analog terminal board → DSPX sampling & algorithm calculation → control output to WSVO/thyristor power stage
5. Core Power Generation Application Scenarios
• Combined-cycle gas turbine Mark VI control rack: Fuel valve & IGV servo closed-loop real-time operation, exhaust temperature limit logic calculation
• Coal-fired steam turbine EX2100 excitation cabinet: Generator voltage/reactive power PID regulation, over/under excitation limit algorithm operation
• Hydropower synchronous generator excitation system: Long-term rotor insulation leakage signal high-speed processing & ground fault judgment
• Industrial cogeneration unit control system: Multi-point process analog quantity high-precision real-time acquisition and dynamic load adjustment
GE Vernova © IS200DSPXH1DBD DSPX Digital Signal Processor Board Mark VI Turbine & EX2100 Excitation Control System