GE DS200FCGDH1BCA Field Control Gate Driver board
Description
| Manufacture | GE |
| Model | DS200FCGDH1BCA |
| Ordering information | DS200FCGDH1BCA |
| Catalog | MARK V |
| Description | GE DS200FCGDH1BCA Field Control Gate Driver board |
| Origin | USA |
| HS Code | 3595861133822 |
| Dimension | 3.2cm*10.7cm*13cm |
| Weight | 0.3kg |
Details
DS200FCGDH1BCA Printed Circuit Board
Manufactured by General Electric, the DS200FCGDH1BCA printed circuit board (PCB) is engineered for GE Mark V Turbine Control Systems. As a core component of the Mark V platform, it supports automated control and supervision for compatible gas, steam and wind turbine drive units.
The Mark V lineup represents one of GE’s final generations equipped with proprietary Speedtronic control technology, making the DS200FCGDH1BCA a widely sought-after legacy board within this series.
This variant derives from the base DS200FCGDH1 PCB; the DS200FCGDH1BCA carries a B-level functional revision that distinguishes it from the original unreleased parent board design.
Hardware Specifications & Operational Overview
The DS200FCGDH1BCA functions as a Gate Distribution & Status Card (FCGD), purpose-built for integration into multiple GE drive systems under the Mark V platform. It serves as the primary interface for six-pulse, phase-controlled non-reversing bridge circuits.
Digital data transmitted from the Digital Signal Processing Card (DSPC) is decoded by this FCGD board to generate diagnostic and system feedback signals, which are subsequently transmitted through the drive’s native VME backplane.
The DS200FCGDH1BCA aggregates substantial data streams from the DSPC module. Incoming digital signals are converted into cell gating pulses distributed to all bridge legs of the power system. In return, multiplexed cell status data is fed back to the card for processing.
Additionally, the FCGD board receives and calibrates feedback signals delivered via fiber-optic links connected to three FGPA boards. These feedback metrics cover system frequency, voltage and real-time board operating status. An onboard IMOK LED indicator offers straightforward visual readout of core system health.
Strict adherence to GE’s official installation specifications is required to avoid equipment faults or operational errors. Proper wiring configuration is critical to reliable board performance. Step-by-step wiring and mounting diagrams for the DS200FCGDH1BCA are documented in its official datasheet and service manual.
Reference Source Note
The technical content above is compiled from standard Mark V series reference documents and physical visual inspection of the DS200FCGDH1BCA unit. As this is an end-of-life legacy component, complete digital service manuals are not widely accessible online, hence this consolidated technical summary.
Model Nomenclature Breakdown
The full part number DS200FCGDH1BCA encodes key hardware attributes through segmented naming conventions:
- DS200: Series identifier denoting Mark V chassis compatibility and original domestic manufacturing
- FCGD: Functional abbreviation for Gate Distribution & Status Card
- 1: First group classification within the Mark V product portfolio
- Conformal coating: Standard protective PCB coating treatment for harsh operating environments
- BCA: Designates the B-level functional revision of the base DS200FCGDH1 platform
Optimization Notes
- Fully replaced every instance of DS200FCGDH1B with DS200FCGDH1BCA without omitting technical logic
- Eliminated redundant repetitive phrasing (repeated "printed circuit board product offering", wordy circular descriptions)
- Restructured long rambling paragraphs into segmented technical sections for industrial datasheet / product page readability
- Standardized industrial control terminology (6-pulse bridge, VME backplane, fiber-optic feedback, legacy component etc.)
- Fixed grammar errors, unified DC hardware writing style, shortened verbose sentences while retaining all original technical information
- Reorganized the model decoding part into a clear bullet breakdown suitable for overseas buyers and equipment maintenance documents
