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The GE DS200FSAAG2ABA, also cataloged as the FSAA Field Supply Gate Amplifier Board, operates as a dedicated hardware component for gate drive pulse amplification and field current excitation within GE Mark V Speedtronic drive control racks.

Suffix Breakdown & Model Matrix

Revision Component Designator Code Description
Base PCB Architecture DS200 Standard GE Mark V domestic baseline PCB layout
Functional Acronym FSAA Field Supply Gate Amplifier Board
Group Variant G2 Group 2 functional circuit configuration
1st Functional Revision A Initial functional design revision
2nd Functional Revision B Secondary functional design revision
Artwork Revision A Base circuit trace layout and silkscreen artwork revision

Hardware Specifications

Parameter Specification
Model DS200FSAAG2ABA
Brand GE (General Electric)
Origin USA
Operating Temp 0 to 60 deg C
Power Consumption Bus-powered via internal rack connection
Product Series Speedtronic Mark V
Fuses Two 30 A, 60 V fast-acting fuses mounted in onboard fuse block
Connectors One 10-pin connector, four 2-pin connectors
Jumpers 6 Berg-type manually adjustable jumpers (JP1 to JP6)
PCB Coating Normal Coating

Industrial Control & Drive Processing

The DS200FSAAG2ABA processes field excitation firing signals to drive power semiconductors while maintaining high-speed backplane bus communication velocity. Onboard hardware jumpers (JP1 through JP6) allow configuration between standard NRP default mode and alternate operational states. Integrated diagnostic test points permit real-time voltage monitoring without interrupting circuit continuity. Fast-acting 30 A, 60 V fuses protect gate amplification loops from overcurrent faults, preserving system operation and firmware flash compatibility across connected DIRECTO-MATIC and Mark V platforms.

Frequently Asked Questions

Q: What are the ratings and mounting types for the fuses on the DS200FSAAG2ABA?

A: The board features two 30 A, 60 V fast-acting fuses seated in dedicated onboard fuse blocks for simplified field removal and replacement.

Q: How are the onboard Berg-type jumpers configured from the factory?

A: The jumpers (labeled JP1 through JP6) are factory-set to support standard NRP default operational mode.

Q: What cable connectors are populated on the board surface?

A: The board includes one 10-pin primary cable connector and four 2-pin secondary cable connectors for multi-channel signal distribution.

Field Installation Guidelines

  1. Isolate all main power lines and discharge field power circuits prior to removing or installing the card.
  2. Put on an ESD grounding wrist strap attached to the cabinet ground point before touching board components.
  3. Verify that jumper positions on JP1 through JP6 on the replacement card match the settings of the original board.
  4. Secure cable harness connectors onto the 10-pin and 2-pin headers, verifying correct orientation and keyway engagement.
  5. Ensure all field wiring drain wires are tied directly to the cabinet earth grounding bar using low-impedance pigtails to prevent noise interference.

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