DS200FSAAG1ABA | DS200TCPDG2BEC Mark V | DS200FSAAG1ABA
DS200FSAAG1ABA technical specification
Original manufacturer: GE General Electric
Original product line: Mark V
Alphanumeric part number: DS200FSAAG1ABA
Function Description: Field power amplifier
Functional Acronym: FSAA
PCB coating style: Normal coating
About DS200FSAAG1ABA
Categories: GE
Tags: DS200FSAAG1ABA
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Product content
DS200FSAAG1ABA technical specification
Original manufacturer: GE General Electric
Original product line: Mark V
Alphanumeric part number: DS200FSAAG1ABA
Function Description: Field power amplifier
Functional Acronym: FSAA
PCB coating style: Normal coating
About DS200FSAAG1ABA
Functional characteristics
Power amplification: DS200FSAAG1ABA provides efficient and reliable power amplification for related equipment to meet the needs of various industrial environments.
Phase control and regulation: Four SCRs can be phase controlled to adjust the field power supply and provide the appropriate drive signal for the SCRs to ensure its normal operation.
With protection function: equipped with two 600 volt, 30 amp Limitron fast fuses, when the circuit overload or short circuit fault, can quickly cut off the circuit, to protect equipment and personnel safety.
The DS200FSAAG1ABA field power gate amplifier board was originally manufactured for major autonomous driving retailer General Electric’s Mark V Series. The DS200FSAAG1ABA PCB, considered a member of the Mark V family, is one of the newest product lines developed using GE’s Speedtronic technology, centered on the production of printed circuit boards and other component products critical to the functioning of turbine control systems. This DS200FSAAG1ABA General Electric printed circuit board is not actually the original field power gate amplifier board designed and manufactured for the Mark V series; That would be the DS200FSAAG1 printed circuit board missing three important product revisions for that particular product.
Application field
Industrial manufacturing: used for all kinds of production equipment control systems, motor control units and power distribution systems to ensure the stable operation and accurate control of equipment.
Energy industry: such as power plants, substations, etc., play a key role in turbine control systems to ensure efficient production and stable supply of energy.
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