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DS200TBSAG1AAA | General Electric Mark V LM Transducer Board
- Regular price
- $1,799.00
- Sale price
- $1,799.00
- Regular price
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Product Description P/N: DS200TBSAG1AAA
Description
This DS200TBSAG1AAA Serial Communication Termination Module was originally designed for mass production for General Electric's Mark V Series.
Technical Specifications
| Brand | General Electric |
| Product Series | Mark V |
| Part Number | DS200TBSAG1AAA |
| Functional Description | Serial Communication Termination Module |
| Functional Abbreviation | TBSA |
| PCB Coating Style | Normal Coating |
| 1st Functional Revision | A |
| 2nd Functional Revision | A |
| Artwork Revision | A |
Information About DS200TBSAG1AAA
This DS200TBSAG1AAA module is a part of the wide array of printed circuit boards that were developed as internal components for the Speedtronic Mark V series of industrial power generation turbine systems. The MK V was one in a series of industrial turbine control systems from General Electric. This DS200TBSAG1AAA unit specifically is one of the printed circuit boards that are designated as LM Transducer Circuit Boards.This Transducer PCB is designated under the alphanumeric code, DS200TBSAG1AAA, which describes the functionality of the product through several chunkable pieces.
Hardware Tips and Specifications
The DS200TBSAG1AAA LM Transducer Circuit Board unit is equipped with a transducer module to process the conversion of input energy from the turbine systems into the output energy required for the Mark V unit’s regulation and turbine monitoring capabilities. This is central to the normative functionality of this Mark V Series product, although several other crucial hardware components and component specifications work in tandem to achieve this PCB's originally-intended functionality. Some of the more obvious of these hardware elections exist in the series of different connectors available to the DS200TBSAG1AAA Circuit Board owner. Four total connector types can interface with this DS200TBSAG1AAA Serial Communication Termination Module, including:
The P3 TCSA-to-DLE 12 V dc power connector
The P4 TCSA-to-FMVED 12 V dc power connector
The P5 FMVED-to-UCPB communication channel connector
The P6 FMVED-to-UCPB communication channel connector.
As the eagle-eyed prospective PCB buyer may have noticed, the last two connectors in the assembly of this DS200TBSAG1AAA LM Transducer Circuit board have the exact same intended purposes; the only difference between these two connectors can safely be classified as their specific communication channels; the P5 connector deals with communication channels 1 and 2, while the P6 connector interfaces channels 3 and 4. Before making a purchase decision on this DS200TBSAG1AAA Serial Communication Termination Board, it is important to realize that this PCB from General Electric has a full three-fold revision history.
Manufacturer information
General Electric (GE) is a multinational conglomerate founded in 1892, based in the United States. It operates in various industries, including aviation, healthcare, renewable energy, and power. GE is known for its innovations in technology, manufacturing, and infrastructure solutions.
Description
This DS200TBSAG1AAA Serial Communication Termination Module was originally designed for mass production for General Electric's Mark V Series.
Technical Specifications
| Brand | General Electric |
| Product Series | Mark V |
| Part Number | DS200TBSAG1AAA |
| Functional Description | Serial Communication Termination Module |
| Functional Abbreviation | TBSA |
| PCB Coating Style | Normal Coating |
| 1st Functional Revision | A |
| 2nd Functional Revision | A |
| Artwork Revision | A |
Information About DS200TBSAG1AAA
This DS200TBSAG1AAA module is a part of the wide array of printed circuit boards that were developed as internal components for the Speedtronic Mark V series of industrial power generation turbine systems. The MK V was one in a series of industrial turbine control systems from General Electric. This DS200TBSAG1AAA unit specifically is one of the printed circuit boards that are designated as LM Transducer Circuit Boards.This Transducer PCB is designated under the alphanumeric code, DS200TBSAG1AAA, which describes the functionality of the product through several chunkable pieces.
Hardware Tips and Specifications
The DS200TBSAG1AAA LM Transducer Circuit Board unit is equipped with a transducer module to process the conversion of input energy from the turbine systems into the output energy required for the Mark V unit’s regulation and turbine monitoring capabilities. This is central to the normative functionality of this Mark V Series product, although several other crucial hardware components and component specifications work in tandem to achieve this PCB's originally-intended functionality. Some of the more obvious of these hardware elections exist in the series of different connectors available to the DS200TBSAG1AAA Circuit Board owner. Four total connector types can interface with this DS200TBSAG1AAA Serial Communication Termination Module, including:
The P3 TCSA-to-DLE 12 V dc power connector
The P4 TCSA-to-FMVED 12 V dc power connector
The P5 FMVED-to-UCPB communication channel connector
The P6 FMVED-to-UCPB communication channel connector.
As the eagle-eyed prospective PCB buyer may have noticed, the last two connectors in the assembly of this DS200TBSAG1AAA LM Transducer Circuit board have the exact same intended purposes; the only difference between these two connectors can safely be classified as their specific communication channels; the P5 connector deals with communication channels 1 and 2, while the P6 connector interfaces channels 3 and 4. Before making a purchase decision on this DS200TBSAG1AAA Serial Communication Termination Board, it is important to realize that this PCB from General Electric has a full three-fold revision history.
Manufacturer information
General Electric (GE) is a multinational conglomerate founded in 1892, based in the United States. It operates in various industries, including aviation, healthcare, renewable energy, and power. GE is known for its innovations in technology, manufacturing, and infrastructure solutions.