About the DS200GSIAG1ABA
This DS200GSIAG1ABA product's functionality, as with any Mark V Series product available here, is accessed through the DS200GSIAG1ABA Board's internal assembly's inclusion of a specific series of functionality-inducing hardware components. The GE Common DC Bus Regenerative Board DS200GSIAG1ABA is equipped with various connectors and jumpers, facilitating its seamless integration into the system while offering configuration flexibility. The board features three:
- 40-pin connectors
- two 16-pin connectors
- one 8-pin connector
- 6 jumpers on the base circuit DS200GSIAG1ABA board
Refer to the manuals provided by the factory to understand the processing options defined by these jumpers. While some jumpers are solely used during manufacturing, others play a role in defining processing needs.
DS200GSIAG1ABA Part Number
The DS200GSIAG1ABA functional product number begins with the DS200 series tag dictating this DS200GSIAG1ABA PCB's normal Mark V Series assembly as well as its domestic original manufacture location. Some of the other relevant DS200GSIAG1ABA Board details revealed through the DS200GSIAG1ABA functional product number include this PCB's:
- GSIA functional product abbreviation
- Normal PCB protective coating style
- Group one Mark V Series product grouping
- A-rated primary functional revision
- B-rated secondary functional revision
- A-rated artwork configuration revision
DS200GSIAG1ABA Ribbon Cable Disconnection
When dealing with ribbon cables, caution must be exercised, as they are susceptible to damage. To disconnect a ribbon cable, firmly hold the plastic connector with one hand while keeping the board stable with the other hand. Gently pull the ribbon cable out from the board connector to avoid putting stress on the connector and prevent damage to the delicate wires. The DS200GSIAG1ABA model differs from the DS200GSIAG1CHD in several aspects:
- CHD model possesses an additional jumper located at JP7
- CHD model incorporates a Programming EEPROM at location U5
- exhibits a notable difference in terms of capacitor arrays
- the ABA model has fewer capacitor arrays compared to the CHD model
- ​​​​​​​capacitor arrays are vital for energy storage and voltage stabilization
- the CHD more suitable for applications demanding higher capacitance levels and improved performance
