About the DS200UDSAG1A
The DS200UDSAG1A Excitation Board sends and receives signals from other boards and though a 40-pin connector that populates the board. Typically the DS200UDSAG1A board receives signals from other boards and devices in drive. The microprocessor on the DS200UDSAG1A board processes the signals and uses the other components on the board for processing also. Information is provided to the operator about the state of the board through the 4-character displays and the 32 LEDs that populate the board. When processing of the signals is complete, the resulting new information is sent to other components and boards within the Mark V Series. It is critical that all the signals make the connection on the 40-pin connector. However, the ribbon cable is easily damaged due to the lack of support given to the plastic connect on the end of the ribbon cable. To keep the ribbon cable in tact, never tug the ribbon cable out of the connector on the board. Instead, firmly hold the plastic connector on the end of the ribbon cable and gently pull it out of the connector. Follow these guidelines to keep the 40-pin ribbon cable and the connector at the end of the cable connected.
While the 40-pin connector attached to this DS200UDSAG1A Excitation Board is certainly important, it is in no way the only relevant piece of hardware adopted into this Mark V Series product's assembly. In addition to its 40-pin connector and ribbon cable connectors, the GE Excitation Board DS200UDSAG1A features one 1 80196 microprocessor and several erasable programmable read-only memory (EPROM) modules. The GE Excitation Board DS200UDSAG1A also is populated with 21 4-character displays and 32 LEDs, which have been included for various diagnostic testing purposes.
Before making a purchase decision on this DS200UDSAG1A Excitation Board, it is crucial to identify the fact that this DS200UDSAG1A Mark V Series circuit board is a modified version of the original DS200UDSAG1A parent product; possessing a singular functional revision rated at an A grade.