Features:
- ADMA daughterboard for a compatible DS200DSPC host assembly
- Twelve analog inputs, four analog outputs and eight digital I/O points
- IMOK and FAIL LEDs provide local board-status indication
Signal conversion: The board conditions analog and digital field information before exchanging data with the DSPC processor buses.
Board integration: High-density connections link the daughterboard to the DS200DDTB terminal board, so cable seating and host-board identity are part of every service check.
Revision control: The AAC suffix identifies coating and revision attributes that should be preserved when matching an installed board.
Apter Power supports General Electric DS200ADMAH1AAC Analog-to-Digital Module documentation, quotations, procurement and host-board matching.
General Electric DS200ADMAH1AAC Analog-to-Digital Module Daughterboard Manuals,Datasheets,Link
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
- Twelve analog-input channels feed the ADMA signal-conditioning path.
- Four analog-output channels return converted signals through the installed board set.
- Eight digital I/O points are handled alongside the analog channels.
- Filtering and buffering occur before processor-bus exchange.
- The daughterboard mounts on a compatible DS200DSPC host board.
- High-density connectors link the assembly to the DS200DDTB terminal board.
- The static-RAM EPLD interfaces the I/O data with DSPC processor buses.
- Connector orientation and host-board revision should be recorded before removal.
- A green IMOK LED indicates the board has passed its internal operating check.
- A red FAIL LED provides a local fault indication for troubleshooting.
- Missing analog data should be traced from field wiring through DDTB and board connectors.
- ESD handling is required when inspecting or reseating the daughterboard.
- Signal conversion within compatible General Electric drive or excitation control assemblies.
- Analog monitoring paths that require multiple input and output channels.
- Digital status exchange within an installed DS200DSPC board set.
- Maintenance of legacy cabinets whose documentation identifies the ADMA daughterboard.