The MPV906, developed by Curtiss-Wright's Pentland Systems, is engineered to provide 64 single-ended or 32 differential analog input channels, each featuring fully programmable gain amplification (PGA). This flexibility allows for precise signal conditioning tailored to specific application requirements. The board ensures optical isolation between the VMEbus and all input channels, safeguarding the system from accidental exposure to high voltages and enhancing operational safety. With a throughput rate of up to 33 kSamples/s and 12-bit resolution, the MPV906 delivers accurate and reliable data acquisition for complex industrial processes. Its programmable input sequencing and sampling rates, managed via an on-board scan list and timer, provide adaptability to various data collection needs. Additionally, the board supports both continuous and transient operating modes, with flexible interrupt configurations to optimize system performance. An optional ACX906 digital I/O daughter board expands functionality by offering TTL I/O via the P2 connector, with each line individually programmable as input or output.
Features:
- 64 single-ended or 32 differential analog input channels
- Fully programmable gain amplification on all channels
- Optical isolation between VMEbus and inputs
- Throughput rate: up to 33 kSamples/s
- Resolution: 12-bit
- Programmable input sequencing via scan list
- Software-selectable sampling rates with on-board timer
- Continuous and transient operating modes
- Flexible interrupt configurations
- Optional ACX906 digital I/O daughter board for TTL I/O
