Showing 1–16 of 17 results
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AP220: 12-Bit DAC Module
- 12-bit DAC
- 16 channels voltage outputs
- Extended temperature range
- PCIe bus interface
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AP225: 12-Bit D/A Converter Voltage Waveform Output Module
- 12-bit DAC
- 16 channels voltage outputs
- Wide temperature range
- PCIe bus interface
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AP226: 12-bit DAC Module
- 12-bit DAC
- 8 channels voltage output
- Isolated analog voltage output
- Extended temperature range
- PCIe bus interface
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AP231: 16-Bit DAC Module
- 16-bit DAC
- 16 channel voltage output
- Wide temperature range
- PCIe bus interface
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AP235: 16-Bit DAC Voltage Waveform Output Module
- 16-bit DAC
- 16 channels voltage output
- Waveform memory
- Extended temperature range
- PCIe bus interface
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AP236: Isolated 16-bit DAC Module
- 16-bit DAC
- 8 channels voltage output
- Isolated analog voltage output
- PCIe bus interface
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AP323: 16-Bit ADC High Density Analog Input Module
- 16-bit ADC
- 20 differential or 40 single-ended channels
- Wide temperature range
- PCIe bus interface
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AP341: 14-Bit High-Density ADC Module
- 14-bit ADC with simultaneous multi-channel conversion
- 16 differential inputs with ±10V DC input range
- 8µs conversion time (125kHz) for 8-ch. bank
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AP342: 14-bit High-Density Isolated ADC Module
- 14-bit ADC with simultaneous multi-channel conversion
- 12 differential inputs with ±10V DC input range
- 8μs conversion time (125kHz) for 6-ch. bank
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APA7-EDK: Engineering Design Kit
- CD containing
- schematics
- parts list
- part location drawing
- example VHDL source
- other utility files.
- One kit required
- CD containing
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APSW-API: I/O Function Routines for VxWorks, Windows, Linux
- Programming interface with function routines for AcroPack modules/carriers.
- Customizable for other operating systems.
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APZU-EDK: Engineering Design Kit
Acromag’s Engineering Design Kit (EDK) provides an FPGA generated firmware example design that provides host access to the hardware digital I/O on the APZU module. The example is implemented using the Xilinx Vivado® development environment and offers a starting point from which customers can develop their customized applications.- CD containing
- schematics
- parts list
- part location drawing
- example Vivado and Vitis project files
- other utility files.
- One kit required
- CD containing
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IP480: Counter/Timer Module
- Two or six 16-bit (one or three 32-bit) counter/timer channels
- Event counter
- Output waveform generator
- Pulse-width or periodic rate monitor
- Watchdog timer with isolated relay output
- Interrupt support
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PMC482: Counter/Timer Module
- Ten 16-bit counter/timers, TTL
- Event counter
- Frequency measurement
- Quadrature position measurement
- Pulse-width or periodic rate monitor
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PMC483: Counter/Timer Module
- Four 16-bit counters - TTL, and four 32-bit counters - RS422
- Event counter
- Frequency measurement
- Quadrature position measurement
- Pulse-width or periodic rate monitor
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PMC484: Counter/Timer Module
- Six 32-bit counters - RS422
- Event counter
- Frequency measurement
- Quadrature position measurement
- Pulse-width or periodic rate monitor
Embedded I/O Processing Solutions
Acromag’s embedded I/O boards and mezzanine modules are ideal for embedded computer and high-performance control systems. Select from VPX, PCI, CompactPCI, VME, mini PCIe-based AcroPack®, Industry Pack, VPX, XMC and PMC cards to perform a broad range of analog, digital, counter/timer I/O and serial and Ethernet communication functions.
Mini PCIe-based AcroPack®, Industry Pack, VPX, XMC and PMC mezzanine embedded I/O modules plug into VPX, PCI, PCIe, CompactPCI, and other carrier cards to perform A/D, D/A, DIO, counter/timer, communication and other functions.
Acromag embedded I/O boards offer an unmatched balance of features, performance, and price for the best values in embedded I/O. These boards are based on technology and circuit designs with time-tested reliability in thousands of installations.