Diamond Systems

MM-32X-AT PC/104 Analog I/O Module with Advanced Automatic Autocalibration

DMM-32X-AT includes a comprehensive suite of analog and digital features to fit a wide variety of embedded application needs: The 32 A/D input channels feature high-accuracy 16-bit resolution, 250KHz maximum sampling rate, programmable input ranges, and user-selectable single-ended / differential configuration. The 4 D/A output channels feature user-selectable output ranges as well as a programmable waveform generator feature. The 24 digital I/O feature bit by bit direction programmability as well as buffers for enhanced output current of -15mA (logic 1) / 64mA (logic 0). The on-board programmable counter/timer circuitry includes a 32-bit counter/timer for A/D and D/A sample timing, as well as a 16-bit counter/timer for general counting, timing, and programmable interrupt functions. Extended temperature operation of -40 to +85oC is tested and guaranteed. Using our patented auto-autocalibration technology, DMM-32X-AT will provide accurate analog measurements across its entire rated operating temperature range, ensuring reliable performance for critical applications. Our advanced Universal Driver software is included free with DMM-32X-AT and all our CPU and I/O boards. Universal Driver provides a programming library that simplifies control of all the board’s features and enables you to develop your application software quickly.

Manufacturer

Diamond Systems

Product sheet

Diamond Systems

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Diamond Systems Corporation is a leading provider of rugged embedded computing solutions.
Founded in 1989 and headquartered in California, the company specializes in designing and
manufacturing embedded computing products tailored to meet the unique needs of industrial,
transportation, and aerospace sectors. Diamond Systems offers a diverse range of high-quality
products, including single-board computers, data acquisition and control systems, and
rugged PC/104 and PC/104-Plus peripherals. These robust solutions are engineered to
deliver reliable performance in challenging environments, making them ideal for applications
such as industrial automation, machine control, and medical devices.

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