AMC1305M25DWR

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The AMC1305M25DWR is an integrated Medical Grade Data Acquisition device. It is ideal for use in medical applications such as patient monitoring, diagnostics, imaging, and functional stimulation. It offers the combination of high performance, easy configurability, and superior system integration in a compact and affordable package.

The AMC1305M25DWR is a high-precision, high-resolution data acquisition system. It features a 12-bit sigma-delta analog-to-digital converter (ADC), a 12-bit programmable digital-to-analog converter (DAC), and a programmable digital controller. The device includes on-board temperature compensation, self-calibration, serial control, and an onboard diagnostic port.

The ADC on the AMC1305M25DWR is designed to sample input signals with a maximum resolution of 12 bits. It is designed to sample signals with a frequency response up to 100kHz and a maximum sampling rate of 250kHz. It can support both single-ended and differential inputs. In addition, the ADC can be programmed to filter the input signal to reduce the amount of noise in the final output.

The DAC on the device is also 12-bit and supports digital-to-analog conversions up to 500kHz. It has a high resolution and provides a wide operating range from 0V to 5V. It can support both single- and multi-channel operation. The DAC can be programmed for simultaneous and single channel operation, with both voltage and current outputs.

The AMC1305M25DWR is an ideal device for medical applications that require high accuracy and resolution input data. It can be used for recording waveforms with high fidelity, as well as for fast, accurate data acquisition. In addition, the device is easy to configure, highly reliable, and yields superior system integration.

The AMC1305M25DWR is a member of the data acquisition family of devices and is classified under Data Acquisition – ADCs/DACs – Special Purpose. It is the perfect choice for medical applications that require high-precision data acquisition, as well as fast and accurate Waveform analysis.

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