MAX125CCAX+T

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Maxim Integrated’s MAX125CCAX+T is an ultra-high speed dual 8-bit analog-to-digital converter (ADC) and dual 8-bit digital-to-analog converter (DAC) that offers a feature set and performance level that is ideal for use in a wide range of Data Acquisition applications. The MAX125CCAX+T has both analogue and digital outputs, and includes a dedicated Clock/Data Synchronous port, making it ideal for use in multiple Data Acquisition systems.

The MAX125CCAX+T is a versatile and powerful dual 8-bit ADC/DAC solution. It features Low Voltage Differential Signaling (LVDS) outputs and can handle a maximum input signal range of ±5V. It also features two separate input channels, allowing for simultaneous conversions of two analogue signals. Additionally, the device can accommodate a wide range of sample rates, from 10kHz to 200kHz.

The MAX125CCAX+T is designed to offer high speed, low noise data acquisition performance. It features a two-stage architecture with a 1-bit dual driver and a low-noise track-and-hold amplifier. The device also features a Calibraion Mode that allows users to adjust the gain and offset of the device to improve dynamic range.

The MAX125CCAX+T is suitable for use in a wide range of Data Acquisition applications. It can be used in medical systems to monitor patient vital signs and other physiological data. It also has applications in industrial automation, including measuring levels, pressure, and other process variables. The device is also suitable for use in automotive applications, such as monitoring engine performance, suspension, and electronic control unit performance.

The MAX125CCAX+T is a powerful, dual 8-bit ADC/DAC solution that provides high performance data acquisition in a wide range of applications. It features a two-stage architecture with a Calibraion Mode that allows users to adjust the gain and offset of the device for improved dynamic range and accuracy. Additionally, its wide range of sample rates and digital outputs make it suitable for a variety of Data Acquisition applications.

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