MAX5102AEUE+T

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The MAX5102AEUE+T is a digital-to-analog converter (DAC) that uses current-output technology to offer exceptional accuracy and performance in various data acquisition applications. It operates from a single 3.3V power-supply and extends the resolution of a 12-bit conversion to 14-bit linearity. Its thermally matched resistors and built-in band-gap reference help to achieve maximum reliability for applications requiring highly accurate results and repeatable accuracy. The MAX5102AEUE+T is designed to work within a wide temperature range of -40°C to +125°C.

The MAX5102AEUE+T combines two DACs into a single 16-pin consumer thermally enhanced TSSOP package. Its external registers allow digital data to be quickly loaded. The programmable data register and the reference register can both be loaded via the serial interface. The output can be configured as a single 10-bit DAC or two 8-bit DACs. The single-DAC and dual-DAC modes offer excellent performance in digital-power design and data-acquisition applications.

The MAX5102AEUE+T supports several output buffer configurations, enabling it to produce various resolution digital-to-analog conversions. It has an output voltage range of 0V to 6.0V with an accuracy of 0.02% (maximum) and offers an excellent signal-to-noise ratio of 82dB. The device also features an output filter for maximum stability and linearity.

The MAX5102AEUE+T features an integrated 1-kΩ resistor that sets the default full-scale output voltage. It is designed to provide good linearity and excellent reliability. The device comes with a guaranteed operation for up to 500,000 conversion cycles and provides very low drift. It is also built with an integrated watchdog timer for enhanced circuit protection.

The MAX5102AEUE+T is a great choice for a wide range of data acquisition applications such as audio/video processing, industrial instrumentation, motor control, and power conditioning. It offers excellent accuracy and performance at an economical price, making it an ideal solution for cost-sensitive applications. The device is also available in a space-saving SOIC package and provides external control of the output voltage range.

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