MAX5201AEUB+T

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The MAX5201 AEUB+T is a digital-to-analog converter (DAC) ideal for a variety of data acquisition applications. With integrated temperature sensors and multiple opto-isolation and buffering functions, the MAX5201AEUB+T ensures accuracy and reliability in analog signal acquisition.

The MAX5201AEUB+T is designed to be used in high accuracy and precision applications, such as medical and aerospace test equipment, precision instrumentation, and analog signal conditioning systems. It offers 12-bit accuracy, with a step size of 16-bits. Additionally, the MAX5201AEUB+T offers an integrated temperature sensor, which provides a temperature readout within +/-1 degrees Celsius.

The device has two integrated digital current receivers (DCRs) – one for transmitting and one for receiving data. The DCRs are constructed using thin-film transistors (TFTs) which result in a high bandwidth of 250kHz and a maximum current output of 0.5mA. The integrated logic functions provide transparent opto-isolation, which enables the MAX5201AEUB+T to be used with a variety of electrical systems, from 4-20mA current loops to servo motors.

The MAX5201AEUB+T is manufactured using high-quality components and offers thermal shutoff for both the current transmitter and ground connections. It also provides 7V output, an integrated protection circuit, simultaneous multiple analog output, and adjustable current limit. Additionally, the device is RoHS/PAHs compliant and is tested to meet the EMC standards EN 50581-1/EN 55032-1.

In terms of performance, the MAX5201AEUB+T offers high precision and reliable data acquisition with its 12-bit resolution and high bandwidth. Additionally, the device offers excellent thermal shutoff, integrated protection circuit, opto-isolation, and adjustable current limit which secures any electronic system from hazards.

To conclude, the MAX5201AEUB+T is the perfect digital-to-analog converter for applications that require high accuracy, precision, and reliability. It is easy to interface with various systems as it offers excellent opto-isolation and integrated logic functions. Additionally, its temperature sensor allows for a temperature readout within +/-1 degrees Celsius. Lastly, the device offers excellent thermal shutoff and an adjustable current limit for enhanced data acquisition.

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