MAX5392NAUE+T Integrated Circuits (ICs)

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The MAX5392NAUE+T is a unique data acquisition device in the digital potentiometer range. To start with, it is an all-in-one solution that combines a temperature sensor, 10-bit differential-output ADC and 12-bit nonvolatile nonincrementing digital potentiometer. It has a robust design and is a stand-alone device suitable for industrial and automotive applications.

Firstly, the device offers excellent accuracy and repeatability even in harsh conditions such as high temperatures, humidity, and vibration. It is designed to aid system designers in creating reliable and efficient Data Acquisition-Digital Potentiometers solutions. The device has a digital potentiometer and temperature sensor outputs, as well as a 10-bit differential-output ADC which provides a full-resolution analogue voltage input. The device is temperature compensated, featuring an accuracy of ± 0.25ºC over a temperature range of –20 to +110ºC. The MAX5392NAUE+T provides an accurate, repeatable and rapidly adjustable voltage output that can be programed and controlled over a wide temperature range. With its 128-position resolution and robust construction, the device is highly suitable for use in automotive and industrial applications.

The MAX5392NAUE+T is an ideal choice for applications requiring a voltage reference, current sense, or temperature measurement and control. The device has a temperature sensor, 10-bit differential-output ADC and 12-bit nonvolatile nonincrementing digital potentiometer in a single integrated package. The digital potentiometer and temperature sensor outputs, as well as a 10-bit differential-output ADC provide a full-resolution analogue voltage input allowing precise voltage regulation or current sensing. The attached temperature sensor can be used to adjust the desired output voltage depending on the ambient temperature.

The working principle of the MAX5392NAUE+T is fairly simple. The device contains a temperature sensor, 10-bit differential-output ADC and 12-bit nonvolatile nonincrementing digital potentiometer. The ADC provides a full-resolution analogue voltage input. The device is temperature compensated, providing an accurate, repeatable and rapidly adjustable voltage output. The internal EEPROM holds the output settings and allows the device to be programed and controlled over a wide temperature range.

In conclusion, the MAX5392NAUE+T is an excellent choice for applications requiring precise voltage regulation and sensing, or temperature measurement and control. With its 128-position resolution and robust construction, the device is highly suitable for use in automotive and industrial applications. The device is temperature compensated, featuring an accuracy of ± 0.25ºC over a temperature range of –20 to +110ºC and offering excellent accuracy and repeatability even in harsh conditions.

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