X9315WMIZ-2.7T1R5419

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The X9315WMIZ-2.7T1R5419 is a potentiometric signal conditioner from STMicroelectronics. It is a flexible and highly precise digital potentiometer, specifically designed for data acquisition (DAQ) applications. This digital potentiometer is part of the STMicroelectronics X- family and is capable of providing highly precise potentiometric measurements, with low power consumption and wide operating temperature range.

The X9315WMIZ-2.7T1R5419 has several distinct advantages over conventional single-, dual- or multi-turn potentiometers. It eliminates common problems associated with physical potentiometers, including repeatability, temperature drift, and feasibility of robot assembly, by using digital signal conditioning instead of mechanical parts. It is also immune to fuzziness and power supply noise, and has higher resolution and accuracy than mechanical potentiometers.

The X9315WMIZ-2.7T1R5419 features a two-wire serial interface, that can operate with the SPI or I2C protocol. The integrated serial eeprom stores calibration coefficients and configuration settings, which simplifies system configuration. The device also features three selectable output ranges, allowing for a wide variety of signal conditions, from 0.5 mV up to 9.63 V.

The X9315WMIZ-2.7T1R5419 is ideal for applications where high resolution and accuracy are essential, such as in medical, automotive, industrial and aerospace applications. It is also suitable for a wide range of data acquisition systems, including precision measurements, process control, and other applications which require tightly controlled signal conditions.

The X9315WMIZ-2.7T1R5419 offers a flexible, highly precise digital potentiometric signal conditioner, capable of providing very tight signal control and accurate measurements. Its two-wire serial interface allows for easy configuration and communication with other system components. In addition, its wide operating temperature range and low power consumption makes it suitable for applications in a variety of industrial and consumer settings.

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