X9241AUVIZ

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X9241EUVIZ is an advanced digital potentiometer intended for a wide range of data acquisition applications. It is a four terminal device consisting of two independent wiper arms with independent control of each terminal. X9241EUVIZ is designed to accurately measure mechanical displacement and other small signals. Its two outputs, one for voltage and one for pulse duration, serve as a powerful tool for capturing displacement data.

The X9241EUVIZ’s unique design allows it to be used in many different application fields. It is perfect for use in the automotive, aerospace, semiconductor, and medical industries. Each of these industries has different coupling requirements, so the X9241EUVIZ can be programmed for the correct output format according to the application. With its high resolution and wide range of input voltages, it is also well-suited for research and development.

The X9241EUVIZ uses a differential sensing technology to accurately measure and capture data. The device is able to receive a differential input signal from a variety of sources. The input signal is then amplified and fed to one of two outputs. The first is a digital output that provides a pulse duration that depends on the input position. The second is an analog output that provides a voltage that is proportional to the input position.

The X9241EUVIZ also features an internal calibration counter that allows the device to accurately adjust itself. This provides accurate and repeatable measurements over a wide variety of performance requirements. Additional features include low power consumption, a small package size and a wide temperature range of operation that make this device suitable for a variety of applications.

The X9241EUVIZ is well-suited for applications that require accurate, small signal acquisition. Its low power consumption and wide temperature range offer a range of potential applications. In addition, its differential sensing and internal calibration counter ensure that the end application will be able to accurately measure input signals.

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