X9259TS24T1

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The X9259TS24T1 is a single-channel voltage controlled MOSFET digital potentiometer which is a member of the Xicor family of products. Designed for data acquisition and industrial control applications, it is also suitable for use in handheld and portable applications. The potentiometer features a low-power SOIC-14 package and can be programmed over a wide voltage range of 0 to 36 volts.

The X9259TS24T1 provides a three-terminal digital potentiometer that offers a broad range of applications. This device is capable of handling long operational cycles and can be programmed to a wide variety of parameters. It can be driven directly from a microcontroller or any analog signal source.

The working principle for the X9259TS24T1 is based around the MOSFET transistor architecture. The device operates from two supplies, VDD and VSS. VDD is the positive supply to the device and VSS is the negative supply. The input signal is applied to the gate of the MOSFET transistor, and this determines the wiper position of the device.

The operation of the X9259TS24T1 is based on the MOSFET transistor characteristics. It utilizes a voltage control technology to provide a highly accurate analog output signal that is proportional to the input voltage applied to the gate of the device. The output signal generated by the X9259TS24T1 is linear over a wide range of input values and can be used to regulate current or voltage levels.

The X9259TS24T1 digital potentiometer is widely used in various data acquisition and industrial control applications. Common applications of the device include process control, automated testing, robotic systems and audio application. By providing an adjustable analog output voltage, the X9259TS24T1 can be used to regulate current and voltage levels in these applications.

In summary, the X9259TS24T1 is a single-channel voltage controlled MOSFET digital potentiometer designed for data acquisition, industrial control, and manual or automated testing applications. It is capable of providing a highly accurate analog output signal that is proportional to the input voltage applied to the gate. The device can thus be used to regulate current and voltage levels in a variety of applications.

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