X9317ZM8T1

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Digital potentiometers are a form of data acquisition, which are used to measure, adjust and control the position or force of an object. They can be used in a variety of tasks and applications, such as temperature control, pressure and strain measurements, speed control, motor speed regulation and motor control. The X9317ZM8T1 Digital Potentiometer is an exceptional all-purpose device for different data-acquisition purposes.

The X9317ZM8T1 features 16-bit resolution, allowing for a total of 65,536 digital steps for the control voltage input range. In addition, the typical supply voltage for the control input range of the X9317ZM8T1 ranges from 0 to 10 volts. This device is equipped with a nonvolatile memory so that the last setting is retained even when power is removed.

In terms of applications, the X9317ZM8T1 can be used in many electronic systems, such as in device command and control, audio and video equipment, as well as in industrial automation systems. The X9317ZM8T1 can also be used in motor control and automation, as well as automotive and instrumentation systems. Additionally, the device can be used in robotics and motion control systems, offering precise position control and speed control.

The working principle behind the X9317ZM8T1 is relatively straightforward. When the digital gates are used to control the voltage input range, the output voltage follows a linear progression from its minimum to maximum voltage. This allows for a direct control of the motor speed or force to a desired value. Additionally, the digital potentiometer can be used to create a resistive divider circuit to convert a larger voltage range into a preferred smaller voltage range for further device calibration.

Overall, the X9317ZM8T1 offers a reliable, accurate and high-quality digital potentiometer solution for different data acquisition and control purposes. Thanks to its 16-bit resolution, experienced users can take advantage of a total of 65,536 digital steps to regulate and control the motors, systems and instruments.

The specific data is subject to PDF, and the above content is for reference