X9313UM-3

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

The X9313UM-3 is one of the most innovative digital potentiometers of its time. It provides absolute positioning accuracy and large memory capability in a small size, making it ideal for many types of data acquisition and control applications. The X9313UM-3 is a three-terminal non-volatile digital potentiometer designed to provide a digitally controlled voltage divider function without the need of any external components.

This particular digital potentiometer is capable of setting an analog voltage, current or resistance line weighting, averaging, shaping and vibration monitoring functions. Its 3-terminal design allows for easy, fast and accurate control of the analog signal in applications such as motion control, power, temperature, pressure or flow control. It also offers a wide range of control options from low to high frequency and voltage range. Its dynamic resistance range is from 0Ω to infinity with over hundred and twenty distinct settings.

The X9313UM-3 performs all the functions of a traditional potentiometer but with the advantage of being a digital device, meaning that it can be fine-tuned to a certain value that is electronically pre-programmed with a gain and offset value. This allows users to quickly and easily change the settings and gain/offset to achieve specific control goals. This digital potentiometer is also non-volatile, meaning that the settings and values remain set even when the device is powered down.

The X9313UM-3 is ideal for many applications, offering enhanced precision and accuracy over traditional potentiometers. It is commonly used in audio equipment, power management, robotics and automotive applications. It is also used in many sensing circuits to measure the resistance of a circuit, such as displacement, temperature, and pressure. The X9313UM-3 allows for both accurate and fast position control, making it suitable for a variety of data acquisition and control applications.

The working principle of the X9313UM-3 is centered on its three-terminal design. One of the terminals is a power or ground connection and two of the terminals are for setting the output voltage. The two setting terminals are connected to an internal voltage divider, which consists of two resistors, one variable and one fixed. The variable resistor is used to control the output voltage, which is then transferred to an output pin. For example, if the variable resistor is at its maximum value, then the output voltage will be equal to the supply voltage.

The X9313UM-3 works by generating its own digital values based on the input current. The input current is then converted into its equivalent analog voltage using the digital potentiometer’s internal algorithm. The resulting voltage is then applied to the control pin and the output pin. The variable resistor adjusts the gain, or conversion ratio, of the incoming signal in order to produce the desired output.

In conclusion, the X9313UM-3 digital potentiometer is a powerful tool that offers a wide range of applications. It can be used to accurately control analog signals, such as voltage and current, as well as a number of sensing circuits. Its three-terminal design allows it to be used in a variety of data acquisition and control applications. It also has a non-volatile memory, allowing its settings and values to remain stored even when the device is powered down. This makes the X9313UM-3 ideal for many different applications.

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