X93256UV14IZ-2.7

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Data Acquisition - Digital Potentiometers.

The X93256UV14IZ-2.7 is a digital potentiometer that is used for data acquisition applications. It is an integrated circuit (IC) that provides a simple interface between a digital controller and an analog system. It is a non-volatile device that stores a programmed resistance value. This IC is ideal for use in a wide range of applications that require precise control of an analog signal.

A digital potentiometer is essentially a voltage-controlled resistor. It consists of a microcontroller, a digital-to-analog converter (DAC), and a resistor array. The microcontroller stores a series of resistance values that it reads from a memory device and then sets the DAC to output a voltage that is proportional to the stored resistance. This voltage is then connected to the resistor array, which in turn produces the desired resistance value. The digital potentiometer provides a precise means for controlling analog signals.

The X93256UV14IZ-2.7 is a three-terminal digital potentiometer. It has a digital input for setting the output resistance, and two analog outputs for programming and reading the resistance value. It also has an on-chip EEPROM for storing a programmed resistance value, making it non-volatile. The IC also features an Open Drain output to power supply the circuit and it is available in a variety of pin configurations. It can operate in either single-mask or dual-mask mode and allows the user to configure the resistance range of the device.

The X93256UV14IZ-2.7 is a valuable tool for data acquisition applications. It can be used to precisely control analog signals, such as the voltage and current of power supplies, as well as signals from sensors and actuators. The X93256UV14IZ-2.7 also makes it easy to monitor sensors and to adjust parameters of an analog system. Additionally, its non-volatility allows for stored values to remain stored even if power to the device is lost.

In summary, the X93256UV14IZ-2.7 digital potentiometer provides an easy, yet precise means for controlling analog signals. It can be used in a variety of applications, ranging from power supply monitoring to sensor control and parameter adjustment. Its non-volatile memory also makes it an ideal choice for data acquisition applications.

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