X9460KV14IZ

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Data Acquisition - Digital Potentiometers, X9460KV14IZ is a commercially available, high-precision, low-power digital potentiometer. The device is widely used in a variety of applications due to its versatile design and high accuracy. In this article, we will discuss the application field and working principle of X9460KV14IZ.

X9460KV14IZ is a three-terminal device with two adjustable terminals, one for setting the desired resistance and one for setting the resistance limit. It consists of four internal resistors and a tap point which cycles between pre-determined resistances. Its resistance range is from 0 Ohms to 8.193 Ohms. Along with its high accuracy, X9460KV14IZ also has very low power consumption, making it ideal for applications where power is at a premium.

The main application of X9460KV14IZ is in data acquisition. Data acquisition is the process of capturing, analyzing and storing data from a physical system. Digital potentiometers are widely used because they provide accurate and reliable data transmission. They are also used in industrial settings, where they can be used to control the parameters of a machine, like speed, pressure and temperature. X9460KV14IZ is also used in imaging applications, to control the white balance on cameras and in medical applications, where they can be used to regulate LED power.

The working principle of X9460KV14IZ is based on resistance measurement. When a voltage is applied to the two adjustable terminals, a current will flow through the device, from the left terminal to the right terminal. The tap point controls the resistance between the two terminals, allowing the user to select a desired resistance. The voltage across the two terminals can then be measured, giving the user real-time information about the resistance.

In summary, X9460KV14IZ is a high-precision, low-power digital potentiometer used in data acquisition and a variety of other applications. It consists of four internal resistors and a tap point which cycles between pre-determined resistances. It works by measuring the voltage across its two adjustable terminals, providing accurate and reliable data transmission. It is ideal for applications where power is at a premium due to its low power consumption.

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