X9252WV24IZ-2.7

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Data acquisition is an essential component to any successful high-precision system. Utilizing the right digital potentiometer and application field can take your results to the next level. The X9252WV24IZ-2.7 comes highly equipped to reliably deliver exact power control and high levels of accuracy for a variety of fields and applications. In this article we’ll discuss application fields and working principles for the X9252WV24IZ-2.7.

The X9252WV24IZ-2.7 has the specific purpose of controlling current sources in photomultipliers, LED and HV products, medical equipment, and other specialized items not suitable for wirewound potentiometers. It is a 24-bit, 3-terminal digital potentiometer with a non-volatile memory. It has a typical end-to-end resistance of 2.7K Ohms and is specifically designed to provide the highest amounts of accuracy and stability. The 3-terminal design allows for a simpler system connection and reduces the amount of terminations by requiring just a single terminal for both the power and signal connection.

The X9252WV24IZ-2.7 is perfect for controlling and providing a level of power control over current sources with moderately varying power needs. Its high accuracy levels and low signal current also make it suitable for audio amplification and transcoding applications. Its digital input signal provides additional versatility as it can be easily programmed to provide different levels of adjustment in various applications.

The X9252WV24IZ-2.7 works by controlling the resistance between two ends of a variable resistor. An analog signal is used to determine the level of the variable resistance between the two ends, which, in turn, controls the power being provided to the current source. This enables a wide range of current levels to be controlled and adjusted with a high degree of precision.

The X9252WV24IZ-2.7 also features a non-volatile memory, which allows the user to store up to 32 different setting configurations. This feature gives them the flexibility to adjust and control their current sources quickly and easily, without having to reprogram the device. The non-volatile memory also contributes to the device’s reliable operation, as it minimizes power spikes and unexpected power interruptions.

The X9252WV24IZ-2.7 is an excellent choice for a variety of different applications and fields. Its 24-bit, 3-terminal digital potentiometer design produces highly accurate results, while its non-volatile memory allows for quick and easy adjustments. These features make the X9252WV24IZ-2.7 an ideal device for accurately controlling power sources in medical equipment, photomultipliers, LED and HV products, and audio amplification and transcoding applications.

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