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Data Acquisition - Digital Potentiometers

X9317TS8-2.7T2 application field and working principle

Digital Potentiometers, also known as digital resolvers, are used in consumer applications such as computers and gaming consoles, as well as in industrial control applications, to convert analog signals into digital signals. Designed for both high-precision and high-speed performance, X9317TS8-2.7T2 Digital Potentiometers feature a wide range of operating temperatures, a fast microsecond response time, and a low current of 640nA at +25°C.

X9317TS8-2.7T2 Digital Potentiometers are typically meant for precision sensor applications. They are capable of providing a range of 128 distinct voltage levels from 0-Vcc, each with a resolution of 0.004%. The wiper position is decimal coded per 10-bit data, and the input voltage is voltage-controlled. The device can be used with a single or dual supply voltage, and has a maximum operating temperature of +125°C.

X9317TS8-2.7T2 Digital Potentiometers provide excellent accuracy and high linearity. The potentiometer features a non-volatile memory, which allows it to save wiper settings during power-off periods, enabling faster start-up times. It also has a high level of on-chip noise immunity, ensuring the highest possible signal integrity.

X9317TS8-2.7T2 Digital Potentiometers offer a wide range of applications. In consumer electronics, they are ideal for use as graphic equalizers, providing precise control over sound frequencies. In automotive applications, they are used for throttle control, speed controller, and other automotive auxiliary control systems. In industrial automation and instrumentation applications, they are used for signal conditioning, bi-directional valve control, and a variety of other industrial feedback control systems.

X9317TS8-2.7T2 Digital Potentiometers are also used in data acquisition systems, where they act as a bridge between analog and digital systems. They can be used to control the amplitude and frequency of analog signals, and to provide the necessary control signals to digital systems. Additionally, they can be used to precisely control the level of voltage in analog systems.

The working principle of X9317TS8-2.7T2 Digital Potentiometers is based on electronic circuits that are connected to two resistors and a LVDT (Linear Variable Differential Transformer) in such a way that the LVDT’s resistive elements indicate the position of the sliding contact. The electrical signals are then transmitted to the signal processor for linearization, and the output is transmitted to the host system.

X9317TS8-2.7T2 Digital Potentiometers offer numerous advantages to users due to their high precision, high reliability and wide range of operation. With reliable performance across a multitude of applications, they are ideal for use in a variety of industrial and commercial settings.

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