XRD87L75AIUTR

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Data acquisition systems convert various physical parameters into digital values that a computer can process. Analog to Digital Converters (ADCs) perform this conversion. They measure by a physical parameter and generate a digital code that represents the magnitude of the physical parameter. XRD87L75 AIUTR is a high-voltage, accurate and fast (10/12‐bit) voltage-to-digital converter. The XRD87L75 AIUTR is equipped with an on-chip shielded loop transimpedance amplifier (TIA) that utilizes an input impedance that can be adjusted between 2 and 21 kΩ, allowing users to optimise the amplifier noise and the dynamic range for their specific application.XRD87L75 AIUTR offers the function of ultra low power, stable and wide range input voltage, and it can meets the accuracy requirements of high-bandwidth (±1%), as well as delivers a conversion rate of up to 50 ksps.The XRD87L75 AIUTR offers a flexible interface which can be used to access data and programming information. This device can be used in various industrial applications such as metering, motion control and factory automation. As an example, the XRD87L75 AIUTR can be used in timer control systems, such as in washing machines, control ovens and motors in dishwashers.When it comes to working principle of the XRD87L75 AIUTR, it utilizes a transimpedance amplifier for voltage-to-digital conversion. The transimpedance amplifier is a type of amplifier with a very high input impedance. This allows it to measure small voltages and then convert them into a digital signal. The XRD87L75 AIUTR also has a low-noise input stage and a voltage regulator to make sure that the voltage is always within the desired range. The XRD87L75 AIUTR works by measuring the input voltage and then converting it into a digital number. The conversion is done in a two-step process. The first step is the analog-to-digital conversion which takes place in the amplifier. The amplifier takes the input voltage and converts it into an equivalent digital code. This code is then sent to the ADC converter. The ADC converts the code into a digital number that can be used by the computer. The XRD87L75 AIUTR is designed to run on low power but still offers a high level of accuracy and speed. It has very low power consumption because the voltage regulator ensures that the power supplied to the device is kept low and the ultra low power feature allows the device to work at peak performance even when the power is low. In conclusion, the XRD87L75 AIUTR is a high-voltage and accurate voltage-to-digital converter, which is suitable for applications involving metering, motion control and factory automation. It utilizes a transimpedance amplifier for voltage-to-digital conversion, and has an on-chip shielded loop transimpedance amplifier, whose input impedance can be adjusted between 2 and 21 kΩ. Additionally, it can deliver a conversion rate of up to 50 ksps, and offers an ultra low power and stable feature, allowing it to work at peak performance even when the power is low.

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