AD7863ARSZ-10REEL

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Data Acquisition - Analog to Digital Converters (ADC) is a type of device that is used to transform signals in the analog domain into a digital form. The type of signals can be analog voltage, current, sound, etc. One of the most popular ADC converters used in the industry is the AD7863ARSZ-10REEL. This family of ADC converters has a number of characteristics that make it suitable for a variety of applications. In this article, we will look at the application field and the working principle of AD7863ARSZ-10REEL.

The AD7863ARSZ-10REEL is a low power, low-noise, 14-bit, voltage-output analog-to-digital converter. Its power consumption is relatively low, which is just 2 mW and it comes with an 85 dB signal-to-noise ratio. Its low-noise characteristics make it ideal for applications that require high accuracy and precision such as medical, automotive and aerospace. It also supports single or differential input and has a range of voltage inputs, up to 5V. It is also capable of sampling frequencies up to 20 MHz and has three types of range: 0-10 V, 2.5V and -2.5V.

The working principle of the AD7863ARSZ-10REEL is based on the successive approximation technique. This technique works by initially setting the output data to the midpoint of the range and then sequentially comparing the input voltage to the output voltage. The output voltage is then adjusted according to the comparison between the two inputs. This process is repeated until the difference between the input and output voltages is below a certain defined threshold, at which point the output data can be determined to a certain number of bits of accuracy. The successive approximation technique provides a high level of accuracy and can achieve sampling rates of up to 20 MHz.

In conclusion, the AD7863ARSZ-10REEL is a low-power, low-noise, 14-bit voltage-output analog-to-digital converter that is well suited for applications that require high accuracy and precision. It has a wide range of voltage inputs and supports single or differential input and can sample frequencies of up to 20 MHz. Its working principle is based on the successive approximation technique, which provides high levels of accuracy and can achieve sampling rates of up to 20 MHz. This device is an ideal solution for applications such as medical, automotive and aerospace.

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