CS4362-KQZ

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Data acquisition is an important task for improving the accuracy of measurement and calculation. The CS4362–KQZ application field and working principle is one example of the data acquisition process. This ADC (Analog-to-Digital Converter) is designed for professional audio applications, giving high quality 24-bit digital audio performance with improved signal-to-noise ratio and uniform distortion characteristics. The CS4362–KQZ has the ability to convert up to 8 channels of analog audio and can be used with an optional external clock source.

The CS4362–KQZ works by sampling an analog audio signal and performing an analog-to-digital conversion. This process is done by converting the analog signal into a digital representation, by taking multiple samples of the signal at different points in time. The ADC pins enable analog audio signals ranging from 10 Hz to 20 kHz to be converted into a 1-bit digital audio signal. The signal is digitized and then subject to a noise shaping technique, where it is filtered and the signal is shaped by quantifying the noise level. This technique can be used to significantly improve the resolution of the signal.

The CS4362–KQZ also features enhanced signal-to-noise ratio performance. The digital audio signal is upsampled before the signal is fed into the digital-to-analog converter. This ensures the signal-to-noise ratio is improved and the unwanted quantization noise is reduced. Additionally, due to over-sampling techniques, the non-linear distortion of the signal is minimized and the dynamic range is increased.

The working principle of the CS4362–KQZ also includes a low-noise differential current output driver. This allows the output signal to be driven into a differential line and provides enhanced signal-to-noise performance in comparison with single-ended drivers. It also reduces common-mode-induced distortion, which occurs when single-ended drivers are used.

The CS4362–KQZ application field and working principle is a great example of the data acquisition process. This ADC is capable of providing high quality 24-bit digital audio performance with improved signal-to-noise ratio and uniform distortion characteristics. Additionally, the enhanced signal-to-noise ratio performance and low-noise differential current output driver ensure the signal is driven into a differential line. All of these features make the CS4362–KQZ an ideal ADC for professional audio applications.

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