DAC7664YBRG4

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The DAC7664YBRG4 is a data acquisition digital to analog converter (DAC) module that is capable of providing high-resolution, high-accuracy and low-noise performance. This type of product is suitable for professional audio, video and gaming applications that require high fidelity signals.

This unit is capable of receiving analog and digital inputs and converting them into 16-bit data values which can be used to produce corresponding audio or video signals. The input signal range of the DAC is 0 to 10V and its output range is 0 to 10V. Hence, the signal resolution is approximately 0.15%.

The DAC7664YBRG4 features a low-noise performance, with a noise floor of -95dB. This means that noise from the signal source is negligible, providing high-quality sound and video playback. It also features a high-precision analog output, with a maximum performance resolution of 0.0004%.

This type of product is also used for gaming applications where a high-resolution signal is required to produce a realistic visual experience for the user. The output signal range of the DAC is 0 to 80V which allows for high levels of detail to be achieved from the gaming console.

The working principle of the DAC7664YBRG4 involves the conversion of digital data into analog signals. The incoming data is fed into an analog to digital converter which is used to convert the data into the appropriate format. Once the data has been converted, an analog signal is then generated and passed through output amplifiers to increase the signal strength.

Once the signal has been amplified, it is then sent to the output DAC. This module contains a digital-to-analog converter and a low-pass filter which are used to produce the desired output analog signal. This output signal is then sent to the application for the specific purpose.

The DAC7664YBRG4 is an ideal choice for applications such as professional audio, video, gaming and home entertainment. Its high resolution, low-noise performance and wide signal range make it a perfect solution for these applications. Moreover, its fast conversion time and low-power consumption make it highly cost-effective.

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