PCM1795DBR

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PCM1795DBR is a special purpose Data Acquisition IC (Integrated Circuit) which is widely used for DAC (Digital-to-Analog Converter). The device comes with a DBR (Differential Buffer Relay), allowing it to be used for both Analog and Digital applications. It has been especially designed for High-End Audio solutions. The device is based on an array of 16-bit ADC (Analog-to-Digital Converter) and an external memory that can be connected to a PC via a USB port.

PCM1795DBR is typically used in audio/speech signal processing applications such as multimedia, digital audio playback, audio synthesis, recording, and mixing. It is also used for digital signal processing, audio sampling, and digital signal generation. The device is capable of producing distortion free audio, even with high signal levels.

The PCM1795DBR works on the principle of dynamic range enhancement which allows it to deliver maximum signal-to-noise ratio. The circuit includes an attenuator, dynamic gain control and a digital filter for increased accuracy and enhanced performance. The device also has a built in dynamic error correction which enables it to achieve high levels of accuracy in signal acquisition and processing. The device also has an Auto EQ (Automatic Equalization) function which reduces distortion and creates better sound quality.

Additionally, the PCM1795DBR has many other features to offer. It has a low-cost, low-power consumption design and is available as an easy-to-use, plug-and-play device. It supports a variety of sampling rates up to 24 bits/96 kHz. The compact size of the device allows it to fit in a portable device. It supports both single and dual channel configurations.

The PCM1795DBR is a powerful and reliable IC that can be used for a variety of different applications. It is a great choice for audio/speech signal processing applications, providing top-notch sound quality for the listener. The device is also ideal for digital signal processing applications, offering high levels of accuracy and accuracy-enhanced performance.

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