CS4351-CZZ

ADCs/DACs - Special Purpose Cirrus Logic CS4351-CZZ Overview

Introducing the CS4351-CZZ by Cirrus Logic, a superior DAC/audio converter that transforms digital audio into a high-fidelity analog sound with impeccable precision. Designed for audiophiles and professional audio equipment manufacturers, this IC is engineered to deliver outstanding audio quality with a 24-bit resolution and a sampling rate up to 192kHz. The CS4351-CZZ is an essential component for those who demand the best audio performance for their systems, providing crystal clear sound in a compact 20-TSSOP package. The ADCs/DACs - Special Purpose Cirrus Logic CS4351-CZZ is perfect for integrating into high-end consumer audio systems, where maintaining audio integrity is crucial.

CS4351-CZZ Features

The CS4351-CZZ boasts a variety of features that make it a standout choice for audio digital-to-analog conversion. Key features include:

• High Resolution 24-bit Audio Output
• Supports Sampling Rates up to 192kHz
• Low Distortion and High Signal-to-Noise Ratio
• Compact 20-TSSOP Package for easy integration in various designs
• Digital De-emphasis
• On-chip Digital Filter

CS4351-CZZ Applications

• Home Audio Systems: Enhances the sound quality of home audio systems by providing high-resolution audio playback. Ideal for audiophiles seeking to upgrade their system's performance.
• Professional Mixing and Recording Equipment: Used in professional audio mixing and recording equipment to ensure precise audio reproduction. Essential for studios requiring the best sound fidelity.
• Automotive Audio Systems: Integrates seamlessly into automotive audio systems to deliver rich, clear, and dynamic sound across all types of music and audio formats.
• Digital Audio Effects Processors: Acts as the core component in digital audio effects processors, providing the necessary audio resolution to execute complex sound effects.
• Television Sets: Improves audio output quality in television sets, making dialogues clearer and background scores more immersive.