WM8521H9GED/V

ADCs/DACs - Special Purpose Cirrus Logic WM8521H9GED/V Overview

The Cirrus Logic WM8521H9GED/V is a high-performance stereo DAC (Digital-to-Analog Converter) designed for audio applications requiring high fidelity and low noise. This component is specifically engineered to enhance the audio quality in a wide range of digital entertainment systems. Manufactured by Cirrus Logic, a leader in audio processing technology, the WM8521H9GED/V delivers superior sound quality and reliability, making it an excellent choice for manufacturers looking to elevate their audio system capabilities. Its compact footprint and power efficiency also make it highly suitable for integration into modern electronic devices.

WM8521H9GED/V Features

The WM8521H9GED/V features include a high signal-to-noise ratio and low distortion, providing clear, precise audio reproduction. It supports multiple audio data interface formats, which allows for flexible integration with various digital audio equipment. The DAC operates over a wide power supply range, ensuring versatility in various system configurations. Additionally, its built-in digital filter enhances performance by improving audio signal fidelity across different listening conditions.

WM8521H9GED/V Applications

• Home Audio Systems: Enhances the sound quality of home theater systems, hi-fi audio, and multi-room audio setups by providing exceptional audio clarity and depth.
• Professional Audio Equipment: Utilized in professional audio recording and mixing equipment to ensure accurate sound reproduction that captures the nuances of recordings.
• Automotive Audio Systems: Integrates into car audio systems, offering enhanced audio performance that can cope with the challenging acoustics of automotive environments.
• Portable Audio Devices: Ideal for use in portable audio devices like high-resolution audio players, where compact size and energy efficiency are crucial.
• Telecommunications Devices: Applied in devices such as VoIP phones and conference systems, improving voice clarity and reducing signal noise.