产品描述
The Qualcomm WCD-9370-0-WLPSP55-SR-00-1 is a high-performance audio codec designed for modern multimedia devices. It integrates advanced audio processing features that enhance the audio experience, making it a preferred choice for manufacturers aiming to deliver superior sound quality in their products.
The codec's support for high sampling rates and bit depths ensures that audio is captured and played back with exceptional clarity and detail. Its multi-channel support allows for a more immersive audio experience, whether for gaming, music, or video playback. Additionally, the low power consumption characteristics are vital for extending battery life in portable devices while maintaining high audio performance.
The WCD-9370 is engineered to handle a range of audio applications, from high-resolution audio playback to complex multi-channel recording. Its versatility in connectivity options makes it compatible with various digital audio interfaces, facilitating easy integration into diverse hardware platforms.
Overall, the Qualcomm WCD-9370-0-WLPSP55-SR-00-1 stands out as a high-quality, power-efficient audio codec that caters to the demands of modern audio technology and consumer electronics.
规格参数
Audio Channels: The WCD-9370 supports up to 8 audio channels for playback and recording, allowing for complex audio setups and high-quality sound reproduction.
Sampling Rate: The codec supports high sampling rates up to 192 kHz, which allows for high-resolution audio playback and recording.
Bit Depth: It supports 24-bit audio depth, providing greater dynamic range and audio detail compared to standard 16-bit codecs.
Signal-to-Noise Ratio (SNR): The WCD-9370 boasts a high SNR, typically around 100 dB, which ensures low background noise and high clarity in audio signals.
Total Harmonic Distortion (THD): The codec features low total harmonic distortion, often less than 0.01%, ensuring that audio reproduction remains faithful to the original source.
Power Supply: It operates on a low-voltage power supply, often around 1.8V to 3.3V, making it suitable for integration into portable devices with strict power constraints.
