CS8623E Technical Parameters: Mastering Audio Amplifier Performance
CS8623E Output Power Specifications
The CS8623E delivers excellent output power under varying loads. With a 4Ω load, it delivers 100W of continuous output power, and with an 8Ω load, it delivers 50W. These output power specifications allow the CS8623E to accommodate a wide range of speakers with varying power requirements, providing stable and sufficient power for everything from small audio equipment to medium- to large-scale audio systems.
CS8623E Distortion Specifications
Total harmonic distortion (THD) is a key indicator of audio quality, and the CS8623E excels in this regard. At rated power, its total harmonic distortion is less than 0.01%. This low distortion means the CS8623E minimizes signal distortion when amplifying audio signals, ensuring the original sound and delivering the most authentic audio experience to listeners.
CS8623E Operating Voltage and Current Parameters
The CS8623E operates from a voltage range of 6V to 26V, enabling it to operate normally in a variety of power supply environments. Furthermore, under typical operating conditions, its quiescent current is only 50mA. This low quiescent current makes the CS8623E more energy-efficient during operation, reducing unnecessary energy consumption and meeting the energy-saving and environmentally friendly requirements of modern equipment.
CS8623E Frequency Response Specifications
Frequency response range is a key parameter that reflects an audio device's ability to reproduce sounds at different frequencies. The CS8623E's frequency response range is 20Hz - 20kHz, essentially covering the entire audible frequency range. This means that whether it's the deep low-frequency beat of drums or the crisp high-frequency chirp of birdsong, the CS8623E accurately reproduces the sound, ensuring the integrity and richness of the audio.
CS8623E Signal-to-Noise Ratio Specifications
The Signal-to-Noise Ratio (SNR) refers to the ratio of useful signal to noise. The CS8623E boasts a high SNR of 100dB. This high SNR effectively suppresses noise interference when amplifying audio signals, resulting in a purer output sound. Even with weak input signals, sound clarity is maintained, enhancing the overall listening experience.