系统不能精确地匹配输入和输出的情况。电子放大器就是一个非常普通的例子，另外还有家庭立体声音响放大器。
The inability of a system to exactly match input and output, a general example being an electronic amplifier and the classic example being a home stereophonic amplifier.
介绍了立体声数字功率放大器系统的基本结构，深入讨论了数字功率放大器的数字信号处理部分的实现原理。
This paper introduces the basic structure of a digital power amplifier system, with an in-depth discussion on the implementation of the digital signal processing parts in this system.
音频功率放大器广泛应用于家庭影院、音响系统、立体声唱机、伺服放大器等电子系统中。
Audio Power amplifier is widely used in high performance audio systems, stereo phonographs, servo amplifiers and instrument systems.
该系统是由一个非常高品质的数字放大器提供100瓦的数字立体声。
The system is powered by a very high quality digital amplifier delivering 100 Watts of high-end digital stereo.
积分信号处理包括一个动态的AGC(自动增益控制)电路，立体声交叉和信号的扭曲的信号，防止内部放大器的限制。
Integral signal processing includes a dynamic AGC (Automatic Gain Control) circuit, a stereo crossover and signal limiting for the prevention of a distorted signal to the internal amplifier.
积分信号处理包括一个动态的AGC(自动增益控制)电路，立体声交叉和信号的扭曲的信号，防止内部放大器的限制。
Integral signal processing includes a dynamic AGC (Automatic Gain Control) circuit, a stereo crossover and signal limiting for the prevention of a distorted signal to the internal amplifier.
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