可变的时延影响功放的动态稳定。
Variable time delay effects on THD dynamic stabilization of power amplifiers.
输出功率太低，请求更换功放管。
The output power is too low. Require to replace power tubes.
总之，这是一个非常不错的功放。
各国名牌机头，喇叭，功放。
可以由自有D6或D 12功放驱动。
但是现在我不想谈论成功放在第一位。
这一功放真正使吉他英雄感觉更有趣！
以确保每一台功放的质量和。
因此需要使功放线性化。
这款是全能高效率的A类放大，薄型高功率功放。
This thin-style high-power amplifier with versatile charm featured the definitive high-efficiency class A amplifier, the HCA circuit.
内置的耳机功放或许只是一片还不错的功放芯片。
The embedded headphone "amp" is probably just a good-enough chip amp.
当功放和扬声器的工作协同，更完整的行动是可能的。
When an amp and speaker are working synergistically, a more complete action is possible.
以它的同级功放标准衡量，它同样有着相当的音乐性。
当功放和扬声器的工作协同，更完整的行动是可能的。
可选双功放版本，内置dsp，全天候，巡演和安装用途。
Optional Bi-amped version with built-in DSP, weatherized, touring and install versions.
数十年的经验参与到功放的开发以实现M100奇妙的声音。
Many decades of experience went into the development of the amplifiers that deliver the M100's fantastic sound.
这仅仅是一种有效使用我们新的练习型吉他功放音箱的方法。
That's just one example of the many ways you can effectively use our new practice combos .
或者换言之，高端耳机没办法发出同安装功放后一样的声音。
Or to put it another way, high-end headphones don't sound anywhere as good as they can be plugged into a receiver.
目前，射频预失真是宽带直放站所采用的主要功放线性化技术。
RF predistortion is the main power amplifier linearization technique used for wideband repeater at present.
场效应功放管在全固态发射机的射频功放中应用得越来越广泛。
The power FETs are more and more widely used in radio-frequency power amplification in all-solid state transmitter.
不仅包含更高的特性特色，而且该功放也提高了音质的基准标准。
Not only is the feature count higher, but this receiver raises the benchmark of sound quality, too.
本文讨论了开关功放设计的一般原则，分析比较了不同的控制策略。
This paper describes the general design rules of switching power amplifier and analyses different control strategies.
在介绍数字音频系统结构的同时，还提到现时最新的数字功放技术。
The newest digital amplifier technique is mentioned while introducing the structure of digital audio system.
梦幻输出，垂直场效应管FET功放，这个是第一个全FET功率放大器。
The dream output element, the vertical power FET, was used for the first time in this all-FET power amplifier.
术语“效率”是指扬声器系统将电能（功放的推力）转化为声音输出的能力。
The term "efficiency" refers to the ability of a speaker system to convert electrical energy (power from the amplifier) into acoustic output.
有源音箱的功放设置在音箱内部，比功放要少一套机壳，成本得以大幅降低。
Active speaker amplifier installed in the internal speakers, amplifier less than a set of cases, the cost can be greatly reduced.
结果表明在功放设计中，优化设计输出匹配电路可以有效抑制功放的谐波失真。
It shows that the harmonics distortion can be effectively suppressed by optimizing output matching circuits.
结果表明在功放设计中，优化设计输出匹配电路可以有效抑制功放的谐波失真。
It shows that the harmonics distortion can be effectively suppressed by optimizing output matching circuits.
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