大功率功放电路的输出很容易产生削波失真。
The output of high-power amplifier circuit is prone to induce sharpen wave distortion.
为了提高功放电路的效率，电路被不断改进。
To improve efficiency of power amplification circuit, circuits is being improved ceaselessly.
应用电感传感器和D/A功放电路测试了电机静动态特性。
The static and dynamic characteristics are tested recurring to inductance sensor and power magnifying of D/A output.
通过实例对脉冲发生、预放(驱动)、功放电路进行了简要分析。
This paper simply analyzes pulse generating circuit, pre amplifier, power amplifier through examples.
发射模块由频率合成电路、脉冲序列产生电路、混频电路和功放电路构成。
Transmitter is made up of frequency synthesizer, pulse sequence generator, mixer and amplifier.
可选双功放电路，波罗的海桦木箱体，多层催化涂漆，可选白色，灰色或不涂漆。
Optional bi-amp circuitry. Baltic birch plywood enclosure with catalyzed multi-layered finish, available in white, gray and unfinished.
在控制器设计部分，分别介绍了电源电路、霍尔传感器电路、控制器电路、功放电路的设计过程。
In the controller design section, the design process of the power supply circuit, Hall sensor circuit, control circuit, power amplifier circuit is introduces. iv.
文中着重阐述系统和功放电路的工作原理、数字脉宽调制器的硬件电路、软件设计方法，并给出实验结果。
In this paper, the operation principles of the total system and power-amplifier circuit, design method of digital PWM hardware circuit and software are described, and.
然后对扭矩仪的电源部分进行了设计，并通过实验数据对功放电路的输出功率和变压器的传输效率的关系作了深入的研究。
Then the power circuit is designed. at last, with analysis of experiment data the relation of power output and transmission efficiency of transformer is researched in detail.
在功率输出级采用OCL互补对称功率放大电路，并对该功放电路增加电压负反馈，使得输出的正弦电压信号平滑而稳定。
At the power output, OCL complementally and symmetrical power amplifier is adapted. The output sine voltage becomes smooth and stable by adding voltage-negative-feedback to power amplifier.
采用INTEL 80c51单片机做为纯氢发生器的控制核心，配备必要的外围接口电路及功放电路对制氢生产工艺进行控制。
Adoption INTEL80C51 single chip microcomputer as control core for producing pure hydrogen, it can control production the craft with necessary interface circuit and power amplifier circuit.
采用INTEL 80c51单片机做为纯氢发生器的控制核心，配备必要的外围接口电路及功放电路对制氢生产工艺进行控制。
Adoption INTEL80C51 single chip microcomputer as control core for producing pure hydrogen, it can control production the craft with necessary interface circuit and power amplifier circuit.
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