The advantage of the switching amplifier is the high efficiency, but the distortion is still bigger than the linear amplifier because of the switching working and it's non-linear.
开关功率放大器的优势是它具有高效率，但是由于其本身固有的非线性，开关功率放大器的失真通常大于传统的线性放大器。
The theory research results of one cycle controlled switching power amplifier show that the output signal follow the input signal linearly, and the control performance is decided by output filter.
理论分析结果表明，单周控制开关功率放大器的输出信号与输入信号成线性变化关系，其控制性能由输出滤波器决定。
The requirement on low power and small size can be met by means of switching gyro motor, PWM amplifier, C196 MCU and PSD devices.
由于采用了开关式陀螺马达电源、PWM集成功率放大器，C196和PSD器件达到了小体积和低功耗的要求。
This paper describes the general design rules of switching power amplifier and analyses different control strategies.
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。
The nonlinear characteristics of semiconductor optical amplifier (SOA) have important applications for the all-optical switching, wavelength conversion, and optical logic gate.
半导体光放大器（SOA）的非线性特性在光开关、波长变换、光逻辑运算中有重要的应用。
General purpose low level amplifier and switching transistors.
一般用途低级别的放大器和开关晶体管。
In the fifth semester, we learned fundamental knowledge of semiconductors, AC circuit amplifier, and the switching among logic circuit, analog circuit and digital circuit.
在第五学期我们学了半导体基础知识、交流放大电路、逻辑电路、模拟电路和数字电路的转换。
This optical buffer is composed with optical fiber delay lines, optical waveguide switching array and nonlinear semiconductor amplifier.
这种缓存器由光纤延迟线、光波导开关阵及非线性半导体光放大器构成。
Applications: general purpose switching, general purpose amplifier.
用途：用于一般开关及放大。
It is composed by fiber delay lines, an optical waveguide switching array and a nonlinear semiconductor optical amplifier.
这种缓存器是由光纤延迟线、光波导开关阵及非线性半导体光放大器构成。
An improved current-controlled tristate switching power amplifier based on sample-hold strategy is proposed in this paper.
提出一种改进的基于采样-保持策略的电流三态调制开关功放。
Purpose: High voltage switching and amplifier, color TV horiz driver, chroma.
用途： 用于高压开关和放大，彩电行激励及色度信号输出。
Different from conventional two-level PWM switching power amplifier, the switching power amplifier can achieve current ripple reduction.
传统两电平脉宽调制电磁轴承开关功放的电流纹波较大，导致电磁轴承中产生的纹波损耗较大。
Switching power amplifier has advantage over volume, efficiency and power dissipation because of its high efficiency.
开关功率放大器由于具有很高的效率，在体积、效率和功耗要求较高的场合具有很大的优势。
One of the key factors of affecting fidelity of switching power amplifier is control technique.
控制技术是影响开关功率放大器保真度的关键因素之一。
Solutions to the detailed problems of G -type amplifier is proposed such as switching disturbance, loss and speed which are particular to G-type amplifier.
对G类功放特有的切换干扰、损耗和速度等细节问题指出了解决方案。
TD series amplifier with a number of advanced switching power supply technology, successfully resolved the contradiction between efficiency and quality.
TD系列功放采用了多项国际先进的开关电源技术，完满的解决了效率与音质的矛盾。
Well, the F amplifier which uses a switch mode, by reducing the loss dring switching process, the efficiency is increased significantly, up to 100% in theoretical efficiency.
其中F类放大器采用的是开关工作模式，通过降低开关过程中的损耗，使得效率得到很明显的提高，理论效率可以达到100%。
The distortion introduced by switching power amplifier is typically larger than in their liner counterparts due to intrinsic nonlinearity of switching converter.
开关功率放大器由于开关变换器本身固有的非线性，失真通常大于传统的线性放大器。
An efficient analysis method for the switching-mode tuned power amplifier is presented in this paper.
本文给出一种分析开关调谐功率放大器的有效方法。
By taking energy dissipation, heat sinking and hardware cost into consideration, a driving module using switching voltage amplifier was designed.
考虑能耗，散热和硬件成本等因素，采用开关式电压放大器，设计了压电晶体执行器的驱动模块。
Founded in 1998, ONSUNE Technology Ltd. specializes in magnetic components manufacturing custom transformers, inductors, chock coil, toroid chock for car amplifier, and switching power supply.
成立于1998年，ONSUNE科技有限公司专业生产定制变压器，电感器，磁环，以及汽车功放，开关电源。
Purpose: High voltage switching and amplifier applications.
用途：用于高压开关和放大。
The designers of these circuits based them on the same concept: a fully integrated, single-die-IC switching regulator and a micropower operational amplifier.
些电路的设计者们在设计时都有同样的观念：完整的单一模式集成电路继电器和微功率运放。
The designers of these circuits based them on the same concept: a fully integrated, single-die-IC switching regulator and a micropower operational amplifier.
些电路的设计者们在设计时都有同样的观念：完整的单一模式集成电路继电器和微功率运放。
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