从而简化电路设计，提高电路性能。
So as to simplify circuit design and improve circuit performance.
实验结果证实所提出的实现方法是正确可行的，而且它可简化电机控制系统的电路设计。
The experimental results verify that the proposed method is correct and feasible and it can simplify the circuit design of the motor control system.
我们在最后的结论中提出了一个构想：构造少数几个对数域电路基元，再利用电路基元来简化用于连续小波变换实现的模拟电路设计。
In the final conclusion, we propose a ideal: by constructing few cells of log-domain circuits we use these cells to simplify the design of analog circuits for implementation of the CWT.
采用多流量、压力补偿设计简化了电路设计，降低了热堆积和噪音。
The variable volume and pressure compensated design simplifies circuit design, and reduces heat buildup and noise.
文章从波形分析入手，提出了一种基于纯软件编程的方法，解决了上述问题，简化了电路设计。
The paper began with analysis of waveform, then put forward a method based on software, which solves the above-mentioned problems and simplifies the design of circuit.
将CPLD应用到逻辑电路设计中，既简化了硬件电路，又节省了系统资源。
The applying of CPLD in this logic design simplifies the hardware and saves the system resources.
由于芯片自带功率MOS管驱动能力，简化驱动电路设计的同时提高了控制器的可靠性。
The drive circuit of power MOSFETs is simplified and the stabilization of the controller is enhanced attributed to the drive capability of this chip.
主要功能电路采用ISP技术实现，简化了电路设计，实现了电路的在系统修改，提高了系统的可靠性。
ISP technology can predigest the design of the circuits and reality modifying the circuits in system. The reliability of the system is also improved by the technology.
采用微处理器大大简化了电路设计和制造，大大提高了产品的一致性和使用的可靠性。
Adopt microprocessor greatly simplified circuit design and producing and producing and increased products consistency and reliability.
通过控制逆变器输入平均电流调节负载功率，简化了电路设计；通过单片机发出高频加低频调制的半桥驱动信号，消除调光过程中的电弧不稳定现象。
A easier and low-cost power control method is proposed in this paper, based on the regulation of the average input current of the inverter.
通过控制逆变器输入平均电流调节负载功率，简化了电路设计；通过单片机发出高频加低频调制的半桥驱动信号，消除调光过程中的电弧不稳定现象。
A easier and low-cost power control method is proposed in this paper, based on the regulation of the average input current of the inverter.
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