电路

Also there are drive circuit and protective circuit designed in control system.

控制电路中还设计了驱动电路和保护电路。

A new design scheme, with the sample current circuit by the use of MAX471 and regulate component of P type MOSFET, is presented in this paper. With the use of MAX471 and ultra low on-resistance components P-MOSFET, the new power circuit results in a very low drop-out voltage, and conversion efficiency is very high, presenting a very good application future.

改进了某井下物探仪器的电源电路，采用MAX471进行电流取样，可以显著降低电流取样引起的压降，用P型大功率MOSFET替代原电路中的限流管和电源电压调整管，设计成功一种新型超低压差限流稳压电路，提高了电源效率，取得了很好的实际应用效果。

We proposed three brand new full adders which is low power and realized in Bootstrapped Pass Transistor Logic.

为了使得有全加器有较低的功率消耗，本论文提出三个全新的全加器电路，其电路架构是以Bootstrapped传输逻辑闸所实现的全加器电路。

Although the 4-phase power clock is simpler,the DSCRL adiabatic cir cuit still shows good performance and high efficiency of energy transfer and rec overy.This conclusion has been proved by the result of the HSPICE simulation usi ng the 0.6μm CMOS technology.

这种新型的功率时钟用于DSCRL绝热电路后，该电路仍然保持了其能量恢复的高效性，同时还降低了电路设计的复杂性，这一结论已被文中的HSPICE 模拟结果证明。

These cir- cuits possess the low power dissipation of CMOS circuitry, yet have speeds comparable to low power Schottky TTL circuits.

这些电路的cuits的CMOS电路具有低功耗，尚未有速度媲美的低功耗肖特基TTL电路。

This paper emphatically analyzs the circuit experiments to exist deficients, to advance improvement measures about the circuit experiments, in the process of exploring and researching reform and innovating of circuit experiments.

在探索和研究电路实验的改革创新过程中，分析电路实验存在的不足，对电路实验提出改进的措施。

Key studies PLC the safety control electric circuit, the floor control circuit, the switch gate design, as well as starting switch gate procedure, upward downward procedure, floor control procedure, automatic orientation procedure compilation.

重点研究PLC的安全控制电路、楼层控制电路，开关门电路的设计，以及启动开关门程序、上行下行程序、楼层控制程序、自动定向程序的编写。

Methods Small focus and low power X-ray tube is chosen and cooled together with high voltage circuit in oil. The power supply of filament, high voltage for anode and controlling circuit are designed.

选择小焦点小功率 X 射线管，设计阴极灯丝供电电路，阳极高压电路和控制电路。

Various harmonic current detecting motheds in common use are analyzed. These detecting methods are aimed at three-phase circuit, and can not apply directly to single-phase circuit and four-phase circuit, have certain defect in general application.

本文分析了目前常用的谐波电流检测方法，这些检测方法多着眼于三相电路，不能直接应用于单相电路及四相电路，在应用的通用性上存在一定的缺陷。

To achieve the circuit capacity of maximal power transmission and least return loss, impedance matching networks are generally inserted in the input and output ports,compnter simulation solves the problem of how to settle the impedance matching network composition and component parameters in high efficiency.

射频电路设计中为了达到最大功率传输、减少回波损耗等电路性能，一般在输入和输出端加入阻抗匹配网络来加以改善，计算机仿真高效地解决了确定阻抗匹配网络结构及各元件参数的问题，通过ADS仿真确定了射频电路中匹配网络的元件最佳参数。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。