So as to simplify circuit design and improve circuit performance.
从而简化电路设计，提高电路性能。
The ion implantation technology is used for a good uniformity of the circuit performance.
用离子注入技术保证电路具有较好的一致世。
There are several potential environmental issues that can cause circuit performance to deviate.
有一些潜在的环境因素会造成电路性能的偏离。
IGBT drive circuit performance analysis, to do motor control or power of the people very useful.
IGBT驱动电路性能分析，这对做电机控制或电源的人来说很有用。
The self heating effects in integrated circuits greatly impact circuit performance and power consumption.
自热效应对集成电路的性能和功耗有很大的影响。
Usually these on-chip variations are modeled as a percentage variation in the circuit performance estimation.
这些芯片上变异通常建模为预估电路性能的某个百分比。
This paper also discusses a circuit parameter estimate method based on mixed-signal circuit performance analysis.
本文给出了一种基于混合电路性能分析的电路参数估计的方法。
In clock routing, clock signal and clock skew become more and more important for impact of the circuit performance.
在时钟布线中，时钟信号和时钟偏差对电路性能的影响越来越明显。
The process design of CM509AP-2 dual 4-channel analogue switch and its circuit performance are introduced in the paper.
本文介绍了CM 509ap - 2双四选一模拟开关电路的工艺设计及电路性能。
The impact of hot-carrier effects on circuit performance is also discussed on the basis of mechanisms of hot carriers induced failure.
介绍了热载流子效应与电路拓扑结构及器件参数之间的关系，并在此基础上提出了基本逻辑门的一些抗热载流子加固方法。
It can be gotten that the circuit performance is satisfactory in operation efficiency, integration degree, implementation convenience and expandability.
可以看到，该电路设计具有较高的运算效率、集成度、灵活性与可扩展性。
It can reduce the driving voltage from 110 volts to 36 volts and reduce the number of components in the circuit without reducing the circuit performance.
在不影响电磁阀工作特性的情况下，将电磁阀驱动电压的高压部分由110伏降低到了36伏，并大量减少了电路元器件。
HPC devices 'unique construction reduces parasitics by shortening interconnecting traces on PCBs and improves circuit performance by decreasing the distance between components.
HPC器件的独特结构减少了由于PC B上的互连线路缩短而引起的寄生现象，并通过缩短组件间的距离提高了电路性能。
Therefore, the establishment of LC equivalent circuit model and extracting the model parameters are very important for the control of the component values and the circuit performance.
因此建立微波频段电感电容的等效电路模型，提取模型参数，对于实现元件值在电路中的有效控制，以及整个电路性能的把握具有重要意义。
Modeling the systematic components of different variation sources and implementing these effects in circuit simulation are key to reduce design uncertainty and maximize circuit performance.
在电路仿真时对不同变化源的系统部分建模和分析成为减少设计不确定和最大化电路性能的关键。
Sometimes, your hand can short-circuit the two antennas, hurting data performance, as well as leading to dropped calls.
有时，你的手会使这两根天线短路，造成数据服务质量的降低并且可能导致通话中断。
Depending on the application, these can alter the performance of the circuit in which the relay is used.
根据应用的不同，这些都会改变使用继电器的电路的性能。
Among the three-phase power-factor correction circuits, the full decoupling circuit is especially suitable for high power fields because of its high input power and good electrical performance.
在三相功率因数校正电路中，全解耦型电路由于其输入功率大，电气性能较好等优势特别适用于大功率场合。
Low surface insulation resistance (SIR) of a printed circuit board (PCB) can degrade the performance of the circuits on the board considerably.
印制电路板的表面绝缘电阻(SIR)低会大大降低电路板的电路性能。
This method regulates speed by changing the number of steps of the additional resistor in the rotor circuit, so it's hard to realize smooth speed-regulation, also its performance is poor.
该方法是通过调节转子回路附加电阻的有级调速，难以实现平滑地调速，而且调节性能差，调速过程中大量的转差功率通过转子回路电阻转化为热能消耗掉了。
In the plan of design, the fourth generation of IPM is used as the main half-bridge circuit and TMS320LF240X DSP with good performance and strong function is used as a controller.
在设计方案中，采用第四代IPM作半桥主电路，以性能好、功能强的数字信号处理器TMS320 LF 240 X DSP为控制器。
By contacting with PCB, electrical testers, such as in-circuit tester, not only can test most of manufacturing defects and faults, but also can test PCB assemblers' electrical performance.
以电气接触为手段、以在线测试仪为代表的电气测试仪除了能够测试制造过程的缺陷和故障以外，还能够测试pcb的某些电气性能，因而得到了广泛的应用。
The feedback circuit employs a GaAs photoconductive switch, which has simple structure and reliable performance.
光电反馈线路采用普通的砷化镓光电导开关，具有结构简单、性能可靠的优点。
It introduces a simple drive circuit, which can improve dynamic performance of welding power source, lower the manufacturing cost and meet the requirement of GB15579.
介绍了一种简单的驱动电路，它能有效改善焊接电源的动态性能，降低产品制造成本，满足GB 15579的安全要求。
Therefore, to ensure that a circuit module has complete function and nicer performance is a very pivotal problem.
保证电路模块具有完整的功能和良好的性能因此成了一个非常关键的课题。
Experiments showed that the drive circuit had characteristics of reliable performance, powerful drive energy, strong anti-interference ability.
试验表明该驱动控制电路具有性能稳定、驱动能力大、抗干扰能力强等特点。
The design has a simple circuit, low cost and stable performance, and can be used widely.
具有电路简单、成本低、性能稳定等特点，可广泛应用。
We focus on the carrier synchronization method, the circuit and its parameters design, the performance simulation and the circuit implementation in Field Programmable Gate Array (FPGA).
重点研究载波同步方法，设计电路及参数，仿真同步性能，并在现场可编程门阵列(FPGA)上实现同步电路。
The active filter based on dual DSP can improve the performance of filtering, restrain the resonance between LC circuit and electrical network, and improve dynamic performance of compensation system.
采用基于双dsp结构的有源滤波器可以大大改善滤波性能，并能抑制LC电路与电网之间的谐振，提高补偿系统动态性能。
The active filter based on dual DSP can improve the performance of filtering, restrain the resonance between LC circuit and electrical network, and improve dynamic performance of compensation system.
采用基于双dsp结构的有源滤波器可以大大改善滤波性能，并能抑制LC电路与电网之间的谐振，提高补偿系统动态性能。
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