高度的集成度使电路简化，降低了功耗，提高了器件的可靠性。
The high integration simplified the circuit, and improved its reliability and stability.
接收机采用零中频直接变频方案，电路简化，可有效地降低成本。
The zero IF technology is used in the receiver which can simplify the reader circuit and reduce cost significantly.
该数显表由于采用了微处理器等大规模集成电路，使得电路简化。
Because the digital display meter adopts large scale integrated circuits, such as a microprocessor, the circuits are simplified.
与温度的关系变得不密切，也就使驱动电路简化并减少对温度稳定的要求。
This reduced temperature dependence permits a simplified drive circuit and reduces the need for temperature stabilization.
分析和实验表明，这种接口系统能够正确获得触摸点坐标，电路简化且易于实现，实用性强。
The analysis and experiment indicate that interface circuit possessed below advantages. Touch point coordinate can be obtained accurately, the circuit is realized easily, and its practicality is good.
通过本发明，既不对原LED发光效 果造成影响，同时有利于电路简化，从而降低空间占用，减少制造成本。
The invention does not influence the luminous effect of the LED, and simultaneously is favorable for circuit simplification so as to reduce the space occupation and the manufacturing cost.
参数提取前，在库参数精度受影响可忽略的前提下，对存储器先进行电路简化，使得存储器的提取自动化得以实现。
On the precondition that the error is acceptable, we reduce the memory circuit before we do the logic parameter extraction so as to realize extraction automation.
采用它制作高频开关电源，不仅简化了电路，同时可以改善电源的电磁兼容性能，且降低了制作成本。
High frequency switching power supply made from it can not only simplify the circuit, but also can improve the EMC characteristics and reduce the cost.
经过简化的电路模型还是相当准确的。
The simplified circuit models are still reasonably accurate.
将参数调整，波形数据细分的复杂计算任务交于主机程序完成，简化了外设执行部件的电路结构。
The host program takes on the complex computational tasks such as parameter adjusting and the waveform data subdividing, which simplifies the circuit for the peripheral unit.
这里提出一种简化模拟电路网络符号函数的新方法。
A new methodology to obtain a simplified symbolic network function for analog circuits is presented.
没有采用传统的线路补偿网络，简化了电路。
It USES no traditional line build-out network and thus simplifies the circuit.
在提高测量精度的同时，还简化了硬件电路的设计，降低了硬件系统的成本。
The design improves the measure accuracy, simplifies the design of hardware and reduce production costs.
数字信号处理器的使用，既提高了计算的精度，加快了计算速度，还使电路本身得以简化。
The using of digital signal processor improves the precision of calculation, speeds the calculation process and predigests the circuit itself.
对于理想的运算放大器而言，通过倒相输入处零电压和零电流的理想求和点限制，可以简化电路分析过程。
In the case of ideal operational amplifier, circuit analysis was simplified by the ideal summing point restraints of zero voltage and zero current at the inverting input.
同时，简化电路，提高减摇鳍的可靠性和抗干扰能力。
Besides, simplify the circuit, improve dependability of the stabilizer and interference-free ability.
与原来显式的叠加定理相比较，应用这一定理可以更有效地简化电路计算。
In comparison with the original explicit superposition theorem, the application of this theorem can be more effective in simplifying the circuit calculation.
采用5w以上的大功率LED构成频闪光源，不仅可以完全替代汞灯频闪光源的功能，而且驱动电路还可以大大简化。
The stroboscopic light source made of high-power LEDs (higher than 5w) not only can replace the mercury stroboscopic light source, but also can greatly simplify the drive circuit.
系统采用MAX5451数字电位计不但简化了硬件电路，而且使功率的控制数字化。
The system Simplifies hardware circuit by using a MAX5451 digital potentiometer chip, it also digitized the laser power control.
因此，有必要深入讨论在VHDL设计设计、应用中如何简化实际电路，达到优化设计的要求。
Therefore, it is essential to study how to predigest actual circuit and achieve optimized design in VHDL.
实践证明，在应用PLC进行技术改造后，该控制系统的硬件电路得到了简化，工作更加可靠，提高了机床工作效率。
Practice has proved that the hardware circuit of this control system has been simplified, the work is more valuable, and the working efficiency is so improved after PLC technological transformation.
系统充分发掘了单片机的运算能力，以软件代替硬件电路，使硬件电路大大简化。
System to fully exploit the computing power of single-chip software instead of hardware circuits, so that greatly simplify the hardware circuit.
本文介绍一种简化数控电路，它能实现高精度定尺飞剪控制，并在实践中取得较好的效果。
The article introduces a simplified numerical control circuit that can complete control of high accurate length-setting fly-shearing and obtain better result in practice.
由于采用了嵌入式设计方法，系统的电路得到简化，还提高了系统的可靠性。
Using the embedded design, the circuits of the system are simplified, and the reliability is improved.
同时，通过区分数据关系和信号关系的描述方法，使设计过程简化，电路结构清晰。
Meanwhile, by using different methods to describe data relations and signals relations, the design process is simplified and architecture of the circuits is clearer.
实践表明，该电源简化了电路，降低了成本，提高了运行可靠性，且简易可行，调节方便。
The experimental results prove that the power supply simplifies the circuit, reduces the cost and improves the operation reliability, moreover it is easy to realize and regulate.
这不仅大大简化了时序电路的设计过程，而且能满足现代设计关于系统性、清晰性和可靠性的要求。
Therefore, it not only greatly reduces the design procedure of sequential circuits, but can also meet the need of contemporary design on its systematization, clarity and reliability.
另外电源采用了12V蓄电池，有效的避免了50hz工频干扰，由于减少了电源转换电路，整个的硬件电路也更加的简化。
Another source with a 12v battery, a 50hz effective frequency to avoid interference due to the reduction of power conversion circuits, the entire hardware circuits are more simplified.
另外电源采用了12V蓄电池，有效的避免了50hz工频干扰，由于减少了电源转换电路，整个的硬件电路也更加的简化。
Another source with a 12v battery, a 50hz effective frequency to avoid interference due to the reduction of power conversion circuits, the entire hardware circuits are more simplified.
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