接口电路可以在没有连接信号地时工作，但将牺牲可靠性和抗扰度。
The interface circuit may operate without the signal ground connection, but may sacrifice reliability and noise immunity.
选择原理图输入方法，是考虑到本电路复杂度不高，而原理图输入可控性好，效率高，可靠性强且直观，可以熟悉较底层的结构。
Because of the low circuit complexity and the advantage of easy to control, high efficiency, good reliability and so on, the design chooses the way of schematic input to finish it.
该系统有许多优点，如准确度高、可靠性好、电路结构简单、成本低等，故必将有其广泛的应用发展前景。
The system has a lot of advantages: high accuracy, high reliability, simple circuits configuration, low cost and so on, therefore it must have widely development future.
HSPICE模拟表明该设计电路具有低功耗、高可靠性和精确度高的特点。
Simulation by HSPICE is performed and it shows that the circuit possesses the character of lower loss, high reliability and high accuracy.
而对于SPWM逆变，采用数字电路实现SPWM触发脉冲的生成，在消除谐波、提高开关频率、简化电路结构，提高集成度和可靠性等方面，取得了很好的效果。
The digital circuits are introduced in the SPWM inversion, which have brought the elimination of harmonics, high switching frequency, simplified circuits and high reliability.
实验表明，这个电路具有可靠性、可行性、集成度高、设计成本低等优点。
Then some measurement tests were taken and the result provided that the circuit with high integrated level and low design cost is credible and feasible.
随着集成电路规模和复杂度的急剧提高，尤其面对面市时间的巨大压力，芯片验证的可靠性越来越低。
With the booming of the scale and complexity of IC design, accompanied by the enormous pressure of time-to-market, the reliability of verification is getting lower and lower.
该输液报警器具有电路简单、灵敏 度高、成本低廉、可靠性强和使用方便等优点。
The infusion alarm has the advantages of simple circuit, high sensitivity, low cost, strong reliability, convenient use, etc.
本文设计了一种切实可行的红外报警电路装置，闸述了其工作原理，以及提高灵敏度和可靠性的主要措施。
A feasible circuit device of an infrared warner is presented, the operating principle and the main measures on how to raise the sensitivity and reliability of this warner are also discussed.
可编程逻辑器件的应用成为现代电子电路设计中的高效方式，它可以实现高效率、可靠的设计，也可以进一步提高电路的集成度。
The applicATion of FPGA is an effective way in the modern electronics circuit design, and it can enhance the effect and reliability of design so as to the integrATion as well.
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.
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.
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