由于此两种移相网络易实现集成化、免调整，越来越被设计集成电路的工程师重视。
IC design engineers are focusing on these two kinds of phase - shift - net works, because of their possibility of easy integration and free of adjustment.
国外前几年已有采用此两种移相网络的集成电路商品化，国内近期已出现了类似的集成电路。
Several years back, these two networks ICs were commercialized in foreign countries, and in China similar IC are also c…
由于其优越的微波特性，MEMS开关已在许多电路和系统中，包括微波前端电路、数字电容器组和移相网络中得到应用。
Because of their superior microwave performance, MEMS switches are being developed in many circuits and systems, including radio front ends, capacitor Banks and phase shifting networks.
射频MEMS开关是重要的射频MEMS器件，一些RF MEMS开关已经应用于部分微波系统的前端电路、数字电容器组和移相网络。
As one of the most important MEMS devices, RF MEMS switches have been applied in front-end circuits of some microwave systems, antenna and phase shift architectures.
在交流电网中，常常采用移相电容器补偿无功功率损耗的方法来提高网络的功率因数。
In ac power network, the way of phase-shifting capacitors to compensate reactive power loss is always adopted to raise network power factor.
介绍了一种全桥移相式开关电源补偿网络的最优设计方法。
This paper introduces an optimization design method for the compensation network of phase-shift full-bridge switching power supply.
采用了神经网络PID自适应控制方法，改善了 非线性，降低了环境干扰的影响，提高了压电式 移 相器的性能。
Neural network PID adaptive control scheme was used to enhance the performance of piezoelectric phase shifter by improving the nonlinear performance and depressing the interference of environment.
介绍了一种全桥移相式开关电源补偿网络的最优设计方法。
The Research on A New Compensation Network for Frequency Charcteristic of Sensor;
介绍了一种全桥移相式开关电源补偿网络的最优设计方法。
The Research on A New Compensation Network for Frequency Charcteristic of Sensor;
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