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1·And then specifications of switching mode power supply are discussed.

然后分析了开关电源的技术条件。

2·The theory of the half bridge switching mode power supply is introduced.

介绍了半桥型开关稳压电源的原理。

3·The time delay for the switching signal can also be used in this switching mode.

为开关信号的时间延迟，因此可以使用此开关模式。

4·A half bridge switching mode power supply (SMPS) based on PWM technology is introduced.

介绍了一款基于PWM技术的半桥式开关稳压电源。

5·Finally, the application results of the switching mode power supply with the transformer are presented.

最后给出了利用该变压器设计制作的开关电源的测试结果。

6·Secondly, the EMC predict of the switching transformer of the computer switching mode power supply is discussed.

其次，对微机开关电源的关键器件开关变压器进行电磁兼容预测。

7·The key to realize the goal is the technology of ferrite used in high frequency switching mode power supply(SMPS).

而制约这一目标实现的关键技术就是开关电源用铁氧体材料的高频化技术。

8·In addition, the circuit design principles can be applied to other small or middle scale switching mode power supply.

文中的设计原理也适用于其他中小功率的开关电源装置。

9·This paper introduces a kind of DC-DC PWM switching mode power supply driven by VMOS and applied to Program Exchange.

本文提出了一种驱动步进伺服的方法，众所周知，VMOS 器件是一种优良的功率开关，其优点是开关速度快和损耗低。

10·The relationship between output character of Switching Mode Power Supply (SMPS) and DC gain in feedback loops is discussed.

文中详细讨论了开关电源输出特性与反馈回路直流增益的关系。