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1·The discharge circuit is operable to discharge the ESD pulse to the pad, to ground (203).

放电电路可操作用于将到焊盘的esd脉冲放电至地(203)。

2·By using different inductance values in a discharge circuit, the delay time can be changed.

通过改变放电回路中的感抗值，可以改变预电离与主放电之间的延迟时间。

3·The discharge circuit of excimer laser by high voltage discharge pumping was studied theoretically.

对高压放电泵浦的准分子激光放电回路进行了探讨。

4·The current and voltage response of surge discharge circuit to impulse flashover voltage test system is analyzed.

对电力电缆故障冲击高压闪络测试（简称冲闪测试）系统的放电响应进行了研究。

5·The electric quantity of the capacitance in the delay circuit can be discharged rapidly through the discharge circuit.

本延迟电路的电容电量能通过所述放电电路迅速释放。

6·It is composed of a differential comparator, an accurate current generator, and a charge and discharge circuit with its control circuit.

该电路由差动比较器、精确电流产生电路、充放电电路及其控制电路组成。

7·The methods in which suppress the EMI and improve systems security in terms of discharge circuit, laser cavity, hard - software designs were discussed.

文中描述了准分子激光器中的电磁干扰的来源和干扰途径，并详细从激光放电回路、激光腔和软硬件设计角度讨论了抑制电磁干扰和提高系统可靠性的方法。

8·After a capacitor is disconnected from a discharge circuit, a residual charge remains on the capacitor, so a voltage is re-established across the capacitor terminals.

电容器从放电电路断开以后，电容器中保持剩余的电荷，从而在电容器的端子之间重新建立起电压。

9·The strong electromagnetic interference generated in high power TEA CO2 laser system mainly comes from the main discharge circuit, pulse spark switch and power supply.

大功率TEA CO2激光器系统产生的强电磁干扰主要来源于激光器主放电回路、脉冲火花开关和电源。

10·The supply power of copper vapor laser (CVL) consisting of DC high voltage circuit, pulse discharge circuit and one stage magnetic pulse compression circuit is introduced here.

文中介绍了由直流高压电路、脉冲放电电路和一级脉冲磁压缩电路组成的铜蒸气激光器电源。