放电电阻

介绍了用经验公式估算无功并联电容器的放电能量和放电电阻的口诀。

This thesis gives a detailed introduction of a pithy formula , which applied to estimate discharge energy and discharge resistance of shunt capacitor , with the help of experience coefficient .

基于对标准拔出插头试验的正确理解，分析常见电子产品输入电路设计中的X电容和放电电阻位置对测试结果的影响。

Give an overview of correctly understanding withdrawal of the mains plug test , analyse the effect on the test result according to the position with X-Capacitor and discharge resistor at the input circuit of ordinary electronic product .

用晶闸管取代放电电阻的研究

The Research on Using Thyristor in Place of Discharging Resistor

电爆炸过程导体放电电阻的一种计算模型

A Theoretical Model for Wire Resistance in Wire Exploding Process

脉冲氙灯放电时等离子体电阻的研究

Research on the Impedance of Plasma in Xenon Flash Lamp During Discharging

通过改变放电电压、电阻等条件，研究了正极区中锌浓度的影响因素。

In this work the effect of discharging conditions such as the cut-off voltage and resistance on the zinc concentration in the cathodic compartment was studied .

对水中脉冲放电等离子体通道电阻与放电参数之间的关系作了研究，得到了等离子体通道电阻与电容量、初始电压、电极间距离的关系，以及通道电阻随时间的变化规律。

The relations between the resistance of the plasma channel of pulsed discharge in water and the circuit parameters are discussed ; the laws of the channel resistance changed with capacitance , initial voltage and electrode gap width are presented .

结果表明，静电放电发生器中电阻和连接线长度影响电流波形的上升时间；连接线的布置影响着电流波形的平滑性；不同的终端负载也对电流峰值有很大影响。

The result indicates that the lengths of the resistor and connection wire affect the rise time of the ESD current ; the disposition of the connection wire influences the smooth of the current and the termination resistance affects the peak value of the current .

放电系统由放电电阻和放电控制IGBT（IsolatedGateBipolarTransistor）模块组成，利用IGBT开关控制信号的占空比调节实现放电电流的控制。

The discharging system is composed of discharging resistance and IGBT ( Isolated Gate Bipolar Transistor ) module which controls the current of discharging by adjusting the duty of control signals .

该测温模块通过采用RC充放电方式实现热敏电阻阻值的获取.避免使用A／D转换器，简化了硬件电路；

In the design , the acquisition of thermal resistor 's resistance is obtained by RC charge and discharge circuit to avoid the use of AD device and simplify the circuit design .

氧化锌避雷器放电次数及泄露电阻电流、电容电流可用RS485接口以数字量输出。

Zinc oxide lightning arrester discharge frequency , leakage resistance current , and capacitive current can be output digitally with interface RS485 .

并表明，开发中的电池在能量和功率密度、效率、500A充电和放电电流、内部电阻和维护等各方面都有极好的性能。

The battery under development has demonstrated excellent performance in terms of energy and power density , efficiency , 500A charge and discharge current , internal resistance and maintenance work .

静电放电火花隙等效电阻测试方法研究

Research on the Testing Method of the Equivalent Resistance of Spark Discharge Channel

通过拟合典型变电站开关瞬态场实测数据获得了开关电弧放电通道时变电阻的变化范围。

The range of time-dependant resistance is achieved by fitting the measured datum of switching transient field in typical substations .

从能量消耗的观点出发，提出了通过测试电点火具静电感度，间接确定静电放电火花隙等效电阻的方法。

In the view of energy , the testing method is put forward that determines the equipment resistance of spark discharge channel indirectly with the aid of electrostatic sensitivity test of electroexplosive device .

通过伏安特性曲线分析可以看出，在辉光放电状态下施加电压与放电电流成正电阻特性，电极间电压不随放电电流以及外部施加电压的增大而变化。

The volt-ampere characteristics show that the discharge current is proportional to the applied voltage and the voltage between electrodes do not vary with discharge current and applied voltage in glow discharge mode .

首先用计算机同步采集弧光放电时电流和电压，观察了弧光放电时不同PFN充电电压下电流上升速率，弧光放电电阻随工作气压的变化。

Firstly arc discharge current and voltage were acquired synchronously by computer during the arc discharge , the different current rise rate at different PFN charging voltage , and arc discharge resistor changes with different work pressure were observed .