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- We Have to Pay Attention to Some Maters When We Are Having P.C.T. High Voltage Dielectric Loss Tests 浅谈电容式电流互感器高电压介损测试过程中需注意的几点问题
- Application of Series Compensation on High Voltage Dielectric Loss Measurement of Current Transformers 串联补偿法用于电流互感器高压介损测量
- high voltage dielectric loss 高压介质损耗
- Digital Processing for Measuring Dielectric Loss of High Voltage Insulator 高电压绝缘介质损耗角测量的数字处理
- Definition and Digital Algorithms for Dielectric Loss Factor of High Voltage Power Apparatus under Harmonics Condition 谐波条件下高压电气设备介质损耗因数的定义和数字化算法
- On-line Measurement System of Dielectric Loss Tangent with FPGA for High Voltage Capacitive Apparatus 基于FPGA的容性设备介质损耗在线测量系统
- Keywords: metallized film capacitors, contact resistance, high voltage short-circuit, change of dielectric loss, 关键词:金属化薄膜电容器,接触电阻,高压短路,损耗变化
- Methods of measurement of value of dielectric loss tangent for power cables (high voltage alternating current bridge method) 电力电缆介质损失角正切值测量方法(交流高压电桥法)
- High voltage control cabinet for all power outputs. 高压控制柜用于所有功率电输出。
- Features: High voltage，high speed switching. 特点:耐压高,开关速度快。
- PbO deficiency only affected dielectric loss very weakly. 而铅欠缺对介电损耗影响很小。
- Purpose: High voltage control circuit. 用途:高电压控制电路。
- Features: Low current, High voltage. 特点:低电流，高电压。
- By nanosecond pulse high voltage, a kind of glow-like discharge in air had been formed when insulating dielectric had been added at the discharge space at lognitudinal direction. 采用纳秒脉冲放电方式,在放电空间加入纵向绝缘介质,形成纳秒脉冲在空间上扩散的空气类辉光放电形式。
- Investigated the effect of the dielectric on the form of the diffused high voltage nanosecond pulse glow discharge with large volume in air and discussed the physical mechanism. 用成像与光谱法分析研究了纵向介质对于形成扩散的大面积纳秒脉冲空气辉光放电的影响与其中的物理机制;
- Solderabity, lower dielectric loss in high frenquency (resistance to high frequency) and colorable.UL recognized. 该产品具有直焊性，且有高频介质损耗抵（耐高频）和可着色等待性。通过UL认证。
- Dielectric loss measuring is the normal test items in electric power system. 介质损耗测量是电力系统中的常规试验项目。
- The prepolymerization of bismaleimide can increase dielectric loss dissipation. 双马来酰亚胺预聚会增加固化物的介电损耗。
- These elements seem to be working well under high voltage. 这些元件在高压下似乎性能良好。
- As the high voltage was abruptly trebled, all the values burnt. 由于高压突然增加了两倍;管子都烧坏了.
