介绍一种调频串联谐振装置的原理及工作过程，并在高压交联聚乙烯（XLPE）绝缘电缆交流耐压试验中应用。
The principle and working process of a FM serial resonance device was introduced and its application no AC withstand voltage test of high voltage XLPE insulated cable was also discussed.
电线电缆电压试验中的“假击穿”现象主要是由高压试验设备的限定动作电流太小造成的。
The phenomenon "False Hitting" in the experiment of wire, cable and voltage was mainly caused by the small, fixed motion electrical current of high voltage experimental facilities.
利用空气介质中电晕放电理论对高压电缆局部放电试验连接导线进行了改进。
The connecting wire used for the PD test of HV cables was improved based on the corona discharge theory in air medium.
通过对高压交联聚乙烯电缆（XLPE）耐压试验的分析，提出采用交流耐压试验更适合于XLPE的竣工试验。
Through the analysis of high voltage Cross-linked polyethylene (XLPE) cable voltage test, the paper points out that the AC voltage withstanding test is more suitable to XLPE acceptance test.
针对高压交联聚乙烯绝缘电缆耐压试验方法提出了建议。
A test method is recommended for the voltage endurance test of high voltage cross linked polyethylene insulated cable.
NAZGF - 40 KV一体化设计、高压拖地电缆引出，方便现场试验。
NAZGF-40KV integrated design, high voltage drag cable, easy for field testing.
通过变频谐振方法成功实施现场高压交联电缆试验的实例论证了变频谐振现场试验的有效性。
The validity of on-site variable frequency resonance test for 110kv XLPE power cable is discussed based on some on-site tests.
通过变频谐振方法成功实施现场高压交联电缆试验的实例论证了变频谐振现场试验的有效性。
The validity of on-site variable frequency resonance test for 110kv XLPE power cable is discussed based on some on-site tests.
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