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SF_6气体绝缘电流互感器电容锥设计及外绝缘电场计算
引用本文:刘玉凤,罗青林. SF_6气体绝缘电流互感器电容锥设计及外绝缘电场计算[J]. 变压器, 2000, 0(10)
作者姓名:刘玉凤  罗青林
作者单位:沈阳沈变互感器制造有限公司!辽宁沈阳110135(刘玉凤),沈阳变压器有限责任公司!辽宁沈阳110025(罗青林)
摘    要:为改善SF6 气体绝缘电流互感器外电场的分布 ,采用了电容锥结构。本文提出了电容锥的计算方法并对 330kVSF6 气体绝缘电流互感器放置电容锥前后的外电场建立计算模型进行数值计算 ,分析了电容锥对互感器外电场的改善情况。

关 键 词:电流互感器  气体绝缘  设计  电场  计算

Cone Capacitor Design and External Insulation Electric Field Calculation of SF_6 Gas Insulation Current Transformer
LIU Yu feng ,LUO Qing lin. Cone Capacitor Design and External Insulation Electric Field Calculation of SF_6 Gas Insulation Current Transformer[J]. Transformer, 2000, 0(10)
Authors:LIU Yu feng   LUO Qing lin
Affiliation:LIU Yu feng 1,LUO Qing lin 2
Abstract:To improve the distribution of external electric field of SF 6 gas insulation current transformer, cone capacitor is used. The calculation method of cone capacitor is presented in this paper. The calculation model of the external electric field after and before setting cone capacitor in 330kV SF 6 gas insulation current transformer are established and the numerical calculation is taken. The improvement of cone capacitor on the distribution of external electric field of the current transformer is analysed.
Keywords:Current transformer  Gas insulation  Design  Electric field  Calculation  
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