环境技术
環境技術
배경기술
ENVIRONMENTAL TECHNOLOGY
2013年
1期
37-40
,共4页
V型人工电源网络%阻抗%相位角%隔离度
V型人工電源網絡%阻抗%相位角%隔離度
V형인공전원망락%조항%상위각%격리도
artificial mains V-networks%impendence%phase angle%isolation
本文分别对理想和实用的V型人工电源网络的阻抗(模和相位角)、隔离度进行计算和分析,并将其与某公司生产的ENV216型人工电源网络的测试参数进行比较,验证了ENV216型人工电源网络是完全符合标准要求的,加深了对电源端传导发射测试的理解.
本文分彆對理想和實用的V型人工電源網絡的阻抗(模和相位角)、隔離度進行計算和分析,併將其與某公司生產的ENV216型人工電源網絡的測試參數進行比較,驗證瞭ENV216型人工電源網絡是完全符閤標準要求的,加深瞭對電源耑傳導髮射測試的理解.
본문분별대이상화실용적V형인공전원망락적조항(모화상위각)、격리도진행계산화분석,병장기여모공사생산적ENV216형인공전원망락적측시삼수진행비교,험증료ENV216형인공전원망락시완전부합표준요구적,가심료대전원단전도발사측시적리해.
In this paper, it calculates and analyzes the impedance (module and phase angle) and isolation of the theoretical and practical artificial mains V-network; and then compares it with the ENV 216 artificial mains V-network manufactured by R/S company. It led to a conclusion that the ENV 216 artificial mains V-network do completely comply with the standard, attaining a good comprehension of mains port conducted emission testing.
