山西电子技术
山西電子技術
산서전자기술
SHANXI ELECTRONIC TECHNOLOGY
2012年
6期
20-21,85
,共3页
复阻抗%proteus仿真%相位
複阻抗%proteus倣真%相位
복조항%proteus방진%상위
the complex impedance%Proteus simulation%phase
通常情况下,复阻抗测量是比较复杂的事,针对此,通过对交流电压的测量和计算得到了复阻抗的实部和虚部的数值,通过相位先后的比较,判读出阻抗虚部的正负号,从而精确地测量了复阻抗。对实例的proteus仿真,进而证明了方法的简便性和可行性。
通常情況下,複阻抗測量是比較複雜的事,針對此,通過對交流電壓的測量和計算得到瞭複阻抗的實部和虛部的數值,通過相位先後的比較,判讀齣阻抗虛部的正負號,從而精確地測量瞭複阻抗。對實例的proteus倣真,進而證明瞭方法的簡便性和可行性。
통상정황하,복조항측량시비교복잡적사,침대차,통과대교류전압적측량화계산득도료복조항적실부화허부적수치,통과상위선후적비교,판독출조항허부적정부호,종이정학지측량료복조항。대실례적proteus방진,진이증명료방법적간편성화가행성。
Normally, the complex impedance measurement is more complex, based on the ac voltage measurement and calculating, the paper gets the real part and the imaginary part numerical value of the complex impedance. Through the comparison of phase succes- sively, the plus or minus of impedance imaginary part are interpreted, thus the complex impedance is accurately measured. The exam- ple of proteus simulation proves that the method is simple and feasible.