Electrification —— (012) Norton Theorem (Not translated)
中文
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(001) Kirchhoff Voltage Law
(002) Kirchhoff Current Law
(003) Resistance Δ-Y Transferring Calcualte
(004) Resistance Y-Δ Transferring Calcualte
(005) Voltage Src Transfer to Current Src
(006) Mesh Hole Current Analysis
(007) Node Voltage Analysis
(008) Miller Theorem
(009) Superposition Theorem
(010) Substitution Theorem
(011) Thevenin Theorem
(012) Norton Theorem
(013) External power method
(014) Maximum Power Transmission Theorem
(015) Operational amplifier
(016) Differential input
(017) Actual operational amplifier input-output resistance
(018) Ideal Operational Amplifier
(019) Application of Ideal Operational Amplifier
(020) Capacitor
(021) Abbreviation
(022) Unit
(023) Inductance
(024) Complex number
(025) Complex number calculation
(026) Mathematical symbols Greek letters
(027) Important basis - Taylor series
(028) Important basis - Especial exponential function e<sup>x</sup>
(029) 相量法即符号法
(030) 电感的等效电阻ESR
(031) 复阻抗的特性
(032) 复阻抗表达式
诺顿定理

有源网络电流源的电流=有源二端网络的短路电流Ioc
即：Isc=Iab短（I：SC=I：ab短路）

有源网络电流源的内阻=有源二端网络内的所有独立电源置零后的输入电阻R
即：电压源置为导线，电流源置为断开，只保留电阻的电路图中的ab两端的阻值，Req

诺顿定理转换有源网络为等效独立电流源Usc并联等效电阻Req的电路

有源网络电流源：这个电源是一个有内阻的非理想电源
所有独立电源：所有做供电的理想电源

内阻并联理想电流源=有源网络电流源
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