EXP-2-NORTON'S THEOREM

0
Favorite
3
copy
Copy
290
Views
EXP-2-NORTON'S THEOREM

Circuit Description

Graph image for EXP-2-NORTON'S THEOREM

Circuit Graph

Any two terminal Linear Network containing energy sources and impedances can be replaced by an equivalent circuit containing of a Current Source (In) parallel with an Admittance (Yn). Y = 1/Z Z = R Current in Z4 in this circuit is equal to the Current in Z4 in Thevenin Circuit. Rn = Rt I1 = Vt / Zt

There are currently no comments

Profile image for Naivaidya20BCE10283

EXP-2-NORTON'S THEOREM (1)

Naivaidya20BCE10283
Profile image for Naivaidya20BCE10283

EXP-2-NORTON'S THEOREM

Naivaidya20BCE10283
Profile image for akshat2452

EXP-2-NORTON'S THEOREM

akshat2452

Creator

studenttttt00009

16 Circuits

Date Created

2 years, 12 months ago

Last Modified

2 years, 12 months ago

Tags

  • norton’s theorem

Circuit Copied From