According to Norton's Theorem, any linear circuit, no matter how complex, can be simplified to an equivalent circuit with just a single current source and parallel resistance coupled to a load.
An ideal current source I in parallel with a single resistor r is electrically identical to any collection of batteries and resistances with two terminals. The open circuit voltage is divided by r to find the current I and the value of r is the same as in the Thevenin equivalent.
Any linear complex electrical circuit can be reduced to a simple electric circuit with one current and resistance connected in parallel, according to Norton's theorem. Consider the following Norton theorem examples to have a better knowledge of the topic.
It's utilized to turn a complicated circuit into a simple one. Norton's theorem comes in handy when dealing with parallel generators with unequal emfs and impedances. Through correct source changes, Norton's theorem and Thevenin's theorem can be employed interchangeably.
Learner's Ratings
4.8
Overall Rating
86%
10%
4%
0%
0%
Reviews
N
Nishu Kumar
5
it's good course for beginners. a lot of thing that i knew first time in this course.
Thank you sir!
S
SANTOSH KUMAR
5
It is a very good learn vern platform.
Excellent
Y
Yogesh Narayanrao Zade
5
Its really nice👍
A
Ashish Ranjan
5
Good experience in this platform.
Md Tahmid Hussain
4
excellent way of teaching
N
NARAYAN LAL NAYAK
5
good
R
Rajendra.singh
5
Lernvern is giving free matlab course with amazing lectures .. thnku so much lernvern
N
NIKHIL SUBHASH INGALE
5
Its a very good platform learn some software which is used in industry.
N
Nandan
5
very informative course for basics of simulink , loved it
Share a personalized message with your friends.