Norton's theorem states that any linear electrical network with voltage and current sources and resistances can be simplified to an equivalent circuit consisting of a single current source in parallel with a single resistor. The current source, known as the Norton equivalent current, is equal to the short-circuit current at the terminals of the network, while the Norton equivalent resistance is the resistance seen from the terminals when all independent sources are turned off. This theorem is particularly useful for analyzing complex circuits by simplifying them into more manageable forms.
thevenins theorem is applicable to network which is linear ,bilateral
Because millman's is used in parallel ckt of impedances and voltage sources
no
DeMorgan's theorem can be simply be stated simply as "Break the line, and change the sign." Where line represents complement...
conclusion to the statistics sampling
in conclusion,
A conclusion proved by deductive reasoning.
proof
A conclusion proved by deductive reasoning
A proposition or theorem formed by contradicting both the subject and predicate or both the hypothesis and conclusion of a given proposition or theorem and interchanging them.
theorem
That which is considered and established as a principle; hence, sometimes, a rule., A statement of a principle to be demonstrated., To formulate into a theorem.
Norton’s theorem, while useful for simplifying complex circuits, has some disadvantages. It is limited to linear circuits, meaning it cannot be applied to circuits with non-linear elements, which restricts its versatility. Additionally, the process of finding the Norton equivalent can be time-consuming for intricate circuits, potentially offsetting its simplification benefits. Lastly, it may not provide intuitive insights into circuit behavior compared to other methods like Thevenin’s theorem.
My Choice is AVG
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no
graham nortons pet coon