Electronics and Communication Engineering - Networks Analysis and Synthesis - Discussion

Discussion Forum : Networks Analysis and Synthesis - Section 1 (Q.No. 1)
1.
In a parallel resonant circuit, the circuit current at resonance is maximum.
True
False
Answer: Option
Explanation:

In parallel resonance current is minimum.

Discussion:
19 comments Page 1 of 2.

Shahnawaz said:   9 years ago
In parallel resonance circuit, the circuit is purely resistive. Hence, the circuit depends on the Voltage source & and Resister.

By Ohms Law, V is directly proportional to the current (I).

At Resonance, the voltage is maximum.

Hence, the current flowing circuit at resonance is MINIMUM.

Durga said:   6 years ago
Resonant circuit means at low impedance an inductor is in series with the capacitor, low impedance meance current flow maximum but when in a parallel circuit vice versa voltge minimum.

RISHI NIGAM said:   3 years ago
In a series resonance, the current is maximum and in parallel resonance voltage is maximum and all formula of q factor and damping ratio of parallel becomes reverse of series formula.
(2)

Adipto said:   7 years ago
According to Ohm's law V=IR which seems to be a linear relationship.

How can current be minimum when the voltage is maximum?

Ele David Anthony said:   7 years ago
In parallel circuits, the voltage (V) is the same, but there's current division in such circuit as such current is minimum.

Kamal said:   1 decade ago
In parallel resonance resistance is maximum as the "Parallel LC tank circuit" acts like an open circuit.

Nitesh Jain said:   1 decade ago
In series RLC.

R=min.
I=max.

In parallel RLC.

Y=min => R=Max.
I=min.

Bhanu said:   6 years ago
In parallel resonace circuit voltage is maximum and current is mininum.
(1)

Gunjan Kumar said:   3 years ago
It is better to represent it with a graph.

Can anyone, explain this?

REVATHI said:   8 years ago
In parallel resonance voltage is maximum and current is minimum.


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