Electrical Engineering (EE) Exam > Electrical Engineering (EE) Questions > The inductor is placed in the L section filte...
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The inductor is placed in the L section filter because_________
- a)It offers zero resistance to DC component
- b)It offers infinite resistance to DC component
- c)It bypasses the DC component
- d)It bypasses the AC component
Correct answer is option 'A'. Can you explain this answer?
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Verified Answer
The inductor is placed in the L section filter because_________a)It of...
The inductor offers high reactance to ac component and zero resistance to dc component. So, it blocks the ac component which cannot be bypassed by the capacitors.
Most Upvoted Answer
The inductor is placed in the L section filter because_________a)It of...
Explanation:
Inductors are commonly used in L-section filters to block or offer zero resistance to the DC component of a signal. This is because inductors have the property of opposing changes in current, which means they offer high impedance to DC signals.
Reasoning:
- Zero resistance to DC component: Inductors have the property of offering zero resistance to DC signals, allowing them to pass through without any significant impedance.
- Infinite resistance to DC component: While it is not technically infinite, inductors offer high impedance to DC signals due to their energy storage and opposition to changes in current.
- Bypassing the DC component: By offering zero resistance to DC signals, inductors effectively bypass the DC component in the circuit.
- Bypassing the AC component: While inductors do offer impedance to AC signals, their primary function in an L-section filter is to block or offer zero resistance to the DC component.
In conclusion, the inductor is placed in the L-section filter because it offers zero resistance to the DC component of the signal, allowing it to pass through without significant impedance.
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The inductor is placed in the L section filter because_________a)It offers zero resistance to DC componentb)It offers infinite resistance to DC componentc)It bypasses the DC componentd)It bypasses the AC componentCorrect answer is option 'A'. Can you explain this answer?
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