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Double stub matching eliminates standing waves on the
- a)load side of right stub
- b)source side of the left stub
- c)both sides of the stub
- d)in between the two stubs
Correct answer is option 'B'. Can you explain this answer?
Verified Answer
Double stub matching eliminates standing waves on thea)load side of ri...
Double stub matching eliminates standing waves on the source side of the left stub.
Most Upvoted Answer
Double stub matching eliminates standing waves on thea)load side of ri...
Explanation:
Double stub matching is a technique used in transmission line systems to eliminate standing waves and achieve impedance matching. When implementing double stub matching, the standing waves can be eliminated on the source side of the left stub.
How Double Stub Matching Works:
- Double stub matching involves the use of two stubs connected to the transmission line at specific locations.
- The first stub is placed on the load side, while the second stub is placed on the source side of the transmission line.
- By adjusting the lengths and positions of these stubs, the impedance of the load can be matched to the characteristic impedance of the transmission line, effectively eliminating standing waves.
Eliminating Standing Waves:
- Standing waves occur when there is a mismatch between the impedance of the load and the characteristic impedance of the transmission line.
- By using double stub matching, the reflections caused by this mismatch can be canceled out, effectively eliminating standing waves.
- In the case of this question, the standing waves are eliminated on the source side of the left stub, ensuring proper impedance matching and efficient power transfer.
Conclusion:
In conclusion, double stub matching is an effective technique for eliminating standing waves in transmission line systems. By carefully adjusting the lengths and positions of the stubs, impedance matching can be achieved, resulting in improved system performance.
Double stub matching is a technique used in transmission line systems to eliminate standing waves and achieve impedance matching. When implementing double stub matching, the standing waves can be eliminated on the source side of the left stub.
How Double Stub Matching Works:
- Double stub matching involves the use of two stubs connected to the transmission line at specific locations.
- The first stub is placed on the load side, while the second stub is placed on the source side of the transmission line.
- By adjusting the lengths and positions of these stubs, the impedance of the load can be matched to the characteristic impedance of the transmission line, effectively eliminating standing waves.
Eliminating Standing Waves:
- Standing waves occur when there is a mismatch between the impedance of the load and the characteristic impedance of the transmission line.
- By using double stub matching, the reflections caused by this mismatch can be canceled out, effectively eliminating standing waves.
- In the case of this question, the standing waves are eliminated on the source side of the left stub, ensuring proper impedance matching and efficient power transfer.
Conclusion:
In conclusion, double stub matching is an effective technique for eliminating standing waves in transmission line systems. By carefully adjusting the lengths and positions of the stubs, impedance matching can be achieved, resulting in improved system performance.
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