Full Wave Rectifier: Get Answers to Your Questions

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SUMMARY

The discussion clarifies the operation of a full wave rectifier when a sine wave is applied to the secondary coil of a transformer. It is established that only half of the secondary coil is utilized at any given time, depending on the polarity of the applied voltage. The diodes in the rectifier allow current to flow through only one loop at a time, despite both halves having the same potential drop. This understanding is crucial for anyone working with full wave rectification in electrical engineering.

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  • Understanding of full wave rectification
  • Knowledge of transformer operation
  • Familiarity with diode functionality
  • Basic concepts of AC and DC voltage
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  • Study the principles of full wave rectifier circuits
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  • Explore diode characteristics and their role in rectification
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Electrical engineers, students studying power electronics, and hobbyists working on rectification projects will benefit from this discussion.

cupid.callin
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Hi all

attachment.php?attachmentid=47010&stc=1&d=1336314638.jpg


So my question is, ...
suppose we apply sine wave at the 2 ends, th the cycle [itex]0 \rightarrow \pi[/itex] will all the coils of secondary coil of transformer be used or just upper half of it (assuming currently upper side is getting positive polarity) ...
I think only half should be used ...

Any help?
 

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"Used" is a bit vague, but if you mean that current will flow only in the upper half of the secondary for the indicated polarity then yes, only half of the secondary is "used" at a time. Note that while both halves of the secondary will have the same potential drop across them the diodes will permit only one of the loops currents to flow depending upon the polarity.
 
gneill said:
"Used" is a bit vague

:-p


gneill said:
but if you mean that current will flow only in the upper half of the secondary for the indicated polarity then yes, only half of the secondary is "used" at a time. Note that while both halves of the secondary will have the same potential drop across them the diodes will permit only one of the loops currents to flow depending upon the polarity.

Ah! That's all I wanted to know !
Thanks again for your help gneill !
 

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