Rectifier Circuits: Difference between revisions
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[[Image:Halfwave.rectifier.png |700px]] | [[Image:Halfwave.rectifier.png |700px]] | ||
copied from Wikipedia under the licensing agreement of the author. | copied from Wikipedia under the licensing agreement of the author. | ||
The circuit above illustrates the effect of a single diode in an AC line. The effect is that half of the AC sine curve is "chopped off". This is a very inefficient way of rectifying AC, but may be used to reduce power to a resistive load. | The circuit above illustrates the effect of a single diode in an AC line. The effect is that half of the AC sine curve is "chopped off". This is a very inefficient way of rectifying AC, but may be used to reduce power to a resistive load R. | ||
==Full-wave Rectifier== | |||
===Two diode - centre tapped transformer=== | |||
[[Image:Fullwave.rectifier_2.png | 700px]] | |||
===Four diode or Kratz rectifier=== | |||
[[Image:Fullwave.rectifier_1.png | 700px]] | |||
Revision as of 18:50, 18 December 2008
related wiki pages : Electronic Theory, capacitors. Inductors, Voltage, Current, Oscillator Design, Power Supply Design. Filters
What is a Rectifier
A rectifier converts Alternating Current (AC) to Direct Current (DC). This is usually achieved by using a diode, which allows current to flow only in one direction.
Half-wave Rectifier
copied from Wikipedia under the licensing agreement of the author.
The circuit above illustrates the effect of a single diode in an AC line. The effect is that half of the AC sine curve is "chopped off". This is a very inefficient way of rectifying AC, but may be used to reduce power to a resistive load R.
Full-wave Rectifier
Two diode - centre tapped transformer
Four diode or Kratz rectifier
