The Electric device which converts the alternating current AC to direct current DC is called rectifier. And this process is known as rectification.
Rectifiers are used in the detection of signals and in power supplies.
&
The electric device which converts the direct current DC to alternating current AC is called Invertor.
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Showing posts with label voltage inverter. Show all posts
Showing posts with label voltage inverter. Show all posts
Rectifier & Inverter
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SAQIB SATTAR
Friday, November 7, 2008
Labels:
ac inverter,
basic electronics,
dc inverter,
dc to ac inverter,
electronics tutorials,
invertor,
power inverter,
power rectifier,
rectification,
rectifier,
voltage inverter,
voltage rectifier
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Kirchhoff's Voltage Law
Posted by
SAQIB SATTAR
Saturday, November 1, 2008
Labels:
basic electronics,
diode bridge,
diode circuit,
electronic circuit design,
electronics tutorials,
full wave rectifier,
high voltage power supply,
kirchhoff's voltage law,
kirchoff's law,
kvl,
voltage inverter
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What is loop?
A loop is any path that goes from node to node and returns to the starting node, passing only once through each node.
Kirchhoff's Voltage Law:
The sum of the voltage drops around any loop equals the sum of the voltage rises.
or
The algebraic sum of all voltage drops around any loop equals zero.
Mathematically,
v1 + v2 + v3 + v4 = 0
or
Parallel Connection:
Two or more elements are in parallel when their terminals are connected to the same pair of nodes.
Also that elements in parallel have the same voltage across each one of them.
Read More!
A loop is any path that goes from node to node and returns to the starting node, passing only once through each node.
Kirchhoff's Voltage Law:
The sum of the voltage drops around any loop equals the sum of the voltage rises.
or
The algebraic sum of all voltage drops around any loop equals zero.
Mathematically,
v1 + v2 + v3 + v4 = 0
orParallel Connection:
Two or more elements are in parallel when their terminals are connected to the same pair of nodes.
Also that elements in parallel have the same voltage across each one of them.
Read More!



