Full Wave Voltage Doubler

 Voltage doubler is the circuit where we get the twice of the input voltage, like if we supply 10v voltage, we will get 20 volt at the output. Generally

transformers are there to step-up or step-down the voltage, but sometimes transformers are not feasible because of their size and cost. So here is the

quick, easy and practical solution to double the voltage.

 A Full wave voltage doubler is a voltage multiplier with a multiplication factor of two. A full wave voltage doubler is shown below. When the

secondary voltage is positive, the first diode D is forward-biased and the primary capacitor C charges to approximately Vp. During the negative half-

cycle, the secondary diode D is forward-biased and the secondary capacitor C charges to approximately Vp. The output voltage, 2Vp, is taken across

the two capacitors in series.

 By reversing the direction of the diodes and capacitors in the circuit we can also reverse the direction of the output voltage creating a negative

voltage output. Also, if we connected the output of one multiplying circuit onto the input of another (cascading), we can continue to increase the DC

output voltage in integer steps to produce voltage triplers, or voltage quadruplers circuits.

 Here in the circuit the input is fed with sinusoidal voltage with an amplitude of 10V, the output obtained across the capacitor voltage is equal to the

double of the input voltage i.e. 20V across the two capacitors.

 The advantage of the Full Wave Voltage doubler Circuit is that it allows higher voltages to be created from a low voltage power source without a

need for an expensive high voltage transformer as the voltage doubler circuit makes it possible to use a transformer with a lower step up ratio than

would be need if an ordinary full wave supply were used.

 Thus the Full wave voltage doubler circuit is implemented using the Activate tool.

• ACTIVATE solidThinking