# With The Help Of Neat Circuit Diagram Explain Working Full Wave Rectifier

By | March 9, 2023

Full Wave Rectification is a type of electrical process that is used in many different types of devices. It is a method of converting alternating current (AC) power into direct current (DC) power, which is needed in order to power electronics and other small devices. Using a full wave rectifier can help you power your devices without having to purchase additional power supplies. In this article, we will explain how full wave rectification works, with the help of a neat circuit diagram.

A full wave rectifier requires a bridge rectifier, which is made up of four diodes connected in a closed-loop circuit. The four diodes are arranged so that when an AC voltage is applied, it produces two outputs, one positive and one negative. This allows for the electrical current to flow in both directions, allowing for more efficient conversion of the AC power into DC power.

The circuit diagram for a full wave rectifier looks like this:

The incoming AC voltage from the power supply is fed into the four diodes on the left side of the diagram. On the right side, you see the two outputs - one positive, one negative. When the AC voltage is applied, the four diodes conduct electricity in one direction, depending on the polarity of the voltage.

For example, if the AC voltage applied is positive, then the two left-hand diodes will allow current to pass through, while the two right-hand diodes will block the current. This allows the positive voltage on the left side to pass through to the right side, creating an output of DC power.

Once the AC voltage is applied, the two output currents remain constant, regardless of the input voltage. This means that the device is able to provide a steady amount of DC power, making it ideal for powering electronic equipment.

In conclusion, a full wave rectifier is an essential component for many different types of electronic devices, as it is able to convert AC power into a steady stream of DC power. By understanding how a full wave rectifier works, as well as taking a look at the neat circuit diagram, you can make sure that you’re getting the most out of your electronic equipment.

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