As technology advances, so does the need to understand and utilize complex circuit diagrams. The labelling of a full wave rectifier circuit diagram makes it easier for students and engineers alike to interpret its meaning and use it in the development of new applications. In this article, we will explain the working of a full wave rectifier circuit with the help of a labelled circuit diagram.
A full wave rectifier circuit consists of a diode bridge, a transformer and a filter capacitor. The diode bridge helps to convert the alternating current (AC) power from the wall outlet into direct current (DC). This is done by allowing the current to flow in one direction only. The transformer steps down the voltage to a level that is suitable for the application. The filter capacitor then smoothens out any ripples in the output voltage.
To illustrate the working of a full wave rectifier circuit, let us consider the following diagram. This diagram shows the basic components of a full wave rectifier circuit. First, the AC power is supplied to the transformer through the ac supply line. Here, the voltage is stepped down and the current is split into two paths, namely the positive and negative half-cycles. These two paths are connected to the two different branches of the diode bridge, i.e. the anode and cathode. As the current flows through these two branches, the diodes prevent the current from flowing back to the original source. Finally, the output voltage is smoothed out by the filter capacitor before it is supplied to the load.
Overall, understanding the working of a full wave rectifier circuit can be made simpler by studying the labelled circuit diagram. This diagram clearly shows the functioning of each component and how they interact with each other to achieve the desired output voltage. With this knowledge, engineers and students can construct their own full wave rectifier circuits without any hassle.
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