Let's look at an example circuit where we'll use the energy storage capability of the capacitor to our advantage. The circuit shown below is the first draft of a power supply whose job it is convert a 12 VAC power source (such as might come from a transformer plugged into an electrical outlet) into a relatively stable DC voltage for driving a load. The initial circuit, shown below, is a bridge rectifier built from four diodes wired so that the positive and negative transitions of the AC supply voltage are converted into a voltage that is always positive: basically the negative excursions in

Question

Let's look at an example circuit where we'll use the energy storage capability of the capacitor to our advantage. The circuit shown below is the first draft of a power supply whose job it is convert a 12 VAC power source (such as might come from a transformer plugged into an electrical outlet) into a relatively stable DC voltage for driving a load.   The initial circuit, shown below, is a bridge rectifier built from four diodes wired so that the positive and negative transitions of the AC supply voltage are converted into a voltage that is always positive: basically the negative excursions in

anonymous · Answer

@ash__arya can you be specific to your question....from which part does this question belong.?