What is the advantage of using a full-wave bridge rectifier vs half-wave rectifier? Group of answer choicesPIV rating is doubledFilter capacitor can discharge more quicklyPeak diode current is halvedPeak diode current is doubledPIV rating is halvedSurge current reduces with filter capacitanceSuitable for high voltage applicationsCheaper to manufactureOnly requires two diodesFilter capacitor required is halved

A full-wave bridge rectifier has several advantages over a half-wave rectifier:

1. PIV rating is halved: In a full-wave rectifier, the peak inverse voltage (PIV) is half of that in a half-wave rectifier. This means that the diodes in a full-wave rectifier only need to withstand half the voltage, making them less likely to break down.

2. Filter capacitor can discharge more quickly: In a full-wave rectifier, the output frequency is double that of the input frequency. This means that the filter capacitor discharges more quickly, resulting in a smoother output voltage.

3. Peak diode current is halved: In a full-wave rectifier, the current is shared between four diodes instead of two. This means that the peak current through each diode is halved, reducing the risk of diode failure.

4. Suitable for high voltage applications: Because the PIV is halved and the peak diode current is also halved, full-wave rectifiers are more suitable for high voltage applications.

5. Surge current reduces with filter capacitance: The surge current in a full-wave rectifier is less than in a half-wave rectifier. This is because the filter capacitor in a full-wave rectifier discharges more quickly, reducing the surge current.

6. Only requires two diodes: This is not correct. A full-wave bridge rectifier actually requires four diodes, not two. This is a disadvantage compared to a half-wave rectifier, which only requires one diode.

7. Cheaper to manufacture: This is not necessarily true. While a full-wave rectifier requires fewer components than a half-wave rectifier, the components it does require (four diodes) can be more expensive.

8. Filter capacitor required is halved: This is not correct. The filter capacitor required for a full-wave rectifier is actually the same as for a half-wave rectifier. However, because the full-wave rectifier discharges the capacitor more quickly, it can produce a smoother output voltage with the same size capacitor.