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What is the advantage of using a full-wave bridge rectifier vs half-wave rectifier? Suitable for high voltage applications Filter capacitor required is halved PIV rating is doubled PIV rating is halved Peak diode current is doubled Only requires two diodes Peak diode current is halved Filter capacitor can discharge more quickly Surge current reduces with filter capacitance Cheaper to manufacture

What is the advantage of using a full-wave bridge rectifier vs half-wave rectifier? Suitable for high voltage applications Filter capacitor required is halved PIV rating is doubled PIV rating is halved Peak diode current is doubled Only requires two diodes Peak diode current is halved Filter capacitor can discharge more quickly Surge current reduces with filter capacitance Cheaper to manufacture

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What is the advantage of using a full-wave bridge rectifier vs half-wave rectifier? Suitable for high voltage applications Filter capacitor required is halved OPIV rating is doubled OPIV rating is halved Peak diode current is doubled Only requires two diodes Peak diode current is halved Filter capacitor can discharge more quickly Surge current reduces with filter capacitance Cheaper to manufacture
Transcribed Image Text:What is the advantage of using a full-wave bridge rectifier vs half-wave rectifier? Suitable for high voltage applications Filter capacitor required is halved OPIV rating is doubled OPIV rating is halved Peak diode current is doubled Only requires two diodes Peak diode current is halved Filter capacitor can discharge more quickly Surge current reduces with filter capacitance Cheaper to manufacture
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