BYG24GHM3_A/I

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The BYG24GHM3_A/I is a single phase silicon rectifier diode. It is configured in a common cathode design with two legs, each being of the same length. It is designed for use in AC-DC power applications and features a maximum forward current rating of 15A and a maximum Repetitive Peak Reverse Voltage (RVRM) rating of 200V.

The BYG24GHM3_A/I is composed of 4 N-type and two P-type silicon layers. In typical operation, the anode receives a positive potential and the cathode is grounded. When the anode voltage exceeds the threshold voltage of the diode, a forward-biased current is generated. This current flows through the diode and is used to forward biased other devices in the circuit.

The BYG24GHM3_A/I exhibits high efficiency at relatively low reverse voltage. Under reverse voltage, due to lack of support, only a very small current (termed “leakage current”) flows. When the forward voltage exceeds the threshold voltage of the diode, current is limited only by the forward resistance of the device.

The BYG24GHM3_A/I is most commonly used as an AC rectifier. AC voltage is transmitted from the anode to the cathode, allowing for efficient conversion of alternating current to direct current. Other applications include power supplies, automotive power supplies, and mains for secondary protection. It is also utilized in protection circuits against reactive power disturbances.

Due to its design, the BYG24GHM3_A/I enjoys a wide temperature range and is suitable for high frequency applications. Furthermore, the high surge capability averages the incoming waveform for smoother transients. This, in addition to its robust construction, allows the component to be highly reliable.

The BYG24GHM3_A/I is a versatile component suitable for a range of AC-DC applications. Its common cathode design and robust construction make it an ideal choice for power applications while its wide temperature rating and high surge capability make it suitable for high-frequency applications. Furthermore, its wide power rating and efficient forward current generation make it an ideal choice for AC rectification.

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