RGL34BHE3/98

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The RGL34BHE3/98 diode is classified as a single rectifier diode. It is mainly used for applications that require high current blocking and high frequency rectification but low reverse current leakage. It is well suited for power supplies, switching power supplies, and on-board charging systems.

The RGL34BHE3/98 diode can withstand up to 1000 volts of reverse voltage, also known as its peak reverse voltage or peak inverse voltage. In addition, it can block up to 34 amps of current. The forward voltage drop is quite minimal, and it has a relatively low capacitance.

The maximum power dissipation of the RGL34BHE3/98 is 1600 mW. However, it is very important to keep the power dissipation within this limit so as to not damage the diode or any other components around it. This diode can also withstand a high frequency, and can be used to rectify high frequency signals.

The working principle of the RGL34BHE3/98 diode is simple. It acts as an electronic switch that allows electric current to flow through it only when the proper voltage is applied across its terminals. When the voltage applied across the diode is greater than the peak reverse voltage it can tolerate, it allows current to pass through it. At other times, the diode acts as an insulator, blocking any electric current from crossing its terminals.

The RGL34BHE3/98 diode has many uses in the electronics industry. It can be used for high current blocking, high frequency rectification, and on-board charging systems. It is an ideal choice for power supplies and switching power supplies in commercial and industrial machines, where reliable high-power operation is required.

The RGL34BHE3/98 diode is widely used and available, and can be found in many different grades and power ratings. When choosing a diode, it is important to make sure that it is suitable and safe to use for the application it is intended for. It is best to choose a diode with a peak reverse voltage that is slightly higher than the expected operating voltage to allow for any fluctuations in the supply voltage.

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