S1PAHE3/85A

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The S1PAHE3/85A single rectifier diode is a three-terminal device composed of a silicon diode, a schottky diode and a zener diode formed in one refrigerator-mounted package.

The S1PAHE3/85A single rectifier diode offers excellent forward voltage and reverse blocking voltage ratings, and also a high peak surge current rating. It also offers reverse recovery time characteristics, low leakage current, and short leads which are suitable for space-constrained applications.

The S1PAHE3/85A single rectifier diode is typically used in DC-DC power converters, power line protection devices, voltage regulation, and battery protection devices. Its main application fields are consumer electronics, automotive, industrial and military applications.

The working principle of the S1PAHE3/85A single rectifier diode is simple. When the diode is used for forward conduction, the anode is connected to the positive supply and the cathode is connected to the load. The S1PAHE3/85A single rectifier diode will allow current to flow from the anode to the cathode and hence, power the load connected to it. When reverse bias is applied to the diode, the reverse voltage gives rise to a depletion region around the PN junction, which makes it difficult for the current to pass through it and thus it blocks the flow of charge carriers.

The S1PAHE3/85A single rectifier diode has a number of advantages over other rectifier diodes such as smaller size, higher forward current rating, faster switching speeds, lower power consumption, and improved surge current handling capabilities. It is therefore suitable for various high voltage applications such as switching power supplies, DC-DC converters, and battery chargers.

In conclusion, the S1PAHE3/85A single rectifier diode is an ideal choice for a variety of high voltage applications. It is small in size, offers good current and voltage ratings, fast switching speed, and improved surge current handling capabilities. Moreover, it is suitable for consumer electronics, automotive, industrial, and military applications.

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