RBR5L60ATE25 Discrete Semiconductor Products

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Introduction of RBR5L60ATE25 Diodes - Rectifiers - Single

RBR5L60ATE25 is a 3-pin single schottky rectifier diodes with a maximum forward current IF of 5A and peak repetitive reverse voltage of 600V. It features low forward voltage drop, low power loss and low leakage current. This rectifier diode is designed for use in low frequency rectification in switching power supplies, inverters, solenoid/relay drivers, motor drivers, as well as other applications that require low forward voltage drop and low reverse current leakage.

Application field of RBR5L60ATE25

RBR5L60ATE 25 diodes are widely used in consumer electronics, telecom, mobile broadband, networking, automobiles, industrial, computing and automotive electronics, charging applications, and more. They are used in switching power supplies, converters, photovoltaic systems, and motor controls for safety and transient protection. Other applications include voltage regulation and regulation of current in mobile devices, computer motherboards, optical communication, power system networks, and automotive electronics.

Working principle of RBR5L60ATE25

RBR5L60ATE25 diodes act as electrical switches, by alternately blocking or allowing electrical current to flow in either direction. When forward biased, they become conductive, allowing an electric current to flow in one direction, while blocking current in the reverse direction. They work by utilizing the properties of PN junction of a diode, with an anode and cathode, which act as the input and output of current, respectively. In a forward-biased diode, the current flows from Anode to Cathode and once the diodes reach its peak forward voltage, no more current is allowed to flow. In a reverse-biased diode, current is prevent from flowing from Anode to Cathode and instead, a small amount of current flows from Cathode to Anode.

Advantages of RBR5L60ATE25 Diodes - Rectifiers - Single

RBR5L60ATE 25 diodes are advantageous because of their low forward voltage drop, low power loss, and low leakage current. Additionally, they are fast switching, which improves efficiency and reduces heat generation and power dissipation. This makes them ideal for switching power supplies, as they offer superior protections against over-voltage, current, and transients. They are also reliable at extreme environmental and temperature conditions.

Conclusion

RBR5L60ATE25 diodes are mainly used for low frequency rectification. They are capable of handling a maximum forward current IF of 5A and peak repetitive reverse voltage of 600V. They feature low forward voltage drop, low power loss and low leakage current, making them ideal for switching power supplies, converters, photovoltaic systems, and motor controls. Advantages of these diodes include fast switching, improved efficiency, and superior protection against over-voltage, current, and transients. Additionally, RBR5L60ATE25 diodes are reliable under extreme environments and temperature conditions.

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