1N5402-E3/51

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1N5402-E3/51 Application Field and Working Principle

The 1N5402-E3/51, also known as a single rectifier diode, is used in industrial applications such as security, electrical, and automotive systems. This component is capable of blocking current flow in one direction and allowing current flow in another direction.

In terms of features, the 1N5402-E3/51 is a high power, fast recovery rectifier diode which is capable of withstanding high voltages with low leakage current. This component also has a low forward voltage drop of 0.56 V in the forward direction and a medium power dissipation capability. In addition, this diode is capable of sustaining an average rectified output current of 6 A and peak non-repetitive surge current of up to 10 A.

The 1N5402-E3/51 diode achieves its functionality through the following working principle. When the anode is positively charged relative to the cathode, a forward bias is created, thus allowing current flow through the device. The device, however, blocks the current flow when the anode is negative to the cathode.

The 1N5402-E3/51 is designed to be used in electrical, automotive, and security related applications, such as mercury tilt switches, shunts, and high frequency rectify circuits. It is also ideal for use in voltage multipliers, invertors, and AC motor controllers. This component is typically used in sensitive circuits and devices due to its fast switching capability and low forward voltage drop.

In terms of availability, the 1N5402-E3/51 is available in a variety of package types and styles. Due to its wide range of potential applications, it is available from many different manufacturers with varied technical and reliability specifications. This variety allows buyers to select the diode which best meets their needs.

In conclusion, the 1N5402-E3/51 is a high power, fast recovery rectifier diode designed to be used in security, electrical, and automotive related applications. With its capability to sustain a high average rectified output current and peak non-repetitive surge current, as well as its quick switching capability and low forward voltage drop, this component is ideal for use in demanding industrial applications.

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