SMBJ5367AE3/TR13

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The SMBJ5367AE3/TR13 is a single, standard Zener diode, making it crucial in a variety of applications. It has an integrated breakdown voltage of 5.6V, and its working in both directions allows it to be used as either a stabilizer diode or a protect diode. With a maximum reverse clamping current of 170mA, reverse operation is also possible.

As a stabilizer diode, the SMBJ5367AE3/TR13 provides protection against spikes and surges in voltage. When voltage levels exceed a certain level, the device will absorb the excess current and divert it to ground. This ensures that the voltage in the circuit never rises too high. It is often used in the protection of appliances and other electrical devices, as well as providing steady power.

As a protect diode, the SMBJ5367AE3/TR13 works in the opposite direction. When voltage levels drop below a certain point, the device begins to divert current from another area in the circuit in order to maintain the correct voltage level. This means it not only protects against too much or too little voltage, but also keeps the stability of the power supply. It can be found in a variety of applications, including computer systems, medical equipment, and automotive electronics.

The SMBJ5367AE3/TR13 has an internal structure of multiple p-n junctions and junction capacitances, which makes it two diodes in parallel. The two diodes together act as a single unit when passing current in either direction, allowing it to work as both a stabilizer diode and a protect diode. The diodes are triggered at a certain voltage threshold, ensuring that the circuit is properly protected.

The SMBJ5367AE3/TR13 is a great way to provide protection for any circuit, whether it is a large industrial appliance or a small personal device. Its integrated breakdown voltage and low leakage current allow the device to be used in a wide range of applications, both for protection from over-voltage and from under-voltage. With the ability to work in both directions, it is one of the most versatile options in its field.

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