1N5380AE3/TR8 belongs to a family of single Zener diodes. These types of diodes are made of N-type and P-type semiconductors, junction of which forms a diode. Their characteristics make them suitable for numerous applications.

Applications

1N5380AE3/TR8 diodes are well-suited for high frequency, series-string applications and general purpose use. Due to their small size and low cost, these diodes can be seen in various industries: automotive, consumer, medical, and telecommunications.

1N5380AE3/TR8 diodes are mostly used as voltage series protectors, energy saving voltage stabilizers, and voltage stabilizers. Other common applications include reverse-voltage protection, lightning protectors, and surge suppression.

Working Principle

The operation of 1N5380AE3/TR8 diodes is affected by their internal structure. The diode is made of a p-type and an n-type semiconductor that is placed within a semiconductor material. The junction of these two semiconductors forms a diode on a bipole. In a Zener diode, a reverse breakdown voltage occurs when the voltage applied to the junction of the two semiconductors is greater than the prescribed breakdown voltage.

As the voltage increases, more current is allowed to flow through the diode. When the current stops, the diode will remain in a state of backward, or reverse, breakdown until the current is decreased. In this way, a stable voltage is maintained.

The 1N5380AE3/TR8 diode has an 8V breakdown voltage and has the capability of 0.2-0.3mA current handling. The Zener diodes can be used in laptops, computers, switched power supplies, and other low voltage circuits. It has a maximum power dissipation of 500mW and a maximum reverse current leakage at 25°C of 25µA.

Conclusion

In conclusion, the 1N5380AE3/TR8 diode belongs to the family of single Zener diodes. This type of diode is generally used for applications such as voltage series protectors, energy saving voltage stabilizers, voltage stabilizers and reverse-voltage protection. The working principle of 1N5380AE3/TR8 diodes is mainly based on its internal structure. They have an 8V breakdown voltage, 0.2-0.3mA current handling capacity, as well as a maximum power dissipation of 500mW and a maximum reverse current leakage of 25µA at 25°C.