BYS11-90HE3/TR3

Introduction

BYS11-90HE3/TR3 is a high efficiency and low power single diode rectifier which has a wide range of applications in discrete, power and automotive fields. The device provides excellent current carrying capacity, highly reliable design, along with low reverse leakage and high surge capability.

Applications

BYS11-90HE3/TR3 single diode rectifier is widely used in a variety of applications including AC/DC converters, voltage regulators, switched-mode power supplies, automotive power converters, and battery chargers. It is suitable for applications where space saving is desirable, such as phones, PC power supplies, industrial control units, and automotive applications.

Working Principle

The device consists of a single PN junction, with a metal-insulator-semiconductor (MIS) structure which allows for a low turn-on voltage. When a forward voltage is applied, the voltage increases until the PN junction is forward biased, at which point current flows though the device. The diode then acts as a closed switch, only allowing current to flow in one direction. Once the reverse voltage is applied, the diode is reverse biased, and the current is blocked in the opposite direction. The reverse breakdown voltage is the voltage at which the diode is capable of carrying a large current in reverse direction. For the BYS11-90HE3/TR3, this breakdown voltage is 90V.

Advantages

The BYS11-90HE3/TR3 offers several benefits in regards to its operation, such as its highly efficient current carrying capacity, its low turn-on voltage, and its low forward voltage. It also offers low reverse leakage, high surge capability and excellent resistance to temperature and humidity. Its high temperature capabilities make it ideal for applications where high temperatures are encountered, such as automotive and industrial environments. Lastly, its excellent electrical performance provides reliable and consistent operation with minimal interference.

Conclusion

In conclusion, the BYS11-90HE3/TR3 single diode rectifier is a high-efficiency and low-power device which finds a wide range of applications in discrete, power and automotive fields. It offers a wide range of advantages in regards to its operation, such as its low turn-on voltage, high surge capability, and excellent resistance to temperature and humidity. The device is highly reliable, and provides consistent and reliable operation with minimal interference.