SMB10J10HE3/5B

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TVS (Transient Voltage Suppressor) diodes are special components that are designed to protect unwanted surges and other voltage transients that can damage circuit boards and other components. The SMB10J10HE3/5B is one such diode from leading semiconductor manufacturer Microsemi.

This TVS diode is a bidirectional transient voltage suppression device that is designed to protect against ESD (Electrostatic Discharge) events as well as electrical fast transients or lightning induced surges. This device can be used in a wide range of applications, such as industrial electronics, telecom, automotive, power supplies, computer and consumer electronics.

The SMB10J10HE3/5B is designed to clamp transient voltages and offer low clamping voltages at high surge current capability. It also provides superior ESD protection and is suitable for use in applications where the incoming transient surge is high. This device features a built in 10V clamping voltage, a 5Amps surge current rating, and a maximum operating voltage of 10V.

This TVS diode is also designed for low leakage current, high isolation voltage, and a low capacitance. It is robust and offers reliable protection against high voltage transients, helping to prolong the life of sensitive components. Its low capacitance enables this diode to be used for applications, such as hard disk drives, which require low capacitance between the signal line and the ground.

In terms of working principle, the SMB10J10HE3/5B is designed to provide protection against high voltage surges. When a voltage transient exceeds the limit of the diode, the diode will clamp the voltage down and provide protection for the component. In this way, it prevents any damage that could occur from excessive voltage transients.

The SMB10J10HE3/5B is ideal for use in consumer, industrial, telecom, automotive, and power supply applications, as well as other applications that require protection from transients. Its features make it a great choice for any application, as it is easy to use, reliable, and offers superior protection from high voltage transients.

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