SMB10J8.5AHE3/5B

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TVS (Transient Voltage Suppressor) is a type of diode that is used to protect electrical components from electrical surges caused by traditional lightning, electrostatic discharge, and other sources. The SMB10J8.5AHE3/5B is one such type of TVS diode specifically designed for use in high-voltage applications.

The SMB10J8.5AHE3/5B is a Surface Mount Device (SMD) in a 2-pin DO-214AB package. It features low leakage current (<10uA) and a 10V forward voltage threshold. Its maximum breakdown voltage (BV) is 8.5V, and its maximum peak pulse power (PPP) is 5W. This makes the SMB10J8.5AHE3/5B well suited for use in high-voltage applications. Additionally, the diode is RoHS Compliant.

The SMB10J8.5AHE3/5B has multiple applications in modern electrical systems. For example, when used in automotive systems, the SMB10J8.5AHE3/5B can provide surge protection when there is an electrical surge related to a lightning strike or other electrical surge. Additionally, in communication systems, the SMB10J8.5AHE3/5B can protect the system from electrostatic discharge caused by static electricity. The SMB10J8.5AHE3/5B is also suitable for use in power systems to protect sensitive components from voltage spikes.

The working principle of the SMB10J8.5AHE3/5B is relatively simple. When an electrical surge of sufficient amplitude strikes the diode, it triggers a conduction action within the diode, causing it to conduct and shunt the electric energy away from the protected components. This causes the SMB10J8.5AHE3/5B to take the brunt of the electric shock, instead of the components connected directly to it.

In summary, the SMB10J8.5AHE3/5B is a type of TVS diode that is specifically designed for use in high-voltage applications. Its maximum breakdown voltage (BV) is 8.5V, and its maximum peak pulse power (PPP) is 5W. It has multiple applications, including automotive, communication, and power systems. The working principle of the SMB10J8.5AHE3/5B simply involves it conducting and shunting the electric energy away from the protected components when an electric surge of sufficient amplitude strikes it.

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