SMB8J7.0CA-E3/52

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A TVS diode, also called a transient voltage suppressor, is a semiconductor device that is designed to protect electronic circuits from high-voltage transients. The SMB8J7.0CA-E3/52 is a bi-directional, single line ESD protection diode that is optimized for high power line applications, such as automotive and telecom systems. It offers ESD protection for signals up to ± 8kV contact ESD, allowing it to effectively protect systems from power surges.

The SMB8J7.0CA-E3/52 TVS Diode is designed with advanced planar construction together with low dynamic resistance to deliver components with robust ESD protection for signals up to 8kV. The bi-directionality of the device ensures protection for both positive and negative voltage transients. The diode is manufactured using an advanced switching technology, with improved capacitance and low leakage current for the highest possible performance in automotive and telecom systems.

The working principle is fairly simple. The device works by dissipating or diverting the energy created by a high voltage transient to a safe location. When the device senses a voltage surge, it essentially turns a high-resistance electrode off, so that the charge is discharged quickly, avoiding any potential damage to the electronic system.

The SMB8J7.0CA-E3/52 is designed for applications such as automotive systems, telecommunications, power line communications, and consumer electronics. The device can provide reliable protection from electrostatic discharge (ESD) for data lines and other sensitive components that might otherwise be damaged by strong electrostatic charges. The device is also suitable for protecting LCD screens, lightning surge protection, and protection of cellular base station power supply.

The SMB8J7.0CA-E3/52 TVS Diode is an excellent choice for reliably protecting against ESD or other high-voltage transients in automotive, telecommunications, and consumer electronics applications. The device offers bi-directional protection and superior performance compared to traditional technologies. With it, manufacturers can minimize the ESD risk while ensuring reliable, long-lasting performance for their sensitive components.

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