BSPD120240D2K

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The BSPD120240D2K is a transient voltage suppressor (TVS) that combines the strengths of two different technologies: its low-capacitance, clamping circuitry helps protect a circuit from destructive voltage transients, while its thermally insulated surface technology (TIST) soaks up the energy from destructive transients.

BSPD120240D2K is designed to protect against voltage events ranging from ESD (electrostatic discharge)and EFT (electrical fast transients) to surges caused by lightning and nearby switching transients. The BSPD120240D2K can protect electronic devices from voltage events up to 2,400 W peak and 45 A current with a maximum working voltage of up to 200 V.

The BSPD120240D2K provides two main protection paths: a clamping path and a thermal insulation path. The clamping protection path reduces the voltage to a safe level so as not to cause further damage to the protected circuit. Then, the thermally insulated surface technology (TIST) intercepts the transient energy, reducing the effects of the ESD pulse and other high-energy events.

The BSPD120240D2K has a number of advantages over other TVS solutions. It has low clamping voltage, low capacitance, and fast response times. Additionally, its TIST construction offers robustness and reliability in harsh environments, as well as improved lifetime performance over traditional TVS solutions.

The BSPD120240D2K application field is in various areas. It can be found in high power applications such as automotive, industrial, communication, and consumer electronics. Its usage includes scenarios such ason-board protection, automotive fuel system control modules, and industrial control systems.

In summary, the BSPD120240D2K is a robust and reliable TVS that combines two different technologies: low-capacitance, clamping circuitry and thermally insulated surface technology (TIST). It has a wide application field and can protect electronic devices from voltage events up to 2,400 W peak and 45 A current. It is an excellent solution due to its low clamping voltage, low capacitance, fast response times, and improved lifetime performance over traditional TVS solutions.

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