1.5SMC36CA V6G

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TVS diode is a two-terminal protective component used in overvoltage protection in various electrical and electronic circuits. It is a cutting-edge high-performance current-limiting device developed to protect sensitive electronics from damage caused by lightning, electrostatic discharge (ESD), or inductive switching transients.

The 1.5SMC36CA V6G is a unidirectional television surge protection device suitable for data line and I/O connection protection. It has a maximum peak pulse power of 600W to protect equipment from dangerous voltage transients. It features an operating temperature range of -65°C to +150°C, and can also withstand repetitive surge pulses.

The 1.5SMC36CA V6G application field is mainly in the automotive electronics industry, consumer electronics, medical electronics and industrial systems. It serves to protect various electronic components and systems from voltage transients and electrical over-stress (EOS) caused by power surges, lightning, electrostatic discharge, and other transients.

The 1.5SMC36CA V6G working principle is simple. It consists of a conducting diode, often referred to as a Zener diode, which is placed between a source of DC power and the circuit. When a transient voltage or an EOS event occurs, the Zener diode conducts, allowing the transient energy to be safely dissipated as heat. This prevents the circuit from being damaged by the transient.

The 1.5SMC36CA V6G has an integrated safety element which limits damage caused by an overvoltage event. An integrated concentrated ring core, coupled with an optimized electro-thermal model, ensures fast time to clamp and extremely low clamping voltage during an ESD event. In addition to its high reliability, it has a low capacitance of 350pF maximum that maximizes signal integrity.

In conclusion, the 1.5SMC36CA V6G is a popular TVS diode designed for overvoltage protection in various electrical and electronic circuits. It is highly reliable, and has excellent electro-thermal characteristics. By protecting electronic circuits from dangerous voltage transients, it ensures safe operation of electrical and electronic systems.

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