STRVS185X02E Circuit Protection

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TVS diodes are surge protection components used to protect high value components and equipment from voltage transients caused by lightning, electrical circuit faults, or other sudden voltage changes. STRVS185X02E is a high-end TVS diode designed to protect high voltage circuits from severe transient voltage spikes. The device is suitable for use in a wide range of applications including protection of power lines, data lines, microwaves, and automotive systems.

STRVS185X02E is designed to provide high levels of protection against transient voltage spikes up to 18Vrms and absorbs up to 6000W of peak pulse power. Its fast, sub-nanosecond response time helps prevent damage to sensitive components. The device is also highly reliable, with a mean time to failure (MTTF) of more than 100 years.

STRVS185X02E has a wide range of applications due to its long list of features. It is suitable for protecting gate drives and power supply circuits in industrial, automotive, and consumer electronics. The device is also suitable for protecting data lines, variable speed motor drives, and portable digital devices. The diode is widely used in the automotive industry to protect ECUs from ESD and transient voltage spikes.

The working principle of STRVS185X02E is fairly simple. When the voltage across the diode exceeds its reverse stand-off voltage (R SO V), the avalanche breakdown process is triggered and the device starts to conduct current. This, in turn, lowers the voltage across the device until it is within the safe operating limits of the rest of the circuit. As the voltage drops, the current flow also reduces, and the diode will eventually switch off. This entire process of transient voltage protection happens within a few nanoseconds.

In conclusion, STRVS185X02E is a high-end TVS diode designed to protect high voltage circuits from severe transient voltage spikes. It can absorb up to 6000W of peak pulse power and is suitable for a wide range of applications, including industrial, automotive, high-power consumer electronics, and more. The diode works by triggering an avalanche breakdown process, which reduces the voltage across the diode until it is within safe operating parameters and then switches off.

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