V47ZT1

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TVS - Varistors, MOVs are components designed for surge protection in consumer electronics and other systems. The V47ZT1 is an integrated circuit designed as a transient voltage surge suppressor. It is designed to provide surge protection with a maximum voltage of 21.5V RMS and a maximum peak voltage of 36V.

The V47ZT1 is typically used in consumer electronics, automotive and communications applications. It is designed to protect electronic circuits from high-voltage spikes and surges, and provides overvoltage protection from 20V to 36V. It is also able to dissipate up to 400 W spike current up to 600VDC.

The V47ZT1 works by providing clamping protection against high-voltage transients. When a transient voltage is detected, the chip activates its internal clamp to reduce the voltage to a safe level. It also provides ESD protection by shorting the line at the point of contact. The chip also features an overtemperature protection function to protect the chip from heat damage.

The V47ZT1 is a highly reliable device and is designed to provide long-term protection against electromagnetic interference. In addition, its high surge energy rating provides excellent ESD protection. It also features a low reset voltage to ensure that the device is not damaged due to excessive voltage.

The working principle of the V47ZT1 is based on the basic principles of physics. It uses electrical power to create a strong magnetic field which then triggers an electrical current, which is used to reduce the voltage on the affected line. This current is then dissipated, reducing the amount of electrical power available to the device.

In summary, the V47ZT1 is an integrated circuit designed as a transient voltage surge suppressor. It is designed to provide overvoltage protection from 20V to 36V and is capable of dissipating up to 400 W spike current. It also features an overtemperature protection function to protect the chip from heat damage, as well as a low reset voltage to ensure that the device is not damaged due to excessive voltage. It is designed to provide long-term protection against electromagnetic interference and is suitable for use in consumer electronics, automotive and communications applications.

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