V5.5MLA1206H Circuit Protection

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V5.5MLA1206H is a high–efficiency varistor technology, designed to provide overvoltage protection for electronic systems and components. The technology provides overvoltage protection by shunting the extra surge of current away from sensitive components, which is critical for enhancing system reliability and longevity.

Varistors are also known as voltage–dependent resistors (VDRs), or surge suppressors. This technology is used in all types of electronic systems, from consumer electronics to industrial applications. Varistors are composed of a ceramic material which is designed to become highly conductive when a certain voltage is exceeded. When the voltage on the varistor reaches its rated clamping voltage, current is then shunted away from the protected system, ensuring protection from overvoltage transients.

Varistors are used in many applications, such as on-board circuit boards, AC/DC power supplies, communication systems, automotive electronic equipment, and medical devices. They can be used in a variety of ways, including point of use protection, signal line protection, and reverse protection. V5.5MLA1206H is a high–efficiency technology designed to protect sensitive components from overvoltage transients in many circuit designs.

V5.5MLA1206H can be used to protect devices from overvoltages resulting from static electricity, induced electric fields, and power–line transients. The technology is designed to protect against power–line transients up to 20kV/s, making it suitable for a variety of high–voltage applications. The efficiency of the technology is also very high, providing excellent protection even as operating temperatures and currents increase. The maximum breakdown voltage of the technology is 110V, and the maximum clamping current is 18A.

The Working principle of the V5.5MLA1206H technology is simple. When a transient overvoltage exceeds the rated clamping voltage of the varistor, current will flow across the varistor instead of through the protected circuit. This shunts the surge current away from the system, thus preventing increased levels of damage to vulnerable circuit components. The rate of clamping voltage is also important; the faster the rate of clamping voltage, the more effective protection will be provided.

Overall, the V5.5MLA1206H technology provides an excellent level of protection for a variety of electronic circuits. The efficiency of the technology is very high, offering excellent levels of protection even at high temperatures and current levels. The technology is also suitable for a wide variety of applications, and is capable of protecting from power–line transients up to 20kV/s.

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