V18MLE0805NA

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TVS - Varistors, MOVs are electronic components used to provide overvoltage protection of the electrical circuit. The V18MLE0805NA is a TVS diode product specifically designed for protecting sensitive electronic equipment from the damaging effects of voltage spikes and discharges.

The V18MLE0805NA retains all the features of a conventional Toshiba TVS device, but has a higher surge rating and a higher breakdown voltage level compared to other similar products. It is one of the most robust and reliable electrical surge protection solutions available and offers excellent protection to a wide range of industrial, commercial and automotive applications.

The V18MLE0805NA employs a two-line circuit design for higher surge protection efficiency. The first line provides basic protection for voltage surges up to 600V while the second line can protect surges up to 800V. This surge protection device has an excellent clamping response, ensuring that it can protect against the most extreme voltage spikes.

The working principle of the V18MLE0805NA is based on a conventional P-N junction diode. When exposed to a voltage surge, the avalanche diode switches on and quickly clamps the voltage to a much lower level. This process is referred to as clamped voltage, and it helps to prevent costly damage to sensitive electronic components and systems. The V18MLE0805NA also employs a superior Varistor design, which ensures the highest level of surge protection available.

The V18MLE0805NA is especially suitable for use in industrial, automotive and communication applications. It is especially useful for systems in the automotive sector, where it can protect various automotive modules and subsystems from high voltage surges. It is also suitable for the protection of sensitive electronics such as mobile telephones, PLCs, and other electronic control equipment.

The V18MLE0805NA is designed and manufactured to comply with strict automotive standards. It meets European standard EN60601 and has been tested to ensure it meets all requirements for automotive EMC and electrical safety standards. It is also fully tested to ensure it is resistant to vibration and shock, to ensure it is reliable and will provide superior protection for a wide range of automotive applications.

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