V3.5MLA0805LA

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The V3.5MLA0805LA is a transient voltage surge suppression (TVS) device, classified under the umbrella of transient voltage suppressors (TVS) and metal-oxide varistors (MOVs). This robust device is designed for use in a variety of electronic systems that require protection from over-voltage and transients even in the most demanding conditions. It features a unique silicon-based structure that provides a superior response to surges and over-voltages, making it an ideal choice for preventing damage caused by power surge events.

The V3.5MLA0805LA uses the MOV technology developed by Rhombus Industries, Inc. to provide superior protection against over-voltages. It features a multilayer array of MOVs designed to effectively respond to both ESD and EFT transients. The device is rated for a surge current capability of 3.5 joules (J) and a clamping voltage of 805V, which gives it the ability to handle surges and transients up to 805V. Additionally, the MOV technology used in the device ensures that it can safely handle transients up to 805V, and that the device will shut down safely if the transient voltage level exceeds 805V. This provides enhanced protection against potential damage caused by over-voltages.

The working principle of the V3.5MLA0805LA is based on the concept of a metal oxide varistor (MOV). MOVs are semiconductor devices consisting of a zener diode and a metal oxide layer. In the presence of an over-voltage, the metal oxide layer &break; encased in the MOV &break; becomes electrically conductive. This causes the voltage to be diverted away from the protected circuit, thereby providing the necessary protection from the over-voltage.

When subjected to an over-voltage, the MOV absorbs energy and dissipates it into the surrounding medium. In order to do so, the MOV material must be able to maintain an electrical current within its structure, even under highly varying environmental conditions. To this end, the MOV materials employed in the V3.5MLA0805LA are made up of a blend of ceramic and sputtered polymeric materials, which provide superior electrical performance and temperature resistance.

In terms of application, the V3.5MLA0805LA is designed for use in high-voltage equipment, cables, power supplies, and a variety of other electronic systems. It can be used to protect from high-voltage transients in both AC and DC power systems. Furthermore, the device has a wide operating temperature range, making it ideal for use in extreme temperatures. Additionally, the V3.5MLA0805LA is designed to self-consume a minimum of power, making it an excellent choice for low-power applications.

Overall, the V3.5MLA0805LA is an excellent choice for power-supply protection due to its combination of superior transient protection, wide operating temperature range, and low power consumption. Its multilayer MOV array provides an effective response to both ESD and EFT transients, while simultaneously protecting against over-voltages. Additionally, its rugged construction ensures that it will provide reliable protection even in the harshest conditions. The V3.5MLA0805LA is thus the perfect choice for those applications requiring comprehensive protection from transients and over-voltages.

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