V26MLA1206WH

TVS - Varistors, MOVs such as V26MLA1206WH provide vital protection for sensitive circuits and equipment against transient voltage surges. The working principle of such components is quite simple, and these devices are used to dissipate energy and shield circuits against the sudden peak voltages.

When used for transient voltage suppression, V26MLA1206WH absorb the energy of the transient voltage surge and thus protect the connected equipment or components. The working principle of such MOVs devices is quite straightforward and based on the physical laws of dielectrics. These components function as a resistor-capacitor combination.

When a transient voltage surge occurs, the MOV devices activate and the electrical current is generated across their terminals. The current encounters resistance and dissipation is the result, thereby protecting other components connected to the device from the surge. The device abruptly switches from a low impedance state to a high impedance state and thus the high voltage from the transient voltage surge is converted to a large amount of heat energy which is then dissipated away.

V26MLA1206WH are available in a range of operating temperatures, ratings and dielectric strengths. The sensitive circuitry is protected by utilizing these MOVs during the course of the power cycle to provide a continuous circuit protection. In operation the energy from the transient voltage surge is redirected away and absorbed by the MOV device. The device then blocks any further surge and reduces the energy supplied to the connected circuitry. MOVs are designed and engineered to be reset by power cycling after satisfying the minimum reset time.

V26MLA1206WH can be used in circuits that operate with power levels ranging from 3.3V to 60V and current ratings ranging from 1A to 35A. These components are mainly used to protect system circuitry from the effects of overvoltage damage by ensuring that the transient voltage surges do not reach the sensitive circuitry within the system. These MOVs are very effective in preventing permanent damage to the connected equipment, and can be widely used in a variety of electronic circuits and systems such as routers, modems, laptops, desktops, etc.

These components are used in any power circuit with instances of transient currents, and are designed to be placed close to the power source. The MOVs can be used in analog and digital systems but with different parameters. In analog systems these components should be placed close to the power source, whereas, in digital systems these components should be placed near the system\'s input to protect the IO pins from the spike generated from the power applications.

V26MLA1206WH ensure robust protection of sensitive circuits and equipment from the sudden peak voltage. These components provide simple, reliable and cost effective means for protecting sensitive electronic components from the adverse effects of transient voltage surges. Thus, the V26MLA1206WH application fields and the working principle behind it is an integral part of the system design process for obtaining a reliable and safe power supply.