VE07M00211K

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Taming overvoltage is an important problem that requires a reliable solution. One of the most widely used and reliable solutions available is the TVS - Varistors, MOVs. The VE07M00211K is one such device used in such applications.

TVS devices, like the VE07M00211K, are voltage-triggered semiconductor devices that work on the principle of a voltage dependent resistance, also known as VDR. VDR stands for voltage dependent resistance, and is used in electronic circuitry, replacing the traditional wire-wound resistor. VDRs behave differently from traditional resistors; they operate on a special principle of voltage-dependent conductivity.

The VDR is basically an electronic component capable of controlling both the current and the voltage of a circuit. When a voltage is applied across its terminals, it varies its resistance according to the applied voltage. This result in a highly efficient voltage-controlled resistor. As such, these devices can be used to protect and control electrical circuits.

The VE07M00211K is an especially efficient and reliable VDR used for transient voltage protection. It is an advanced three-terminal, high-power varistor that is designed to provide over-voltage protection in sensitive electronic circuits. It has a unique design, incorporating a multilayer element and two electrodes, allowing it to handle large surges and high overvoltage. It is specifically designed for applications up to 250V.

Varistors like the VE07M00211K are typically used in industrial systems and electronics. Their primary purpose is to protect sensitive components from overvoltage and surge events. They are also used as EMI filters, and for energy filtering, as well as protection for I/O ports. The device is also ideal for safely controlling and triggering switching in electronic circuits.

In terms of working principle, VDRs, such as the VE07M00211K, work on the principle of the voltage dependent diode. A voltage-triggered semiconductor, such as a varistor, is a material whose electrical properties change depending on the applied voltage. When a voltage is applied, the resistance of the material changes, providing a voltage-dependent resistance, or a VDR. As the voltage across the material increases, the resistance of the material decreases, and vice versa.

The VE07M00211K is a high-quality VDR that is designed for high-voltage protection. It is efficient, reliable, and helps protect sensitive electronics from overvoltage and surge events. Thanks to its unique three-terminal configuration, it is able to handle large surges and high overvoltage. With its wide range of applications and reliable performance, the VE07M00211K is certainly an excellent choice for any industrial or commercial setting.

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