B72207S0110K101

TVS - Varistors, MOVs are two entirely different electronic components which are used for protecting the electronic devices from various forms of electrical over-voltage transients. The B72207S0110K101 is a high power Surge Protective Device (SPD) which belongs to the MOVs category.

MOVs are voltage-dependent resistance devices that protect against electrical over-voltage transients. When the voltage across them increases, they act like a zener diode, reducing the rate of voltage rise. In the normal range of operation, MOVs appear as a short circuit between the two terminals, which means no current flows through the component. This property makes them suitable for protecting electronic circuits from the damage caused by high voltage transients.

The B72207S0110K101 is a high power MOV which can be used to protect various sensitive electronic equipment such as computers, laptops, phones, and other kinds of electronic devices from power surges and other forms of transient over-voltage events. It is capable of handling high surge currents up to 10,000Amp and is ideal for use in communication and industrial applications. Even though it is not designed to be used as a short circuit protection device, it has exceptional short circuit clamping capabilities.

The working principle of the B72207S0110K101 is quite simple. Once an over-voltage transient is applied to its terminals, it will reduce the rate of voltage rise due to its voltage-dependent resistance characteristics. Since it is capable of handling very high surge currents, it is ideal for use in applications where several electronic devices are connected in series and the load power is high. On the other hand, it also serves as a perfect noise filter for applications where there is a possibility of interference from transient noise sources such as electrostatic discharge.

In conclusion, the B72207S0110K101 MOV is an ideal solution for providing high power surge protection and filtering of transient noise sources. Its high current handling capabilities make it an excellent choice for protecting sensitive electronic equipment from voltage over-voltage and short circuits. Furthermore, its voltage-dependent resistance characteristics make it very effective for protecting equipment from high voltage transients.