B72650M0600K072

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TVS (Transient Voltage Suppressor) - Varistors, MOVs are widely used in many electronic devices to protect them from overloads and transient surges. B72650M0600K072 is one such varistor of this family. It is designed to absorb transient voltages and protect the connected powering devices from overvoltage.

B72650M0600K072 has a rated voltage of 600V (VDRM) and a maximum current of 2.5mA (IDRM). The device has a surge voltage rating of 10kV/2.5kA at an ambient temperature of -40 to +115C. This varistor is designed with a metal oxide core which is typically composed of zinc oxide and different other electronic components.

B72650M0600K072 is mainly used in general purpose circuits like AC/DC motor drivers, telecommunications, general electronic components, variable speed drives, UPS systems, PCB protection, surge protection, AC circuits, DC circuits, EMI filters and power supplies to name a few.

The main function of B72650M0600K072 is to act as a protective device and absorb surges which occur due to lightning strikes, electrical disturbances, or other unexpected voltage events. The metal oxide core present in the device is responsible for absorbing transients and providing a high level of protection for the connected equipment. It is designed to be able to withstand multiple surges without any damage.

The working principle of B72650M0600K072 is quite simple. The metal oxide core helps to store energy in the form of an electric field. This field helps to protect against surges that occur within a few microseconds and can absorb up to 10kV/2.5kA at the same time. When there is a surge, the stored electric field is released and the device starts to operate as a short circuit in order to create a high impedance path which decreases the amount of current and stops the surge from damaging the connected devices.

B72650M0600K072 is an ideal protection device for equipment in many industrial and consumer applications due to its maximum energy rating, surge protection capabilities, low leakage current and low capacitance. It is also a cost-effective solution for protecting expensive electronic equipment and is also extremely reliable and durable.

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