B72510V2170K62

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TVS - Varistors, MOVs are two types of components that are used in electronic design and production. They both serve as protective devices for voltages and currents that could be potentially damaging for downstream components. The B72510V2170K62 Varistor MOV is a type of varistor specifically designed to protect against overvoltage, surges, spikes, and other types of transient impulses.

Varistors are voltage dependent, non-linear resistors that have a resistance that decreases as the applied voltage increases. When a small signal voltage is applied, they act like an open circuit, but when a high voltage is applied, they act like a low-resistance path in order to divert the current away from the vulnerable electronics. The B72510V2170K62 Varistor MOV is designed to react in this way and protect connected circuits from overvoltage and surges.

The B72510V2170K62 Varistor MOV is a dual diode configured Varistor MOV that provides extra protection for circuits against overvoltage. It has an adjustable varistor voltage of 17V to 27V and a maximum varistor current of 70A. The various chip characteristics such as junction capacitance, maximum rated current, storage temperature and package style allow the device to be used in a variety of applications such as telecom, lighting, power supply and motor control.

The working principle of the B72510V2170K62 Varistor MOV is simple but efficient. When a surge or excessive voltage is detected, it diverts the current from the delicate electronics by acting as a low resistance path. This device also helps protect against indirect surges such as those caused by lightning strikes. Additionally, it is designed so that it can handle even very large surges that might happen, without causing damage to the device or connected electronics.

The B72510V2170K62 Varistor MOV is a versatile component that can be used in many different applications to protect delicate electronic components from damage due to excessive voltage. Its adjustable varistor voltage and maximum rated current allow the device to be used in a range of applications, from telecoms to motor control. Its ability to handle very large surges also makes it a useful addition to any electronic design. Its simple working principle provides reliable protection against overvoltage and surges, thereby ensuring the safety and reliability of connected electronics.

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