B72714A8140S160

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Varistors, also referred as transzorbs, are capacitive devices mainly used in AC power systems and switching modes for AC protection, noise filtering and/or surge suppression. The B72714A8140S160 is a transient voltage suppression (TVS) type varistor. This part is specifically designed to protect AC power systems from surges and ESD (electrostatic discharge) which can cause serious damage to interconnected components.

In order to understand the working principle of a B72714A8140S160, we need to first understand how a varistor works. A varistor is a special type of semiconductor diode that is capable of recording, storing, and then releasing all excess electrical energy which might be caused by lightning surges or electrostatic discharge. It acts as a two-way valve which is capable of absorbing and releasing excess current. Because it can absorb electric energy, it is often referred to as an energy-diverting device.

The B72714A8140S160 is a high-voltage, high-current varistor with a wide working temperature range. It is designed for use in AC power systems where higher protection levels are required, such as power line and telecommunications equipment. The device is characterized by a solid-state metal oxide design which allows for a wide working temperature range and high surge capability. This varistor is very robust and is capable of withstanding up to 2kV of surge current.

The performance of the B72714A8140S160 is further enhanced by its low leakage current and fast response time, allowing it to effectively protect against lightning surges and ESD. In addition, the device also provides superior voltage clamping capability and has a high surge capability which allows the device to be used in harsh environments. This makes the device ideal for use in industrial applications, as well as in consumer applications.

In conclusion, the B72714A8140S160 is a high-voltage, high-current varistor with a wide working temperature range which is designed for use in AC power systems. It is capable of withstanding up to 2kV of surge current, and offers low leakage current and fast response time. The device is also capable of providing superior voltage clamping capability and is suitable for use in industrial and consumer applications.

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