B72660M0300K093

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TVS - Varistors and MOVs are two types of semiconductor devices that are often used to protect against voltage transients and overloads in electronic circuits. The B72660M0300K093 is an example of such a device.

The B72660M0300K093 is a bidirectional TVS diode specifically designed for overvoltage protection. This type of varistor offers excellent ESD protection capability as well as a fast suppressor response time with low leakage current. It is also suitable for data line, telecom, and AC/DC protection applications in both consumer and automotive electronics.

The device offers a maximum working voltage of 300Vpp with a peak surge current capacity of 800A. It is designed with a low clamping voltage, making it suitable for protection against high-voltage spikes. The typical working temperature range for the device is -55°C to 85°C. The device is rated to withstand ESD strikes up to 18KV.

The working principle of the B72660M0300K093 is based on the concept of a voltage-dependent resistor. When an overvoltage occurs, the resistor material changes its resistance value, which limits the current flow and thereby protects the circuit. It is constructed using a metal-oxide varistor material with a stainless steel enclosure. The material works by exhibiting abrupt changes in resistance across the entire voltage range.

The unique construction of the B72660M0300K093 allows it to offer excellent ESD protection along with its high surge current capacity and fast responding time. It also offers a low clamping voltage which save power and extend the useful life of the components. In addition, the device has a thermal stability of less than 5% which ensures that it can handle short term high-voltage spikes.

In summary, the B72660M0300K093 is a protection device designed for overvoltage and ESD protection. It offers a fast response time, high surge current capacity and a low temperature coefficient. Its excellent ESD protection capability makes it ideal for protection against high-voltage spikes in a variety of electronic applications. Along with its thermal stability and low clamping voltage, the device is an excellent choice for circuit protection.

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