TV02W130B-G

TVS - Diodes

A TVS - Diodes is an electronic component, often a diode or series of diodes, that is used to protect against the damaging effects of overvoltage transients or surges in electronic circuits. One of the leading models of TVS - Diodes is the TV02W130B-G, an advanced, compact Transil device with a low let-through energy.

TV02W130B-G Application Field

The TV02W130B-G can be widely used in various application fields due to its wide range of features and robust structure. It is suitable for use in automotive, industrial, consumer electronics, personal computers, and communication systems, among others. It is designed to provide protection against transient voltage spikes and transient current transients. It can also be used in applications such as circuit protectors, overvoltage and overload protectors, continuous short-circuit protection, and more.

TV02W130B-G Working Principle

The TV02W130B-G works by allowing current to pass during normal operation, creating an electric field. When overvoltage transients or surges occur, the electric field intensity increases to a point where it can disrupt the normal operation of the electronic circuit. At this point, the TV02W130B-G absorbs the extra energy by short-circuiting the circuit and thereby reduces the voltage to a safe level.

The TV02W130B-G is designed with a low let-through energy, meaning it can absorb more energy than other devices without compromising the circuit. This means it can protect electronic circuits from damage more effectively. In addition, it is designed with a high contact rating, making it suitable for use in industrial applications.

Conclusion

The TV02W130B-G is an advanced, compact Transil device with a low let-through energy. It is suitable for use in a variety of application fields and can provide effective protection against overvoltage transients or surges. It is designed with a high contact rating, making it suitable for use in industrial applications, and it is designed with a low let-through energy, meaning it can absorb more energy than other devices without compromising the circuit.