0071.3041.A2

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TVS diodes, MOVs, or transorbs, as they are sometimes referred to, offer a variety of protection features. 0071.3041.A2 is just one type of these components, designed specifically for mains-powered systems, including telephones, HVAC units, and other critical control and sensing systems. Here, we will look at the application area of these components, as well as their working principles.

Application Areas

0071.3041.A2 components are used in a variety of mains-powered electronic systems. These include telephones, HVAC units, control systems, and other applications that need overvoltage protection. The devices offer both temperature-compensated clamping and fast response to transients. This helps to reduce the risk of system damage.

The 0071.3041.A2 also has excellent protection features for sensitive electronic circuits. This includes protection from overvoltages that can occur due to load switching, electrical disturbances, and other transient currents. Additionally, these devices can be used in applications where precise control over the clamping voltage is necessary. This includes laptops, notebooks, medical equipment, and consumer electronics.

Working Principle

The 0071.3041.A2 is essentially composed of two devices: a MOV (metal oxide varistor) and a TVS (transient voltage suppression) diode. The MOV acts as an overvoltage protection device, and its breakdown voltage is determined by its construction material. The breakthrough voltage of the MOV is limited, meaning it will not allow voltages to exceed the limit. The TVS diode, on the other hand, provides additional overvoltage protection by clamping voltages higher than the MOV\'s breakdown voltage.

When the voltage in the system increases beyond the MOV\'s breakdown voltage, the MOV will start conducting, dissipating the excess energy by heating up. The TVS diode will start conducting at a higher voltage, dissipating the excess energy and preventing the overvoltage from reaching the sensitive components in the system.

The 0071.3041.A2 also features temperature-compensated clamping, which helps reduce the risk of damage to the system and components due to transient overvoltage. Additionally, these components can handle a wide range of currents, making them highly suitable for use in a variety of different applications.

Conclusion

0071.3041.A2 components are ideal for a variety of mains-powered electronic systems due to their incredibly fast response to transients, temperature-compensated clamping, and excellent protection features. These devices are composed of a MOV and a TVS diode, and they are capable of handling a wide range of currents. With these features, they can help to significantly reduce the risk of system damage due to transient overvoltages.

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