TMOV34S201EP

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Surge protection devices, such as TVS –Varistors, MOVs, are necessary for avoiding catastrophic failures of sensitive electronics caused by overvoltage events. Among these devices, TMOV34S201EP is a kind of highly reliable varistor with low operating voltage and high acoustic noise suppression performance. This essay will introduce the application field and working principle of TMOV34S201EP.

Application Fields

The TMOV34S201EP is a kind of multilayer metal oxide varistors (MOV) which is widely used in power electronics. It is appropriate for a wide range of protection application fields, such as audio and video applications, automotive applications, process control applications, communication equipment, office equipment, industrial applications, etc. And this device provides three-level and two-level surge protection for products that require a high level of protection.

Working Principle

TMOV34S201EP Varistor is composed of several layers of metal oxide materials placed between two electrodes. When an overvoltage is applied, the metal oxide layers will compress, resulting in a large increase in the resistance of the device. This increases the time between the overvoltage being applied and reaching the protected component. At the same time, the metal oxide layers also act as an energy dissipater, releasing the energy and protecting the component from damage.

Besides, TMOV34S201EP also has low operating voltage which ensures that the device does not start working in normal working scenarios and high acoustic noise suppression performance. Its excellent suppression capability enhances product performance in audio and video applications.

Conclusion

TMOV34S201EP Varistor is a kind of highly reliable surge protective device which is suitable for a wide range of protection application fields. It has low operating voltage, high acoustic noise suppression performance and excellent suppression capability. Therefore, it is widely used in power electronics, audio and video applications, automotive applications, process control applications, communication equipment, office equipment, industrial applications, etc.

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