TMOV34S131MPX2696

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Transient Voltage Suppressors (TVSs) are used in a variety of electronic applications to protect integrated circuits (ICs), semi-conductors, and other electronic components against high-voltage, high-energy spikes. The most common types of TVSs are Varistors, Metal-Oxide Varistors (MOVs), and Transient Voltage Surge Supressors (TVSSs).

The TMOV34S131MPX2696 is a Metal-Oxide Varistor (MOV) that is typically used in applications where transient over-voltage spikes may occur, such as communications, remote power, and automotive applications. The MOVs are designed to provide fast response times and high surge handling capabilities over a wide temperature range. This specific device is capable of handling a maximum of 400V and a maximum of 140VAC.

The most important aspect of this product is its working principle. MOVs work by allowing a surge of electrical current to pass through them before dropping to safe levels. This is done by dissipating the energy produced by the surge of current. In order to do this, the MOV must be placed in series with the electronics it is protecting. The MOV will then absorb high voltage spikes, converting them into heat which is then dissipated to the environment or to a heat sink. This is why MOVs are convenient to use and can be used in many different applications.

Another important feature of the TMOV34S131MPX2696 is its application field. This device can be used in devices such as TV sets, radios, computers, washing machines, and any other home appliance that is exposed to surges of electricity. Additionally, it can also be used to protect automotive electronics, wireless communications infrastructure, remote power systems, air conditioning systems, and many other consumer and commercial applications.

The TMOV34S131MPX2696 is an excellent choice for applications where transient over-voltage spikes may occur. It has a fast response time and can absorb high voltage spikes, dissipating their energy into the environment or to a heat sink. Additionally, it is suitable for use in home appliances, automotive electronics, wireless communications, and more. With all these features, the device is an ideal choice for protecting electronics and reducing the risk of damage caused by high-voltage spikes.

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