0070.5041.T2

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TVS - Varistors, MOVs technology is a type of transient voltage suppression devices. 0070.5041.T2 is one of these devices and operates on the principle of Metal Oxide Varistors (MOVs). The device is built into a ceramic substrate and is typically used to protect a circuit from high voltage or transient voltage due to ESD (electrostatic discharge), lighting, and other transient voltage sources.

0070.5041.T2’s application field is usually for protecting computers, telecom, RF components, network equipment, automotive, and other sensitive electronic components from transient voltage up to 4kV.

In operation, when the device is exposed to a transient voltage, the MOV absorbs the electrical current, then its internal resistance increases dramatically allowing the current flow to be diverted to ground, thus providing protection from the source. During operation, the MOV will be heated up, and if the transient voltage is too high, the MOV will be destroyed.

This is why it is important to choose the most appropriate MOV for a particular application in order to make sure that the voltage rating is adequate and that the MOV is able to protect the circuit adequately. This means that a proper evaluation of the circuit\'s voltage profile must be done before choosing an appropriate MOV.

The 0070.5041.T2 operates at a maximum clamping voltage of 4kV and the maximum total surge energy of 8ka. It also has an operating temperature range of -40°C to 85°C. The device features full and semi-automatic dual failsafe features. The full automatic dual failsafe feature allows the device to switch between DC and AC power automatically. The semi-automatic dual failsafe feature allows the device to switch between DC and AC power manually.

This device is typically used in applications where high levels of transient voltage are expected, such as in automotive, industrial, or telecom applications. It is typically used to protect the circuit from transient voltage surges up to 4 kV.

Overall, 0070.5041.T2 is an excellent solution to protect against transient voltages and is widely used in a variety of applications. It is a robust device that is able to provide protection from transient voltage up to 4 kV. Its operating temperature range and dual failsafe features make it a highly reliable and robust device.

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