MLV0402E30703T

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MLV0402E30703T application fields and working principle can be classified in the group of TVS (Transient Voltage Suppressors) and MOVs (Metal-Oxide Varistors).

TVS components are semiconductor devices with high surge ratings designed to protect any kind of electronic devices from the most severe over-voltage due to transient events. This electrostatic component is also used to absorb fault currents that could be damaging to some sensitive components of a system like a power supply, a processor or a circuit.

MOVs are another type of semiconductor devices also used to protect electronic circuits from overvoltage transient events. The MOVs are not used to absorb fault currents but instead they divert the current from the transient event away from sensitive components, thus avoiding eventual damages. This component also provides a low impedance path between two conductors at a certain high voltage level.

Now let\'s talk about MLV0402E30703T application fields and working principles. This component is particularly designed to protect on-board electronic circuits from damages caused by EMIs (Electromagnetic Interference). This component features a low insertion loss and low capacitance suitable for a wide range of EMI filter and transient immunity applications.

The MLV0402E30703T device works by applying a reverse biased current from the two terminals to the varistor. When a voltage level is reached on the two terminals, the internal varistor starts conducting current, thus absorbing the extra energy and providing protection. This is an ultra-low-capacitance RF chip varistor that is perfect for providing on-board EMI protection.

The MLV0402E30703T is perfect for applications in consumer electronics, healthcare monitoring, computer systems, automotive and more. It can also be used in lower power supply systems as it only draws a minimal current of 200µA and features a high surge current rating of 400A.

To sum up, MLV0402E30703T application fields and working principle can easily be classified in the group of TVS and MOVs components. It is a great EMI protection device that can be used in a wide range of devices and applications. It offers a low insertion loss and high surge current rating, perfect for providing on-board protection from EMI and over-voltage transients.

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