ZEN065V130A24LS Circuit Protection

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Transient Voltage Suppression (TVS) devices are non-linear, passive electronic components typically used to protect vulnerable circuitry from excessive voltages such as Electrostatic Discharges (ESD). TVS comes in a variety of technologies and package styles, but are generally categorized by technology as either bi-directional (bidirectional) or uni-directional (unidirectional). ZEN065V130A24LS is a uni-directional TVS device which falls into the TVS - Mixed Technology category.

The TVS - Mixed Technology refers to a class of devices that leverage both diode technologies and the inherent clamping properties of varying MOSFET structures. ZEN065V130A24LS is often deployed in automotive, industrial and consumer applications such as USB ports to protect against typical ESD events which require an IEC 61000-4-2 level 4 rating.

In terms of application fields, ZEN065V130A24LS is especially suitable for protecting data and signaling lines. It offers a high surge current capability and an operating voltage rating of 10V. It also provides protection against ESD with an ultra-low capacitance of only 0.330pF at the common-mode. With this low capacitance, the device meets the Advanced Electrostatic Discharge Susceptibility (ESD) requirements of a Volage-Protection Device (VPD) in Automotive Industry.

In terms of the working principle of ZEN065V130A24LS, it is mainly based on the voltage clamping effect of two MOSFETs. The two MOSFETs are connected in series with equal gates that ensure current flows evenly from the source to the drain in a low-impedance path. When the voltage exceeds the threshold, the MOSFETs clamp the voltage, limiting the amount of energy that can enter the circuit. This reduces the damage caused by excessive voltages and protects the vulnerable circuitry.

In conclusion, ZEN065V130A24LS is a uni-directional TVS device of the TVS - Mixed Technology that is mainly used for protecting data and signaling lines. It also has an ultra-low capacitance, a high surge current capability and a Voltage-Protection Device rating in Automotive Industry which meets the requirements of IEC 61000-4-2 level 4. In terms of the working principle, it relies on the voltage clamping effect of two MOSFETs that are connected in series to protect vulnerable circuitry from excessive voltages.

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