V130LT1

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V130LT1 is a highly versatile, low specialty transient voltage suppressor (TVS) from Eaton. This device is known for its thermal stability and its ability to protect circuit components from voltage and current variations that occur due to short circuit or over-voltage. It is mainly used in motor and lighting applications, but can also be used in other applications such as computers, appliances, and wiring systems.

Application Field:

The V130LT1 is an ideal TVS for motor and lighting applications due to its thermal stability. It can be used to protect motor shunt coils and starter windings from voltage variations, as well as protecting light fittings from overloads caused by short circuit. It is also suitable for protection in computers, appliances, wiring systems, and other similar applications.

Working Principle:

The V130LT1 works by absorbing excess energy from short-circuit or over-voltage events, thus ensuring the circuit components are not damaged. It does this through the use of a MOV (metal–oxide–varistor) element, which is a type of electronic component that functions as a voltage-dependent resistor. The MOV element is designed to reduce the potential voltage difference across its terminals when the voltage between them exceeds a certain threshold. This reduces the potential energy that can flow through the circuit components, thereby protecting them from damage.

The V130LT1 is designed to automatically reset itself after the voltage or current variation has passed. This makes it a highly reliable solution for motor and lighting applications, where protecting the circuit components is essential. The device also features a thermal protection system, which prevents it from overheating under sustained overloads.

Overall, the V130LT1 is an excellent device for protecting motor and lighting applications from short-circuit and over-voltage events. Its thermal stability and self-resetting functionality make it a reliable solution for protecting circuit components from voltage and current variations.

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