V14H130P

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TheV14H130P is a device commonly used as an over-voltage protection component in electronic equipment. This device belongs to a class of electronic components commonly referred to as Transient Voltage Suppressors (TVS) and Metal Oxide Varistors (MOVs). The purpose of the V14H130P is to provide protection for electronic devices, circuits, and systems from over-voltages and voltage transients.

V14H130P is typically used in power supplies, television sets, communications equipment, consumer electronics, optical communication systems, computer peripherals, industrial and automotive applications. This voltage protection device offers several significant advantages over traditional fuse protection methods. It is faster in response time, can reset itself for applications with low voltage levels, and can handle greater surges of current.

The V14H130P device is a nonlinear resistive element with excellent voltage dependent conduction characteristics. The nonlinearity results from a unique composite film containing Multiple Metal Oxide Varistors (MOVs) and Semiconductor Breakdown Devices (SBDs). When a voltage is applied across the device, the film is subjected to a field-effect which creates electron flow pathways. This allows the device to function as a two-way switch on either a high voltage or a low voltage side of an electrical circuit.

The V14H130P is based on a voltage dependent current discharge mechanism which helps in mitigating potential over-voltage transients. When an over-voltage transient occurs, the voltage of the transient is sensed by the device and an internal device resistance is established. This resistance is of a high ordering power to prevent large currents coming from the transient source from passing through the device and potentially destroying other connected components.

The device is triggered when the voltage across the terminals exceeds a predetermined level. This triggers the conduction of electrons from the source into the protection device, reducing the voltage at the point of conduction. When the voltage drops below the previously established level, the device automatically resets itself, so that no damage is caused to the other connected components in a circuit.

The V14H130P features a maximum allowable energy rating of 550J without damaging the device. This allows the device to be used in a wide variety of applications. The device also has excellent voltage dependent volumetric capacitance, ensuring that high quality sound reproduction can be maintained in audio-visual applications.

In conclusion, the V14H130P is a versatile, reliable, and effective protection device used for over-voltage and voltage transient protection operations in power supplies, television sets, communications equipment, consumer electronics, optical communication systems, computer peripherals, industrial and automotive applications. The device is based on a nonlinear resistive element with excellent voltage dependent conduction characteristics. It is triggered when the voltage across the terminals exceeds a predetermined level and automatically resets itself without damaging other connected components.

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