V460LS7P

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Varistors, MOVs, and TVS are important components in the electrical systems and circuits that deliver electricity in a variety of consumer, commercial, and industrial applications. Of these components, TVS (Transient Voltage Suppressor) is the most powerful and used when the transient voltage spike must be quickly reduced. One type of TVS that is especially useful in high current applications is the V460LS7P.

The V460LS7P is designed to be a "one size fits all" component to help reduce the size and cost of a typical design cycle. Because of its resistance in the range of 7 to 11 ohms, it is made with no external elements and is as small as 12 x 12mm. The device is also very reliable, with a 300A peak pulse current and an operating voltage of 7V.

The main benefit of V460LS7P is its application in high current applications where the voltage spike must be potential and quickly reduced. In general, V460LS7P is best used for applications that require the spike to go from low to high, then drop back down again. The device can be used in a variety of circuits, including protection circuits, automotive circuits, as well as other consumer electronic applications where transient voltage spikes may be present.

The working principle of the V460LS7P is based on its unique voltage dependent breakdown mechanism. When a transient voltage spike develops, the device is able to quickly and safely dissipate the energy of the spike. The device does so by responding to the voltage spike very quickly, which in turn helps reduce the resulting risk to adjacent components. The V460LS7P also utilizes an external shield which helps to protect adjacent components and devices from the harmful effects of the transient voltage spike.

In summary, the V460LS7P is one of many transient voltage suppressor devices on the market today. It is designed to reduce transient voltage spikes quickly in order to protect adjacent components and devices from harm. The device is especially useful for high current applications due to its low resistance range and its ability to protect against harmful voltage spikes.

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