V130LA20C

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TVS (Transient Voltage Suppressors) – Varistors, MOVs (Metal Oxide Varistors) is a useful tool for the protection of electronic circuits from various electrical transients caused by voltage surges. Recent advances in the protection industry have made the application of TVS more versatile, cost-efficient and reliable than ever before. The V130LA20C is a typical example of these advances. It is a reliable and cost-effective monolithic unidirectional TVS diode made up of four series connected silicon avalanche breakdown diodes and rated at 20 volts.

The V130LA20C comes with an impressive variety of features, which make it an ideal choice for a diverse number of applications. It features low-clamping voltage across the entire operating temperature range, low leakage current, high bump tolerance and excellent surge current capability. It also has the capability to absorb up to 400W (IT) of power in a single pulse of 1/10 of a microsecond.

The purpose of the V130LA20C in an application where over voltage problems have to be solved is to get rid of the over voltage. It does this by clamping the voltage at the rated voltage level. Once the over voltage condition is exceeded, the V130LA20C turns and clamps the voltage to the standard 20Vac. The V130LA20C works on a principle known as dynamic V-I ( voltage-current) characteristics. Basically, when an excessive voltage is applied to the device, it acts as a “clamp”, limiting the voltage to only the rated voltage level.

The application of the V130LA20C in many cases includes the protection of line-powered devices such as computers, modems, televisions, ovens and more. It is also used in power supplies, telecom equipment, industrial equipment and other sensitive equipment. In addition to its applications, the V130LA20C is also characterized by its excellent surge current capability and low-clamping voltage across the entire operating temperature range.

The V130LA20C is also quite simple to install in most cases. It is designed to work with surface-mount-type packages and includes a terminal pin-out configuration. It has an extremely low overall physical size, making it very easy to integrate with existing printed circuit boards. Furthermore, there are no corrosion issues associated with its installation and mounting. The installation instructions are also written in a very simple and understandable manner.

All in all, the V130LA20C is an excellent choice for over voltage protection applications. Its features and characteristics make it an ideal choice for use in both consumer and commercial applications, from computers to communications and industrial equipment. Its low-cost and wide application possibilities make it an affordable and reliable choice for nearly any project requiring over voltage protection.

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