1.5CE6.8A BK

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TVS - Diodes, or transient voltage suppression diodes, are designed to offer electrical component protection from dangerous electrical transients or surges caused by electrostatic discharge (ESD) or lightning. As the name suggests, they are able to “suppress” or reduce any sudden voltage spike occurring on a power line. Despite their small size, TVS - Diodes are capable of handling very large surge currents for a very short period of time, typically from 6A to 10A and 150A to 25KA.

TVS - Diodes are typically composed of two PN junctions sitting opposite each other. When a surge of voltage is applied, this increases the current passing through one of these junctions, while reducing the voltage present in the other. This means that when a voltage spike is present, the PN junctions will not be forward biased, resulting in the diode being prevented from conducting to the rest of the circuit.

The most common application of TVS - Diodes are in motorized automotive applications, however they are also used to protect televisions, consumer electronics, cellular phone chargers, and solar power inverters. TVS - Diodes are particularly useful in areas with climates prone to lightning strikes, or to protect against damages in the event of a power surge. As they are able to handle very large surge currents, TVS - Diodes are often used in industrial applications such as heavy machinery and electrical equipment.

When it comes to selecting the correct TVS - Diode for a given application, there are a few factors to consider. Firstly, it is important to match the voltage and current requirements of the application as closely as possible. In addition, the junction temperature of the diode should be considered, as this will affect the power dissipation of the diode itself. Finally, the capacitance, lead length, and packaging style should all be taken into consideration, as these will affect the overall performance of the diode.

In conclusion, TVS - Diodes are an invaluable tool for protecting electrical components from voltage transients or surges, and their range of applications is incredibly varied. They are very easy to install, and provide protection while not compromising the performance of the circuit. While they may not be the most efficient form of protection on the market, they are still incredibly popular and widely used.

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