VDZT2R3.9B Discrete Semiconductor Products

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Diode - Zener – single is one of the most important components in any electrical circuit. It is generally used to regulate the voltage in a circuit. The VDZT2R3.9B comes under the same kind of category. It is one of the most commonly used diodes due to its low cost and easy installation features.

It is a two-terminal type which has an inductive mount design and a high-power density. It is made up of an ultra low ESR Schottky Barrier Diode. It has a maximum power rating of 3.9 watts with a reverse voltage of 2.3 volts. It is designed in such a way that it can provide excellent temperature stability power performance over a wide temperature range.

VDZT2R3.9B is mainly used in switching regulators, automotive battery charging systems, and AC/DC converters. It is also used to regulate input voltage in motor amplifiers, medical equipment and consumer electronics. It is compatible with Pb-free reflow process as per JEDEC standard.

The working principle of VDZT2R3.9B is quite simple. It helps in regulating the current in an electronic circuit. It works by allowing the current to flow in one direction only when the voltage applied to it is greater than the Zener voltage. When the voltage reverses, the current is prevented from flowing and the voltage is maintained at a constant level. This helps prevent the circuit from breaking and provides stable current even when the input voltage fluctuates.

Moreover, the diode also features a low thermal resistance and low power dissipation. It enables the device to provide better power efficiency and reliable operation even in high power applications. The device also has a low capacitance which ensures that it does not generate any electromagnetic interference (EMI).

VDZT2R3.9B is an excellent choice for regulating the voltage in a wide range of device applications. It provides excellent performance over a wide temperature range and offers high levels of power efficiency. Moreover, it is also highly reliable and offers a low noise and low EMI performance.

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