3KP14CA

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The 3KP14CA Transil diode is a voltage surge device specializing in suppressing transients in low voltage applications. It is designed for use in TVS (Transient Voltage Suppressor) and AC suppression markets. As a TVS Diode, it is designed with two features, that is, to limit the clamping voltage and absorb the amount of energy from an over-voltage surge. It is used on power supply lines where a short-term over-voltage can occur, such as a voltage surge from a lightning strike or power line outage.

The 3KP14CA Transil diode is an avalanche diode composed of a p-n junction. When an over-voltage surge occurs, the current through the diode increases above the rated current and the voltage starts to increase quickly. The device has a self-protecting diodes structure that will break down at a certain voltage, diverting the energy from the over-voltage transient. This will subsequently limit the over-voltage on the power supply line.

The 3KP14CA Transil diode also has a low clamping voltage. This is the voltage at which the diode will start to absorb the energy from the over-voltage, thus limiting the maximum voltage. The advantage of low clamping voltage is that it will not need to dissipate a lot of energy from the over-voltage transients, making it suitable for protecting sensitive components, such as capacitors, from over-voltage transients.

The 3KP14CA Transil diode works by absorbing the over-voltage energy and dissipating it as heat. When the device is subjected to an over-voltage surge, the diode will break down and absorb the energy. The device has a self-protecting design that will limit the maximum voltage, thus protecting the power supply line and other sensitive components from damage.

The 3KP14CA Transil diode is designed to offer excellent protection from transient over-voltages. The device has a low maximum operating voltage, making it suitable for use on power lines. Additionally, the device has a low clamping voltage, making it suitable for protecting sensitive components from over-voltage transients. Lastly, the device has a self-protecting function which limits the maximum voltage, thus protecting the power supply line and other sensitive components from damage.

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