SLD14U-017-B

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TVS - Diodes are electronic components designed to protect electronic equipment from over voltage and transients. The SLD14U-017-B is such a component that works as a fast-switching diode with a low forward voltage drop to protect against excess voltage from 1.5V to 17V.

The purpose of the SLD14U-017-B is to help protect sensitive electronic components from harmful electrical transients that can cause system disruption or malfunction. When the input voltage crosses a certain threshold the SLD14U-017-B will quickly switch from non-conducting to conducting, allowing the excess voltage to be safely passed. This protection mode helps to protect against surges, spikes, transients, and ESD (electrostatic discharge).

The SLD14U-017-B has a wide range of applications, making it suitable for use in a variety of devices and systems. These applications range from automotive and industrial to consumer electronics, such as cellphone chargers, laptops, and tablets.

The SLD14U-017-B works on a simple principle. When a voltage spike or transient passes a certain threshold, the diode will quickly switch from the non-conducting state to a conducting state. This switch is accomplished rapidly by utilizing two junction diodes, one p-type and one n-type. When voltage is applied to the diode, the two diodes begin to switch, allowing the current flow to pass through the SLD14U-017-B and be safely discharged.

This fast switching action helps to protect against high-voltage surges and other transients that can disrupt or damage sensitive electronic components. The SLD14U-017-B also features a low forward voltage drop, which helps to keep the power supplies of the device or system running smoothly and prevents excessive current from passing through it.

In summary, the SLD14U-017-B is a TVS (transient voltage suppressor) diode, designed to protect against high-voltage transients or surges. It is suitable for use in a variety of devices and systems, ranging from automotive and industrial to consumer electronics. It works on a simple principle, where two junction diodes allow for fast switching from the non-conducting to the conducting state when a voltage spike or transient passes a certain threshold. It also features a low forward voltage drop which helps to prevent excessive current from passing through it.

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