3KP14

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TVS diodes, otherwise known as transient voltage suppressors (TVSs), act as a protection layer for sensitive electronic components from electrical overstress (EOS). They are unidirectional voltage clamping devices that can be used to suppress transients, such as those created by lightning, electrostatic discharge, and power surges. As such, TVS diodes are commonly used in many areas of device design, including automotive, industrial, and consumer electronics.

The 3KP14 TVS diode is a 14mm version of a transient voltage suppressor designed to protect sensitive components from EOS. The 3KP14 diode is designed to divert lightning-induced transients away from the system and other sensitive parts, such as sensors and drivers. It features a zener diode configuration that is designed to clamp the transient voltage and reduce its peak amplitude, thus protecting the components from ESD and other transient events, such as power surges.

The 3KP14 diode features a noise filtering capacitor that balances the transient voltages, while still providing protection against ESD. The diode is also capable of current carrying up to 10mA while clamping transients up to 1500V, and can be used in a broad range of frequencies from dc to 10GHz. Additionally, the diode features an open-base contact that helps reduce the parasitic capacitance between the diode nodes, resulting in superior protection against ESD events.

The 3KP14 diode is designed to protect sensitive electronics from ESD events. It is designed to divert transient voltages away from the system, and the noise filtering capacitor helps reduce peak transient voltage amplitude. When used with an appropriate base contact, the 3KP14 diode is capable of current carrying up to 10mA while clamping transients up to 1500V across a broad range of frequencies. The diode\'s open-base contact further reduces the parasitic capacitance between the diode nodes, providing superior protection against ESD events.

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