MX15KP110AE3

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TVS-Diodes are very important components used in many devices and applications. One such component is the MX15KP110AE3, which is widely used in a variety of applications. This article will provide an overview of the application field and working principle of the MX15KP110AE3.

The MX15KP110AE3 is part of the growing family of electro-static discharge protectors. This protection device is capable of absorbing any ESD that is greater than 15 kilovolts in manner of electrostatic voltage. It is a three-pin device that includes a breakdown voltage, a drain pin, and a source pin.

One of the most commonly used application fields for the MX15KP110AE3 is providing electro-static protection against ESD surges in Ethernet and VoIP telephone lines. It is used to protect communication lines from lightning surges and static electricity discharges from electrical arcs. It also has the capability to suppress conducted and induced transients on communication ports.

The MX15KP110AE3 works on the principle of a low breakdown voltage diode. During normal operation, the diode is in a high impedance state, allowing very low signal current to pass through. When an electro-static pulse enters the device, the diode\'s resistance drops to a very low value, providing a low impedance path for the current flow. The current then flows to the drain pin, which dissipates the ESD to ground.

In addition to electrical and communication applications, the MX15KP110AE3 is also used in the automotive industry. It is typically used in power supplies where it provides over-voltage and transient protection. It is also used in Electronic Stability Program (ESP) systems, protecting sensitive electronic components against lightning and electrostatic discharges.

The MX15KP110AE3 is an essential component for providing protection against electro-static discharges and transients. It is a three-pin device with a breakdown voltage, drain pin, and source pin. It is used for providing protection against ESD surges in Ethernet and VoIP telephone lines, and is used in the automotive industry for over-voltage and transient protection.

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