MXLLCE13AE3 Circuit Protection

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TVS diodes are used for protecting electronic circuits from transient surge voltages. The MXLLCE13AE3 is one such TVS diode used for providing low-capacitance protection against electrostatic discharge. It is a dual-bidirectional, low capacitance transient voltage suppression (TVS) diode that can protect two parallel circuits simultaneously.

The MXLLCE13AE3 consists of two Schottky diodes connected in parallel and forming an anti-parallel arrangement. This diode is typically used for protecting sensitive electronic components such as various external connectors and boards, which are vulnerable to transient voltage surge events. It can provide protection for both the source and the load.

The main feature of the MXLLCE13AE3 is its low capacitance, which means that it won\'t interfere with signal transmission. It is also able to quickly respond to transient voltage surge events, as its reverse breakdown voltage can be as low as 11.5 V.

The working principle of the MXLLCE13AE3 is simple. When a transient voltage surge is applied to it, the reverse breakdown voltage of the diode is exceeded, allowing the diode to conduct current. This current is then dissipated, protecting the components which it is connected to from overvoltage.

The MXLLCE13AE3 is most commonly used in applications where a transient surge voltage event is expected, such as automotive systems, industrial systems, telecommunications, and consumer electronics. It is designed to provide low-capacitance protection from electrostatic discharges, lightning strikes, and other overvoltage transients.

The MXLLCE13AE3 is available in a range of package sizes, as well as with options for both lead-free and through-hole mounting. This makes it an ideal choice for a wide range of protection requirements, as it can be tailored to different applications.

In summary, the MXLLCE13AE3 is a dual-bidirectional, low capacitance transient voltage suppression (TVS) diode which is designed to provide protection for sensitive electronic components from transient voltage surge events. It is most commonly used in applications such as automotive systems, telecommunications, industrial systems, and consumer electronics. Thanks to its low capacitance, it won\'t interfere with signal transmission, and its reverse breakdown voltage can be as low as 11.5 V, making it a reliable protection device against transient voltage surges.

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