MXLCE64AE3 Circuit Protection

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The MXLCE64AE3 TVS Diode is a versatile, internally-clamped, dual ESD protection diode device designed to protect sensitive components from electrostatic discharge (ESD) damage. It is widely used in both general-purpose applications and in applications where larger ESD energy is expected. It features low-clamping voltages and is capable of handling maximum surge current repeatedly.

The MXLCE64AE3 TVS diode mainly consists of several PN junction diode elements, which can be connected in two ways: one of the two elements is connected in a single also known as a series configuration, and the other one is connected in a parallel also known as asymmetric configuration. This device can be used in either direction, positive or negative, depending on the application. It is also equipped with a surge tolerance mode that can handle 20A for a few nanoseconds, and a higher surge current in 10s of ns.

The MXLCE64AE3’s operating principle is based on the fact that when it is exposed to ESD transients, the diode element or elements connected in series will reduce the ESD’s peak voltage by clipping or limiting it and conduct the ESD current until the peak voltage drops below its PIV. This process is useful in protecting a vulnerable component from ESD damage.

Aside from ESD protection, the MXLCE64AE3 can also be used for other applications such as power supply line isolation, handling higher current, and transient protection. This device can be widely used in industrial, consumer, and communication products that require ESD protection. It can also be used in automotive systems, such as in electric power steering (EPS) systems and other onboard network systems.

The MXLCE64AE3 is widely used in the audio equipment, consumer electronics, and communication equipment markets. It is an internally-clamped dual ESD protection diode device capable of handling large ESD current and up to 20A surge current. It features two PN junction diode elements connected in either series or asymmetrical configurations and is able to handle both positive and negative transients. This device is reliable, cost-efficient, and applicable in a variety of applications.

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