MXP5KE26CAE3

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The MXP5KE26CAE3 is a TVS (transient voltage suppressor) diode designed to maintain a safe operating context in environments exposed to high electrical transients and other ESD conditions. It is optimized for applications that require a high level of immunity to highly transient environments. It also provides a high level of protecti on against electrostatic discharge (ESD) and other inductive overvoltage conditions.

The MXP5KE26CAE3 operates on the well-known Zener diode principle. It is a voltage dependent protection device that acts as a short circuit when a voltage higher than its avalanche voltage is applied across the device, and the current flow causes the Zener diode to break down and the current to flow through the device. This breakdown phenomenon prevents any over-voltage conditions above its avalanche voltage from occurring.

The MXP5KE26CAE3 is designed for both unidirectional and bidirectional protection. For unidirectional applications, the device provides protection against electrostatic discharges in circuits with voltages exceeding its avalanche voltage. In bidirectional applications, the device can be used to protect parts of a system from transients caused by either AC or DC line surges.

The MXP5KE26CAE3 TVS diode provides industrial, automotive, and consumer markets with an extremely reliable method of protection from transient over-voltage events. The MXP5KE26CAE3 diode is designed to meet stringent requirements including superior ESD protection and compliance with various industry standards.

The device combines excellent surge current handling capability with low clamping voltage over a wide temperature range, and is an excellent choice for applications ranging from 10 mA to 10 A in peak surge current. Its excellent surge current handling capability is enabled by its low capacitance of 0.5 pF. This allows the device to rapidly respond to transient conditions and provides superior protection during, and even after, the transient event.

The MXP5KE26CAE3 also incorporates current balance technology, which helps reduce EMI and RFI radiation. This technology also decreases peak current and reduces switching time when multiple diodes are used. Its low reverse leakage current characteristic further enhances the performance of the device and makes it suitable for higher temperature applications.

To sum up, the MXP5KE26CAE3 TVS diode provides superior protection from transient over-voltage events over a wide temperature range. It combines excellent surge current handling capability with low capacitance, current balance technology to reduce radiation, and low reverse leakage characteristics for higher temperature applications. The device is suited for industrial, automotive, and consumer markets that require reliable protection from transient over-voltage events.

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