MXPLAD18KP33A

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Transient Voltage Suppressors (TVS) or breakdown diodes are used to protect sensitive electronics from power surges. These power surges can come from various sources, such as lightning, static electricity, or electrical short circuits. The MXPLAD18KP33A is a special type of TVS – diodes that is designed to protect against these surges as well as high frequency transients.

The MXPLAD18KP33A is a bidirectional Transient Voltage Suppressor (TVS) diode that can handle 18kV peak pulse power. This means that it can absorb and dissipate energy up to this level per pulse without failure. It also has a very low maximum off-state leakage current that makes it suitable for use in low power applications, such as micro-controller circuits.

The working principle of the MXPLAD18KP33A is simple – it absorbs and dissipates the energy of sudden changes in voltage caused by power surges. It does this by using a combination of capacitance and resistive elements to slow down the rate of rise of the voltage spike. Once the spike in voltage has been reduced, the remaining energy is then dissipated as heat.

The MXPLAD18KP33A is ideal for use in a variety of applications, including microcontroller circuits, motor and relay circuits, aviation electronics, and automotive electronics. It is designed for use in environments with high levels of electrical noise, such as lightning storms or industrial settings, and can even provide protection against electrostatic discharge (ESD) events.

Due to its ability to absorb high voltage energy with low off-state leakage current, the MXPLAD18KP33A is capable of providing reliable protection against transient overvoltages. This makes it a great choice for protecting sensitive electronics against electrical surges in both commercial and industrial settings.

In summary, the MXPLAD18KP33A is a bidirectional TVS – diodes designed to provide reliable protection against power surges. It is capable of handling 18kV peak power with very low maximum off-state leakage current and is ideal for use in microcontroller circuits, motor and relay circuits, aviation electronics, and automotive electronics. Its combination of capacitance and resistive elements slow down the rate of rise of the voltage spike and then dissipate the remaining energy as heat.

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