MXLPLAD36KP78CA

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TVS (Transient Voltage Suppressor) diodes play an important role in the protection of electronic circuits against excessive transients, triggering a low resistor which dissipates surge energy harmlessly to ground. The MXLPLAD36KP78CA is a great example of these protection diodes, giving circuit designers the ability to quickly and efficiently protect circuits against high voltage surges.

The MXLPLAD36KP78CA is a unidirectional shunt voltage suppression device with an ultra low capacitance. It has a 3-pin SOD-882 package that includes an internal diode bridge and a fixed high reverse breakdown voltage of 36V. It also has a PAD mask option with a P-guard lead-frame construction for mechanical stress relief.

In terms of application field, the MXLPLAD36KP78CA is ideal for use in automotive applications, where it can be used to suppress transients caused by electrostatic discharge, inductive loads, or voltage spikes on circuits. It is also suitable for use in short-duration, high-energy applications such as DC double isolator, brushed motor drives, and motor control circuits.

The MXLPLAD36KP78CA has a breakdown voltage rating of 36V and a surge current rating of 5A. It has an ultra low capacitance of 5pF, which allows it to efficiently absorb transients and limit voltage spikes. It is also able to dissipate large amount of energy without overheating or damaging the system.

The working principle of the MXLPLAD36KP78CA is based on avalanche breakdown. When a transient voltage is applied to the device, it triggers an avalanche breakdown inside the device. This avalanche breakdown causes a decrease in the resistance of the device, which dissipates the surge energy by converting it into heat. This heat is then harmlessly discharged into the air, without damaging any components of the system.

In conclusion, the MXLPLAD36KP78CA is an ideal solution for protecting electronic circuits from high voltage transients and voltage spikes. It can handle large surge currents, dissipate energy without overheating, and has an ultra low capacitance for efficient absorption of transients and limiting voltage spikes.

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