MAPLAD36KP220CA

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TVS devices, or transil diodes, are an important component in modern electronics, as they not only protect valuable electronics from dangerous transients but do so without impacting the normal working operation of the circuit. The MAPLAD36KP220CA is a type of Transil Diode, designed for use on the most exposed lines providing reliable overvoltage protection. In this article, we shall discuss the application fields and working principle of the MAPLAD36KP220CA.

Application fields for MAPLAD36KP220CA

The MAPLAD36KP220CA is an advanced series of Transil Diode integrated into an SO-8 package. Its materials, design and parameters make it the perfect choice for applications in notebooks, PCs, peripherals, medical equipment, any other kind of circuits exposed to high values of electric transients. It features adjustable clamping voltage, low leakage current and fast response time, which guarantees complete protection of sensitive objects from electrical transients.

The MAPLAD36KP220CA is able to withstand repetitive surge pulses up to 1A/μs, helping it to excel in conditions with frequent lightning discharges. Furthermore, its low leakage current ensures low power dissipation and helps it to maintain low operating temperatures. This makes it suitable for compact boards with highly powered components, such as those found in PCs and notebooks. It also makes it the perfect choice for medical equipment, as its low operating temperatures can help protect oils and other delicate components used in medical equipment.

Working Principle of MAPLAD36KP220CA

The MAPLAD36KP220CA is designed to provide protection from overvoltages. It does so by quickly conducting the overvoltage away from vulnerable electronics, and then absorbing the destructive energy. This is done by connecting two plates to the diode, one connected to the overvoltage source, and the other connected to the vulnerable circuit. When an overvoltage is detected, the device will act as a switch and quickly redirect the overvoltage away from the sensitive components, absorbing the energy in its own body.

The device also features an adjustable clamping voltage, which helps to ensure accurate protection regardless of the exact voltage of the transient. This allows the diode to be used in multiple applications and still provide effective protection from dangerous transients. The device is also designed to offer added protection in the case of repetitive transient pulses, allowing it to provide protection in areas with frequent lightning discharges.

Conclusion

To conclude, the MAPLAD36KP220CA is an advanced, compact Transil Diode designed specifically to provide maximum protection from overvoltage transients. Its adjustable clamping voltage, low leakage current and fast response time allows it to be used in a wide range of applications, from PCs and notebooks to medical equipment. In addition, its ability to withstand repetitive surge pulses up to 1A/μs allows it to provide reliable protection even in areas prone to lightning discharges.

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