MAPLAD36KP26CA

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TVS Diodes, or Transient Voltage Suppressors, are voltage dependent protection components used to protect electrical and electronic systems from lightning and transient pulse overvoltages. The MAPLAD36KP26CA is a diode designed for such a purpose. It is an improved variation of the Zeners diode with a higher power handling capacity, faster response time and a wider operating range.

The MAPLAD36KP26CA has a variety of different application fields, ranging from automotive electronics and industrial equipment to communication systems and power supplies. It is ideal for overvoltage protection in a variety of applications, due to its high peak pulse power rating, wide operating temperature range and fast response time. It is also capable of functioning down to very low voltages, which make it highly versatile in applications which require low voltage protection.

The working principle of the MAPLAD36KP26CA is based on the breakdown of the diode junction. When a voltage exceeding the diode\'s breakdown voltage is applied, an avalanche breakdown occurs which limits the voltage across the diode. This limits the current flow through the device, thus preventing any permanent damage to the protected equipment.

Furthermore, it is important to note that the MAPLAD36KP26CA has a lower capacitance than other transient voltage suppressors, as well as a negative temperature coefficient of capacitance which ensures that the diode response remains consistent over temperature changes. This is important, as the failure of the diode due to overwhelming current can occur very quickly in the event of a disturbance.

In summary, the MAPLAD36KP26CA is a highly reliable, voltage dependent protection component which is specifically designed to protect electrical and electronic systems from fast transients and lightning surges. This device is commonly used in a wide variety of applications due to its power handling capacity, wide operating range, low capacitance and fast response time. Furthermore, its negative temperature coefficient of capacitance ensures that the diode remains consistent over temperature changes and can provide reliable protection down to very low voltages.

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