1.5KE36AHE3_A/D

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TVS (Transient Voltage Suppressor) diodes are an important industrial component for protecting electrical circuits from excessive voltage spikes. A 1.5KE36AHE3\_A/D diode is a type of TVS diode that can handle extremely high voltages, up to 3300 volts, and provide excellent ESD (Electrostatic Discharge) protection. In this article, we will discuss the application field and working principle of a 1.5KE36AHE3\_A/D diode.

Application field of 1.5KE36AHE3\_A/D Diode:

The 1.5KE36AHE3\_A/D diode is ideal for use in high-voltage power circuits, such as those found in automotive systems or in communications equipment. It can also be used to protect sensitive electronic components from transients found in consumer electronics, such as televisions and computers. In addition, the extremely high voltage rating of up to 3300 V makes it suitable for use in high-voltage applications such as power plants and industrial equipment.

This diode is also well-suited for use in Printed Circuit Boards (PCBs). Its small size and low inductance make it easy to place directly on the board, and its high voltage rating ensures it can handle the large voltage spikes that are common in high-voltage circuits.

Working Principle of 1.5KE36AHE3\_A/D Diode:

The working principle of a 1.5KE36AHE3\_A/D diode is based on the concept of avalanche breakdown. This process occurs when electrons in the device are accelerated to high speeds due to an applied electric field, causing them to collide with ions in the crystal lattice and create free electrons, resulting in a breakdown of the material\'s resistance. This process allows the diode to rapidly reduce any excessive voltage applied to it.

The 1.5KE36AHE3\_A/D diode is also capable of providing excellent ESD protection. ESD protection is provided by the device’s ability to rapidly redirect the ESD current away from sensitive components in the circuit. This capability is critical for providing reliable operation in high-voltage environments.

In addition, the 1.5KE36AHE3\_A/D diode\'s design makes it resistant to temperature variations. This is an especially important feature since the diode is often exposed to extreme temperatures, both high and low, in automotive and industrial applications.

Finally, the 1.5KE36AHE3\_A/D diode is designed to be highly reliable in high-voltage environments. This ensures that the diode will remain operable despite potential fluctuations in voltage, thus providing its users with reliable and effective protection for their electronic circuits.

Conclusion:

The 1.5KE36AHE3\_A/D diode is an excellent choice for providing protection in high-voltage and high-power circuits. Its high voltage and ESD protection capabilities make it suitable for any application where reliable and efficient protection is required. Its small size and low inductance make it ideal for use in printed circuit boards, while its temperature resistance ensures reliable operation in extreme temperatures.

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