5KP36AE3/TR13

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TVS - Diodes are often used to protect circuitry from high-voltage spikes. The 5KP36AE3/TR13 is a variant of this kind of diode. Outlined in this article are its application fields, as well as how it works to protect from electrical surges.

Application Fields

The 5KP36AE3/TR13 has several main applications, such as protecting lines from short circuits, slow motor inductive flyback loads, and other phenomena that may cause damage without protection. It is also a viable option for motor control applications and HVAC control panels.

One of the biggest advantages of this diode is its wide operational temperature range, ranging from -40°C to +125°C. As such, it is suitable for use in a broader range of operations than some of its counterparts. It can also withstand high levels of humidity and corrosion, adding to its durability.

Working Principle

This variant of the TVS diode utilizes a zinc oxide varistor as an element. This is a kind of resistor that has a non-linear V-I characteristic that makes it ideal for protecting circuits from overvoltage and short circuit conditions. It works by diverting the current away from vital components when there is a high voltage transient, keeping the device safe from voltage spikes. Additionally, the zinc oxide varistor has a fast reaction time, making it more suitable than other means of protection.

The 5KP36AE3/TR13 also boasts a peak current of 3,600A. This is beneficial as it means that the varistor will still provide protection even in such high current intense scenarios, where other variants might fail. It also inflicts far less damage to the device in the case of an incident, giving it a major advantage over other types of protection.

Conclusion

The 5KP36AE3/TR13 is a variant of the TVS diode that can be used to protect a broad range of circuits and devices from high voltage spikes. It utilizes a zinc oxide varistor to achieve this, and can operate in a wide range of temperatures and levels of humidity. Additionally, it has a peak current of 3,600A, making it suitable for very high current protective operations. This makes it a great choice for motor control and HVAC applications, as well as any situation that requires robust overvoltage protection.

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