H86K19DZA

Through Hole Resistors

Through hole resistors are one of the most widely used electronic components in the world. Their primary purpose is to create a resistance in an electric circuit, allowing for a certain degree of control over the power flow to various components. These resistors have been used for decades and are still the standard choice for many types of electronic circuits.

H86K19DZA Application Field and Working Principle

The H86K19DZA is a type of through hole resistor that has been available since 2017. It is rated at 2.2kΩ and is made out of four metal-clad conductive layers on ceramic substrate. This particular type of resistor is commonly used in electronic applications such as voltage dividers, filtering, and current limiting.

When it comes to how it works, the H86K19DZA operates on the principle of resistance. Its four metal-clad layers act as a barrier between the current source and the load. The magnitude of the resistance is determined by the size of the layers and the material they are made out of. As the current passes through each layer, it is reduced by the amount of resistance that the material provides.

In addition to resistance, the H86K19DZA also provides insulation between the source and the load. This is due to the fact that the four metal-clad layers act as a barrier that prevents short-circuiting. Additionally, the ceramic substrate provides a measure of protection against EMI (electromagnetic interference).

Finally, the H86K19DZA is designed to be durable and reliable which makes it an ideal choice for high-reliability applications. It is resistant to vibration and shock and is able to withstand extreme temperatures. This makes it an ideal choice for circuits that are exposed to extreme environments.

Conclusion

The H86K19DZA is a reliable and versatile through hole resistor that can be used in a variety of applications. It is made out of four metal-clad layers that act as a barrier between the current source and load. Additionally, the ceramic substrate provides insulation from EMI and the resistor is resistant to vibration and shock which makes it an ideal choice for high-reliability applications.