H84K42BYA

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H84K42BYA Application field and Working Principle

H84K42BYA is a type of Through Hole Resistor, with metal oxide construction. It is designed to be used with lead free reflow soldering, and it is particularly useful for applications where a high value of resistance is required but with a small size component. It offers a higher power dissipation as compared to other resistors with equivalent values and footprint, making it suitable for use in a wide range of applications.

The resistor is constructed using a metal oxide film, which is then bonded to a ceramic core. This construction offers several advantages compared to traditional resistors. The main benefit being the much higher power dissipation that is possible due to the ceramic core and metal oxide layer. This combination allows for a much higher resistance value while still maintaining a small size. Another advantage is that the construction ensures that the resistance value will remain stable over a wide range of temperatures.

The working principle of the H84K42BYA resistor is fairly simple. A current is passed through the resistor and the resistance of the resistor determines the voltage output across the resistor. This result is used to calculate the power dissipation of the resistor. The power dissipated depends on the value of the resistor, voltage across it and the current passing through it. The amount of power dissipated also affects the temperature rise of the resistor.

H84K42BYA through hole resistors are ideal for many areas such as industrial, automotive, and consumer electronics. It is used in a variety of applications such as power supply, telecommunications, and signal conditioning. Due to the low price of the device it can be used in large-scale production runs as well as individual projects. Due to its small size, it is perfect for applications where component size is an issue.

The H84K42BYA resistor is an excellent choice for applications where a high power dissipation is required but an equally small resistor size. The metal oxide film construction ensures that the component will provide a high level of stability and resistance over a wide range of temperatures. In addition, the reasonably priced component can be used in large production runs as well as individual projects. It is a great choice for applications where a high power dissipation but a small component size is desired.

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