WHB560FE

Through hole resistors are non-polarized electronic components that are used to limit a certain amount of current flow in a specific electricity circuit. WHB560FE is one of the most important through-hole resistors developed by WINDLING for a wide range of application fields in the electronics industry, from consumer electronics to automotive applications. This article will discuss the application fields and working principle of WHB560FE.

Application Field of WHB560FE

In the past, there was only one type of through-hole resistor available for commercial use, the carbon-composition resistor. However, the WHB560FE is much more efficient than these carbon-composition resistors, which offers improved performance to users in terms of power dissipation, temperature stability, and accuracy. In addition, it also has a reinforced construction which makes it suitable for various applications, from consumer electronics to automotive systems.

The WHB560FE is designed primarily for the automotive industry due to its performance characteristics. It is often used in automotive engine control systems, electronic fuel injectors, power converters, and other systems that require accurate voltage regulation. It is also used in home appliances, consumer electronics, medical equipment, and industrial automation. In addition, it is widely used in military and aerospace applications.

The great advantage of using the WHB560FE in electronic applications is its tolerance level. Its tolerance level is between 5% and 10%, making it possible for users to regulate current levels with a precision unheard of in other types of resistors.

Working Principle of WHB560FE

The WHB560FE operated using a unique design which offers enhanced performance when compared to other resistors. Its design consists of a zirconia substrate and a layer of titanium nitride on the surface. This combination creates a low temperature coefficient, high accuracy, and heat dissipation which is suitable for critical electronic applications. The zirconia substrate also helps to reduce mechanical stress on the resistor when exposed to environmental conditions such as humidity and temperature.

The WHB560FE uses a negative temperature coefficient (NTC) to regulate the current. This means that when the temperature increases, the resistance of the through-hole resistor decreases. This characteristic makes it an ideal component for temperature-controlled systems such as the automotive industry. The resistor also has a very low voltage coefficient which helps to ensure that its voltage remains stable over time.

The human-readable code of the WHB560FE also makes it easy to identify and replace components in an electronic system. The code contains six digits, with the first two digits indicating the tolerance level, and the last four digits indicating the resistance value. This makes it easy for engineers and users to identify and replace the component without any confusion.

Conclusion

The WHB560FE is an excellent through hole resistor developed by WINDLING for a wide range of applications. It is designed to handle extreme environmental conditions and offers exceptional accuracy and temperature stability. It also provides a low voltage coefficient and a negative temperature coefficient which makes it suitable for temperature-controlled systems. Additionally, its human-readable code makes it easy for engineers and users to identify and replace the component quickly and accurately.