H423R2BDA

Through Hole Resistors are widely used in electronic circuits as one of the most important components. The H423R2BDA is a type of through hole resistors that provides an extremely stable and precise resistance value even with various temperature and humidity value.

Application Field

The H423R2BDA is manufactured by Yageo Corporation and used in the field of radio electronics. This through hole resistor is used in applications such as power rectifiers, converters, invertors, PDIs, LED lighting, industrial electronics and medical instruments, home appliances and electromotrices, and other fields of power electronics.

Working Principle

The principle of through hole resistor depends on the resistance wire which is capable of reducing the electromotive force and related current. The H423R2BDA is equipped with a high-grade resistance wire which is processed with a laser trimming method. Due to the use of high precision resistance wire, the H423R2BDA can provide precise resistance value even in a wide temperature range and low voltage application.

The working principle of the H423R2BDA through hole resistor is based on their resistance wire being wrapped around the ceramic body. The ceramic material used to wrap the resistance wire helps to improve the power handling capacity, heat dissipation, and reliability. The resistance wire is also connected to two terminals, which allows it to be connected to other electronic components easily.

The other main feature of the H423R2BDA is its ability to provide a constant, precise resistance value even when the temperature and humidity fluctuations. The through hole resistors use a proprietary coating that gives it an extremely low temperature coefficient (TCR) which helps to maintain the resistance value for the long term.

Conclusion

In conclusion, the H423R2BDA through hole resistors are widely used in various fields of electronics due to their excellent performance and long-term stability. Their high power handling capacity and low temperature coefficient make them ideal for use in applications such as Rectifiers, Invertors, LED lighting, and many more. Furthermore, their laser-trimmed manufacturing process ensures that they offer a highly precise and stable resistance value even when exposed to temperature and humidity fluctuations.