H810K5DYA

Introduction

H810K5DYA is a through hole resistor. It is a part of the family of resistors commonly referred to as axial lead resistors. This component is very reliable and provides an accurate resistance value when correctly installed. Typically, H810K5DYA resistor has a resistance range of 0.10Ω – 5.11KΩ, depending on the requirements of the application. Additionally, it has an operating temperature of -65°C – 125°C (or -85°C – 125°C depending on voltage). This makes it suitable for many different applications.

Application Field

H810K5DYA is widely used in many different applications ranging from space applications to consumer products. H810K5DYA is particularly popular in radio frequency (RF) applications, as its low resistance and low power dissipation are ideal for this function. It is also used in portable devices, automotive systems, and medical equipment due to its superior performance and exceptional reliability.

H810K5DYA is especially suitable for high temperature applications, due to its ability to resist thermal shock and maintain its stability in wide temperature ranges. This makes the resistor a great choice for applications that require excellent performance and reliability in extreme conditions. Other applications for H810K5DYA include: power regulation, timing circuits, pulse shaping circuits, and protection circuits.

Working Principle

The working principle of H810K5DYA is relatively simple. The resistor consists of two ends, with the lead (also known as the element) going through the resistor to connect it to the circuit. When current is applied to the resistor, the terminal leads heat up due to their resistance to current. This heating of the leads causes a decrease in temperature of the resistor itself, due to thermal energy transfer. This in turn causes the resistor to become more resistive, which reduces the current flow, thus completing the working principle of H810K5DYA.

H810K5DYA also has an overload protection feature. This feature limits the amount of current flowing through the resistor in the event of a surge or an overload. This feature provides the user with additional protection against electrical surge or overloads, and enhances the reliability and safety of the resistor.

Conclusion

H810K5DYA is a widely used and reliable through-hole resistor. Its through-hole design and reliable performance make it well-suited for a variety of applications. Its low resistance and power dissipation make it ideal for RF applications, while its overload protection feature provides the user with additional safety and reliability. Additionally, its ability to resist thermal shock and maintain reliable performance in a wide temperature range make it an excellent choice for high temperature applications.