YR1B84K5CC

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Through hole resistors are an important, versatile component that is used in a wide variety of applications, from medical instruments to computer circuit boards. When it comes to through hole resistors, the YR1B84K5CC is one of the most popular options. This resistor is a reliable, cost-effective choice for many applications. In this article, we’ll look at the YR1B84K5CC’s application field and working principle.

What is the YR1B84K5CC?

The YR1B84K5CC is a type of resistor, specifically a through-hole resistor. The “through-hole” design means it is constructed by soldering leads of a metal-oxide film into a through-hole in the circuit board. This type of resistor has a maximum power rating of 3 watts and a wide range of resistance values from 1 – 3 Meg Ohms. It is classified as a non-inductive, non-polarized resistor.

Application Field

The YR1B84K5CC through-hole resistor is widely used in a variety of electronics applications. It is ideal for any circuit design which requires good stability and an accuracy of ±1%. Such applications include energy-saving LED lighting systems, automotive electronics, production line monitoring equipment, safety and control systems, and medical equipment.

In addition to these applications, the YR1B84K5CC is also used in high frequency circuits that require low noise and very little power loss. This makes it a popular choice for radio and wireless communication systems, as well as video and audio equipment.

Working Principle

A resistor works by limiting the flow of electricity in a circuit. This is done by providing electrical resistance, which reduces the current flow to ensure any connected components are not damaged by electrical overload. Resistors do this by converting electrical energy into heat, and in the process dissipate the excess current.

The YR1B84K5CC is a low-power resistor with good thermal stability and resistance accuracy. It has a special metal-oxide film resistor element and is designed to withstand high temperatures up to 125˚C without significantly affecting the noise level or accuracy. Despite its low power rating, this resistor is capable of handling high frequency signals up to 1MHz with very little loss.

The YR1B84K5CC through-hole resistor also has a high maximum voltage rating of 105V and is highly reliable in industrial installations. It has a low inductance, making it ideal for high-frequency switching applications.

Conclusion

The YR1B84K5CC through-hole resistor is a reliable, cost-effective choice for a wide variety of applications. It has a low power rating, excellent thermal stability, a high maximum voltage rating, and is suitable for high frequency signals. This makes it an ideal choice for LED lighting, automotive electronics, radio and wireless communication systems, and other industrial applications.

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