YR1B28RCC

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Through Hole Resistors come in many varieties. One particular type, the YR1B28RCC, is an interesting option that allows for easy configuration and installation. Used in many different applications, below we\'ll provide an overview of what this resistor looks like, its working principle, and the fields in which it is typically used.

What is the YR1B28RCC?

The YR1B28RCC is a through-hole axle mounted resistor designed for use in extreme environmental conditions. It has an adjustable core element and can withstand temperatures ranging from -65°C to 150°C. It is a very reliable resistor and has a low temperature coefficient. This makes it an ideal choice in high-temperature applications.

Working Principle

The YR1B28RCC works by controlling current within a circuit by creating electrical resistance. It is constructed of an insulated core element attached to two metal end caps. The element of the resistor can be adjusted for different resistance levels. As electrical current flows through the resistor, it meets resistance from the cores element and is regulated by the end caps.

Application Fields

The YR1B28RCC is often used in extreme environmental conditions and in applications that require robust components that can handle fluctuations in temperature. Commonly it is used in aviation electronics, automotive plants, and other outdoor applications. It can also be used in place of older generation resistors such as wire wound resistors.

Other applications include power supplies, medical devices, cellular telephone base stations, and electronic ballasts. The YR1B28RCC is also used in a variety of lighting systems, recreational vehicle systems, and digital controls. As a through-hole resistor, it is an ideal solution for controlling currents in tight spaces or areas with limited space.

In summary, the YR1B28RCC is a reliable through-hole axle mounted resistor designed for applications in extreme environmental conditions. It has an adjustable core element and can withstand temperatures ranging from -65°C to 150°C. It works by controlling current by creating electrical resistance and is commonly used in aviation electronics, automotive plants, and other outdoor applications.

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