RN55C1024FR36

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The RN55C1024FR36 is a through hole resistor, renowned for its robustness and stability. It has become a popular choice for a wide variety of applications, ranging from consumer electronics to automotive and industrial systems.

The RN55C1024FR36 is a carbon film resistor with a 0.25 watt maximum power rating. It’s rated for an operating temperature range of -55 to +125°C, making it suitable for use in a wide variety of environments. It has open air construction with a one-piece metal film element for superior thermal performance, as well as solderable leads for easy installation.

The RN55C1024FR36 has an impressive performance, with an operating temperature coefficient of just ±50 ppm/°C and an exceptionally low thermal EMF of ±10 µV/°C. In addition, its high quality construction ensures long-term stability and low noise, making it an ideal choice for demanding applications.

In terms of design, the RN55C1024FR36 features a unique construction that makes it easy to use in small spaces. Its extended-length leads make it easy to mount and its small size reduces the amount of space it needs, allowing engineers to fit more components on the board.

The RN55C1024FR36 has a wide range of applications, including temperature measurement and control, audio and video filters, protection circuits, and motor speed regulation. It is also suitable for use in automotive applications such as fuel injection systems, suspension systems, and power steering systems.

At its core, the RN55C1024FR36 has a simple operating principle. It is a voltage-controlled resistor, which resists a change in voltage by obstruction of the current flow. A voltage applied to the resistor causes a change in its resistance, which is dependent on the resistor’s value. This resistance change is used to regulate current, providing precise control.

The RN55C1024FR36 is a versatile through hole resistor, known for its reliability and performance. Its construction is designed for longevity and its performance characteristics make it well-suited for a wide variety of applications. Additionally, its low thermal EMF and temperature coefficient make it ideal for high-precision and sensitive systems, allowing it to maintain excellent performance in even the most challenging environments.

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