RN65C3091FB14

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Through Hole Resistors

The RN65C3091FB14 is a through-hole resistor that an engineer can use in many electrical and electronic circuits. This resistor is typically used for power supply and signal conditioning applications.

Working Principle

The RN65C3091FB14 resistor is made from a carbon composition and is encased in an epoxy casing. It is a "fixed" type resistor, meaning it can not be adjusted for different resistance values. It has a resistance value fixed at 3,9KΩ, 5% tolerance and is rated to a power rating of 0.05 Watts. This makes the resistor suitable for low current circuits and they can handle temperatures up to 125°C.

The resistive material in this resistor is composed of finely ground carbon particles and a clay binding material mixed into a paste. The paste is then applied to a non-conductive cylinder. Metal wire electrodes are then placed around the cylinder forming a “can”. The can is then filled with a liquid which solidifies and forms the insulating material. The electrodes are then connected to the external lead posts. This resistor is coated with epoxy which makes it heat and corrosion resistant.

Application Field

The RN65C3091FB14 resistor is suitable for a wide range of applications. Its characteristic of low power consumption makes it a perfect solution for signal conditioning and power supply circuits which require little power. It is also suitable for low-frequency analog circuits like audio amplifiers and variable power supplies, as well as digital circuits like microcontrollers and logic circuits.

These types of resistors are also used in an array of automotive, industrial, communications, and medical applications. In all of these fields, the RN65C3091FB14 can easily be used to reduce power consumption, while providing reliable switching performance.

Conclusion

The RN65C3091FB14 is a through-hole resistor that is suitable for a wide range of applications in the electrical and electronic industries, from audio amplifiers to microcontrollers. It is also well-suited for use in automotive, industrial, communications, and medical fields, making it a safe and reliable choice. Its low power consumption and high temperature resistance make it a perfect fit for most power and signal conditioning applications.

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