RLR07C3R01FMR36

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Through Hole Resistors are one of the most important components in the industrial and commercial electronics. RLR07C3R01FMR36 is a thru-hole carbon-film resistor manufactured by Riedon company, which is featured in its reliability, accuracy, stability, and moderate price for most of the applications. This section will discuss the application fields and working principle of RLR07C3R01FMR36.

Application Fields

RLR07C3R01FMR36 has been widely used in electronic industries due to its features. Owing to its high accuracy and stability, it can be used in analog systems, such as power supplies, amplifiers, and communications systems. With the help of its low temperature coefficient, this resistor allows an operational temperature range from -50°C to 125°C, making it the ideal component for automotive electronics and long-term operational in outrageous environments. In addition, thanks to its high power rating of 3W, this resistor can dissipate efficient thermal energy.

The wide range of resistance values, which is from 0.1Ω to 4MΩ, also makes it suitable for use in volume production. Moreover, this resistor has a special anti-surge coating, which will help to reduce the failure rate due to voltage or current surges. Thus, RLR07C3R01FMR36 can be applied to many application fields, such as various household appliances, power supplies, and automotive electronics.

Working Principle

RLR07C3R01FMR36 is a thru-hole carbon-film resistor with 4-terminal connections. The outer shell of this resistor is made of ceramic material, and the resistor element inside consists of precision-selected carbon film. The carbon-film element has a spiral-shaped structure that is wrapped around a silicon substrate. The structure of the resistor ensures the resistor has a controlled resistance value over a range of operating temperatures.

It works by the principle that when electric current flows through the carbon-film resistor, it generates electric power in the resistor. The amount of electric power if proportional to the resistive value of the resistor and it increases with the increase in voltage across the resistor. This power dissipates in form of heat or radiation. The amount of heat generated in the resistor is regulated by that controlled resistance value that increases the electronic reliability of the circuit.

In conclusion, RLR07C3R01FMR36 is a thru-hole carbon-film resistor with a wide range of features and application fields. It has a precision-selected carbon-film element with a spiral-shaped structure that ensures accurate resistance value and good output performance. The working principle is based on the Joule\'s law that states that the power generated by the resistor is proportional to the square of the current through the resistor. This resistor is widely applied in various industrial and domestic applications and is reliable in its performance. Thus, RLR07C3R01FMR36 is undoubtedly a great choice for through-hole resistor applications.

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