RN60E1072FR36

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Through Hole Resistors are a type of resistor that is designed to be mounted on printed circuit boards and secured by soldering. The RN60E1072FR36 is a resistor of this variety. It is a thick-film chip resistor, ideal for high power applications. Its primary application field is in automotive and commercial electronics, where reliable, accurate, and long-term performance are required. Understanding how it works and the principles behind it is essential for successful integration into electronic systems.

The RN60E1072FR36 utilizes a thick film resistive element that is formed on an alumina base. An organic conductor serves as one of the contacts to the resistive element. The resistive element is then processed with an etching technique, forming a firm and even ohmic resistor. Other materials used for the chip resistor are silver, silver palladium, or gold. These materials give the resistor high reliability and long-term stability.

The RN60E1072FR36 is designed to be used in harsh environments such as automotive, commercial, and military applications. Its thick-film resistive element and hermetic sealed construction guarantees that it can withstand high current applications, up to 5 amps. The device can also withstand temperatures up to 150°C, making it suitable for extreme conditions. Additionally, its inherently low noise and high-pulse and surge circuit stability make it suitable for use in low noise audio and signal systems.

The RN60E1072FR36 also features excellent long-term electrical stability, low temperature coefficients, and tight tolerances. Its electrodes are resistant to chemical and mechanical attack, making it suitable for use in high-speed chemical processes. As the resistor is an axial component, it is compatible with any type of printed circuit board, including standard through-hole construction.

The working principle behind the RN60E1072FR36 is the same as any other through-hole resistor. It consists of a conducting element placed between two electrodes and a resistive material. The resistive material creates an electric field between the electrodes, this field opposes current, reducing the current flow and changing the voltage, thereby creating a voltage drop. The amount of current flow through the resistor depends on the resistive materials used and the voltage applied across the resistor.

The RN60E1072FR36 is a thick-film, through-hole resistor that offers excellent performance for high current applications in harsh environments. Its robust construction guarantees reliable operation even in extreme temperatures and conditions. Its axial construction is compatible with many types of printed circuit boards, allowing it to be integrated into electronic systems easily. Its excellent long-term electrical stability, low temperature coefficients, and tight tolerances make it the ideal choice for a wide range of applications.

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