RNX050620KJKR7

Through Hole Resistors

RNX050620KJKR7 Application Field and Working Principle

Through Hole Resistors are best suited for applications that require robust operation, are accessible with a hand or tool, such as for PCB repairs. RNX050620KJKR7 is a type of through-hole resistor that can be used in a wide range of applications, such as in sensors, signal processing, power management and precision measurement circuits. It features a robust, compact construction, excellent heat resistance, and superior high frequency characteristics.

The RNX050620KJKR7 chip is a metal oxide film resistor created using a two-layer rolled film manufacturing process. This allows for a high degree of accuracy in the resistance value. The first layer of the rolled film serves as an insulating dielectric on which a pattern of solderable rectangular resistive elements is printed. The second layer of dielectric provides electrical insulation and a protective layer to the resistive elements.

The two layers of the film are soldered directly to the circuit board terminals, creating a strong and reliable electrical connection. The overall size of the resistor is very small, which makes it ideal for surface mounting in high density applications. The resistance is very stable, making it suitable for precision measurement and measurement control applications.

The RNX050620KJKR7 also has excellent current-handling capabilities. Its maximum rated power rating is 0.6W and its maximum rated voltage is 50V. Its low thermal resistance and low Parasitic Inductance makes it ideal for applications requiring high frequency operation. The chip also has an excellent temperature coefficient of resistance, or TC (Temperature Coefficient), which results in a higher accuracy over temperature changes.

The RNX050620KJKR7 through-hole resistor is an excellent option for a variety of general purpose and precision applications. Due to its robust construction, small size, excellent temperature and voltage characteristics, and high current-handling capabilities, it makes for a reliable and efficient solution for a wide range of applications. With its precise and consistent performance over temperature and voltage changes, it is an ideal option for precise measurement and control applications.