RNF18FTD95K3

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Through hole resistors are a type of resistor that use a metal oxide-coated ceramic body with two or more leads mounted through the formulation. The RNF18FTD95K3 is one of these through hole resistors, and offers successful performance when used in the correct application. The RNF18FTD95K3 is designed for SMD chip resistors, and is a high-performance chip component that improves power-related device characteristics and reliability in terms of thermal and mechanical performance.

Application Field

The RNF18FTD95K3 is an SMD resistor that is applicable in applications where space is limited since the resistor size is minimized by reducing volume-size components in surface mounting process. These applications include, but are not limited to, low-power switching power supplies, high-frequency operating type power supplies, DC/DC converters, and motor drive systems.

Moreover, the RNF18FTD95K3 has a variety of features that make it useful for different kinds of applications. These features include low power consumption, low noise in the signal, and small mounting area for high-density mounting. The RNF18FTD95K3 is also designed with superior heat resistance, meaning that it can withstand high temperatures without sacrificing performance. Therefore, the RNF18FTD95K3 is well suited for automated production systems and other applications that require extremely high durability.

Working Principle

The RNF18FTD95K3 is a through hole resistor that works by using the resistance of the material it is made of. The resistor consists of a metal oxide-coated ceramic body, two or more leads mounted through the formation, and a series of conductive elements, all electrically connected in parallel. When a current is applied to the resistor, the current passes through the resistor in a circuit. As it passes through the resistor, it encounters resistance, which results in a decrease in voltage.

When the load current increases, the resistance also increases. This increase in resistance causes a decrease in voltage, which prevents the voltage from rising beyond the rated value of the resistor. This effectively limits the amount of current that can flow through the circuit, and thus prevents the circuit from overloading and becoming damaged. The resistance of the RNF18FTD95K3 is also adjustable, which enables the user to customize the current limiting capability depending on the application.

Conclusion

The RNF18FTD95K3 through hole resistor is a reliable and high-performance chip component that can improve power device characteristics and reliability in terms of thermal and mechanical performance. The RNF18FTD95K3 is well suited for a wide variety of applications due to its several features, including low power consumption, low noise in the signal, and small mounting area for high-density mounting, making it a great choice for automated production systems and other high-reliability applications.

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