RNF18JTD100R

Through Hole Resistors refer to a resistor with lead wires mounted and soldered through a pair of mounting holes in the electronic equipment. RNF18JTD100R is a through hole resistor which is designed for a wide range of applications such as power suppliers and circuit board control in aerospace and defense applications. It is composed of a Resin-Coated Ceramic body and can handle up to 24 watts of power.

Applications Fields

RNF18JTD100R\'s particularity is that it is designed for use with high-voltage and high-power applications, or in situations where reliability and power efficiency are required. It is most commonly used in power supplies; however, it can also be used in crucial electronic equipment such as defense, aerospace, and medical, as it provides reliable operation and tight tolerances. This component is also capable of withstanding temperatures of up to 240°C and it has low DC resistance.

Working Principle

A through hole resistor essentially consists of a Resin-Coated Ceramic body with leads passing through two mounting holes. The resistor\'s value or wattage is determined by its size, shape, and construction. RNF18JTD100R consists of a unique combination of materials which gives it high power dissipation capability, high thermal over-rating, and excellent electrical characteristics. The resistors are designed with a wide resistance range and tight tolerances to ensure reliable operation.

In operation, there are two basic physical principles at work. First, electric current is dissipated as heat, which is a result of the resistor\'s resistance. Second, heat is transferred away from the housing of the resistor, either by convection or radiation. The heat generated by RNF18JTD100R is dissipated along the aluminum heat sink, which helps to keep the device cooler. Additionally, the resistor body is designed with a resin core which helps to minimize the amount of heat generated, thus providing more efficient operation.

Overall, the RNF18JTD100RThrough Hole Resistor offers a reliable and cost-effective component for applications with high voltage and high power requirements. This device has been designed to provide reliable operation and tight tolerances in a wide range of applications. It is suitable for use with power supplies, robotic control systems, and even aerospace and defense applications.