CFR2WSJT-73-27R

Through Hole Resistors

Through hole resistors are components that are used to modify the flow of electrons in a variety of electrical circuits. These components are designed to maintain a constant and stable resistance level in order to reduce the amount of electrical energy dissipation in the circuit. Unlike surface mount resistors, through hole resistors are designed to be mounted in a standardized hole in the substrate and held in place mechanically, which makes them the preferred choice for applications requiring more stability and precision.

CFR2WSJT-73-27R Application Field and Working Principle

The CFR2WSJT-73-27R is a through hole resistor typically used in medical and industrial applications. This resistor offers excellent accuracy and a very low noise floor, making it suitable for use in medical equipment that needs precise control and responsiveness to ensure safety and reliability. The resistor is designed with a wide temperature range from as low as -55°C to as high as 175°C, and it can handle a high amount of power with its high rated power of 5 Watts.

As far as the working principle is concerned, the CFR2WSJT-73-27R is a carbon film resistor that works on the principle of the voltage drop across a resistor. In this type of resistor, the flow of electrons is limited by the physical resistance created by the thin carbon film. The electrons which are passing through the thin film of carbon will experience some energy loss due to the resistance, and this energy is converted into heat, thus heating up the resistor. The amount of resistance provided by the resistor can be adjusted by varying the thickness of the thin film of carbon. As a result, the CFR2WSJT-73-27R is an ideal choice for applications requiring precise control and responsiveness.

In conclusion, the CFR2WSJT-73-27R is a through hole resistor that is primarily used in medical and industrial applications. It offers excellent accuracy and a very low noise floor, with a wide temperature range and high rated power. The resistor works on the principle of the voltage drop across a resistor in which the current is limited by the physical resistance created by the thin carbon film.