CFR100JR-73-5K6

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Through hole resistors are commonly used electronic components that consist of a ceramic core and a winding of resistive wire around the core. One of the most popular through hole resistors is the CFR100JR-73-5K6. This resistor is designed for applications that require a high accuracy of resistance, and below we shall look at its application field and working principle.

The CFR100JR-73-5K6 is primarily used in devices dealing with high-frequency operation. It is often found in high-power radio equipment and systems such as car audio, satellite communications, and radar. This resistor is also used for low-voltage power supplies, analog circuits, and amplifier circuits.

The CFR100JR-73-5K6 resistor has a high power rating of 10 Watts. It also features low-power loss and high tolerance, making it even more attractive for various power supply applications. With its low temperature coefficient and good linearity, the resistor offers excellent stability and accuracy in its resistance measurements.

The working principle of this resistor is quite straightforward. Electrical current passes through the resistor, and the resistor produces heat when the current is applied. This heat dissipates away from the resistor in various directions, dependant upon the design. The heat then results in a decrease of resistance, which in turn, increases the voltage across the resistor. This change in voltage is what is measured to determine the resistance of the resistor.

The CFR100JR-73-5K6 also features a non-inductive wound construction. This construction is important for accurate readings and prevents any sort of jitter or instability. The resistor also offers improved power consumption and greater efficiency when compared to other types of resistors.

Overall, the CFR100JR-73-5K6 is a reliable through hole resistor that offers excellent accuracy and stability for various applications. It is specifically designed for high-frequency applications and features good linearity, low temperature coefficient, low-power loss, and non-inductive wound construction. The resistor\'s working principle is simple, and it is able to provide accurate readings when it is correctly used.

The specific data is subject to PDF, and the above content is for reference