CB5JB1R80

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Through hole resistors are one of the most important components used in modern electronics, often used as a passive device in a circuit. The CB5JB1R80 is a type of through hole resistor from Crambane-Burr, and plays an important role in many circuit designs. This article will discuss the application field and working principle of the CB5JB1R80.

Applications of the CB5JB1R80

The CB5JB1R80 is a through hole resistor designed for higher voltage and power applications. It is generally used in industrial settings that require a higher power rating, such as in LED lighting or motor control systems. Additionally, the CB5JB1R80 can be used as a precision resistor in DC and AC circuits. Its low temperature coefficient and high stability helps ensure better accuracy in these applications.

The CB5JB1R80 is a popular choice for manufacturing communication systems, such as cell phones or digital TVs. Its low power loss, wide range of ratings, and excellent accuracy make it a preferred choice for many of these applications. Additionally, the CB5JB1R80 is UL and CSA certified, meaning it meets strict industry safety standards.

The CB5JB1R80 is also well suited for automotive applications, such as cruise control systems and braking systems. Its ability to tolerate vibrations and wide temperature range make it a suitable choice for these applications. Additionally, the CB5JB1R80 is durable and reliable, making it a good choice for long-term applications.

Working Principle of the CB5JB1R80

The CB5JB1R80 is an axial-leaded through hole resistor. It is made up of a resistive element sandwiched between a pair of terminals. The resistive element consists of a metal oxide base material, which can be either formed into a cylindrical shape or printed onto thin substrate. The element is then contact-welded to two leads for ease of mounting.

The CB5JB1R80 is designed to resist an electric current, as a precise amount of voltage is applied across its terminals. The metal oxide in the resistive element produces resistance, and higher voltages result in more resistance being applied. This resistance causes the current through the element to be reduced, resulting in a corresponding decrease in power.

The CB5JB1R80\'s precision also comes from the metal oxide element\'s temperature coefficient. This is the amount of resistance that changes when the temperature of the resistive element changes. Generally, higher temperature coefficients provide better accuracy when measuring resistance, as temperature affects the resistance of the element significantly.

Conclusion

The CB5JB1R80 is a through hole resistor designed for higher voltage and power applications. It is used in many industrial settings, as well as communication systems and automotive applications. The CB5JB1R80 is made up of a metal oxide element that reduces the amount of current flowing through it, and its temperature coefficient aids in its accuracy. All of these attributes make the CB5JB1R80 an excellent choice for many applications.

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