OD822JE

Through Hole Resistors are components that have been used around the world since the late 19th century. They have been used in various applications, including resistors for home electrical wiring, household appliances and even computers. OD822JE is one of the most popular resistors used today and is known for its accuracy and reliability. It is made up of an annularly wound resistor which is securely mounted on the circuit board with the help of a glass-fiber tag.

Application Field

The OD822JE can be found in many applications, ranging from consumer electronics to automotive parts. This is due to its ease of installation and its ability to handle relatively high current and voltage ratings. This has made it one of the most used resistors in the industry and its popularity continues to grow. It is commonly used in automotive electrical systems, industrial control systems and consumer electronics, such as mobile phones and laptops. It is also used in power supplies and in various applications where voltage and current control is needed.

Working Principle

The OD822JE works on the principle of resistance. This is the resistance offered to current flow in the circuit. The more current and the more resistance, the more efficient and accurate the resistor will be. It works by using the annularly wound resistor. This is an insulated wire that is woven around a core. The amount of resistance depends on the size of the wire and the number of passes around the inner core.

When current is applied to the OD822JE, the resistance within it creates a voltage drop. This can be used to control the amount of current that passes through. This is why resistors are often used in electrical systems as they provide a level of protection. If the circuit is overloaded, the resistor will “burn out” and the current will no longer pass through the component.

Conclusion

The OD822JE is a popular through-hole resistor that is easy to install and is capable of handling relatively high current and voltage ratings. It is commonly used in automotive electrical systems, industrial control systems and consumer electronics. It works on the principle of resistance, where current is applied to the resistor and the resistance within it creates a voltage drop. This can be used to control the amount of current that passes through the circuit and provides a level of protection for the system.