0819R-02J

Fixed Inductors

Inductors are passive two-terminal electrical components that are used in many different electrical circuits, including radios, TVs, aerospace industries and telecommunications. Fixed inductors are those that are engineered to have an inductance value that does not change. This makes them ideal for use where a constant inductance value is necessary. The 0819R-02J is a common type of fixed inductor used in applications such as power supplies, voltage regulators, motor drive circuits and telecom devices.

0819R-02J Application Field

The 0819R-02J series is a line of fixed inductors designed for use in many different applications. These inductors are used in power supplies to provide power stabilization and filter the incoming voltage. 0819R-02J inductors can also be used in motor drive circuits to provide inductance to regulate the current flow. It can also be used in high-speed data transmission devices as a type of choke for signal filtering. These inductors provide stable inductance and low impedance in high frequency applications.

0819R-02J Working Principle

The 0819R-02J is based on a basic inductor design that features a conductor, such as a wire, wound around a core material. This causes a magnetic field to be generated when a current passes through the conductor. This field creates an electrical field that opposes any changes in current. This inductance value remains constant and, as a result, is suitable for many different applications.

This basic working principle applies when the current passing through it is constant at all times. However when the current increases or decreases, the magnetic field and therefore the inductance value of the 0819R-02J will also change. This is why these inductors are only suitable for applications where the current remains relatively constant.

Conclusion

The 0819R-02J series fixed inductors are widely used in many different applications. The inductors are designed with the goal of providing a stable level of inductance value in high frequency applications. This is possible due to the basic inductor design which relies on a conductor, such as a wire, wound around a core material. This creates a magnetic field which opposes any changes in current flow. As a result, the inductance remains constant and can be utilized in many different application fields.