5022R-123G

Fixed inductors are widely used in electronic circuits and there is a wide variety of inductors available on the market today. The 5022R-123G is one such fixed inductor, a popular choice for a range of applications.

The 5022R-123G is a surface-mount inductor that measures 5 mmx 2.4 mm in size. It has low DC resistance, a high Q value, and its self-resonance frequency is about 70 MHz. The inductor is made of ferrite core and is electroplated with multi-dimensional shielded coating and meets the RoHS environmental safety standards.

The 5022R-123G is suitable for applications that require high current and high inductance density. It can be used in power-related circuits, such as power supply circuits, as well as in switch-mode power supplies, DC-DC converters, and other related circuits. The inductor can also be used in switching power supplies and mobile phone base stations. Additionally, the inductor is suitable for a range of automotive applications, including control of current, voltage, temperature, and pressure circuits.

The working principle of the 5022R-123G fixed inductor is based upon the principle of electromagnetic induction. In an inductor, the current is passed through coils that are wrapped around a ferrite core. This creates a flux field, which then induces a voltage back into the coil. This voltage then creates a magnetic field around the inductor, and this is used to control current flow.

The 5022R-123G also has shielding built into its design to provide protection from the effects of electro-magnetic interference (EMI). This shielding consists of multi-dimensional layers of electroplating which provides the inductor with better EMI protection and better thermal stability. This shielding helps create a lower overall temperature for the inductor, as well as helping to reduce the energy losses resulting from EMI.

The 5022R-123G fixed inductor is an excellent product, and it is ideal for a wide range of applications. It utilizes the principles of electromagnetic induction to provide a high inductance density in a small package. Additionally, it features a built-in EMI shield, which helps to reduce energy losses, and provides increased thermal stability. The inductor is suitable for automotive and power-related applications, and is RoHS compliant.