CW100505-9N0J

Introduction

Fixed inductors are an important component used in electrical and electronic circuits. It is a passive two-terminal component that stores electrical energy in a magnetic field when the current flowing through it increases. The CW100505-9N0J fixed inductor is a non-polarized inductor, meaning it can be used in circuits regardless of the direction of current flow. This component is suitable for use in DC-DC convertor applications with filtered pulse-width modulation voltages.

Application Field

The CW100505-9N0J fixed inductor provides high current throughput and low thermal resistance. It is often used in a range of applications including DC-DC convertors, power supplies, current circuits, noise suppression circuits, circuit filters, rectification circuits, and communication circuits. It is also used in computers and other types of electronic devices. This inductor is suitable for use in a variety of high frequency applications, as its suspension construction provides outstanding linearity and stability, even in high frequency environments.

Working Principle

The working principle of the CW100505-9N0J fixed inductor is the same as that of other inductor components. When electrical current flows through it, a magnetic field is created around the coil. This field stores energy since its magnitude is proportional to the current passing through it. When the current stops flowing, the magnetic field then dissipates, releasing its energy. The energy stored in this magnetic field is used to oppose any change in the current flowing through the coil.

Conclusion

The CW100505-9N0J fixed inductor is a non-polarized component used in a wide range of applications. It is suitable for use in DC-DC convertor applications, power supplies, current circuits, noise suppression circuits, circuit filters, rectification circuits, and communication circuits. Its suspension construction allows for outstanding stability and linearity even in high frequency environments. This component performs by creating a magnetic field when electrical current passes through it and dissipating when the current flow stops, storing and releasing energy in the process.