IMS05WDBH100K40

Fixed inductors, also known as chokes, are electronic components that contain coils wound around a core material. They are widely used in applications that require a capacitor to store energy and release it when needed. The IMS05WDBH100K40 Inductors are a specific type of fixed inductor with excellent performance characteristics for power applications, pulse and EMI noise suppression.

The IMS05WDBH100K40 Inductors are available in three types; air core, ferrite core or toroidal core. The core materials used are chosen due to their magnetic properties; air cores provide high voltage and current capacity, ferrite cores reduce the core losses and toroidal cores give low DC resistance. The inductance of the inductor is measured in millihenries (mH), and it is this reactance that allows the inductor to store and deliver energy depending on the need.

Applications

The IMS05WDBH100K40 Inductors are mainly used in power circuits, where they help the user to control the amount of energy stored, channelling it precisely where it is needed, or providing a smooth transfer of energy when the peak current and voltage spikes are expected in the circuit. This is available in compact devices used to store up to 160A with a low direct current resistance, high inductance and the ability to handle higher voltages.

The IMS05WDBH100K40 Inductors can also be found in pulse circuits, where the inductance is used to turn the DC current into AC current. The inductors are specifically designed to handle high peak currents and see low saturation at the peak, making them ideal for pulse and EMI noise suppression applications.

Working Principle

The IMS05WDBH100K40 Inductors use the basic principles of electromagnetism to store energy and release it where needed. When a current is applied to a coil of wire it generates a magnetic field, proportional to the current. This can allow an inductor to store energy, allowing it to release more or less energy when needed. Coils can also be used for energy dissipation, with the current in the coil, generating a magnetic and electrical field, resulting in a decrease in current.

The IMS05WDBH100K40 Inductors are designed to take advantage of the magnetic core properties. The core material used affects the inductance of the inductor, with air cores providing high inductance and low resistance, ferrite cores providing medium inductance and low resistance, and toroidal cores providing low inductance and high resistance. This allows the user to design a circuit depending on the need, utilizing the desired core materials.

Conclusion

The IMS05WDBH100K40 Inductors are designed with specific purpose power applications, pulse and EMI noise suppression in mind. With a wide range of available core materials, the inductors can store energy, and release it in a gradual and precise manner, depending on the specific need. This allows the user a greater flexibility and precision in design and functionality.