IMS05WDBH222K40

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Fixed inductors are components within an electromagnetic circuit that are capable of the mutual inductance of a signal across a specified range of current and voltages. As the name implies, the inductance is predetermined by the inductor’s physical form, and will usually remain relatively constant over a wide range of frequencies. The IMS05WDBH222K40 is a specific type of fixed inductor with a wide range of applications and features.

The IMS05WDBH222K40 is a high current, low impedance, SMD (Surface Mount Device) dc-link pulsing inductor. It is designed to cope with large transient currents of up to 3.5A and is often used in an electronic control unit, particularly those involving power converters. With its low ESR (Equivalent Series Resistance) it is also used for snubber and resonant circuits, and for high speed, high power applications. The IMS05WDBH222K40 offers superior inductance stability for high switching frequencies of up to 400kHz, making it an ideal choice for many power electronics applications.

The IMS05WDBH222K40 conforms to the standard SMD size specification of 10 x 11 x 3.2mm and features a ferrite core material for strength and stability. It also has a working temperature range of -40 to +125 degrees celsius, making it suitable for a wide range applications that require a high level of reliability. In addition, it has an inductance value of 22μH ± 10%, a DC resistance rating of 0.30Ω and a low ESR of 0.008 Ω.

The main working principle of the IMS05WDBH222K40 is based on electromagnetic induction, which is a process by which a voltage is created across the wires of a circuit producing a varying magnetic field. When coils are wound in parallel, a web of electric fields is produced that cause the coils to interact with each other and produce a voltage between the two components, which can be used to supply power to a load. In the case of the IMS05WDBH222K40 this voltage is regulated and used to provide a pulsing current of up to 3.5A to a load or electronic control unit. This makes it ideal in applications where the control of high currents is required.

The IMS05WDBH222K40 also has EMC (electro-magnetic compatibility) characteristics optimized for low noise propagation, meaning it is able to suppress electromagnetic interference. This, coupled with its high level of reliability and inductance stability, makes it an ideal choice for many power electronics applications.

In summary, the IMS05WDBH222K40 is a high-current, low-impedance, SMD dc-link pulsing inductor with excellent inductance stability and electro-magnetic compatibility. It is designed for stability over a wide range of frequencies, and can handle large transient currents of up to 3.5A. This combined with its low ESR makes it an ideal choice for use in power electronics applications.

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