9130-44

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Fixed inductors are passive components used in electrical circuits, primarily for the purpose of storing energy in a magnetic field. The 9130-44 Inductor, more commonly known as a ferrite-beaded inductor, is a popular choice amongst engineers for use in radio frequency (RF) applications; primarily because it has a very low electrical resistance (< 1 ohm) and provides very good high frequency performance. This makes them ideal for applications such as filters, signal trimmers, voltage dividers, voltage regulation and EMI suppression.

A 9130-44 inductor consists of a copper wire that is wound around a ferrite bead core, whereby a magnetic field is created. The current passing through the copper wire creates the magnetic energy, which will remain stored until the current is interrupted. The stored energy is then released in the form of a burst of current. This process results in a very short rise-time (corresponds to the current rise-time) and fast fall-time (when the current drops) of the inductor, which is ideal for use in radio frequencies.

The ferrite-beaded inductor has a very low electrical resistance, making it very efficient. When it is connected to a circuit, as little power as possible is lost due to the resistance in the coil. This makes it an ideal solution for applications where power conservation is important, such as in mobile phones, Bluetooth devices and automotive electronics.

The 9130-44 inductor is designed for operation between 50 kHz and 1.5 MHz frequency range. It is a popular choice for designers as it is an extremely versatile component and can be used in RF antenna circuits, RF amplifiers, H-bridge motor drivers and various other RF applications. It is also suitable for use in AC and DC powered circuits.

The 9130-44 inductor is extremely robust and able to operate in extreme temperature ranges. It is capable of operating in temperatures ranging from -40C. to +90C, and in humidities between 30-90%.

The ferrite-beaded inductor provides excellent signal transmission, high switching performance and electromagnetic compatibility. It is also completely noise-free, offering low EMF and RFI emissions. This makes it ideal for use in sensitive applications, such as medical equipment, where signal interference and noise can cause serious issues.

The ferrite-beaded inductor is an economical component, making it an attractive option for designers who are looking to implement a cost-effective solution to their design. Furthermore, they are also easily installed, with no special tools or equipment needed. The 9130-44 inductor is a popular choice amongst engineers and designers, and is an excellent choice for use in any application where power conservation and signal integrity are important.

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