IHB4EB121K

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Fixed Inductors

The IHB4EB121K is an inductor commonly used in electronic circuit designs and serves a variety of purposes in a wide selection of applications. It is usually deployed as a fixed inductor in that its core design does not allow for adjustment of inductance value during use.

The most notable feature of the IHB4EB121K is its ability to be used in conjunction with its associated capacitor in creating a tuned system. This tuned system is generally used in applications that are related to the generation and reception of RF signals. Such applications include radio receivers, mobile communication systems, navigation systems and other transmitting and receiving applications that require tuned frequency filtering.

The inductor itself is a passive component that contains two electrically conductive windings that are encapsulated in a special core material. The core material contains a special magnetic material which is responsible for introducing the inductance into the system. The electromagnetic field that is generated by the core material is proportional to the magnetic material’s magnetic permeability and the number of windings that the inductor contains. When current is applied to the windings, a magnetic field is generated and thereby induces electromotive force proportional to the number of windings and the core material’s magnetic permeability.

In practical applications, the induction value of a specific inductor is determined by an array of factors. These include the inductor\'s core material, core shape, the number of windings, and the dimensions of the windings. In many instances, an inductor must be chosen to meet the specific electrical requirements of the application. For this purpose, inductor manufacturers provide products with different inductance values and core designs that enable users to choose an inductor best suited for their requirements.

The IHB4EB121K series of inductors are designed for a wide range of applications. These include common base, Pierce/CE, common emitter, tuned, matched and balanced, and dual configurations. They are particularly well suited for high frequency applications in the frequency range of 500MHz to 5GHz. The inductor offers an impressive Q factor which results in a high efficiency and power handling capability, making it ideal for low noise and low voltage applications.

The core material used is the same for all IHB4EB121K inductors and is a special iron-cobalt-molybdenum alloy that allows for a high permeability and very low core losses. This means the inductor is highly efficient even at high frequencies. The core also features a lightweight construction and low temperature coefficient, allowing it to perform on a consistent basis over extended temperature ranges.

The inductor design is also optimized for minimal self-resonance. This ensures that the inductor continues to perform the desired functions even when the application requires very high frequencies. The IHB4EB121K inductor also features high current handling capability and maximum power ratings of up to 10A and a peak power rating of 5A.

When correctly installed, the IHB4EB121K inductor provides several features and benefits:

• High efficiency and power handling capabilities
• Lightweight construction and low temperature co-efficients
• High permeability and very low core losses
• High current handling capability and maximum power ratings
• Optimized design for minimal self-resonance
• Wide range of applications

The IHB4EB121K is a reliable and cost effective inductor used in a variety of applications that require tuning in the frequency domain. As an example, this inductor is used in radio receivers, mobile communication systems, navigation systems, and other receiving and transmitting applications. The IHB4EB121K inductor is specifically designed to provide the necessary inductance and power handling capabilities for each application.

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