IHA505BA

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Fixed inductors are part of the range of circuit components used in many devices. The IHA505BA is one such inductor, widely used in various electronic applications.

Understanding how this inductor works and its various applications is important to ensure you get the best use from it.

Applications

The IHA505BA inductor is suitable for applications where a low resistance, high-frequency, wideband capability and compact size are required. One of the most common applications of the 505BA inductor is in the construction of radio frequency coils. These coils can be used for source and/or detector circuits. Additionally, the wide operating frequency range of the 505BA make it suitable for a variety of other high frequency and RF applications, including surface-acoustic-wave filters, clock circuits, carrier-current switches, audio filters, antenna and broadcasting networks, and Class-D amplifiers.

The 505BA also finds use in applications involving LED displays, where the inductor\'s high-frequency characteristics provide excellent performance in controlling current and brightness. Finally, the inductor can be used for supply-line filters and decoupling purposes.

Features

The IHA505BA inductor features a wide operating frequency range of 30MHz to 3GHz, low resistance levels of 4.2 ohms and wideband capabilities. This makes it feasible for use in applications with large signal and power requirements. The inductor also exhibits very low deviation over multiple operating conditions, which is advantageous in digital applications. The 505BA is available in both shielded and unshielded versions to provide resistance to EMI interference. Finally, the inductor has a small size of 2.5X3X1.8 mm, which makes it suitable for miniaturized circuits.

Working Principle

The IHA505BA is a type of fixed inductor, whose inductance behaves according to Faraday’s law of induction. An electric current flowing through a coil produces a magnetic field around the coil. If a stronger current is applied, the magnetic field increases accordingly in strength. This behavior enables the inductor to store energy in the form of a magnetic field. When the current applied to the inductor is removed, the energy stored in the field is released in the form of a current. This is known as the self-inductance of the inductor.

The inductance of a fixed inductor is usually much greater than that of an inductor with variable inductance values. The inductance of the IHA505BA, for example, is between 100 nH to 200 nH. This fixed inductance value is ideal for applications involving steady current, such as electronic ballast circuits and LED lighting systems.

The IHA505BA inductor is a versatile component which is used in a wide range of high frequency and RF systems. Its low resistance, high-frequency, wideband capabilities, and small size make it ideal for a variety of applications, including radio frequency coils, supply-line filters, LED displays, and antenna and broadcasting networks. Understanding the features and applications of the 505BA is essential to selecting and using the inductor for a particular system.

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