4726-60

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Fixed inductors, such as 4726-60, are electronic components used to store and provide inductance in circuits. The main purpose of inductors is to store energy in the form of a magnetic field, which makes them useful for various applications including filtering, impedance matching, and voltage regulation. The 4726-60 is a ceramic core inductor which is useful in many types of electronic equipment.

The 4726-60 inductor utilizes a rectangular-shaped ceramic dielectric core, which provides a large amount of inductance in a small size. It also provides a low self-resonant frequency and high current ratings. The 4726-60 inductor is made of a metalized ferrite core, enameled copper wire, adhesive and insulation materials. The size of the inductor is 2x2.1x3.1 mm, and the inductance range is from 1uH to 220uH.

The 4726-60 has a lot of applications in the electronics industry, from power supply design to signal transmission and other forms of communication. It is used in power supplies because it allows the components to operate at a higher efficiency, and it also decreases the power losses associated with high frequency switching. In addition, it helps to improve the stability of the power supply by providing a stable operating environment.

The 4726-60 inductor is also often used in the design of signal transmission and communication systems. It is used to provide impedance matching between the digital signal and the analog signal, ensuring that the signal remains within its specified specifications. In addition, it helps to reduce the amount of interference that can be introduced into the system by providing a high quality signal isolation. By reducing the amount of interference in the system, the overall system performance will be improved.

The working principle of the 4726-60 inductor is based on Faraday’s Law of Induction, which states that a changing magnetic field induces a voltage in a conductor. When a current passes through the inductor, it produces a changing magnetic field in the core, which induces a voltage in the conductor. The voltage is then passed to the next circuit component, such as transistors, capacitors, or other electronic components. In this way, the inductor helps provide reliable, uninterrupted functioning of the circuit.

In summary, the 4726-60 inductor is an essential component in the design of many electronic applications, including power supplies, signal transmission, and communication systems. By providing a high-quality signal isolation, the 4726-60 inductor helps improve the performance and efficiency of the system. Furthermore, its ceramic core inductance provides low self-resonant frequency and high current ratings, which makes it perfect for many different applications.

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