SC52-180

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Fixed inductors are widely used in a variety of different electrical circuits. The SC52-180 inductor is a high-frequency inductor best suited for use in broadband, high-gain radio systems and voltage regulators. The SC52-180 inductor is a single-layer, rectangular, air-core inductor with an open-frame base. It has a dual-winding terminal and is available in both Wire-wound and Ferrite-core designs.The SC52-180 inductor is a general-purpose inductor designed for DC-to-DC converter applications, power supplies, switch-mode power supplies, converters, and signal transmission systems. This inductor is specially designed to provide maximum frequency response and is capable of handling up to 1KHz frequencies (depending on the core material).

The inductance of the SC52-180 inductor is based on the number of turns on the winding terminal and the number of slots on the air core, allowing the engineer to select appropriate inductivity values for the circuit. As the frequency increases, the SC52-180 inductor has a lower inductivity. The inductive reactance is related to the inductor impedance, which explains why it increases as the frequency increases. This low inductivity makes the SC52-180 inductor suitable for use in high-gain, broadband radio systems with wide-range transmission frequencies.

The working principle of the SC52-180 inductor is that it stores electrical energy through the creation of an electromagnetic field inside the inductor. The energy stored in this electromagnetic field induces an electrical current, which creates a magnetic field, which in turn induces a second electrical current, and so on. This phenomenon is known as inductive reactance. The inductive reactance is the total opposition of an inductor circuit to an AC voltage, and is measured in ohms.

The major advantage of using the SC52-180 inductor is that it is smaller and more efficient than other inductors. Its size allows for high frequency applications, and its efficiency provides a better signal control. Its small size is also useful for low-cost high-performance applications. The SC52-180 inductor has a low self-induction coefficient, which results in high-efficiency performance. As a result of its efficient performance, the SC52-180 is commonly used in high-gain, broadband radio systems.

In conclusion, the SC52-180 inductor is an ideal inductor for applications requiring a small size, high frequency, high efficiency, and wide-range transmission frequencies. Its small size allows for easy installation, and its efficiency and high frequency response make it an ideal choice for high-gain, broadband radio systems. The inductor is suitable for a variety of applications, including DC-to-DC converters, power supplies, switch-mode power supplies, converters, and signal transmission systems.

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