SC105-181

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Fixed inductors are components used to store an electric charge by creating a magnetic field when an alternating current is operating in the inductor. They are widely used in electronic circuits for a variety of applications, such as filtering and suppressing errors, as well as boosting system performance.

As a fixed inductor, the SC105-181 has a wide range of application fields and a well-designed working principle.

Application fields

The SC105-181 is mainly used in radio and television transmitting equipment, electronic measuring instruments, oscillators, and some other electronic components. Most of these applications require high reliability and low volume size component, and the SC105-181 can provide such a compact, reliable solution.

As a fixed inductor, the SC105-181 also has some other application fields, such as hybrid circuits and signal processing units. The component can be used to improve the filtering performance, and also to reduce the EMI radiation and signal jitter.

In addition, the SC105-181 is also popularly used in fluorescent lamps, electronic pulses, and switching power supplies that need to convert AC current into DC current. As the size of the component is relatively small and its capacitance value is stable, the SC105-181 can be used to increase the overall efficiency and reduce power consumption.

Working Principle

The SC105-181 is a fixed inductor that can generate a magnetic field by passing a current through its metal core in a circular or spiral shape. The metal core is made of ferromagnetic material, which is a material that is susceptible to magnetism. By passing the current in the opposite direction to the magnetic field, the inductor can build up a stronger magnetic field and thereby store the electric charge.

Once an alternating current is present in the inductor, the magnetic field will produce an electric field, which is known as the back-emf. The back-emf then reverses the flow of current, thereby preventing a high surge of current and protecting the components. This also allows the SC105-181 to maintain a consistent output signal, even when the input current changes.

The SC105-181 has a wide range of application fields and a well-designed working principle. It is mainly used in radio and television transmitting equipment, electronic measuring instruments, hybrid circuits, and some other components, and it can improve the overall efficiency and reduce power consumption by producing a magnetic field and preventing a high surge of current.

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