Circular Inductor Applications

The main applications of circular Inductors are as follows:

1. Transmission: In case of power overload, round inductors can be used to stabilize the circuit by fast rapid voltage reduction.

2. Magnetic FM: When transmitting and receiving radio signals, circular inductors can filter noise, smooth current, and improve signal spreading efficiency.

3. Filter: Circular inductors are suitable for use in high power toroidal inductors, such as power line and signal line electrostatic noise Filters, converters, and radiation interference suppressors for ultrasonic equipment.

4. Energy Storage: Circular inductors utilize its inductance to store electrical energy, which is proportional to the square of its own inductance and the current flowing through it.

5. Signal Transmission: Circular inductors can selectively transmit signals so that they can filter out some useful signals.

6. Signal Amplification: Circular inductors can be used as signal amplifiers to amplify weak signals to sufficient strength.

7. Signal modulation: Circular inductors can be used for signal modulation, converting signals to different frequencies or waveforms.

8. Signal Detection: Circular inductors can be used for signal detection, converting signals into electrical signals for measurement and analysis.

9. Signal Conversion: Circular inductors can be used for signal conversion, converting different signals into the same signal.

10. Signal control: Circular inductors can be used for signal control, converting signals into control signals in order to control other devices.

Circular inductors have a wide range of applications in modern science and technology, such as plasma physics, controlled nuclear fusion, electromagnetic propulsion, high-power lasers with repetitive pulses, high-power radar, the generation of strong current charged particle beams, and strong pulses of electromagnetic radiation.