新普京集团电子游戏网址(中国)有限公司

Inductors, as important components in big data and intelligent device circuits, play a role in filtering, throttling, etc. in AI servers, data center server power supplies, data acquisition equipment, intelligent robots, intelligent control drones, intelligent gateways, and IoT devices, stabilizing signal transmission, providing more stable voltage and current, and ensuring the normal operation of intelligent devices. Kedajia provides highly reliable inductor solutions and a wide range of inductor product models for the fields of big data and artificial intelligence through technological innovation, meeting customized needs and ensuring product safety and reliability.

Inductance plays a crucial role in communication devices such as mobile phones, base stations, and satellites. In the fields of audio and communication, inductors are often used in signal processing circuits. By changing the number of turns of the inductor or the material of the magnetic core, it is possible to adjust and optimize parameters such as signal amplitude and frequency. For example, using a balun filter composed of inductors and capacitors can effectively suppress stray signals and noise in RF signals.

In the field of energy, inductors are mainly used in magnetic energy storage systems, AC transmission lines, and energy conversion systems. For example, in magnetic energy storage systems, inductors can store energy in a magnetic field and release it when needed; In communication transmission lines, inductors can prevent high-frequency interference and losses; In energy conversion systems, inductors can convert DC to AC or vice versa.

Inductors are widely used in electronic products due to their unique electromagnetic induction properties and energy conversion capabilities. From simple filtering and energy storage to complex signal processing and circuit control, inductors are indispensable components.

In the field of household appliances, inductors are mainly used in lighting regulation, audio amplification, and wireless charging. For example, in light regulation, inductors can be used to adjust the brightness of the light; In audio amplification, inductors can be used to enhance audio signals; In wireless charging, inductors can be used to generate alternating fields to transmit energy.

In the medical field, inductors are mainly used in medical devices, biosensors, and pacemakers. For example, in medical equipment, inductors can be used to generate high-frequency signals for the treatment of cancer and other diseases; In biosensors, inductors can be used to detect biomolecules and cells; In pacemakers, inductors can be used to generate pulses to maintain heartbeat.