What is a chip inductor, the basic structure, advantages and disadvantages, working principle, classification, manufacturing process, main differences, and development history of chip inductors 4

2. Different functions: Chip inductors are mainly used for storing and releasing energy, converting electrical energy into magnetic energy or vice versa through the principle of electromagnetic induction. It can be used for applications such as filtering, regulating voltage and current. Chip magnetic beads are mainly used for electromagnetic interference (EMI) filtering, which improves the anti-interference ability of circuits by absorbing and suppressing high-frequency noise.diode

3. Different parameters: The main parameters of chip inductors include inductance value (unit: Henry), current capacity (unit: Ampere), and resistance value (unit: Ohm). The main parameters of chip magnetic beads include frequency range (unit: Hertz), impedance (unit: Ohm), and maximum current capacity (unit: Ampere).diode

4. Different application fields: Due to differences in functionality and parameters, chip inductors and chip magnetic beads also have differences in their application fields. Chip inductors are commonly used in fields such as power supplies, circuit boards, and communication equipment, for voltage conversion, current filtering, and signal transmission. Chip magnetic beads are mainly used in radio frequency (RF) and high-frequency circuits of electronic products to reduce electromagnetic interference and improve signal quality.diode

8、 Development history:

The development process of chip inductors can be traced back to the early 20th century, and the earliest chip inductors were developed based on the principle of electromagnetic induction. With the rapid development of electronic technology, the manufacturing process and performance of chip inductors have been continuously improved and enhanced.diode