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With the development of science and technology, equipment in many fields has been manufactured. In order to maintain a stable balance of current circuits in terms of power, the electronics industry needs inductance products that are small in size, high in power, low in cost, and suitable for integrated settings. As a result, a new inductance was created, which quickly became a standout in the electronics industry. This is the integrated inductor. In general power inductors, a copper core wire is wound on the transformer frame, and then a sealant is added. Because of the characteristics that these ordinary chip inductors do not have, they are often used in high-tech fields.

With the development of science and technology, equipment in many fields has been manufactured. In order to maintain a stable balance of current circuits in terms of power, the electronics industry needs inductance products that are small in size, high in power, low in cost, and suitable for integrated settings. As a result, a new inductance was created, which quickly became a standout in the electronics industry. This is the integrated inductor. Integrated molded inductors have characteristics that other soft magnetic materials do not have in terms of production technology: good performance control and shape control, good material characteristics and special structure design, inductance structure more stable, lower impedance, and seismic performance Better, so it has a higher conversion efficiency.

The difference between integrated inductors and ordinary inductors has the following points. The raw materials are different. The integrated inductors include the base body and the winding itself. The base body is made of aluminum die-casting with a magnetic powder embedded in the winding itself. , The surface package pin is the lead-out pin of the winding itself is immediately formed on the surface of the seat body. In general power inductors, a copper core wire is wound on the transformer frame, and then a sealant is added

Performance and stability integrated molded inductors are more excellent than traditional chip inductors, with excellent high current resistance and high temperature resistance, and excellent circuit stability. Because of the characteristics that these ordinary chip inductors do not have, they are often used in high-tech fields. For example, military power supplies, car charging, new energy vehicles, new generation mobile devices, computer motherboards, smart electronic products, etc.

Structure and structure integration molding Inductance molding is a fully enclosed die-casting. The requirements for molding technology are very high: too much pressure on the molding machine will damage the coil, and the product will be easy to break. Too little pressure will make the product insufficient and insufficient product strength. Ordinary traditional chip inductors are surface-mounted. Due to its advanced molding technology, the volume of the overall molded inductor is much smaller than that of the traditional chip inductor.

The integration of technology and price is more complicated than traditional chip inductors, and requires better inductor production equipment and technology, so inductor production costs are high. However, in recent years, with the improvement of manufacturing technology and the large-scale investment in production equipment, the price of integrally formed inductors has gradually become civilian. Therefore, the excellent quality, strong electrical parameters, and civilian prices of integrated molded inductors have quickly become the first choice of many engineers.