9220-24

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Fixed inductors are electrical components consisting of a coil of conducting material, usually copper wire, wound around a core. This core can be made from a variety of materials including air, iron, ferrite, and ceramic. An inductor is a passive electronic component capable of storing electrical energy in the form of a magnetic field that then releases a current. The 9220-24 application field consists of medium and high power applications. It is non-polarized and has a short design cycle, high efficiency and a wide range of temperature, frequency and voltage options.

The 9220-24 inductors work similarly to other inductors. When current is passed through the inductor, it stores energy in the form of a magnetic field. The inductor acts as a bridge between DC and AC power sources, blocking one and allowing the other to pass. It also works by suppressing high-frequency noise, as well as blocking it from entering the circuit. For inductors operating at higher voltages, the inductance causes the current to flow in a controlled, steady manner, protecting other components from overloading.

The 9220-24 inductors were designed to perform effectively in medium- to high-power applications, such as in electronic circuits, automotive and power supply applications. It has a low-resistance bass structure, making it suitable for applications that require high power densities and low power losses. It also offers a short design cycle, high efficiency, wide temperature range and EMI filtering capabilities.

The 9220-24 inductors are very efficient, making good use of the energy that is stored and released as a current. It also has excellent temperature properties, with an operating temperature ranging from -55 to +150 degrees Celsius. Its very low resistance is relatively low in comparison to traditional magnets, reducing energy losses and allowing for higher power densities. Furthermore, the 9220-24 has an excellent frequency range of up to 25 MHz, which increases the efficiency of the application.

The 9220-24 inductors also have an excellent EMI (electromagnetic interference) filtering capability. This is important in preventing coupling of external electronic noise to the power supply circuitry. The EMI filtering also allows for better power quality, reducing power fluctuations and preventing harm to the circuit. In addition, the inductors are capable of working in a very broad voltage range, from 5 volts up to 400 volts.

In conclusion, the 9220-24 fixed inductors are an excellent option for high-power medium and high power applications. It has an impressive range of features such as short design cycle, high efficiency, wide temperature range, frequency range and EMI filtering capabilities. These features make the 9220-24 an ideal choice for use in power supply and electronic circuits.

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