SC73-470

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Fixed inductors refer to a kind of electro-magnetic inductors, which can convert and store electric energy in magnetic field. An important role that fixed inductors play in electronic systems is that they help to regulate the growth and decrease of induced current amplitude, frequency and phase. SC73-470 is an example of a fixed inductor, which has a wide range of application in consumer electronics, medical instruments, LEDs, military equipment and telecommunication systems. In this article, the application field and working principle of SC73-470 fixed inductor will be discussed.

Application Field of SC73-470 Fixed Inductor

SC73-470 fixed inductor can be widely used in consumer electronics such as pacemakers, hearing aids, portable DVD players, smartphones, medical instruments and LED drivers. Besides, the device is also applied in military applications and telecommunication systems. In the medical field, SC73-470 fixed inductor mainly serve as basic elements for hospital monitoring devices and pulse generators. Moreover, it also serves as power supply components for traffic lights and security systems. In the military field, the device can be used to detect and measure force and vibration as well as monitor military-related electromagnetic environmental protection (EMP). Furthermore, the fixed inductor is also widely used in telecommunication systems including cellular phone networks, digital audio broadcasting, satellite TV and mobile networks.

Working Principle of SC73-470 Fixed Inductor

SC73-470 fixed inductor adopts a traditional working principle of electromagnetism. When an alternating current traverses through an inductor, for example a coil, it will construct a rotating magnetic field. The size of the flux density of the rotating magnetic field increases as the current goes up. The rotating magnetic field stored in the inductor is directly proportional to the current that goes through it. This property is referred as “inductance”, which is the basic working principle of the SC73-470 fixed inductor.

In addition, different inductors are designed with different structures and sizes, which lead to different inductance values. Therefore, the size of the inductance, determines the amount of current that a fixed inductors can store. A higher inductance value corresponds to higher current; while a lower inductance value corresponds to lower current. The standard inductance value of SC73-470 fixed inductor is 470μH, which implies that this device is able to accept a higher current than other lower inductance value fixed inductors.

Apart from this, SC73-470 also features extremely low DC resistance, resulting in higher efficiency and energy saving. Thanks to this feature, the operating temperature of the fixed inductor is lower than other similar products, prolonging its operational lifetime. Additionally, the device also features extreme moisture resistant, heat and flame resistance. With its low radiation, low susceptibility and low dissipation, SC73-470 has gained wide acceptance in the market. Moreover, the fixed inductor is also designed with strong anti-interference performance, shielding off external intervention signals and providing higher accuracy in measurement.

Conclusion

SC73-470 fixed inductor is a kind of electromagnets with a wide range of application in consumer electronics, medical instruments, LEDs, military equipment and telecommunication systems. This device adopts the traditional working principle of electromagnetism to convert and store electric energy in magnetic fields. The standard inductance value of SC73-470 is 470μH, which implies that it is able to accept a higher current than other lower inductance value fixed inductors. Apart from this, the fixed inductor boasts extremely low DC resistance, excellent moisture resistance, heat, flame and radiation resistance, as well as strong anti-interference performance.

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