SH50C-2.0-470

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Fixed inductors such as the SH50C-2.0-470 have become more and more important in today\'s ever-increasing range of applications. Fixed inductors are passive components that add inductance to an electrical circuit and are usually used with a capacitor in order to form an LC filter circuit. They are important parts of resonant circuits, which are used to filter out signals in order to achieve a desired output. The SH50C-2.0-470 is a compact, cost-effective and reliable fixed inductor with a power rating of up to 2 Amps.

Fixed inductors are constructed using various materials, including ferrite cores, wire cores and ceramic cores. The SH50C-2.0-470 fixed inductor uses a ceramic core, which provides an excellent high frequency capability and good thermal stability. The ideal characteristics of a ceramic core mean that the inductor can withstand high working temperatures, as well as providing superior electrical insulation compared to other inductors with wire cores.

The SH50C-2.0-470 is rated for a working frequency of up to 28MHz, and is capable of handling currents up to 2 Amps. The inductance is a low value of 470uH, which means that it can be used in many devices that require a low-inductance, high-frequency part. It also has a good exit inductance with a low DC resistance of 0.063ohms.

The SH50C-2.0-470 has a wide range of applications in sensing and communication electronics, such as telephone systems, home automation devices, radio systems and data speeds. It is also used in consumer products such as TVs, game consoles and laptop computers. It can be used to filter radio frequency noise, as well as for interference suppression, temperature compensation and power line interference. The SH50C-2.0-470 is also used in power supplies, notebooks and mobile phones.

The working principle of the SH50C-2.0-470 is simple and straightforward, as it is essentially a coil of wire. When an alternating current passes through its winding, a magnetic field is created, and the inductor will act to oppose the current by producing a voltage as a result. The higher the frequency of the current, the higher the magnetic field and the greater the voltage. The inductance of a particular fixed inductor is determined by the number of turns in the winding and the type of core material used.

In conclusion, the SH50C-2.0-470 is an excellent and cost-effective choice for a range of applications. Its low inductance and high frequency capability make it ideal for many consumer electronics and communication devices. Its ceramic core also makes it a reliable choice and ensures that it has good thermal stability. This fixed inductor is a great choice for many different products and is widely used in both residential and commercial applications.

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