26S470C

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Fixed inductors are key components in the circuit, which are mainly used for pulse filtering, signal isolation, waveform conversion, energy storage and signal transmitting. The 26S470C is one of the fixed inductor devices, which has multiple application areas.

Application Field of 26S470C

The 26S470C is an SMD inductor device which is mainly used in low-frequency, high-current applications. It mainly contains a ferrite core with the 26S470C\'s unique cut slot shape, which provides a physical structure for better current flow. It also has an output terminal, which serves the purpose of connecting to other integrated circuit devices.

The 26S470C can be selected to solve different application problems, especially for situations where higher current breakdown is needed. The various parameters of the 26S470C make it suitable for a wide range of inductance values for low-frequency power supplies, and in addition, its high current capabilities result in low loss and high resistance to EMI (Electro-magnetic interference). It can also be used for power filter applications, DC-DC converter applications and so on.

Besides, the 26S470C has a great application area in audio and computer products. It is a very stable and reliable component when used for power supply and signal transmission. It can be used in computers, audio amplifiers, mobile phones, radios, TV sets and a variety of audio/video equipment. With these applications, the 26S470C offers high performance, excellent reliability and long lifespan.

Working Principle of 26S470C

The 26S470C is an inductor component composed of an inductive reactor and an isolation shell. The inductive reactor consists of a ferrite core with a unique cut slot shape and output terminals. The isolation shell is a plastic protective material that helps ensure the safety of the components within the device. With proper connection, the device will be able to work in the correct way.

When the 26S470C is used in a circuit, a current is applied to the output terminal, which will cause electrons to flow around the ferrite core. This creates a magnetic field, which generates an opposite applied voltage from the output terminal. This is the basic working principle of the 26S470C, which is to generate a negative voltage from the application of current.

The magnitude of the generated voltage is proportional to the current flowing through the device, and the size of ferrite core on the 26S470C helps to provide a higher output voltage. The unique shape of the cut slot allows for more efficient current flow over the ferrite core preventing heat buildup and enhancing durability.

In addition, electro-magnetic interference (EMI) is an important factor that should be considered when using the 26S470C. To reduce the interference, it is necessary to properly adjust the terminals and the body of the 26S470C to ensure that the inductance characteristics match the circuit. This can help minimize losses in the connection and ensure stable performance of the device.

Conclusion

In conclusion, the 26S470C is a high performance and reliable fixed inductor device. It can be used in a wide range of applications, from power supplies, to audio equipment, and even to DC-DC converters. Its unique ferrite core with a cut slot shape allows for more efficient current flow and provides better current breakdown. And its electro-magnetic interference (EMI) performance can be improved with proper adjustment of the components. With these features and benefits, the 26S470C is an excellent choice for any application that requires a reliable high-performance inductor.

The specific data is subject to PDF, and the above content is for reference