CPI0806J2R2R-10

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Fixed inductors are used in numerous electronic circuits, including power supplies, electrical circuits, grounding systems, and microwave circuits. CPI0806J2R2R-10 inductors are a type of fixed inductor used in many types of radio frequency applications. The inductor comes in a small, compact package, making it highly versatile and suitable for demanding applications. Additionally, the inductor boasts excellent performance. In this article, we discuss the application field and working principle of CPI0806J2R2R-10 inductors.

Features

CPI0806J2R2R-10 inductors are especially designed for use in radio frequency applications. These components are available in two different models, allowing for customization and flexibility when it comes to applications. The first model has a maximum DC bias current of 280 mA and the second model allows a maximum DC bias current of 500 mA. Additionally, the inductor can handle a wide range of frequencies, ranging from 250 MHz to 6 GHz. The small size of the component makes it suitable for use in complex commercial applications, such as UHF antennas and switching power supplies. Moreover, the inductor is resistant to temperatures up to 125°C and has an isolation frequency of up to 2.5 GHz.

Application Fields

CPI0806J2R2R-10 inductors are useful in various radio frequency applications. These include UHF antennas, cellular base stations, satellite systems, GPS navigation systems, wireless LANs, coaxial cables, and switching power supplies. Additionally, the inductor is suitable for use in high-frequency signal transmission systems, power amplifiers, RF filters, impedance transformers, and output amplifiers. Furthermore, the inductor is used in a variety of consumer electronics, such as cellular phones, gaming consoles, digital TVs, hard disk drives, and laptop computers.

Working Principle

CPI0806J2R2R-10 inductors work on the principle of magnetic induction. The inductor consists of a coil of wire that has a current flowing through it. When a changing magnetic field passes through the coil, it induces a voltage in the coil, which creates a counter-electromotive force (EMF). This counter-EMF opposes the flow of current in the coil, creating a magnetic field which is proportional to the current in the coil. When the current in the coil decreases, the magnetic field also decreases. This decrease in the magnetic field induces an opposing EMF, which acts to oppose the flow of current in the coil.

Conclusion

CPI0806J2R2R-10 inductors are useful in a wide range of radio frequency applications. The components are available in two different models, allowing for customization and flexibility in their use. The small size of the component makes it suitable for use in highly complex commercial applications. Additionally, the inductors are resistant to temperatures up to 125°C and can handle up to 2.5 GHz in isolation frequency. The inductor works on the principle of magnetic induction, when a changing magnetic field induces a voltage in the coil, creating a counter-electromotive force (EMF).

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