1226AS-H-1R5N=P2

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Fixed Inductors

Fixed inductors, also called "chokes" in electrical engineering, are passive two-terminal electrical components used for filtering, impedance matching, tuning, and many other uses. Fixed inductors are categorized by their construction and application, and the application field and working principle of 1226AS-H-1R5N=P2 are examined here.

Construction

1226AS-H-1R5N=P2 is a general-purpose, fixed-inductance choke. It is a single-layer wound, compact design with solid beads that offers a fairly low DCR and high current rating. The printed-circuit style design of 1226AS-H-1R5N=P2 makes it customizable for specific applications. The maximum coil diameter is 1.25mm and the operating temperatures range from -40? to +125?.

Application Field

The 1226AS-H-1R5N=P2 is an ideal candidate for high-frequency, low-impedance applications. These include communication applications such as Wi-Fi, cellular base stations, and GPS receivers. The low DCR enables high current-handling capabilities, which make it suitable for power supply noise filtering and other applications that require low losses. The general-purpose construction of the 1226AS-H-1R5N=P2 also makes it suitable for a range of signal filtering applications, including audio and video signal processing.

Working Principle

The 1226AS-H-1R5N=P2 works on the electromagnetic induction principle. It consists of a coil of conductive wire, along with a magnetic core. When a current is applied to the coil, a magnetic field is generated around the coil. This magnetic field is then used to induce voltage in a second coil. The two coils are magnetically coupled, and this creates an inductance across the two coils. The magnitude of the inductance is determined by the type of core material, the number of turns of wire in the coil, and the size of the core.

Conclusion

In conclusion, the 1226AS-H-1R5N=P2 is a general-purpose, fixed-inductance choke that is suitable for a wide range of applications. It has a low DCR and offers high current-handling capabilities, making it an ideal candidate for high-frequency, low-impedance applications. The 1226AS-H-1R5N=P2 works on the electromagnetic induction principle, where a magnetic field is generated around the coil and used to induce voltage in a second coil.

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