FP1108L1-R085-R

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Fixed inductors, also known as coils, are one of the basic components of an electronic circuit and are an important part of the circuit design. The FP1108L1-R085-R is a fixed inductor with many uses and a few advantages.

Application Field

The FP1108L1-R085-R fixed inductor is most often utilized in RF (Radio Frequency) applications. It is designed to not only provide high frequency filtering, but also handles power levels up to 80 Volts. It also offers a high Q value that ensures minimal power losses and higher attenuation. This makes it an ideal product for high frequency applications in both commercial and military systems.

The FP1108L1-R085-R is also ideal for use in power supply filters, broadband amplifiers, and high current circuits. It is a great choice for use in any digital circuitry and provides high noise rejection, allowing for better signal transmission. It is also perfect for use in signal conversion applications such as frequency converters and signal systems.

Working Principle

Fixed inductors work on the principle of magnetism. When AC current is passed through a coil of wire, a magnetic field is created and the coil’s inductance increases, creating an impedance in the circuit. This impedance helps to filter signals by blocking high frequency signals while allowing lower frequencies to pass.

The FP1108L1-R085-R inductor provides a high impedance, allowing for better filtering performance. Its design offers superior power handling and high current handling capabilities, making it suitable for broadband applications. Its high Q-value also ensures minimum power losses and higher attenuation. This makes the inductor ideal for military and commercial systems.

Conclusion

The FP1108L1-R085-R is a fixed inductor that is perfect for use in RF applications. It offers great power handling capacities and a high Q-value, making it an ideal product for high-frequency applications, such as in power supply filters, broadband amplifiers, and signal conversion systems. Its design and higher impedance ensure better signal transmission and noise rejection.

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