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Introduction to DCE10I-985-UFL

The DCE10I-985-UFL is an ultra-low-profile antenna with a very low profile in the mid-to-high frequency range. It is a highly efficient, compact, light-weight antenna that is suitable for many applications. It offers flexibility and reliability when installing on equipment, and is often used in conjunction with dipole, patch, sector, or yagi antennas to provide further coverage. The DCE10I-985-UFL is quickly becoming a preferred choice for those looking for discrete, minor antennas without sacrificing performance.

Application Field

The DCE10I-985-UFL is used in a variety of applications, including wireless home networks, Wi-Fi networks, cellular networks, radio broadcasting, and other data transmission applications. It is especially popular due to its efficient size and output power when used in conjunction with other antennas for additional coverage or signal improvement.

Working Principle

The DCE10I-985-UFL uses a flat dipole antenna design, with its dipole elements running along the bottom of the antenna. It operates in the frequency range of 900 MHz to 9500 MHz, providing a wide range of coverage. The use of a flat dipole design allows for a very low profile, while still providing excellent performance and directivity. The antenna is designed to provide a consistent signal regardless of the orientation of the antenna.

Additionally, the DCE10I-985-UFL uses a patented fractal element design which enables the antenna to contain many small antenna elements in a flat profile. This design helps to increase the antenna efficiency as the number of elements increases, therefore providing a higher output power compared to a conventional dipole antenna. The fractal element design also helps the DCE10I-985-UFL to resist interference from other sources such as other antennas.

Conclusion

The DCE10I-985-UFL is a preferred choice for many applications, due to its ultra-low-profile, efficient size, and output power. It is a highly efficient, compact, light-weight antenna that is suitable for many applications, including wireless home networks, Wi-Fi networks, cellular networks, radio broadcasting, and other data transmission applications. The use of a flat dipole design allows for a very low profile, while still providing excellent performance and directivity, and the patented fractal element design helps the antenna to resist interference and provide even better coverage and signal strength.

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