MIKE1A/2.5M/FMEF/S/S/20

VSWR:	1.5
Applications:	GPRS, GSM, UMTS
Height (Max):	1.339" (34.00mm)
Mounting Type:	Magnetic
Ingress Protection:	--
Termination:	Connector, FME Female
Features:	--
Gain:	3dBi
Return Loss:	--
Series:	MIKE 1A
Number of Bands:	5
Antenna Type:	Whip, Straight
Frequency Range:	--
Frequency (Center/Band):	850MHz, 900MHz, 1.8GHz, 1.9GHz, 2.1GHz
Frequency Group:	UHF (300 MHz ~ 1 GHz), UHF (1 GHz ~ 2 GHz)
Part Status:	Active
Packaging:	Bulk

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MIKE1A/2.5M/FMEF/S/S/20 RF Antenna Application Field and Working Principle

The MiFoLi design engineer MIKE1A/2.5M/FMEF/S/S/20 RF Antenna is an embedded antenna that is frequently used in the development of important communication systems. This particular design is constructed for the applications of Mobile Terminals, various Radio Communications, and Space Telecommunications. It is a Multi-Band, Microstrip dual two-way antenna designed for military applications.

Design Description

The MIKE1A/2.5M/FMEF/S/S/20 design is a thin and sleek antenna with a measured length of only 2.5m. The antenna is composed of two layers with a combined weight of 60grams. The first layer is just 1.1mm in thickness and is made from the unique FMEF material. FMEF is a ferrite ceramic material that possesses extraordinary dielectric properties. This layer is the backbone of the antenna, providing the radiofrequency connectivity. The second layer is made from steel and measures 4.3mm in thickness. This metalized layer enhances the antenna\'s ability to attach to various surfaces and also provides a more cohesive structure.

Working Principle

The use of FMEF material in the MIKE1A/2.5M/FMEF/S/S/20 RF Antenna is the cornerstone of how this device functions. This Ferrite Ceramic material is designed to be electromagnetic wave permeable and energy absorptive, thus allowing for a high level of frequency stability, distortion prevention, and directionality in its performance. It also has strong dielectric properties which assist in allowing for accurate communication signals.The antenna works by collecting and amplifying the incoming radiofrequency frequencies within the designated frequencies known as the Receive Range of the antenna. The radiofrequency signals are then broadcast through the ferrite ceramic layers, which absorb the RF energy and help increase the antenna\'s gain. The amplified signals are then broadcast through the metalized steel layer, providing a stronger, more powerful transmission signal for communication.

Application Field

The MIKE1A/2.5M/FMEF/S/S/20 RF Antenna is widely used in the telecommunications industry, specifically in the development of essential communication systems. It is designed for robust performance, and provides superior antenna strength and efficiency in the transmission of radio signals. This particular model is ideal for use in mobile terminals, portable systems, GPS navigation systems, and more.Moreover, this embedded antenna is designed for military applications, and provides superior reliability in diverse environments. It is adept in handling a wide range of radio signals, thus making it ideal for radio communication, satellite communication, and other complex systems. The MIKE1A/2.5M/FMEF/S/S/20 RF Antenna is also used in applications that require low thermal noise performance, such as microwave systems, detector receivers, and directional antennas.

Conclusion

The MIKE1A/2.5M/FMEF/S/S/20 RF Antenna is a versatile design that is suitable for various applications, especially military use. Its combination of FMEF material and metalized steel enables this antenna to provide superior radiofrequency amplification, and precise transmission of communication signals. This antenna is designed for durability, strength, and efficiency, making it an ideal choice for communication systems.

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