ANCF2-50MMQW

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 Cellular antennas are an important part of modern mobile communication. Due to its high gain and wide bandwidth, ANCFT-50MMQW antenna can efficiently broadcast and receive RF signals in a wide frequency range. The excellent performance of this type of antenna makes it suitable for many applications, such as smart phones, wireless local area networking (WLAN) and international mobile station equipment identity (IMEI).
ANCFT-50MMQW antenna is a microstrip-fed patch antenna. The rectangular patch is constructed of a dielectric substrate and surrounded by an aluminium coating. The antenna element is generally operated in TM or hybrid mode, and the dielectric substrate material is chosen according to application requirements. This type of antenna offers flexible design parameters and high electrical performance. 
The antenna is optimized with a combination of parameters including antenna design parameters, material properties and patch size. It typically has an operating bandwidth of up to 25 – 27 GHz. The antenna is also designed to ensure high efficiency at mid- to high frequencies. It also has high directivity and high gain and is resistant to interference from adjacent devices. 
ANCFT-50MMQW antenna is mainly used for applications that require high frequency signals. It can be used for a wide variety of applications, such as cellular, wireless local area networks, satellite systems, microwave systems, vehicle communication systems, and other high frequency radio systems. The antenna is also suitable for applications where multiple operating frequencies are used. For example, it can be used in wireless networks that operate in two or more frequency bands, such as 2.4 GHz and 5 GHz.
Due to its versatile design and high performance, ANCFT-50MMQW antenna is an excellent choice for a variety of RF applications. The antenna is relatively easy to design and implement. It is also suitable for OEM applications because it can be easily tailored and customized according to the application requirements. It provides reliable and efficient transmission and reception of radiofrequency signals in a broad frequency range. With high gain and wide bandwidth, it is an ideal choice for a wide range of applications.

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