J23017H00-60N

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RF antennas are one of the most important components of any communication system. They allow the transmission and reception of electromagnetic signals in a specific range of frequencies, enabling communication. Therefore, the choice of an appropriate type of antenna is essential for any communication system, as it has an important influence on its overall performance. J23017H00-60N is an RF antenna, designed for mobile device applications. It is a half-wavelength monopole antenna, with an operating frequency range of 824MHz - 960MHz and 1710MHz - 2600MHz.

J23017H00-60N is a flat blade antenna designed for outdoor applications. Its vertical-orientation makes it suitable for low-profile and rigorous environments and its dimensions enable easy integration. The antenna has no ground plane and does not require any cable connection. Its total length is 60mm, its width is 17mm and its thickness is 3mm. It is equipped with a coaxial bulkhead connector, ensuring a high return loss performance.

The working principle of the antenna is based on the resonance of a physical system of conductors and grounded surfaces. Since it is a monopole antenna, it is made up of a single radiating element that has half the wavelength of the desired frequency. This enables the antenna to reach the higher frequencies needed in mobile device applications without losing efficiency. Furthermore, the flat blade design contributes to the antenna\'s radiation efficiency by reducing the capacitive loading from the ground plane.

J23017H00-60N antenna provides a solution for a variety of mobile device applications. Its capabilities for low-profile installation, cableless functionality and high return loss performance make it a good choice for applications such as cellular telephones, wireless local-area networks (WLANs) and Wireless Fidelity (Wi-Fi) networks.

J23017H00-60N offers an impressive combination of good radiation efficiency, low-profile outdoor integration, and wide-band operation, making it a viable solution for mobile device applications. Its resonance-based working principle, along with its flat blade design, allows for the antenna to cover multiple frequency bands while maintaining good radiation performance. This gives it the ability to support wide-band communication applications, such as advanced WLANs.

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