OC24005-FNM

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RF Antennas: OC24005-FNM Application Field and Working Principle

OC24005-FNM antennas are widely used in various industries, such as aerospace/defense, automotive, broadcasting, communications, medical, navigation, telecommunications, research and the Internet of Things (IoT). It is ideal for applications requiring highly compact antennas, such as Unmanned Aerial Vehicles (UAVs), satellites and transceivers. The antenna has a variety of features, such as wide coverage, wide frequency range, and low profile.

OC24005-FNM antenna has a compact design with a diameter of 8.4mm and a height of 1.35mm, making it ideal for use in applications where size and weight constraints are critical. With its small form factor, OC24005-FNM antenna can be mounted directly to a panel, lid, or board, or mounted with a low profile or spring-loaded bracket for ultimate convenience and versatility. The antenna features a maximum gain of 20dB with a wide bandwidth of 690MHz-6000MHz.

Furthermore, the antenna\'s excellent coverage includes all global cellular networks (2G/3G/4G/5G) as well as WiFi (2.4GHz-2.5GHz) and Bluetooth (2.4GHz-2.485GHz). This allows the antenna to be used in applications where it is necessary to cover a wide range of frequencies.

The working principle of the OC24005-FNM antenna is based on the broadband characteristics of the antenna coupled with a high gain radiating element. The antenna is designed using low loss and lossless dielectric substrates combined with precision machined components. This design ensures that the antenna has high gain with a wide bandwidth while maintaining low return loss. The antenna also has the capability to control the polarization through its design.

Overall, the OC24005-FNM antenna provides a great combination of low profile design, wide frequency coverage, and high gain. The antenna\'s small size makes it ideal for applications that require a low profile and the wide coverage allows it to be used in a wide range of applications. This versatility makes the antenna an ideal choice for any application where size and performance are critical.

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