OC24516-FNM

The OC24516-FNM antenna is a RF antenna, which is a type of antenna that operates with radio frequency electrical signals ranging from 3MHz to 30MHz. It is designed for long range communication and is feature rich enough to be deployed in a variety of mission critical and special purpose applications. Its application field includes applications in defense, aerospace, mobile communications, industrial and automotive systems, medical applications, and other Wi-Fi, GHz frequency applications.

The OC24516-FNM antenna is designed for convenience and ease of installation. It features a slender rectangular profile that is lightweight and robust, providing a reliable, low profile solution for long range RF communication. This antenna is capable of achieving an omni-directional radiation pattern for maximum coverage of the desired area. In addition, it is low in length but with a wide bandwidth and high gain performance.

The working principle of the OC24516-FNM antenna is based on the fact that RF waves travel in three directions—forward, lateral, and downward. The antenna captures and reflects these waves using a series of resonance chambers in its structure. The waves are then re-amplified and re-directed through a conical antenna element, which is responsible for the omni-directional coverage. This provides efficient and reliable coverage in a variety of application fields.

The OC24516-FNM antenna is a fully integrated, broadband antenna with a frequency range of 3MHz to 30MHz. It can be used in applications requiring high gain and wide bandwidth, such as long range communication systems. It is capable of providing a balanced and stable signal with minimal distortion. In addition, it is also resistant to high winds and other forms of severe weather. The antenna is designed to provide reliable and secure long-range communication in mission critical applications.

The OC24516-FNM antenna is a reliable, robust, and versatile RF antenna, designed for convenience and ease of installation. Its wide frequency range and high gain performance make it an ideal choice for a variety of applications requiring efficient, reliable, and secure communication. The antenna is capable of delivering a balanced and stable signal with minimal distortion and is resistant to rigorous weather conditions, making it a perfect choice for any mission critical or special purpose application.