FXP14R.A.07.0100A

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RF antennas play a critical role in many applications, from automobiles to computers to military radar systems. The FXP14R.A.07.0100A is a specific antenna of this type, and its features and effects have a number of common uses.

Overview

The FXP14R.A.07.0100A is a broadband dipole antenna designed specifically for the RF spectrum. It operates predominantly within the range of 1.2 GHz - 5.8 GHz and has an adopted gain of 4 dBic. Its dipole design consists of two corner reflecting elements, each with equal length at a 90-degree angle, creating a nearly omnidirectional radiation pattern with an appreciably low side lobe level. This antenna is particularly well-suited for demanding wireless applications such as 802.11 802.1x, Wi-Fi, WiMax and 3G, 4G & 5G cellular communications.

Application Field

The FXP14R.A.07.0100A is well-suited to many applications for its high-performance, efficient gain characteristics. These applications include:

• Communication base stations
• Engineering testing
• Cellular applications
• Wi-Fi/WiMAX applications
• RFID applications
• Voice recognition
• RF remote controllers
• GPS receivers

The passband of this antenna makes it ideal for a variety of applications that depend on high-frequency signals, including wireless network communications, satellite communications, and more. In addition, its compact, low-profile design offers the advantage of minimal visibility in high-traffic areas.

Working Principle

The FXP14R.A.07.0100A works by converting an electromagnetic signal into an electrical signal, which can then be processed and analyzed. The antenna receives the signal through its dipole design and then converts the energy into an electrical signal. The dipole design emits a very low side lobe level, meaning that the antenna maximizes the amount of electromagnetic energy reflected back to the source as opposed to dissipating in undesired directions.

In addition, the antenna utilizes directivity in order to maintain maximum input power. It does this by concentrating the majority of its gain in a particular direction, increasing the range and power of the received signal. This makes it advantageous for use in many applications, such as long-distance satellite communication or in receiving weak signals in highly contaminated areas.

Conclusion

The FXP14R.A.07.0100A is an RF antenna designed to bring enhanced performance and functionality to a variety of applications. Its efficient gain characteristics allow the antenna to be used in demanding wireless applications such as 802.11 802.1x, Wi-Fi, WiMax and 3G, 4G & 5G cellular communications. Its dipole design emits a low side lobe level and utilizes directivity in order to maximize energy reflected back to the source. By harnessing the power of electromagnetic energy conversion, the FXP14R.A.07.0100A offers an intuitive and efficient solution to many communication and engineering needs.

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