ANGPS-1MM

RF Antennas

ANGPS-1MM is an RF antenna developed for the application of satellite communications. This antenna provides a wide dynamic range with linearity, allowing for efficient transfer of data. This is achieved through a combination of an effective radiation pattern design, an advanced matching network, and mechanical construction. ANGPS-1MM offers good axial ratio and gain, making it suitable for wide variety of satellite applications.

The working principle of the ANGPS-1MM antenna is based on the concept of antenna interfacing. The antenna has an effective radiation pattern that is designed for both reception and transmission of radio signals. The antenna is designed in a way that the transmitted signal will be efficiently coupled to the receiving antenna. The effective radiation pattern of the antenna is designed in such a way that the signal received from the transmitting antenna will be eventually picked up by the ANGPS-1MM antenna.

The antennas also feature an efficient and advanced matching network to provide high isolation, linearity and high power transfer. The network comprises of several components including a substrate integrated waveguide (SIW) array, a SIW cavity, a microwave balun, and a high-frequency directional coupler (HFC). This network ensures that the signals that are transmitted and received are well coupled.

The mechanical construction of the antenna is also designed to ensure a better performance. The antenna is composed of several mechanical components which include the radiating element, the matching network, and the feed systems. The antenna is designed with a compact and lightweight design and features robust construction. The antenna is also designed with an adjustable center connector, allowing for easy installation and maintenance.

The ANGPS-1MM antenna provides a wide dynamic range with linearity, efficient signal coupling, and robust construction. This makes it suitable for a variety of satellite applications. Moreover, the antenna provides a good axial ratio and gain, making it ideal for applications involving satellite communications.