JM-100007
Journey ManPack 1.0m Ku-Band Auto Flyaway Antenna
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1. Summary
The antenna is a portable satellite communication ground terminal designed for Ku-band satellite communications. It supports the transmission and reception of wireless microwave signals and allows for the integrated installation of equipment such as the BUC, LNB, modem, and router, enabling one-button automatic satellite acquisition.
2. System Composition
1) Antenna Feed Subsystem: Prime focus antenna (carbon fiber reflector), Ku-band dielectric feed, OMT, filters, rotary joints, etc.
2) Antenna Control Subsystem: Azimuth, elevation, and polarization motors, etc.
3) Tracking Subsystem: Beacon receiver, angle sensors, GPS, Wi-Fi module, ATPC control board, etc.
4) Power Supply Subsystem: PSU unit and mobile battery pack, supporting multiple power supply modes including mains power, battery operation, and generator power
3. System Features
1) A front-fed carbon fiber parabolic reflector is adopted. The overall system achieves 60% carbon fiber utilization, resulting in improved material stability, lighter weight, higher strength, and enhanced suitability for portable applications.
2) A cap-type dielectric feed is used to ensure high antenna gain and low sidelobe levels, delivering excellent RF performance.
3) The antenna system is equipped with a GPS positioning system, position sensing system, polarization adjustment system, servo drive system, automatic protection system, high-performance satellite beacon receiving system, antenna controller, and intelligent control and management software, among other components.
4) One-button operation enables automatic positioning, deployment, and satellite tracking within 3 minutes.
5) Under special conditions where GPS is unavailable, satellite longitude and latitude can be entered manually to quickly complete satellite acquisition.
6) Both motorized and manual control modes are provided, ensuring convenient emergency operation in various environments.
7) A handheld control terminal is provided, allowing satellite parameter configuration and system status monitoring directly from the handheld device.
