Coaxial cable between 144 MHz transceiver and SatRover. The SatRover is developed with simplicity in mind. The “Rover” in the name means it is intended to use on portable or “Rover” operation. Together with a portable 144MHz transceiver it is small enough to put in your backpack or with your camping gear.
User Manual QO100 transverter 2. Dimensions and Specifications 2.1 Dimensions Transverter enclosure: Length 165 mm Width 105 mm Hight 40 mm LNB/Helix: Length 200 mm Diameter 100 mm Mount diameter 40 mm ( standard LNB mount ) 2.2 Specifications TX frequency range 2400.0 –...
Now your SatRover is ready for installation. 5. Installation and Interface The front panel of the SatRover contains 4 SMA female connections and a 4 pin multipole connector. 5.1 Source supply Source supply is made on the right 2 pins of the 4 pole connector.
1. If there is a DC voltage (5-12V) during transmit on the 144MHz coaxial line the SatRover changes over to transmit automatically. (Yeasu FT290 is interfaced this way) 2. The most left pin of the 4 pin multipole connector needs a pull down to make the SatRover go to transmit. (Icom IC705 can be interfaced this way) ...
6. Getting started Before using your SatRover you must aim the antenna to the satellite. Be sure there is a window to the satellite from the location where you want to set up the antenna. There are many apps or websites to find the proper azimuth and elevation heading.
7. Adjustments It is possible to make some adjustments to the SatRover. The power output can be adjusted to match the drive power on 144MHz, both TX frequency and RX frequency can be set individually. To make these settings you must take off the top half of the enclosure.
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