from publication: Satellite Telemetry and Image Reception with. You have to give it a try in order to assess its power. Download scientific diagram Orbitron screenshot with satellite tracking information. So all in all, it is one of the best satellite trackers out there and its feature list makes it twice better. Orbitron works flawlessly on all Windows versions and doesn't slow down the machine at all, with a minimum footprint on computer resources. If using a rotator make sure it is configured (DDE, Nova or Orbitron). It supports screen resolutions from 640x480 and full-screen mode and also, a separate Windows screensaver is included in the installer. Enable Doppler correction (used for frequency correction).
Plus, it boasts a comprehensive database of cities and satellite frequencies, with dedicated tools to synchronize PC clock via NTP. Orbitron provides sun and moon tracking, but also the possibility to load up to 20.000 satellites using TLE files. The main window allows you to choose the desired location, zoom in or out, pick a location center or a given continent and define a satellite on track.Īt the same time, it enables you to select a satellite from a large database and play with its settings, such as visualization, location, satellite info, prediction setup or radio. Judging by its ease of use, Orbitron is especially addressed to astronomers or for weather tracking purposes.īoth the interface and the list of features are impressively rich, so it may take some time to get used to them. This one is meant to be used with the QPSK decoder plugin for automatic scheduled decoding of satellite passes. The application may be quite difficult to use by the average user, despite the comprehensive help manual included in the package. Another plugin that allows satellite tracking software like WxTrack and Orbitron to interface with SDR. Experimental tests were performed with two prototype devices realizing different versions the electron-scheme design, viability of both developed schemes has been confirmed.Orbitron is a software solution designed to help you track satellites and view their positions at any time, while also providing a bunch of other useful details. The main problem solved in the work originated from the intrinsic contradiction between the aims of achieving long-term confinement of electrons in the trap and focusing of the applied electric field at the cathode, the latter being necessary to utilize the phenomenon of field-induced emission. Magnetic field was not used for mass economy reason and to avoid possible influence onto other on-board equipment. High efficiency and sensitivity of the sensor are achieved by the use of an electrostatic trap for accumulation of electrons ionizing the gas molecules. The developed gauge satisfies the requirements imposed by possible utilization in on-board satellite equipment: low mass, size and energy consumption, low turn-on time, etc.
A novel electron–optical scheme of ionization-type vacuum gauge is proposed that allows the use of field-emission nanocarbon cathodes.
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