RadioWORKS 2.0.36.0 Details
Free Software Downloads: \ Education \ Science \ RadioWORKS 2.0.36.0 |
RadioWORKS 2.0.36.0 | ||
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Program ID: |
30389 |
Author: | ||
Downloads: |
358 |
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License: |
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Cost: |
$0.00 US |
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Operating Systems: |
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Size: |
937K |
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Release Status: |
update |
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Last Updated: |
2008-12-19 |
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Keywords: RadioWORKS, Radio Waves, Propagation, 3D Coverage Map, HAM, Amateur Radio, 2D Line of Sight Graph, Path Loss, Hata model, Free-Space, ITU Terrain, COST 231, COST-Walfisch-Ikegami, Radio Propagation Graphing, SRTM Graphing, EMF, Weissberger Recent Changes: Added Weissberger's path loss model / Added ability to apply path loss calculation from any calculator directly to supplied system parameters to see if loss is within allowable range / Fixed crash bug that occured on some systems when clicking the title banner. Install Support: Install and Uninstall Supported Languages: English Additional Requirements: Microsoft .NET Framework v. 2.0 / OpenGL Support |
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RadioWORKS is a tool for calculating various items related to radio waves and radio wave propagation. Get detailed information about a frequency, such as the free-space wavelength, band classification, propagation methods, common transmitter configurations, etc. Calculate antenna lengths or frequencies. View a 3D coverage map by providing a latitude / longitude coordinate and transmitter height. View a 2D representation of line of sight coverage between two latitude / longitude points, including compensation for TX/RX height, adjustment for Earth curvature, and first Fresnel zone calculation. Look up the elevation of a latitude / longitude coordinate. Calculate path loss using the Free-Space, ITU Terrain, Hata Urban, Hata Suburban, Hata Open Area, COST 231 Hata Extended, Weissberger, or Empirical COST-Walfisch-Ikegami (Also known as 'COST 231 Empirical') non Line-of-Sight (n-LoS) and Line-of-Sight (LoS) mathematical models -- OR -- run the models backwards to get the matching distance for a given path loss value. Use the Distance and Power change prediction calculator to predict how a proposed transmitter power change, whether an increase or a decrease, will affect your usable range -- OR -- how a proposed range requirement change, whether an increase or a decrease, will affect your transmitter power requirements, while factoring in the signal decay rate observed in your current system. All path loss distance / power change prediction calculations can also be displayed graphically. Calculate the beamwidth, gain, and far-field distance of a dish antenna. Context-sensitive help is available to guide with the usage of the various features. Additionally, all mathematical formulas used by the application are on display, including explanations and usage information.
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