Radio Navigation and Navigation Aids mind maps
11 mind maps by 5 users
This GoConqr page gathers a small set of mind maps on radio navigation and navigation aids, from radio wave theory to DME, radar and GNSS. University students and professional candidates can use them to study navigation systems, while teachers can find material for their classes. Explore the maps and choose a topic to study.
Mind maps
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216 nodesLORAN (Long Range Navigation) Accuracy of a hyperbo... · LORAN A · LORAN B · LORAN C · Accuracy · Loran D
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151 nodesVHF Omni direction Range (VOR) Short Range · Very high frequency · Replaced by GPS · Operation · Intersection of 2 rad... · Line of sight propaga...
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34 nodesAttachment D: Information and material for guidance in the application of the GNSS SARPS 7. GBAS and GRAS
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51 nodesRadio Direction Finder Automatic Direction F... · Radio Magnetic Indica... · Operation
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49 nodesDME Navigation System Role · Unit of Measurement · Airborne DME · Channels · Radio Frequencies · Slant Range Error
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8 nodesAutomatic Direction Finding by NDB Range · The BFO selector on a... · Errors · And NDB transmits a s...
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33 nodesAppendix B: Detailed Technical specifications for the GNSS. 3.6: GBAS and GRAS
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24 nodesProperties of Radio Waves and Radio Theory To carry out a phase ... · The plane of polarisa... · Atmospheric Ionisation · Range · Atmospheric Structure · Modulation
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15 nodesOmega Stations are position... · 8 stations · Lanes are numbered 90... · Long range navigation... · Very low frequncy rad... · Phase of the received...
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19 nodesRadar ILS · In a primary radar us... · The main factor which... · In a pulse radar the ... · Ground Radar
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5 nodesChap 5 Radar Echo and Doppler shift · FMCW calculations –di...
More Radio Navigation and Navigation Aids resources
About radio navigation and navigation aids mind maps
GoConqr OriginalRadio navigation and navigation aids mind maps
These user-made mind maps organize information about individual systems and their features. Automatic Direction Finding by NDB includes range and the BFO selector. DME Navigation System covers slant range, time to station and airborne equipment. Other maps cover radar, LORAN and GNSS guidance and technical specifications.
How to use the maps
Start with Radio Direction Finder if you want to follow the steps involved in automatic direction finding, from tuning to checking a station’s identity. If you are focusing on distance measurement, start with DME Navigation System and trace its branches from the system’s role to its equipment.
As you study, explain the links between branches in your own words. Return to a branch when you need to check a detail. For a different way to work with a topic, switch to a quiz or flashcards on the unit page. Open a map and follow the branches that interest you.
Frequently asked questions
Which mind map is a useful place to start?
For direction finding, start with Automatic Direction Finding by NDB. It brings together points on range and the BFO selector. If distance measurement is your focus, DME Navigation System is another starting point, with branches on slant range, time to station and airborne equipment.
Do the mind maps cover more than ground-based navigation aids?
Yes. Alongside maps on DME and direction finding, the collection includes material on GNSS guidance and technical specifications, as well as maps on radar and radio wave theory. You can choose a map according to the system or concept you want to study.
Are these mind maps free to use?
Yes. Every map listed here is free to open and study without an account. The resources were made by GoConqr users. A free account also lets you make your own mind maps, quizzes, flashcards and notes, and save your quiz scores.