Sky Wave (Ionospheric) Propagation — Study Resources & PYQs
Sky wave (ionospheric) propagation including virtual height, maximum usable frequency, skip distance, and optimum working frequency
- Estimated study time: 120 minutes
Study resources
- Sky Wave Propagation and Ionospheric Effects — Scribd (D/E/Es/F1/F2 layers, virtual height, critical angle) (PDF) — Sky Wave Propagation and Ionospheric Effects — Scribd (D/E/Es/F1/F2 layers, virtual height, critical angle) — selected for the syllabus topic Sky Wave (Ionospheric) Propagation.
- Method and system of preconditioning transmitted signals — Patent background (space-wave/line-of-sight propagation definition) (PDF) — Method and system of preconditioning transmitted signals — Patent background (space-wave/line-of-sight propagation definition) — selected for the syllabus topic Sky Wave (Ionospheric) Propagation.
Sky Wave (Ionospheric) Propagation previous year questions
- (a) Explain the difference between ground waves and sky waves in the context of radio wave propagation. (b) What is the effect of Earth's magnetic field on sky…
- (a) How are radio waves bent by ionosphere. Why frequencies above 30 MHz are not bent? (b) Determine the electron density of a layer if critical frequency is 2…
- Explain the terms i) Critical frequency ii) Maximum Usable frequency iii) Skip Distance iv) Optimum Working Frequency v) Gyro Frequency (b) What is the effect…
Taught in these subjects
- Antenna and Wave Propagation — ECT-1702 · Government College of Engineering and Technology, Jammu