All RF Engineering Articles FAQs
Basic RF engineering background information.
- Finding, Solving, and Preventing Intermodulation Products
- How are free space field and loss calculations handled in TAP™ relative to isotropic antennas and dipole antennas?
- How do I compute fade margin and reliability for a passive repeater link?
- How does TAP™ calculate and use the earth curvature correction?
- How does TAP™ calculate composite fade margin in microwave link reliability predictions?
- How does TAP™ compute free space loss for microwave link reliability predictions?
- How does TAP™ estimate microwave link reliability based on computed fade margin?
- How does TAP™ incorporate climate factors in microwave link reliability predictions?
- How does TAP™ incorporate frequency diversity in microwave link reliability predictions?
- How does TAP™ incorporate rain attenuation and atmospheric absorption in microwave link reliability predictions?
- How does TAP™ incorporate space diversity in microwave link reliability predictions?
- How does TAP™ incorporate terrain and humidity in microwave link reliability predictions?
- How is “composite” or “aggregate” coverage computed in TAP?
- Microwave Passive Repeater Engineering
- What are the underlying calculations, parameters, and assumptions for the Longley-Rice (ITM) propagation model?
- What is Fresnel Zone Clearance and what numbers should I use in my study?
- What is the difference between dBu, dBm, dBuV, and other field intensity units?