Satellite Communications Engineering Handbook: A Practical Reference for Link Budgets, RF Design, Orbital Mechanics, and Ground Stations

Every satellite link is a contest between signal and noise across tens of thousands of kilometers, and winning it means holding orbital mechanics, antennas, propagation, noise, modulation, and coding together at once, all the way to a single calculation: the link budget.

For many engineers and students, that is the hard part. The knowledge needed to design and analyze a satellite link is scattered across separate texts, each in its own notation, and the link budget is too often presented as a formula to memorize rather than a method to understand. This handbook was written to bring that whole body of engineering into one practical, working reference.

Rather than presenting results and asking you to trust them, it develops each idea from its physical basis and demonstrates it with a full worked example, every assumption stated, every unit carried, every step shown, with practice problems and answers to apply the methods yourself. The link budget sits at the center, as the natural meeting point of everything that comes before it.

Working through the book, you will be able to:

• Follow a signal from the ground, up to the satellite, and back, and know what governs its margin.

• Work orbital period, coverage, and look angles for a given orbit.

• Choose a frequency band by weighing bandwidth against rain and atmospheric loss.

• Turn antenna gain, propagation loss, and system noise into a carrier-to-noise and link-budget analysis.

• Compare modulation, coding, and multiple-access schemes by their real effect on capacity and reliability.

• Reason about payloads, earth stations, networks, and modern low-orbit constellations as one system.

It is written for upper-level engineering students who want a structured path from foundations to applications, and for practicing communications, RF, and systems engineers who need a dependable desk reference, one built on consistent notation, SI units, and United States conventions, and designed to serve as both a course of study and a working reference for years.

'GRAB A COPY NOW' and begin reasoning about a satellite link the way it is actually engineered: quantitatively, from the physics up, with the link budget at the center.