A field guide to RF engineering
Turn your curiosity into RF expertise.
Develop the skills to analyse, design and test RF circuits and systems through interactive models and worked engineering examples.
- Build physical intuition
- Connect fundamentals to systems
- Learn at your own pace
- Earn a certificate
Learn by exploring.
As you learn, interactive explorers help you connect RF theory with how circuits and systems behave. Try this example: adjust a parameter and see its effect.
Antenna radiation
Change the antenna length to explore its radiation pattern.
Learn by exploring. Change the dipole length to see how its radiation pattern changes.
Ideal dipole. Length in wavelengths (λ); power normalized to each pattern’s peak.
About this model
Ideal thin wire, fed at its center in free space, with a sinusoidal current distribution. Length is the total tip-to-tip length in wavelengths (λ). The surface shows relative radiated power, normalized separately at each length. It does not compare absolute power, gain, efficiency, or impedance. The wire is schematic and uses a separate scale from the power surface.
About RF Journey
Built from
engineering practice.
I’m Ricardo Pereira, an RF Design and Certification Engineer. I’m building RF Journey to connect physical intuition with the calculations, measurements, and design decisions engineers use in practice.