About Us

Engineering Better Antennas. Together.

PCB Antenna is an engineering-focused website for people designing, evaluating, and learning about printed antennas, RF systems, and wireless hardware.

We share practical antenna articles, RF calculators, PCB antenna design references, and simulation-oriented resources for engineers, students, researchers, and product teams.

PCB antenna with 3D radiation pattern

Our Mission

To make antenna engineering easier to understand without removing the technical depth that real projects require. We bridge theory and practice so you can design with confidence and validate with accuracy.

What You Will Find Here

Antenna Theory

Practical explanations of antenna fundamentals, radiation patterns, parameters, and design principles for PCB antennas.

RF Calculators

Calculators for dipoles, patch antennas, microstrip lines, wavelength, Friis transmission, link budget, and more.

Design & Optimization

Guides for matching, bandwidth improvement, S11 interpretation, efficiency, and performance optimization.

HFSS & EM Simulation

HFSS and EM simulation concepts, workflows, setup guidance, and real-world validation tips.

Engineering Approach

We believe antenna design should be treated as a complete system problem. A calculator can provide a starting point, but final performance must be checked with stackup-aware simulation, careful layout, controlled prototypes, VNA measurements, and product-level testing.

Stackup-Aware Design
Careful Layout Practices
VNA Measurements
Controlled Prototypes
Product-Level Testing
Real-World Validation
PCB antenna measurement bench with VNA and radiation simulation

Who This Site Is For

RF / Antenna Engineers
Students & Learners
Researchers
Product Developers
Hardware Design Teams

Questions or Need Engineering Support?

We are here to help you solve real antenna design challenges. Reach out for guidance, reviews, or custom engineering support.

Get "10 RF Design Principles Every Engineer Should Know" Free
Learn practical principles for better RF circuits, PCB layouts, simulations, measurements, and troubleshooting.