The presence of fractals proved to be an attractive approach for multiband antenna design. Measurements were taken from 500 MHz to 3 GHz using a vector network analyzer. To overcome the narrow ...

The Oxion 2.0 AI RF design tool can save time and accelerate antenna integration, tackling complex RF layouts and overcoming PCB constraints.

The paper discusses how antenna design is often overlooked in the development process, leading to unnecessary costs, delays, and performance issues. To avoid these pitfalls, the antenna design ...

4-elements Yagi Antenna for 144.3 MHz - 12.5 Ohm design. Meant to be fed using a gamma match.

In this work, a Quasi-Yagi antenna is designed to operate at 2.4 GHz for RFID applications. The proposed device is composed by a Quasi-Yagi antenna surrounded by fractal metamaterial structures placed ...

Yagi antennas have long been popular as beam antennas for amateur radio. Here’s how they work. Part 1 of this series introduced two fundamental antenna concepts while part 2 discussed the PIFA antenna ...

A five step design procedure is recommended and applied to a Genetic Algorithm-optimized 3-element Yagi at 146 MHz. This array exhibits excellent performance in terms of gain, front-to-back ratio, and ...

AK2W Crossed Yagi Antenna Design Calculations 2022.xlsx is a spreadsheet that captures the output of the EZNEC models and Yagi Calculator for 146 MHz and 435 MHz cross-Yagi antennas, including a page ...