With the advent of 5G and future trends for communication systems moving to millimeter
wave (MMW) and higher frequencies, antennas will be required to have high gain, wide …

Microstrip patch antennas are widely employed in several applications, thanks to their low
profile, low cost, and easy manufacturing. However, the demand for new technologies …

This document discusses some of the advances in additive manufacturing 3D-printing for
electromagnetic applications that have been investigated in the literature in the last few …

Fused Deposition Modeling (FDM) of thermoplastics is a flexible and simple 3D printing
method. FDM has a variety of adjustable fabrication parameters to modify both the …

In this paper we demonstrate the transformation of optical barcode into UHF RFID tag, which
makes the barcode readable by both an RFID reader and an optical reader. The designed …

The fabrication of flexible antennas for RFID applications can be divided into subtractive and
additive methods. In this study, a low‐cost additive method is proposed, which involves …

Additive manufacturing is a method that opens the way to new technologies in the electronic
industry. Among these, Fused Deposition Modelling (FDM) allows embedded circuit …

The rise of 5G and the potential shift towards millimeter wave (MMW) and higher frequencies
in communication systems call for antennas with superior characteristics, such as high gain …

In this work, a new and unconventional design for a UHF RFID PIFA antenna has been
studied and realized. 3Dprinting by Fused Deposition Modelling (FDM), combined with the …

Microstrip patch antennas are popular because of their small size, low cost, and ease of
manufacturing. They are used in many different applications. Nonetheless, the antenna …