By combining a horizontal planar dipole and a vertically oriented folded shorted patch antenna, a new low-profile magneto-electric dipole antenna is presented. The antenna is simply excited by a ...

Breakthroughs in antennas, metasurfaces, and AI are transforming mmWave networks, enabling more dependable and high-capacity ...

Antennas installed at 18 U.S. high schools detected bursts of radio activity that can precede solar disturbances capable of ...

The paper is titled "Measurement of the electric dipole moment of AlCl by Stark-level spectroscopy." Until now, the dipole moment of AlCl was only estimated, with no experimental confirmation.

Abstract This article describes a two-element antenna designed in a Digital Terrestrial Television Broadcasting (DTTB) Multiple Input Multiple Output (MIMO) 2×2 front antenna in the 470 to 700 MHz ...

A dipole made from thin wire typically has a bandwidth of around 5% of the center frequency; a thicker wire will increase the bandwidth to as much as 20% but also affect other performance attributes.

The simple dipole isn’t really that simple at all. If you’ve got antenna questions, check out [FesZ]’s new video on resonant dipoles, which is a deep dive into some of the mysteries of the ...

The papers included in the set investigate antennas both theoretically and experimentally, in CW mode and in time domain mode (pulsed antennas). They can help to understand how antennas really work.

Dipole antennas can be used for a wide range of applications, including radio and television broadcasting, wireless communication, and radar systems. They are particularly useful for short-range ...

Yagi basics The simplest Yagi antenna consists of three elements arranged along a support beam, usually metal but can be wood or fiberglass, as alternatives (Figure 2). Only the center element is ...