Time-modulated array (TMA) antennas, introduce the dimension of time into antenna design
to control the radiation patterns and frequency spectral characteristics, thus improve the …

Single-sideband time-modulated phased arrays (STMPAs) can suppress undesired
sidebands and achieve convenient beam scanning without repeated time-consuming …

Traditional time-modulated antenna arrays (TMAs) usually introduce sideband radiations at
a multiple of discrete harmonic frequencies. To improve radiation efficiency of TMAs, various …

Single-sideband time-modulated phased arrays (STMPAs) are able to generate a scanned
beam at the first sideband while suppressing undesired sidebands. In this article, an STMPA …

The design of a high-efficiency single-sideband (SSB) time-modulated (TM) module is
introduced, and the factors affecting the efficiency of the TM module, including harmonic …

A wideband active single-sideband time modulator (STM) is proposed in this paper, which
achieves high-resolution frequency-independent phase shifting performance through high …

A high-resolution amplitude and phase control (HRAPC) method for 2-bit single-sideband
(SSB) time-modulated (TM) technology is proposed in this article. The desired time …

Different from linear arrays that can resolve only one angular component, two-dimensional
(2-D) array patterns enable to remove the cone of uncertainty and right/left ambiguities …

Time-modulated array (TMA) naturally generates a large number of sidebands to achieve
multibeam radiation. Conventional multibeam TMAs using rectangular modulation signals …

This paper proposed a phased beam scanning technology based on a single-sideband time-
modulated array (TMA), which could achieve digital beamforming (DBF) using a single …