We analyze and explore the potential that waveguide-mesh-based architectures used in
programmable photonic integrated circuits can be configured to enable true time optical …

Optical delay lines implemented in photonic integrated circuits (PICs) are essential for
creating robust and low-cost optical signal processors on miniaturized chips. In particular …

Integrated optical time-shift networks consisting of cascaded pairs of 2 x 2 linear electrooptic
switches and optical delay lines in GaAs waveguides at 1.32 micron are investigated for true …

A new technique to realize an array of multiple true-time-delay elements, which can be
independently and continuously tuned, is reported. It is based on a WDM parallel signal …

This paper reports the demonstration of a continuously-tunable true-time delay line for
microwave photonics and optical communications capable of high-resolution phase control …

Rapid and continuous tunability of time delay is a crucial functionality for radio frequency
(RF) photonic signal processing systems. Recent developments in photonic integration have …

We proposed and experimentally demonstrated an ultra-broadband on-chip microwave
photonic processor that can operate both as RF phase shifter (PS) and true-time-delay (TTD) …

An optical true time delay line (OTTDL) is a basic photonic building block that enables many
microwave photonic and optical processing operations. The conventional design for an …

A new implementation of microwave-photonic filters (MPFs) based on tunable optical delay
lines is proposed and demonstrated. The variable delay is based on mapping of the spectral …

In this paper, we propose integrated one-dimensional (1D) grating waveguide-based true-
time delay (TTD) lines on a silicon-on-insulator (SOI) platform. Through optimizing the …