Envelope Soliton Oscillator for UWB

TL;DR

This paper presents an envelope soliton oscillator designed for ultra-wideband radio-frequency communication, demonstrating its existence and stability through simulations, which could enhance UWB communication systems.

Contribution

Introduction of a novel envelope soliton oscillator architecture supporting UWB communication, with simulation-based validation of its stability and existence.

Findings

Supports ultra-wideband RF communication

Stable envelope soliton pulses demonstrated via simulations

Oscillator design includes nonlinear transmission line and saturable absorber

Abstract

An electronic oscillator is shown to support an envelope soliton pulse. The oscillator comprises a loop, formed by a nonlinear transmission line, an amplifier, a bandpass filter and a saturable absorber. The soliton is suitable for ultra-wideband radio-frequency communication; its existence and stability are demonstrated with simulations.