Design and implementation of a Rayleigh pulse forming network for automated control

Date

2019-12

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Abstract

A Pulse Forming Network is designed for robust and repeatable energy delivery to a standard load. This device is then packaged into a mobile platform designed with end user interaction in mind. In order to control this device an ecosystem is designed to control the PFN hardware through a manual control interface and a communication protocol. Characterization of the pulse output validates the critical design metric of low variance energy delivery

Description

Keywords

PFN, Pulse, Compact, High energy, Rayleigh, Automate

Citation