ASR Corporation

There are existing antenna designs that will result in the radiation of circular polarization, but not all of these are well-suited to high power applications.  The two strategies that we will consid ...

From Topic A16-123, the DoD has programs that require very compact electrically small antennas (ESAs) that are capable of handling the electrical and thermal stresses of high power microwave (HPM) sou ...

Since 2010, ASR has been working with partners at the University of Arizona and now the University of New South Wales in Canberra, Australia, on strategies that allow us to leverage electrically small ...

The Navy has a need to control such extreme power specifications that no suitable switches exist. The Navy power specifications require us to develop a novel medium (probably a pressurized gas or liqu ...

A compact laser driver will allow photoconductive semiconductor switches to be used in small EMP simulator "building blocks" (EMPBB). Combined with a battery powered on-board pulsed power system, the ...

The Navy has a need to control such extreme power specifications that no suitable switches exist. The Navy power specifications require us to develop a novel medium (probably a pressurized gas or liqu ...

ASR proposes to develop an HPM source for deployment into the MLRS M26 (or smaller) payload bay. Multiple, parallel FEGs will charge a single quarter wave oscillator to 100kV or more, and each FEG wi ...

Switches must perform under rather dramatic conditions compared to other components and switching media are of utmost importance.

High power microwave (HPM) sources have been developed over the past few decades for many important DoD missions ranging from electronic warfare to intentional EMI to impulse radar. One important are ...

Since there is no clear final configuration, ASR has chosen to contemplate a design concept to be accomplished during a potential Phase II award along with a Phase I work plan to demonstrate feasibili ...