Ferrimagnetic Shocklines for a Solid-State High-Power Microwave System
ID: DMEA254-D01Type: Phase II
Overview

Topic

Ferrimagnetic Shocklines for a Solid-State High-Power Microwave System

Agency

Agency: DODBranch: DMEA

Program

Type: SBIRPhase: Phase II

Topic Link

https://www.dodsbirsttr.mil/topics-app/

Additional Information

https://www.dodsbirsttr.mil/topics-app/
Timeline
    Description

    The Department of Defense (DoD) is soliciting proposals for the development of ferrimagnetic shocklines aimed at enhancing high-voltage pulse sharpening capabilities in solid-state high-power microwave systems. The initiative seeks innovative solutions that improve size, weight, and power (SWaP) while enabling the sharpening of high-voltage impulses exceeding 100 kVs, with specific performance targets of 150 picoseconds rise times and 500 picoseconds pulse widths. This project is critical for advancing military technology in directed energy and microelectronics, aligning with modernization priorities. Proposals are due by January 8, 2025, and interested parties can find more information on the DoD SBIR website.

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    1730942901966.pdf
    The Department of Defense (DoD) is soliciting proposals for the development of advanced ferrimagnetic shocklines designed to enhance high-voltage pulse sharpening capabilities in solid-state high-power microwave systems. Current commercial devices have limitations in amplitude and lifetime, prompting the need for innovative solutions that improve size, weight, and power (SWaP) while enabling pulse sharpening for impulses exceeding 100 kVs. The project emphasizes the use of additive manufacturing and novel materials to optimize these shocklines, targeting rise times of 150 picoseconds and pulse widths of 500 picoseconds. Proposals for Phase I must demonstrate feasibility through assessments of thermal management, size-weight trade-offs, and operational lifetime evaluations. Additionally, applicants can submit Direct to Phase II proposals, necessitating prior evidence of technical merit. In Phase II, selected firms will produce four systems compatible with DoD prototypes and support integration and testing. Future applications in Phase III may include ultra-wideband systems for counter-electronics and radar uses. The project is restricted under ITAR regulations, requiring strict compliance regarding foreign nationals and data handling. The initiative aligns with modernization priorities in directed energy and microelectronics, aiming to advance military technology capabilities significantly.
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