Low SWaP, 2-micron Fiber Amplifiers
AI Overview
The Air Force is seeking compact, lightweight 2-micron fiber amplifiers that match the size and weight of existing 1-micron systems while maintaining kilowatt-class power. This advancement enables eye-safer directed energy capabilities and advanced sensing for defense applications.
This summary is AI-generated from the official solicitation.
Key Details
Official Description
High-power fiber lasers operating in the 2-micron regime offer critical advantages for defense, medical, and industrial applications, including eye-safer directed energy, advanced sensing, and precision materials processing. While kilowatt-class, narrow-linewidth thulium-doped fiber amplifiers have been demonstrated, the Department of the Air Force aims to reduce the size and weight of existing kilowatt-class 2-micron fiber amplifiers into a highly compact system with similar size, weight, and p...
Change History
Informational change · Requirements + Description
Low SWaP, 2-micron Fiber Amplifiers
- A new Q&A entry (Q1) was added, with no prior version to compare against, so this appears as a first-time posting.
- The question asks about the input signal laser: power levels and wavelength range.
- It asks what input fiber the amplifier uses and whether that fiber must be connectorized.
- It asks whether the power supply must be included in the amplifier module.
- It asks about output beam delivery: whether the beam must be collimated, whether a delivery fiber is required, and if so, its length.
Why it matters for applicants: these questions cover hardware interface and packaging requirements (laser specs, fiber type and connectors, power supply integration, beam output and delivery fiber). Applicants should check whether their amplifier design and packaging assumptions fit these topics, since the answer (not yet provided in this entry) will determine whether the power supply and delivery fiber are in scope and how the system must be configured for the deliverable.
Low SWaP, 2-micron Fiber Amplifiers
New opportunity: Low SWaP, 2-micron Fiber Amplifiers
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