Definitive Contract NNX14CG06C

Award Date 4/24/14
Potential Completion Date 10/20/17
Potential Value $875K
Ultimate Awardee
Not listed
Federal Contract Vehicle
Set-Aside Type
Total Small Business
Extent Competed
Full and Open Competition after exclusion of sources
Major Defense Program
Not listed
Pricing Type
Firm Fixed Price
Place of Performance
Berkeley, CA 94704, USA
Solicitation Procedures
Negotiated Proposal / Quote
Number Of Offers Received
430
Legislative Mandate
Not listed
National Interest Action
Not listed
Research Type
SBIR Program Phase II Action
Primary Consortia Member
Not listed
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MICROELECTROMECHANICAL SYSTEMS (MEMS) TECHNOLOGY HAS THE POTENTIAL TO CREATE DEFORMABLE MIRRORS (DM) WITH MORE THAN 10^4 ACTUATORS THAT HAVE SIZE, WEIGHT, AND POWER SPECIFICATIONS THAT ARE FAR LOWER THAN CONVENTIONAL PIEZOELECTRIC AND ELECTROSTRICTIVE DMS. HOWEVER, CONSIDERABLE DEVELOPMENT IS NECESSARY TO TAKE STATE-OF-THE-ART MEMS DMS TODAY AND MAKE THEM FLIGHT-LIKE. THIS PHASE II SBIR PROPOSAL ADDRESSES TWO CRITICAL AREAS IN MEMS DM DEVELOPMENT TOWARDS THE GOAL OF DEVELOPING FLIGHT-LIKE HARDWARE. NAMELY, PHASE II RESEARCH WILL FURTHER DEVELOP IRIS AO'S PROVEN HYBRID MEMS DM TECHNOLOGY TO: 1) DEVELOP AND DEMONSTRATE WAFER-SCALE ASSEMBLY OF DEFORMABLE MIRROR ARRAYS AND 2) INCREASE DRIVE ELECTRONICS RESOLUTION TO>=18 BITS USING HARDWARE-CONTROLLED SUPER-RESOLUTION OVERSAMPLING TECHNIQUES. THE INCREASED SPATIAL AND ACTUATOR RESOLUTION AFFORDED BY THE DEVELOPMENT HERE WILL ENABLE PICOMETER RESOLUTION DMS REQUIRED TO REACH 10^10 CONTRAST LEVELS NECESSARY FOR DIRECT DETECTION OF EARTH-SIZED TERRESTRIAL PLANETS.

Posted 4/24/14, 12:00 AM