Home Product Directory Topics Note Pad electronica 2008 EuMW 2008 Back Issues RF Blogs Military Electronics Subscribe News Design Features Web Seminars PartFinder Whitepapers Microwave Legends Newsletter WebConnect RF Design  RSS


PART SEARCH :
GlobalSpec - The Engineering Search Engine


Related Resources

  
Reprints   Printer-Friendly    Email this Article    RSS        Font Size     What's This?

[Defense Electronics]
Lockheed Martin Picks Phase Matrix For DTO

Jack Browne  |  ED Online ID #17647 |  November 20, 2007

Phase Matrix has won a $700,000 contract from Lockheed Martin Systems Integration- Oswego to develop an X/Ku-band digitally tuned oscillator (DTO) for the United States Air Force's B-2 stealth bomber. Integration of the DTO is part of the modernization of the B-2's electronic systems. The DTO design is based on low-phase-noise, fast-tuning voltage-controlled oscillators (VCOs) that are digitally linearized for excellent frequency accuracy with low drift over temperature and across the tuning range. According to noted oscillator designer Dr. Paul Khanna, Vice-President of Phase Matrix, "This contract fully reflects Lockheed Martin's confidence in our company and in the ability of our Components Group to meet the challenging requirements of a critical component for the B-2 bomber." Khanna added that the contract "also affirms our capabilities in the field of complex microwave subassemblies."

Phase Matrix's Components Group offers extensive lines of products from 1 to 50 GHz for instrumentation, military, and telecommunications applications, including fixed- frequency and phase-locked oscillators. The company's custom subassemblies are based on a wide range of analog and digital functions, including integration of switches, oscillators, filters, attenuators, frequency conversion, power supplies, microprocessors, and memory.

Lockheed Martin (www.lockheedmartin.com)

Phase Matrix (www.phasematrix.com)





Reprints   Printer-Friendly    Email this Article    RSS        Font Size     What's This?




POST YOUR COMMENTS HERE
Name:

Email:
Rate this article:

 less useful more useful 
1
2
3
4
5

Your Comments: