RF Savy Video Product Review of Microwave Signal Sources
San Rafael, CA (PRWEB) November 05, 2014 -- RF Savvy, an independent RF Design/Development Service for antenna and RF integration releases comprehensive review of Berkeley Nucleonics Microwave Signal Sources.
The video product review of the latest and innovative design in RF/Microwave signal generators and sources. Compact and robust, a fraction of the size and weight of traditional equipment, with specifications and performance that out-perform any competitive models. Frequencies from .001 to 26GHz, full modulation and sweeping capabilities, very fast switching speed, and excellent phase noise.
The full video can be seen here http://youtu.be/LnFT_38BUcE?list=UUH8KeJdxjDi5OIZ9cGN3AWQ. This video is a product review of the Berkeley Nucleonics' Model 845 RF Microwave Signal Generator is a low-noise and fast-switching microwave signal generator covering a frequency range from 10 MHz up to 20 GHz+. The Model 845 Microwave RF Signal Generator offers a wide and accurately-levelled output power range with high spurious suppression. Advanced frequency synthesis with fractional-N divider makes for low SSB phase noise and micro-Hz frequency resolution.
RF Savvy Offers Turn-Key RF Design/Development Services for antenna and RF integration of RF modules. Through its commercial relationships RF Savvy is also able to provide manufacturing services for any custom designed antennas or custom tuned COTS antennas. The RF Coupler featured on this website is available directly or through RF Savvy's distribution partners.
Berkeley Nucleonics Corporation is a leading manufacturer of precision electronic instrumentation for test, measurement and nuclear research. BNC has its corporate headquarters in San Rafael, California with several additional manufacturing facilities and sales offices located throughout the United States. Founded in 1963, BNC has been a recognized leader in the Test and Measurements field.
John Reynolds, Berkeley Nucleonics, http://www.berkeleynucleonics.com, 415-453-9955, [email protected]
Share this article