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?

[Components]
Narda Offers LNA Modules To 18 GHz

Jack Browne  |  ED Online ID #16978 |  September 20, 2007

Return to Blog Index




 Recently in RF Components Weblog
B&Z Technologies Launches 20-GHz LNAs

Last Comment
Nice Site! http://google.com...
(3 Comments)
Catalog Collects Shielding Solutions

Last Comment
tz1C4z pbqirwuofxuf, [url=http://opwervktaviw.com/]opwervkta...
(2 Comments)
Hittite Unveils 2008 Designer's Guide

Last Comment
thank you,MSRF and hittite...
(1 Comments)
Renaissance Unwraps Transmitter Combiners
Make a Comment
Tiny Power Amp Drives S-Band Systems

Last Comment
720035f64c734aedc3c8725ac5a5cec6 (1 Comments)



Narda Microwave-East has developed a line of compact low-noise-amplifier (LNA) modules for broadband applications through 18 GHz. They offer noise figures as low as 1.8 dB and as much as 28 dB gain with output power at 1-dB compression as high as +20 dBm As an example, model NEL-0102N305-1MH is a broadband LNA module for applications from 500 MHz to 2 GHz. It features a noise figure of 2 dB or less and gain of at least 28 dB, with worst-case gain variations of 1 dB across the full frequency range. It provides output power at 1-dB compression of at least +5 dBm. Model NEL-0618T620-5MH is an LNA module designed for use from 6 to 18 GHz. Over that range, it delivers 4 dB noise figure, 28 dB gain, and output power of +20 dBm at 1-dB compression. For more information on the LNA modules, visit the Narda Microwave-East website at: http://www.nardamicrowave.com/east





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: