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Cree Introduces Highest Power And Frequency Plastic Packaged GaN Transistors For Low Cost Radar And Datalinks
2014-05-16 13:01:18| rfglobalnet Home Page
Cree, Inc. introduces the industry’s highest power continuous wave (CW) GaN HEMT RF transistors packaged in a dual-flat no-leads (DFN) format. Aimed at the cost-sensitive sub-100W commercial radar and data link amplifier market segments, the new 6- and 25-watt DFN transistors effectively obsolete the use of inefficient GaAs transistors in C- and X-Band frequencies and also enable the practical replacement of short life tube-based technology for commercial radar applications such as weather, marine and surveillance.
Cree Introduces Highest Power And Frequency Plastic Packaged GaN Transistors For Low Cost Radar And Datalinks
2014-05-16 13:01:18| electronicsweb Home Page
Cree, Inc. introduces the industry’s highest power continuous wave (CW) GaN HEMT RF transistors packaged in a dual-flat no-leads (DFN) format
Cree may start production building construction this summer
2014-05-12 13:17:31| Electronics - Topix.net
Durham-based Cree Inc., a maker of energy efficient LED lighting, components and chips, could start construction as early as this summer on a production building on a yet-to-be developed project known as the north campus.
Tags: start
building
production
construction
Cree may start production building construction this summer
2014-05-12 06:58:20| Semiconductors - Topix.net
Durham-based Cree Inc., a maker of energy efficient LED lighting, components and chips, could start construction as early as this summer on a production building on a yet-to-be developed project known as the north campus.
Tags: start
building
production
construction
Cree Announces Low Cost Extended Bandwidth GaN HEMT Transistors To Support Data-Hungry Small Cell Networks
2014-05-09 07:29:41| rfglobalnet News Articles
As high data rate applications put more strain on LTE wireless networks, innovative solutions such as small cell base stations (BTS) and carrier aggregation will be needed to bridge the bandwidth gap in high traffic areas
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