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Products

In-Band Duplexer

In-bandDuplexerRenaissance Electronics has designed an in-band duplexer for LTE cell site applications. In a very compact footprint of 4.75” x 3.15”, the duplexer provides 30 dB of rejection between the Tx and Rx. The insertion loss is less than 1 dB.


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Power Amplifier: HHPAV-362

362-PowerAmp200Renaissance Electronics Corporation/HXI is pleased showcase the HHPAV-362 Power Amplifier it covers the frequency range from 59 to 61 GHz and is usable to 65 GHz. MMIC technology is employed for high reliability and repeatability. The amplifier can be used in transmitters for communication and radar systems and also as part of test equipment suites.


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Coaxial Circulator: Model #3A2BFC

coaxialCir3A2BFC100In view of LTE requirements, Renaissance Electronics Corporation has developed a coaxial circulator operating from 700 to 960 MHz. It is available in standard 1.50” x 1.67” footprint and can withstand 150 watts of CW power and offers insertion loss of 0.7 dB over -40 to +75C. This makes the design attractive for both indoor and outdoor applications.


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Gain Control Attenuator: HMC992LP5E

/ext/resources/BuyersGuideImg/2012/Hittite/HMC.pngHittite has introduced the first product in the new automatic gain control product line. The HMC992LP5E combines a high performance analog voltage variable attenuator (VVA) core with a high speed power detector in a compact 5 x 5 mm plastic package to offer a complete, compact automatic gain controller (IF-AGC) solution.


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Electromechanical Microwave Switch

NardaSEM066-100Narda, an L-3 Communications (NYSE: LLL) company introduced the SEM066 high-performance SP6T electromechanical microwave switch that covers 2 to 18 GHz and is an excellent choice for defense applications that require broad operating bandwidth along with ruggedness and long-term reliability in the field.


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Acoustics Module Upgrade

A condenser microphone simulation for determining the sensitivity measured in dB (relative to 1V/Pa). The multiphysics system involves thermoacoustics, electrostatics, an electrical circuit, and a deforming mesh. This visualization shows the sound pressure level in the device as well as the membrane deformation.
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