Feb 18, 2020

  Renaissance has designed a C-band drop-in circulator for use in military and commercial applications, including air, land and naval communication systems. With low 2nd and 3rd harmonics, consistent clarity can be found. 3G7BN Datasheet

Feb 17, 2020

For military and commercial satellite and radar applications, Renaissance has designed an S-band coaxial isolator. Operating at 2.7 – 3.1 GHz with low insertion loss and high isolation, it is ideal for airport surveillance radars. 2A5NDY Datasheet

Feb 11, 2020

Ideal for military and commercial SatCom applications, Renaissance has designed a K-band coaxial isolator that operates over a frequency of 25.5 – 27.0 GHz. This isolator offers low VSWR, low insertion loss and high isolation. 2A9NHY/Z Datasheet

Feb 10, 2020

For use in test and measurement applications, Renaissance offers a 700 MHz – 4.2 GHz dual directional coupler. With high power and high directivity, this coupler is suitable for even the most demanding of applications. 12A4BG-40N Datasheet

Feb 4, 2020

Renaissance offers a new S-band coaxial circulator that is designed for amplifiers used in space applications. The circulator can operate between 2.2 – 2.4 GHz with 0.5 dB insertion loss and 20 dB isolation and return loss. The design can handle 75 W over -40 to +95° C. 3A4NFB Datasheet

Feb 3, 2020

Renaissance has developed a new X-band Iso-Adapter that is designed for High Rel applications requiring waveguide to coaxial transition. Operating between 8.2 to 12.4 GHz, the iso-adapter provides 0.5 dB of loss and 18 dB of reverse isolation. The output is WR90 for the waveguide interface with UG135/U flange. Input is a type N-Female connector. […]

Jan 28, 2020

For use in both government radiolocation and amateur radio, Renaissance has developed this UHF band drop-in circulator. This dual band option offers low phase tracking, high isolation and low insertion loss. 3G2NFE Datasheet

Jan 23, 2020

The clamping system can be used for any WR15 through WR8 standard waveguide flange for calibration. Captive waveguide screws at two positions may be left in place while using the clamp. To maximize benefit, order a second clamp specifying a spacer for use with a production DUT. This works for most units with the waveguide […]