Renaissance offers a 420-450MHz Integrated Circulator Coupler Limiter to its portfolio. This UHF-band device is used for space transceiver applications, as well as short-range consumer devices that require high isolation and low insertion loss while offering high power with limited leakage.
For use in satellite communication systems and close-range military radars, Renaissance has designed this 27 – 30 GHz drop-in isolator. This Ka-band isolator, with low insertion loss and high isolation, allows for higher bandwidth communication.
For use in satellite navigation, telecom and aircraft surveillance, Renaissance has designed this L-band drop-in isolator. Operating at 1.1 – 1.6 GHz and the 1W of Power
CW, this isolator has high isolation and low insertion loss in a compact footprint.
Looking for a C-band isolator for your satellite communication, Wi-Fi application or weather radar system? Renaissance has designed a 7.1 – 8.6 GHz drop-in isolator
with low insertion loss and high isolation to fit your needs.
Renaissance’s latest Ku-band drop-in Isolator has been designed for use in satellite communication applications, including direct broadcast satellite for satellite TV, and
backhauls. This isolator has typical isolation of 20 dB and 0.5 dB loss over 13.75 – 14.5 GHz.
For space and harsh environments, Renaissance has developed a truly hermetic SPDT switch that is laser welded with fine leak rate compatible to 10-5 atm/cc/sec. The inside
is filled with inert gasses to avoid any condensation at cold temperatures.
For terrestrial communication and satellite navigation applications, Renaissance has designed this L-band surface mount circulator. Operating at a frequency range of 1.55 –
1.65 GHz, this circulator boasts a high VSWR and a compact footprint.
Looking for a compact S-band circulator for Hi-Rel application? Renaissance has designed a new 0.875” SQ drop-in circulator that operates from 1.75 to 2.11 GHz with 0.4 dB loss. The design can sustain 1600 W peak and 800 W avg. while operating from – 55 to 110°C temperature range.