Looking for a low power, pick and place compatible surface mount isolator operating at UHF band? Renaissance has designed a 10mm square footprint package operating over 300 – 310 MHz with less than 1dB loss. 3SLE2NAR Datasheet

For airborne or ground based X-band communication systems, REC has designed a high power surface mount circulator with low loss and operating over -55 to 85°C. 3SMH8NDL Datasheet

To protect narrowband, high power, S-band amplifiers, REC has designed a drop-in isolator operating between 2.2 and 2.4 GHz with 0.4 dB insertion loss and 20 dB isolation. This design can handle 70W forward and 50W reverse. 2H4NNC Datasheet

Renaissance has designed a new C-band medium power circulator with low loss and high isolation for high reliability transceiver applications. 3G6NAB Datasheet

Realizing the need for Phase Stable isolators for UHF radar systems, Renaissance has designed a very phase stable isolator operating between 329 – 335 MHz over -10°C to 60°C. 2A2NFF Datasheet

Looking for VHF band circulator that has removable connectors so that it can be soldered to a PCB? REC’s 3G1NR operates between 440 – 470 MHz, handling 800W over a temperature range of 0 to 75°C with just 0.3 dB loss and 20 dB isolation. 3G1NR Datasheet

Looking for a broadband circulator for ultra wide band radar that detects and tracks objects around an automobile? Renaissance’s 3A9NAE operates from 22 to 26 GHz with loss < 0.5 dB and is ideal for range, angle and doppler velocity radars. 3A9NAE Datasheet

For compact 800 MHz transceiver applications, REC has designed a surface mount isolator operating between 758 – 803 MHz with a footprint of 0.394 square inch. The isolator can handle up to 5W forward and 0.25W reverse over -10 to 80°C temperature range. 2SLE2NCT Datasheet

For GPS applications, REC has designed a miniature lumped element isolator operating between 1214.6 – 1237.6 MHz with 0.8 dB insertion loss and 15 dB isolation. The footprint of the isolator is 10mm x 10mm. 2SLE3NA Datasheet

Looking for a single isolator that can operate from 6 – 18 GHz and handle 10W in 0.5 square inch footprint? REC’s 2H8BAD is ideal for applications such as radars, switched filter banks, amplifier protection and VSWR matching between components 2H8BAD Datasheet