For test and measurement applications REC has designed an octave band isolator covering 800 to 2000 MHz in a simple package with less than 1.00 dB loss and minimum 15 dB isolation. 2A3BAM Datasheet

Covering widely used frequency band of 960 – 1215 MHz for avionics and aerospace application, REC has designed a 0.4 dB insertion loss drop-in isolator that can handle 400W peak power levels. 2H2NHF Datasheet

For public safety and LMR/PMR applications, Renaissance has designed a circulator that covers 350 – 380 MHz with .5 dB of insertion loss and 20 dB of isolation. 3A1NCX Datasheet

For high power S-band radar applications, REC has designed a new dual junction isolator that can handle 600 W peak power levels. 2D5BDL Datasheet

Renaissance Electronics has produced an industry first, medium power handling surface mount circulator operating between 9.3 to 9.5 GHz. With a footprint of only 0.630” x 0.615”, it is the smallest high power circulator available in the industry. 3SMH8NM exhibits insertion loss between 0.4 and 0.5 dB and isolation exceeding 22 dB at room temperature. […]

Renaissance has designed a high power UHF circulator operating between 412 – 445 MHz that can handle 1.5 kW Peak, 500 W average in a compact 2.9” x 2.8” footprint. 3A2NGH Datasheet

For public safety and LMR/PMR applications, Renaissance has designed a high power handling, low insertion loss circulator operating over 300 – 360 MHz. 3A2BY Datasheet

To protect narrowband, high power, S-band amplifiers, REC has designed a drop-in circulator operating between 2.4 and 2.5 GHz with 0.5 dB insertion loss and 20 dB isolation. 3G4NET Datasheet

Renaissance has designed a high power UHF circulator operating between 412 – 445 MHz that can handle 1.5 kW Peak, 500 W average in a compact 2.9” x 2.8” footprint. 3A2NGH Datasheet

Looking for a Surface Mount K-band Circulator? Renaissance Electronics has designed the industry’s first 14-16 GHz true surface mount, coplanar, stripline circulator that can handle up to 30W with less than 0.3 dB insertion loss. 3SMH9NA Datasheet