HXI’s HMID series of double ferrite junction isolators are available to cover 71-76 GHz and 81-86 GHz, with more models planned. The isolators utilize a low loss H-plane structure in a modified Y-junction format to provide minimum loss with high isolation (~40 dB).
The isolators are commonly utilized to buffer mismatches and are often used on amplifier and oscillator outputs. They also work nicely when used at the inputs to detectors in measurement applications.
Series HMID Datasheet
Renaissance has designed a high power UHF-band 2:1 combiner for use in communication systems, instrumentation applications and military mobile devices. This 470 – 860 MHz combiner features low amplitude and phase balance, along with a power input of 330 Watts per channel.
Renaissance has designed two drop-in circulators (UHF/Broadband) designed for CW and pulsed applications such as wireless infrastructures, RADAR, Military communication radios and duplexing applications. Operating over 500 – 900 MHz and 690 to 1100 MHz respectively, these circulators are compact in size (~ 2” x 2” x 0.6”) and are capable of withstanding 350W of CW power levels.
To improve VSWR at the antenna port on a downconverter for satcom applications, REC has designed a 28 – 30 GHz drop-in isolator with low loss performance operating over -40°C to +85°C temperature range.
Renaissance has developed a new drop-in isolator to suppress mismatches in the receiver circuits at VHF band frequencies. Covering 420 – 450 MHz, this isolator provides a VSWR of 1.35:1 at input and output ports with loss of 0.7 dB and isolation of 18 dB over -40 to +85 C.
For use in radar applications, including military land, airborne and naval radars, Renaissance offers this 7.0 – 10.0 GHz broadband coaxial isolator. It provides solid system fidelity through low insertion loss, and easy installation with its compact size.
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.