For S-band radar applications, REC has designed a true SMT circulator that is optimized for size and insertion loss performance. 3SMH5NA Datasheet

For X band earth terminals, REC has designed a high peak power, surface mount isolator and circulator with low loss and operating over a wide temperature range of -55°C to 100°C. 2SMH8ND/3SMH8NF Datasheet

For X-band satellite communication systems, REC has designed a low cost isolator with performance comparable to a Hi-rel isolator. R2K7NDU Datasheet

For the next generation power amplifiers, REC has developed a high power compact circulator operating between 2300 and 3800 MHz. This circulator can handle 90W CW and can operate from -20 to +125C. The footprint is .875”square. 3G5BG Datasheet

Renaissance has designed a high power VHF circulator operating between 108 – 118 MHz that can handle 70W average and 300W peak power levels. 3A1NDB Datasheet

HXI’s HDA040-069 Digital Attenuator covers the range from DC to 40 GHz in 6-bit operation. Attenuation bit values are 0.5 dB (LSB), 1, 2, 4, 8 and 16 dB for total attenuation of 31.5 dB above the attenuator insertion loss. Low bit errors and RMS phase errors are characteristics of this attenuator. The attenuator is useful for communication systems, radars […]

Renaissance Electronics has designed a unity gain GPS splitter that passes DC on one output port and 200 ohm DC load on the other to simulate antenna current draw for receivers. It is designed for UAV applications with compact size, light weight and draws less than 10 mA of DC current. 10A4NAS-2S-1 Datasheet

For use in military and commercial satellite communication systems, Renaissance has designed a new Ka-band coaxial isolator. Operating in the 27 – 30 GHz frequency range, this isolator offers 1W of termination with a compact footprint. 2A9NGN-ROHS Datasheet

For use in satellite communication and weather radar systems, Renaissance has designed a C-band coaxial isolator. Operating at 6.9 – 7.1 GHz, this isolator offers 30W of CW power with high isolation and low insertion loss. 3A7NX Datasheet

To support high sensitivity measurements, Renaissance has developed a high isolation SPDT that operates from DC to 4 GHz with 120 dB isolation between the input and output ports when in the no connect state. The total loss between any of the output ports and the input port is less than 4 dB. This switch is designed by cascading multiple GaAs […]