HXIs 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 and in test equipment.
Broadband Digital Attenuator
For C-band Radar Test Applications, Renaissance has released an isolator operating from
5 to 6 GHz in a compact size with N-Connectors.
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.
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.
Looking for a Surface Mount K-band Circulator? Renaissance Electronics has designed the industry first 14-16 GHz true surface mount, coplanar, stripline circulator that can handle up to 30 W with less than 0.3 dB insertion loss.
Renaissance has designed a high power L-band SMT Circulator that has superior electrical performance with the advantage of being pick and place process compatible. Ideal for high volume production designs and a wide band performance from 950 to 1225 MHz, this circulator is ideal for IFF band applications.
HXI’s HHM series broadband harmonic mixers covers full waveguide bands from 18 – 110 GHz. They utilize a low loss finline structure mated to a GaAs Schottky beam lead diode for minimum conversion loss and maximum bandwidth. The millimeter wave RF frequency is downconverted (using a low cost microwave LO) to a lower frequency, which can in turn interface with a spectrum analyzer or frequency counter.
Three terminal mixers (waveguide RF, coaxial IF port, coaxial LO port) units are available for systems without an internal diplexer.
Series HHM Datasheet