Input IMUX and Output OMUX Multiplexers

Our current portfolio includes high performance state-of-the-art input and output multiplexers. Our expert designers and tuners produce unparalleled IMUX and OMUX multiplexers tailored to meet the needs of dynamic payload architectures. Our multiplexers can be delivered as standalone units or integrated with an array of qualified ancillary hardware such as receive reject filters, harmonic filtering, test couplers and switches. Every unit undergoes thorough mechanical, thermal and power handling analysis with results provided per customer SDRL requirements.

Our integrated output assemblies typically include:

• Integrated Output Assembly
• Super High Q Filters > 18000Q
• Temperature Compensated Filters
• Thermal Shift 25% of Invar
• 150W Per Channel

Lucix multiplexers at Ka Band use an ultra-high Qu resonator to provide the lowest output loss possible. This line supplements existing 18 to 21 GHz output multiplexers using more traditional resonators including TE11x and TE101 modes (WR51 waveguide).

Lucix has produced various types of multiplexers, both herringbone or comb-line configuration, with on-orbit heritage including both temperature stable versions using Invar, wide passband filters, and temperature compensated filters. These multiplexers have been used with up to 260 Watts per channel without experiencing multipactor breakdown. Lucix has also produced on-orbit types of multiplexers, herringbone and comb-line configurations, where temperature stability is less important. Both versions have been used with up to 260 Watts per channel without multipactor breakdown.

Lucix engineers pioneered temperature compensated Omuxes for direct to home broadcast in the 1980s. These multiplexers are lightweight aluminum with thermally stable manifolds. Both odd/even and contiguous muxes have been delivered with non-monotonic and monotonic channel schemes available. K/Ka Band OMUX channels feature:

K/Ka Band OMUX channels feature:

• Ultra High Qu Filters
• WR51 ports
• High Power
• 18 to 20 GHz
• Lower mass than traditional Multiplexers
• On-Orbit Heritage
• Temperature Stable RF performance

Ka Band IMUX channels feature:

• 10,X,X filter order
• Dielectric resonator or Waveguide mode
• Qu ~ 7500
• Readily available resonators
• Hybrid resonator mode
• Waveguide or Coaxial circulator for best layout and RF performance

Ku Band Self-Equalized IMUX – 10 pole

Ka Band Low Loss Sphere OMUX
240 Watt per Channel