Lucix maintains exceptional in house engineering capability spanning the range from systems / subsystems engineering, RF Electronics design, product design, survivability, and test.
Our engineering and management teams have over 260 years combined experience with Space and Airborne RF Hardware Design, Development, Manufacturing, Systems Engineering and Quality Management.
Lucix engineers are experienced with hardware from 0.1 to 60 GHz in Hi-Reliability Military and Space environments. Microwave design capabilities include thin and thick-film MIC implementations incorporating MMIC and discrete devices utilizing chip-and-wire technology.
Component and System design and modeling capabilities include expertise with:
Frequency Converters and Receivers
ultra low noise phase locked Dielectric Oscillators
Amplifiers - Low Noise Amplifiers; Ultra Broadband Amplifiers
Multi-Function Subsystems, involving converters and amplifiers interconnected with switches and filters - formed into microwave repeaters and signal processing assemblies.
Lucix also has substantial expertise in Filters, which are used internal to our frequency converters, amplifiers and oscillators - including dielectric, combline, lumped element and edge coupled.
State of the Art RF, Circuit, and System design modeling and analysis tools are utilized allowing rapid design convergence for quick turn solutions. Some of these tools include:
Advanced Design System - ADS
3-D electromagnetic simulator (HFSS)
Converter / Amplifier Analysis Tool
Gain /Loss budget
Noise Figure, C/3IM, P1dB, IP3
Conversion Spurious Products
Transponder Analysis - Internally Generated
Gain / Loss / Noise Figure / C/3IM
Spurious Generation & Rejection
AM/PM Transfer and Conversion
Phase Noise / Integrated Jitter
Mass & Power
Lucix Engineering expertise includes designing to typical Military and Space operating and storage environments, including:
Wide temperature ranges - operating and storage
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