Summary

Solid State Power Amplifier, Gallium Nitride, Radio Frequency Power Amplifier, High-Efficiency Power Amplifier, High-Efficiency Solid State Power Amplifier, Gallium Nitride SSPA, GaN SSPA, Broadband Power Amplifier, High-Linearity Power Amplifier, High-Frequency Power Amplifier, Microwave Power Amplifier, RF-Microwave Amplifier, RF-Microwave Power Amplifier, Load-Pull, Gallium Arsenide Power Amplifier, SSPA, RFPA, Power Amplifier MMIC, MMIC, MIC Power Amplifier, MMIC Amplifier, GaN MMIC, GaAs MMIC

Description

ReconRF designs high-performing high-frequency power MMIC & MIC amplifiers leveraging state-of-the art device metrology and modeling laboratory capabilities. ReconRF serves as an adjunct design-partner &/or independent RF design-services entity for challenging GaN MMIC power-amplifier projects & programs; especially for designs where performance is a requisite discriminator – efficiency, power added efficiency, linearity, output power, etc. A RF design methodology grounded in rigorous & accurate device characterization, modeling, attention to detail, and manufacturing Next-generation behavioral modeling, load-pull, measurement based models, etc.? integrated into design-flow (especially high-power devices: GaN, HBT, CMOS, etc.) Uncompromising proactive culture for: technical rigor, attention to detail, & speed High-Value on education: design automation, next-generation modeling, advanced characterizations, design-techniques, theory, new software features/tools, etc.

Special details

- state-of-the art high-power high-frequency RF-Microwave Metrology: - load-pull, harmonic load-pull 400MHz to 110 GHz - pulsed-IV and pulsed S-Parameters for custom generated high-accuracy nonlinear transistor models - high-power device characterization lab - up to 110 GHz - VNAs, test-set power amplifiers, power-meters, signal generators, high-power DC supplies, custom precision calibration-kits, high-power test fixturing, pulsed RF testing, X-Parameters, Cardiff Model Extractions, Large-Signal Network Analysis, etc. - transistor centric MMIC design process - state-of-art accurate RF-Microwave Metrology

Profile

  • Incorporated in
    Delaware
  • Established since
    2017
  • Main/Branch
    Branch

Address

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