All Stories

  1. Analysis of Back-Gate Bias Control on EVM Measurements of a Dual-Band Power Amplifier in 22 nm FD-SOI for 5G 28 and 39 GHz Applications
  2. On the Network Characterization of Nano-Satellite Swarms
  3. Fair Network Division of Nano-satellite Swarms
  4. Scalable Modular Beamformers for Energy-Efficient MIMO Applications Using Correlation Technologies
  5. Effective AM/AM and AM/PM curves derived from EVM simulations or measurements on constellations
  6. Energy-Efficient RF-Optics Multi-Beam Systems Using Correlation Technologies: Toward Hybrid GaN-FDSOI Front-End-Modules
  7. Analysis of Clock Signals Imperfections and their Impact on an N-path Frequency Down-converter
  8. Correlation Technologies for OTA Testing of mmWave Mobile Devices Using Energy Metrics
  9. N-path frequency down-converter modeling and experimental operating principle validation
  10. Design and optimization of multielement antennas and RF circuits for beamforming with a reduced number of RF Front-ends
  11. Enhancement of the Multipactor Threshold Inside Nonrectangular Iris
  12. New multipactor dynamics in presence of dielectrics
  13. Volterra-based modeling of traveling wave tube amplifier for system level simulation
  14. Cross-correlation method measurement of error vector magnitude and application to power amplifier non-linearity performances
  15. Linearity characterization of RF circuits through an unequally spaced multi-tone signal
  16. A Multi-Tone Load Pull measurement system for on-wafer characterization of microwave power transistors
  17. Linearity characterization of GaN HEMT technologies through innovative on-wafer multi-tone load-pull measurements
  18. 2.4GHz patch antenna arrays suitable for Remotely Piloted Aircraft Systems
  19. Higher dynamic measurement of antenna passive intermodulation products, using ray optics
  20. Stacked patch antennas appropriate for remotely piloted aircraft applications
  21. Continuous-time modeling of a Traveling-Wave Tube amplifier
  22. A test set-up for the analysis of multi-tone intermodulation in microwave devices
  23. Memristors as non-linear behavioral models for passive inter-modulation simulation
  24. Memristors as non-linear behavioral models for passive inter-modulation simulation
  25. Relaxation of the multicarrier passive intermodulation specifications of antennas
  26. Multicarrier Passive Inter-Modulation Prediction from 2-Carrier Measurements
  27. Discontinuity at origin in Volterra and band-pass limited models
  28. Time domain envelope characterization of power amplifiers for linear and high efficiency design solutions
  29. Non-analytic at the origin, behavioral models for active or passive non-linearity
  30. Multi-Beam Reflector Antenna System Combining Beam Hopping and Size Reduction of Effectively Used Spots
  31. Optimization criteria for power amplifiers
  32. Multiport-Amplifier-Based Architecture Versus Classical Architecture for Space Telecommunication Payloads
  33. Recent developments in feed array for Ka-band FAFR antenna
  34. Accurate characterization of intermodulation noise in multi carrier wide band power amplifiers based on a digital synthesis of pseudo noise gaussian stimuli
  35. On the effective diffusion length for microwave breakdown
  36. Multi-Port Amplifier Operation for Ka-band Space Telecommunication Applications
  37. A MULTIPACTOR THRESHOLD IN WAVEGUIDES: THEORY AND EXPERIMENT
  38. Finite-Element Modeling for the Design Optimization of Microwave Filters
  39. Simplified design of microwave filters with asymmetric transfer functions
  40. New method for detection of multipaction
  41. Approximation by Gegenbauer polynomials in the study of a rectangular ridged waveguide. Application to the analysis of a waveguide septum polarizer
  42. Simplified design of microwave filters with asymmetric transfer functions
  43. Hybrid resonant modes of two-sided multipactor and transition to the polyphase regime
  44. Packaged Millimeter Wave Thermal MEMS Switches
  45. Direct electromagnetic optimization of microwave filters
  46. Integrated Millimeter-Wave Silicon Micromachined Filters
  47. Optimal Design of Solid State Multicarrier Power Amplifiers:
  48. Application of a Hybrid Method to Model Active Microwave Components and Circuits
  49. A Novel Experimental Noise Power Ratio Characterization Method for Multicarrier Microwave Power Amplifiers
  50. Radar “Sail” satellite concept and design
  51. Application of the Finite Element Method to FET Model Parasitic Lumped Elements Extraction
  52. Linear and nonlinear FET modeling applying an electromagnetic and electrical hybrid software
  53. Direct electromagnetic optimisation method for microwave filter design
  54. Neural network modeling and identification of nonlinear channels with memory: algorithms, applications, and analytic models
  55. Neural networks for modeling nonlinear memoryless communication channels
  56. RADAR “SAIL” satellite concept
  57. Synthèse et réalisation de filtres hyperfréquences à cavités bimodes ayant une réponse en fréquence dissymétrique
  58. Étude et réalisation de modulateurs et de démodulateurs directs quadriphases pour la régénération à bord des satellites relais
  59. High Carrier Rejection for a 3.7 to 4.2 GHz BPSK Modulator
  60. High carrier rejection for a 3.7 to 4.2 GHz BPSK modulator
  61. Neural network identification and characterization of digital satellite channels: application to fault detection
  62. A new satellite repeater amplifier characterization system for large bandwidth NPR and modulated signals measurements
  63. Extraction of coupling parameters for microwave filters: determination of a stable rational model from scattering data
  64. Efficient simulation of NPR for the optimum design of satellite transponders SSPAs
  65. Design and realization of a four pole elliptic microwave filter using low dielectric loaded cavities
  66. Coupled Pade approximation-finite element method applied to microwave device design
  67. A novel behavorial model of power amplifier based on a dynamic envelope gain approach for the system level simulation and design
  68. Computer aided design of microwave equalizers using the real frequency method application to the design of high flow radar communications receiver