References

Microwave Devices
  1. AN 8-40 GHz DIPLEXER USING SERIES CONNECTED SEMICOMPLEMENTARY LOW PASS AND BAND PASS FILTERS
  2. A NOVEL LOW-NOISE DOWNCONVERTER SYSTEM USING A MICROSTRIP COUPLED TRANSMISSION-MODE DIELECTRIC RESONATOR
  3. ULTRA BROADBAND HIGH DIRECTIVITY DIRECTIONAL COUPLER DESIGNSYNTHESIS OF ACTIVE MICROWAVE MIXERS FOR OPTIMUM PERFORMANCE
  4. NOVEL MIC BIPOLAR FREQUENCY DOUBLERS HAVING HIGH GAIN, WIDE BANDWIDTH AND GOOD SPECTRAL PERFORMANCE
  5. PHASE NOISE CHARACTERIZATION
  6. SYNTHESIS OF ACTIVE MICROWAVE FILTERS INCORPORATING NOISE EFFECTS ANALYSIS AND DESIGN OF
  7. MICROWAVE T JUNCTION CIRCUITS FOR PRESCRIBED RESPONSE CHARACTERISTICS
  8. ANALYSIS AND DESIGN OF MICROWAVE T JUNCTION CIRCUITS FOR PRESCRIBED RESPONSE CHARACTERISTICS
  9. ACTIVE MICROWAVE FILTERS WITH NOISE PERFORMANCE CONSIDERATION
  10. A MODELING TECHNIQUE OF INTERNALLY` MATCHED BIPOLAR MICROWAVE POWER TRANSISTOR NETWORKS
  11. DESIGN OF LOW-NOISE RF/MICROWAVE AMPLIFIERS FOR COMMUNICATION SYSTEMS REQUIRING VERY LOW POWER CONSUMPTION
  12. A REDUCED SIZE PLANAR BALUN STRUCTURE FOR WIRELESS MICROWAVE AND RF APPLICATIONS
  13. DESIGN OF MICROSTRIP T JUNCTION POWER DIVIDER CIRCUITS FOR ENHANCED PERFORMANCE
  14. COMPARATIVE ACCURACY ANALYSIS OF THE LEGENDRE POLYNOMIAL TECHNIQUE OF ARRAY CURRENT RECONSTRUCTION
  15. A NEW TECHNIQUE OF ANALYSIS OF UNEQUALLY SPACED ARRAYS
  16. DESIGN FORMULAE FOR A CLASS OF MICROSTRIP TEE JUNCTION POWER-DIVIDER CIRCUITS
  17. ANALYSIS OF NOISE PARAMETER EXTRACTION FOR NOISE FIGURE MEASUREMENTS
  18. LOW POWER CONSUMPTION VOLTAGE CONTROLLED OSCILLATOR DESIGN
  19. A MINIATURIZED LUMPED-DISTRIBUTED BALUN FOR MODERN WIRELESS COMMUNICATIONS SYSTEMS
  20. REDUCED-SIZE LOW NOISE-LOW POWER CONSUMPTION AMPLIFIER DESIGNS FOR COMMUNICATIONS AND RF APPLICATIONS
  21. ACCURACY OF RESIDUAL PHASE NOISE CHARACTERIZATION OF ACTIVE RF/MICROWAVE DEVICES
  22. NEW TECHNIQUES FOR REFLECTOR NETWORK DESIGN ON SINGLE-ENDED HEMT RF/MICROWAVE FREQUENCY MULTIPLIERS
  23. NON-LINEAR PROPERTIES OF PHEMT TRANSISTORS EXPLOITED IN THE DESIGN OF ACTIVE RF/MICROWAVE FREQUENCY MULTIPLIERS
  24. AN IMPROVED PLANAR BALUN DESIGN FOR WIRELESS MICROWAVE AND RF APPLICATIONS
  25. OPTIMIZATION OF ACTIVE MICROWAVE FREQUENCY MULTIPLIER PERFORMANCE UTILIZING HARMONIC TERMINATING IMPEDANCES
  26. AN EFFICIENT TECHNIQUE FOR VARACTOR DIODE CHARACTERIZATION
  27. APPLICATION OF EMPIRICAL MODELS TO DESIGN MICROSTRIP TEE JUNCTIONS WITH PRESPECIFIED POWER-DIVIDER RATIOS
  28. MINIATURIZED RF/CELLULAR LOW NOISE AMPLIFIER DESIGN HAVING LOW BIAS POWER
  29. OSCILLATOR DESIGN USING NONLINEAR CAD
  30. POWER AMPLIFIER DESIGNS FOR PERSONAL COMMUNICATION NETWORKS
  31. REDUCED SIZE RF COUPLER DESIGN FOR SPECIALIZED LOAD REQUIREMENTS
  32. VCO PHASE NOISE CHARACTERIZATION
  33. GSM BASE STATION AMPLIFIER DESIGN
  34. POWER AMPLIFIER DESIGN USING FEEDFORWARD LINEARIZATION
  35. OPTIMIZED COMPACT ACTIVE DOWN CONVERTERS HAVING LOW POWER CONSUMPTION AND HIGH CONVERSION
  36. POWER DIVIDERS
  37. MICROWAVE FREQUENCY TRIPLING UTILIZING ACTIVE DEVICES
  38. HIGH PRECISION LARGE SIGNAL MODELING OF MICROWAVE PHEMT TRANSISTORS
  39. VERY HIGH CONVERSION GAIN MICROWAVE FREQUENCY DOUBLER CIRCUIT DESIGNSINGLE-ENDED HEMT MULTIPLIER DESIGN USING REFLECTOR NETWORKS
  40. OPTIMIZED COMPACT ACTIVE DOWNCONVERTERS HAVING LOW POWER CONSUMPTION AND HIGH CONVERSION GAIN
  41. OPTIMIZED SYNTHESIS OF X BAND MICROSTRIP SIDE COUPLED BANDPASS FILTERS
  42. IMPROVING LARGE-SIGNAL FET/HEMT MODEL ACCURACCY BY OPTIMIZATION OF DIODE RESPONSE
  43. OPTIMIZED DESIGN OF UNIQUE MINITURIZED PLANAR BALUNS FOR WIRELESS APPLICATIONS
  44. GENERALIZED NONLINEAR FET/HEMT MODELING
  45. HARMONIC BALANCE ANALYSIS OF INPUT IMPEDANCE MATCHING IN ACTIVE RF/MICROWAVE FREQUENCY MULTIPLEXERS
  46. ANALYSIS OF NONLINEAR INPUT IMPEDANCE MATCHING IN ACTIVE FREQUENCY MULTIPLIERS
  47. DESIGN AND OPTIMIZATION OF LARGE CONVERSION GAIN ACTIVE MICROWAVE FREQUENCY TRIPLERS
  48. VERIFICATION OF A GENERALIZED NONLINEAR FET/HEMT MODELING THROUGH A CLASS A POWER AMPLIFIER DESIGN
  49. A SIMPLIFIED, EMPIRICAL LARGE-SIGNAL MODEL FOR SiC MESFETs

Antennas
  1. ANALYSIS AND MODELING OF PROBE FEED STRUCTURES FOR BROAD BAND ANTENNA APPLICATIONS
  2. MULTI-ELEMENT MONOPOLE TO PARALLEL PLATE MATCHING STRUCTURE
  3. A TECHNIQUE FOR WIDEBAND IMPEDANCE CHARACTERIZATION OF PRACTICAL MONOPOLES IN FREE SPACE AND PARALLEL PLATE STRUCTURES
  4. FAR-FIELD SYNTHESIS OF THE EXCITATION CURRENTS OF A SPHERICAL ARRAY
  5. FAR-FIELD ANALYSIS OF CONFORMAL LOOP ARRAYS
  6. AN ELECTRONICALLY SCANNED ANTENNA ARRAY FOR TACAN BEARING FINDING APPLICATIONS
  7. THE FAR FIELD OF A SPHERICAL ARRAY OF POINT DIPOLES
  8. ARRAY CURRENT DISTRIBUTIONS TO GENERATE FLAT-TOPPED BEAMS
  9. A NEW TECHNIQUE OF ANALYSIS OF UNEQUALLY SPACED LINEAR ARRAYS
  10. NEAR-FIELD ANALYSIS OF SPHERICAL LOOP ARRAYS
  11. NEW TECHNIQUE OF SIMULTANEOUS ARRAY CURRENT/SPACING SYNTHESIS IN UNEQUALLY SPACED ARRAYS
  12. SYNTHESIS OF ANTENNA ARRAY SECTORAL PATTERNS BY ELEMENT SPACING PERTURBATION
  13. SYNTHESIS OF UNEQUALLY SPACED LINEAR ARRAYS BY LEGENDRE SERIES EXPANSION
  14. IMPROVED ARRAY SECTORAL PATTERNS BY UNEQUAL ELEMENT SPACING
  15. DESIGN OF UNEQUALLY SPACED ARRAYS FOR PERFORMANCE IMPROVEMENT
  16. DESIGN OF LOW SIDELOBE CIRCULAR RING ARRAYS BY ELEMENT RADIUS OPTIMIZATION
  17. OPTIMIZATION OF LINEAR ARRAY ANTENNA PERFORMANCE
  18. GENERALIZED TECHNIQUE OF SIDELOBE REDUCTION IN PLANAR ARRAYS BY NONUNIFORM SPACING
  19. CONFORMAL K BAND 5 ELEMENT WAVEGUIDE ARRAY FOR NEAR FIELD APPLICATIONS
  20. NEAR-FIELD BEAMFORMING IN CONFORMAL PLANAR ARRAYS
  21. EXPERIMENTAL STUDY OF NEAR-FIELD BEAMFORMING IN CONFORMAL K-BAND PLANAR ARRAYS
  22. ANTENNA SPECIFICATION FOR A RADAR BASED SENSOR FOR TRAFFIC MONITORING APPLICATIONS
  23. GENERALIZED ANALYTICAL TECHNIQUE FOR THE SYNTHESIS OF UNEQUALLY SPACED ARRAYS WITH LINEAR, PLANAR, CYLINDRICAL OR SPHERICAL GEOMETRY

 

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