Design of millimetre-wave antennas on LTCC and PCB technologies for beam-steering applications

Physics

• Antenna 100%
• Ceramics 35%
• Bandwidth 30%
• Beam Steering 25%
• Antenna Gain 20%
• Beam Switching 15%
• Frequencies 15%
• Arrays 15%
• Beams (Radiation) 10%
• Networks 10%
• Utilization 10%
• Performance 10%
• Substrates 10%
• Fire 10%
• Transmitter 5%
• Electromagnetism 5%
• Broadband 5%
• Antenna Arrays 5%
• Technology 5%
• Increasing 5%
• Dimensions 5%
• Surface Waves 5%

Engineering

• Lower Temperature 35%
• Millimeter Wave 25%
• Antenna Gain 20%
• Mutual Coupling 10%
• Dipole 10%
• Networks 10%
• Applications 10%
• Performance 10%
• Substrates 10%
• Fires 10%
• Lenses 10%
• Patch Antenna 10%
• Beam Radiation 10%
• Energy Gap 5%
• Antenna Arrays 5%
• Radio Frequency 5%
• Free Space 5%
• Fixed Beam 5%
• Antenna System 5%
• Element Array 5%
• Front End 5%
• W-Band 5%
• Air Cavity 5%
• Angular Range 5%
• Phased Array 5%
• Path Loss 5%
• Manufacturing Engineering 5%
• Design 5%
• Chains 5%
• Requirements 5%
• Losses 5%
• Radiation 5%
• High Gain 5%
• High Data Rate 5%
• Multilayers 5%
• Antenna Performance 5%
• Integrability 5%