Characterization of Alumina Ribbon Ceramic Substrates for 5G and mm-Wave Applications

Keyphrases

• Ceramic Substrate 100%
• Mm-wave Applications 100%
• Alumina Ribbon Ceramic 100%
• Aluminum Oxide 60%
• Insertion Loss 30%
• Coplanar Waveguide 30%
• Dielectric Constant 10%
• Microstrip Line 10%
• Excellent Performance 10%
• Microstrip 10%
• Characterization Results 10%
• Fifth Generation 10%
• Pattern-based Approach 10%
• Substrate Material 10%
• Loss Tangent 10%
• Materials Technology 10%
• Transmission Properties 10%
• Lossless Transmission 10%
• Microstrip Ring Resonator 10%
• Parasitic Resistance 10%
• Daisy Chain 10%
• Low Parasitics 10%
• Parasitic Inductance 10%
• Electrical Parasitics 10%
• Copper Trace 10%
• Millimeter-wave Applications 10%

Material Science

• Aluminum Oxide 100%
• Ceramic Substrate 100%
• Waveguide 18%
• Permittivity 6%
• Resonator 6%

Engineering

• Aluminum Oxide 100%
• Waveguide 18%
• Insertion Loss 18%
• Dielectrics 6%
• Test Structure 6%
• Resonator 6%
• Electric Lines 6%
• Interconnects 6%
• Substrate Material 6%
• Millimeter Wave 6%
• Material Technology 6%
• Loss Tangent 6%
• Patterning Process 6%