Synthesized Design of Millimeter-Wave Low-Loss Wideband Bandpass Filter and Filtering Impedance Transformer in 90-nm (Bi)-CMOS Technology

Keyphrases

• CMOS Technology 100%
• Millimeter Wave 100%
• Bandpass Filter 100%
• On-chip Filter 100%
• BiCMOS 100%
• Wideband Bandpass Filter 100%
• Low Loss 100%
• Filtering Impedance Transformer 100%
• Transmission Zero 75%
• Design Methodology 50%
• Circuit Topology 50%
• Design Speed 50%
• LC Circuit 50%
• Filter Synthesis Method 50%
• Design Tools 25%
• Extraction Methods 25%
• System-on-chip 25%
• Design Flow 25%
• Speed Performance 25%
• Proposed Design 25%
• Design Specification 25%
• Performance Loss 25%
• SiGe BiCMOS 25%
• Independently Controllable 25%
• Numerical Error 25%
• Narrow Bandwidth 25%
• Low Insertion Loss 25%
• Fractional Bandwidth 25%
• Topological Methods 25%
• Silicon Integration 25%
• Wideband Filter 25%
• Arbitrary Order 25%
• Desired Performance 25%
• Circuit Synthesis 25%
• Emerging Wireless Technologies 25%
• Circuit Extraction 25%
• Universal Design 25%
• Conventional Filters 25%
• System Losses 25%
• Integrated Filter 25%
• Zero Distribution 25%
• Rapid Filter 25%
• RF Design 25%
• Control Transmission 25%
• Chebyshev Function 25%
• Component Reduction 25%
• Innovative Approaches 25%

Engineering

• Millimeter Wave 100%
• Wideband Bandpass Filter 100%
• Transmission Zero 100%
• Electric Network Topology 66%
• Synthesis Method 66%
• Design Speed 66%
• Design Flow 33%
• Insertion Loss 33%
• System-on-Chip 33%
• Design Specification 33%
• Performance Loss 33%
• Ultra-Wideband 33%
• Filter Design 33%
• Passbands 33%
• Wireless Technologies 33%
• Fractional Bandwidth 33%
• Isolation Method 33%
• Design Tool 33%
• Synthesis Filter 33%