Continuous True-Time Delay Phase Shifter Using Distributed Inductive and Capacitive Miller Effect

Keyphrases

• Phase Shifter 100%
• Phase Delay 100%
• Miller Effect 100%
• Insertion Loss 66%
• Inductance 66%
• Phase Modulation 33%
• Transmission Line 33%
• Active Area 33%
• Wide Bandwidth 33%
• Power Consumption 33%
• Voltage Change 33%
• True Time Delay Line 33%
• Propagation Delay 33%
• Group Delay 33%
• Proposed Architecture 33%
• Four-stage 33%
• Constant Input 33%
• Tuning Range 33%
• Simultaneous Changes 33%
• Line Feature 33%
• Coupled Wave Equations 33%
• Broadband Tunable 33%
• DC Power 33%
• Miller Capacitor 33%
• Delay Tuning 33%
• SOI CMOS 33%
• Coupled Transmission Lines 33%
• Input Impedance 33%
• RFSOI 33%
• Modulation Capability 33%

Engineering

• Capacitive 100%
• Delay Time 100%
• Phase Shifters 100%
• Electric Lines 66%
• Electric Delay Lines 66%
• Group Delay 66%
• Insertion Loss 66%
• Proof-of-Concept 33%
• Active Area 33%
• Electric Power Utilization 33%
• Propagation Delay 33%
• Measured Phase 33%
• Phase Modulation 33%
• Signal Bandwidth 33%
• Input Impedance 33%
• Phase Shift 33%
• Miller Capacitance 33%
• Analog Voltage 33%