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Cmos Technology Phase Shifter Phased Array Gain Control Two-Dimensional(2D) Frequency-Modulated Continuous Wave(FMCW) Pass-Band Flip-Flop Control Range Cmos Process Single-Chip Current Consumption Three Dimensional(3D) Ghz Band Phase Error High Gain Ict Convergence 2-D Array 40 Nm Continuous Wave Radar CMOS LNA Digital-To-Analog(DAC) Frame Buffer Input Power On-Chip Radio Frequency(RF) Portable System Power Gain Semiconductor Technology Test Chip Array Size Band Pass Filter(BPF) Common-Mode Noise Coupling Effects Filtering Characteristics High-Speed Operation IMT-2000 Linear Phase Monopulse Radar N-Path Filter Noise Figure(NF) Phase Control Quantization Error Rf Filtering Risc Core Small Area Two-Phase Virtual Page Wideband Receiver Wideband Lna X-Band Quadrature Vco 10 Ghz Average Power Carrier Frequency D/A Converter Electromagnetic Coupling Embedded Memory Low Supply Voltage Low Voltage Operation Rf Channel Wi-Fi 800 Mhz Array Structure Coupling Reduction Fabrication Technology Gain Range High Q Low Power Consumption Last Stage Logic Cmos Multimedia Systems Metal Layer Phase Accumulator(PA) Reduction Effect Receiver Module Stable Operation Sub-Harmonic Mixer Spurious-Free Dynamic Range(SFDR) Minimum Gain 7 Mm Beam Steering Cmos Switches Channel Selection Chip Area Dual-Modulus Prescaler Long-Range Low Noise Amplifier(LNA) Low-Power Operation Multi-Band Maximum Operating Frequency Pre-Distortion Physical Separation Radar Signal Processing Radar System Single-Phase Vector Sum Array Receivers Baseband Circuits Current-Mode(CM) Conversion Gain Dc Current High Linearity Linear Control L-Band Noise Frequency Out-Of-Band Iip3 Processor Array Reverse Isolation Rendering Engine Single Channel Rms Current 65nm Cmos Analog Baseband Core Area Dedicated Network Direct Digital Frequency Synthesizer(DDFS) Frequency Tunable In-Band Receiver Front-End Sine Wave Drawing Speed Frequency Band Hardware Implementation Low Power Dissipation Memory Bandwidth Power Supply Sine Function 3 V