ScholarWorks@Korea University: Lee, Ju Seop

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Lee, Ju Seop (이주섭)

컴퓨터학과

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Tel 02-3290-4848
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filter:8||Resonators:7||filter synthesis:7||tunable:6||Admittance:6||Absorptive filter:6||bandstop filter:5||substrateintegrated waveguide (SIW):5||Bandpass filter:5||Filtering theory:5||substrateintegrated waveguide (SIW) resonator:5||Topology:5||resonator filter:4||reflectionless filter:4||Filtering power divider:4||Impedance:4||Inverters:4||Prototypes:4||Couplings:3||Resistors:3||reconfigurable filter:3||Substrates:3||microwave filters:3||impedance matching:3||synthesis:3||bandpass filter:3||topology:3||Kband filter:3||Bandstop filter:3||frequency tunable:2||Sband:2||wide isolation:2||Filters:2||upper stopband:2||Negative coupling:2||resonator:2||Allpass filter:2||Bandstop filter (BSF):2||Qfactor:2||passive filters:2||tunable filters:2||Bandwidth:2||Resonant frequency:2||reflectionless:2||bandpass filters:2||Coupling:2||Satellites:2||bandstop:2||transmission zero:2||Xband:2||Power dividers:2||Microwave filters:2||design theory:2||absorptive lowpass filter structure:1||high isolation:1||tunable stub resonator:1||Substrate integrated waveguide (SIW):1||power divider:1||zero coupling:1||0 GHz to 3:1||copper membrane:1||Bandstop filters (BSFs):1||TM02 mode:1||image rejection:1||Iris:1||selectivity:1||nonplanar filter:1||Filtering:1||perfect impedance matching:1||Impedance matching:1||gap waveguide:1||Bandwidth tuning:1||cross coupling:1||microstriptoGCPW transition:1||bandpassbandstop cascade:1||dual band:1||Butterworth:1||substrate integrated waveguides:1||power handling:1||highQ:1||frequency 3:1||substrate integrated waveguide (SIW):1||Bandpass:1||filter cascade:1||radio spectrum management:1||wireless power transfer:1||Circuit model:1||wireless power:1||quality factor:1||Absorptive bandstop filter:1||integrated filter:1||interference rejection:1||Coupledline structure:1||frequencytunable filter:1||Transmission lines:1||Microwave circuits:1||Arbitrary transmission response:1||lowpasstobandpass frequency transformations:1||gparameters:1||secondorder LPF:1||design equations:1||bandstop filters:1||evanescentmode cavity:1||feedback control:1||microstrip line:1||frequencytunable:1||characterization:1||Butterworth filters:1||substrateintegrated waveguide filters:1||high Q:1||substrateintegrated:1||phase cancellation:1||resonant coupling:1||Microwave circuits and devices:1||Absorptive filters:1||reflectionless filters:1||Degenerate Brune section:1||impedance matching performance:1||higher order lumpedelement lowpass absorptive filter circuits:1||design method:1||new topology:1||microstrip line filter structure:1||interresonator coupling:1||frequency tuning:1||waveguide cavity filter:1||Band switchable:1||Bandswitchable:1||reconfigurable Kband filter:1||prediction approach:1||secondorder Butterworth filter:1||9 W:1||microwave filter:1||Antisymmetric secondorder mode:1||complex load bandpass filters (BPFs):1||microwave:1||Bandpass filter (BPF):1||multimode filters:1||Chebyshev approximation:1||Filters and other networks:1||Waveguide and microwave transmission line components:1||Foster section:1||Frequency response:1||absorptive LPF:1||conventional reflective filters:1||Frequency tunable filter:1||wide isolation performance:1||tunable filter:1||capacitive sensor:1||frequency tunable filter:1||continuously tunable:1||6 GHz:1||coupling matrix:1||feedline:1||Active tracking:1||Defected ground structure (DGS):1||photonic bandgap (PBG):1||energy transfer:1||evanescentmode (EVA) cavity:1||matching network:1||power amplifier (PA):1||substrate integrated resonator filter:1||RLC circuits:1||resonators:1||inverter:1||Wireless communication:1||symmetric reflectionless filter:1||substrateintegrated waveguide:1||bandpass absorptive filter circuits:1||thirdorder LPF:1||bandwidth tunable:1||Filtering performance:1||oddorder filter:1||resonant ground structure (RGS):1||frequencyagile filter:1||onchip:1||Microwave theory and techniques:1||Scattering parameters:1||Transmission line matrix methods:1||noncontiguous bands:1||coupling resonator:1||negative coupling resonator:1||AESA antenna:1||T/R module:1||multifunction chip:1||waveguide filters:1||evanescentmode cavity bandpass filters:1||circuitelectromagnetic codesign approach:1||power 26:1||bandpass:1||Markov chain:1||Radar:1||Dualstopband filter:1||substrateintegrated resonator:1||Admittance inverter:1||Codesign:1||efficiency:1||Frequency conversion:1||Magnetic resonance:1||Manganese:1||Circuit topology:1||Microstrip:1||Passband:1||Electric field intensity:1||Design methodology:1||lowpass filters:1||bandpass filter structures:1||BPFs:1||cavity resonator:1||Automatic tuning:1||bandpass filters:1||SIW filters:1||coupling matrix synthesis:1||sourcetoload coupling:1||Passive components and circuits:1||suppressing undesired resonance mode:1||Track formation range:1||Trackwhilesearch:1||electromagnetic bandgap (EBG):1||resonant coils:1||GaN:1||complementary metaloxidesemiconductor (CMOS):1||RF receiver frontend:1||Power transmission:1||Planetary orbits:1||

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(02841) 서울특별시 성북구 안암로 14502-3290-1114

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