ve Bandwidth","IEEE Microwave & Wireless Components Letters","",0], ["A Wideband CMOS Phase Shifter with a Phase Tuning Bit for Ku-Band Mobile Satellite","Microwave & Optical Technology Letters","",0], ["A Broadband Digital Step Attenuator with Low Insertion Loss and Phase Error In 0.18 mm SOI","ETRI Journal","",0], ["A 5-20 GHz 5-Bit True Time Delay Circuit in 0.18 um CMOS Technology","J. Semiconductor Technology & Science","",0]], "2012":[ ["A X-band 5-Bit Phase Shifter with Low Insertion Losses in 0.18 um SOI Technology","IEEE Microwave & Wireless Components Letters","",0], ["Wideband VHF and UHF RF Front-end Receiver for DVB-H Application","J. Electrical Engineering & Technology","",0]], "2010":[ ["A 2.3 GHz Linearized CMOS Power Amplifier with AM-AM and AM-PM Distortion Correction","IEICE Electronics Express","",0], ["A Switchless Zigbee Front-end Transceiver with Matching Component Sharing of LNA and PA","IEEE Microwave & Wireless Components Letters","",0], ["The Design and Realization of a Highly Linear Power Amplifier Module for a WiMax/Wibro (802.e) Base Station","Microwave & Optical Technology Letters","",0], ["0.93-mA Spur-Enhanced Frequency Synthesizer for L1/L5 Dual-Band GPS/Galileo RF Receiver","IEEE Microwave & Wireless Components Letters","",0], ["A Fully-Differential Complementary Hartley VCO in 0.18 um CMOS Technology","IEEE Microwave & Wireless Components Letters","",0]], "2009":[ ["A Circularly Polarized Balanced Radar Front-End with a Single Antenna for 24 GHz Radar Applications","IEEE Trans. Microwave Theory & Techniques","",1], ["A 5.4 mW Concurrent Low Noise CMOS LNA for L1/L5 GPS Application","IEICE Electronics Express","",0]], "2008":[ ["Symmetric Microstrip Interdigital Capacitor Compensated High Directivity Directional Coupler","Microwave & Optical Technology Letters","",0], ["A 2-mW Low-Power 0.13-um CMOS VCO and LO Generator for GPS","Microwave & Optical Technology Letters","",0], ["Fully Integrated 2.4 GHz CMOS RF Transmitter for 802.15.4 Zigbee Applications","Microwave & Optical Technology Letters","",0], ["An Experimental Load Matching Technique for RF CMOS Power Amplifier","Microwave & Optical Technology Letters","",0]], "2006":[["An on-chip Low loss 1:9 Transmission Line Transformer and Its Model","Microwave & Optical Technology Letters","",0]], "2004":[["Ku-band InGap-GaAs HBT MMIC VCOs with Balanced and Differential Topologies","IEEE Trans. Microwave Theory & Techniques","",1]], "2003":[ ["A K-band InGaP/GaAs HBT Balanced MMIC VCO","IEEE Microwave & Wireless Components Letters","",0], ["8-GHz CMOS Quadrature VCO Using Transformer-based LC Tank","IEEE Microwave & Wireless Components Letters","",0], ["A Dual-band (13/22-GHz) VCO Based on Resonant Mode Switching","IEEE Microwave & Wireless Components Letters","",0]], "2000":[["A Predistortion Linearizer Using Envelop-Feedback Technique with Simplified Carrier Cancellation Scheme for Class A and AB Power Amplifiers","IEEE Trans. Microwave Theory & Techniques","",1]] }; var YEARS=Object.keys(P).sort(function(a,b){return +b-+a}); var TOTAL=YEARS.reduce(function(s,y){return s+P[y].length},0); var FEAT=YEARS.reduce(function(s,y){return s+P[y].filter(function(p){return p[3]}).length},0); var mode='all'; document.getElementById('lead').textContent='A list of '+TOTAL+' international journal papers in the supplied MECAS Lab records from 2000 through '+YEARS[0]+', organized by year.'; document.getElementById('strip').innerHTML= '

'+TOTAL+'Journal Papers

'+ '

'+FEAT+'Featured

'+ '

'+YEARS.length+'Active Years

'+ '

'+YEARS[YEARS.length-1]+'–'+YEARS[0]+'Span

'; document.getElementById('tally').innerHTML='Total '+TOTAL+' international journal papers across '+YEARS.length+' years ('+YEARS[YEARS.length-1]+'–'+YEARS[0]+')'; var pf=document.getElementById