Research Article

A 0.8–6 GHz Wideband Receiver Front-End for Software-Defined Radio

Table 1

Summary of the implemented and recently reported state-of-the-art CMOS wideband and tunable-band receiver front-ends.

Frequency (GHz) (dB)Conversion gain (dB)Noise figure (dB)IIP3 (dBm)Supply voltage (V)Power (mW)Area (mm2)Technology

This work0.8~6<−7.317~20*4.5~5.9−10~−5113*0.48*90 nm CMOS
[2] 2008 ISSCC0.6~10<−1014*701.230*1*45 nm CMOS
[3] 2007 ISSCC2~8−823*4.5−71.227.8*0.48*65 nm CMOS
[4] 2006 JSSC0.8~6N/A18~20#5~5.5−3.52.528.5*3.8$90 nm CMOS
[5] 2012 TMTT0.6~3<−842~48$3−141.230$1.5$130 nm CMOS
[6] 2011 RFIC0.1~3N/A33~55$3.5~6N/A1.214.5~48.5$2.2$130 nm CMOS
[7] 2009 JSSC0.1~5N/A−2~82$2.3~6.5−10~−31.159~115$2$45 nm CMOS
[8] 2008 MWCL3~5<−7.619.8~24.6*15.4~17.4>−6216*1.14*0.18 um CMOS
[9] 2006 ISSCC3~8N/A15~21*5~6.5−2.62.344.9*0.35*@0.18 um CMOS

Front-end; #LNA only; $Whole receiver; @active area only.