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vmmk-3503 0.5 - 18 ghz variable gain amplifer in smt package data sheet description thefvmmk-3503fisfafsmallfandfeasy-to-use,fbroadband,f variablefgainfampliferfoperatingfinfvariousffrequencyf bandsffromf0.5-18fghz.fitfisfhousedfinfthefavagoftech - nologiesfindustry-leadingfandfrevolutionaryfsub-min - iaturefchipfscalefpackagef(gaascapfwaferfscalefleadlessf package)fwhichfisfsmallfandfultrafthinfyetfcanfbefhandledf andfplacedfwithfstandardf0402fpickfandfplacefassemblyf equipment.fthefvmmk-3503fprovidesfmaximumfgainfoff 12fdbfwithfaftypicalfgainfrangefoff23fdbfwherefthefgainf controlfisfaccessedffromfthefinputfportfbyfwayfoffaflargef valuefexternalfresistor.fitfcanfbefoperatedffromf3fvftof5fvf f powerfsupply.fitfisffabricatedfusingfavagoftechnologiesf uniquef0.25f mfe-modefphemtftechnologyfwhichfelimi - natesfthefneedfforfnegativefgatefbiasingfvoltage. wlp0402, 1 mm x 0.5 mm x 0.25 mm attention: observe precautions for handling electrostatic sensitive devices. esd machine model = 50 v esd human body model = 450 v refer to avago application note a004r: electrostatic discharge, damage and control. pin connections (top view) note: lf=fdevicefcode yf=fmonthfcode features ? 1fxf0.5fmmfsurfacefmountfpackage ? ultrathinf(0.25fmm) ? broadbandffrequencyfrange:f0.5ftof18fghz ? infandfoutputfmatch:f50fohm ? allfpositivefdcfvoltagefsupplyfandfcontrol ? cmos-compatiblefgainfcontrolfvoltage specifcations (6 ghz, vdd = 5 v, zin = zout = 50 ? ) ? smallfsignalfgain:f12fdbftyp ? gainfcontrolfrange:f23fdbftyp ? noiseffiguref=f3.5fdbftyp applications ? 2.4,f3.5,fandf5-6fghzfwlanfandfwimax ? 802.16f&f802.20fbwafsystems ? radarfandfecmfsystemsf ? uwb ? genericfiffampliferfandfvgaf ly ly output input input output amp
2 electrical specifcations table 1. absolute maximum rating [1] symbol parameters/condition unit absolute max vdd supplyfvoltagef(rffoutput) f[2] v 6 vc gainfcontrolfvoltage v 2 id supplyfcurrent f[2] ma 70 p in,fmax cwfrffinputfpowerf(rffinput) f[3] dbm +15 p diss totalfpowerfdissipation mw 420 tch maxfchannelftemperature c +150 jc thermalfresistance f[4] c/w 103 notes 1.f operationfoffthisfdevicefabovefanyfonefoffthesefparametersfmayfcausefpermanentfdamage 2.f biasfisfassumedfdcfquiescentfconditions 3.f withfthefdcf(typicalfbias)fandfrffappliedftofthefdevicefatfboardftemperatureftbf=f25fc 4.f thermalfresistancefisfmeasuredffromfjunctionftofboardfusingfirfmethod table 2. dc and rf specifcations [1] t a f=f25fc,ffrequencyf=f6fghz,fvddf=f5fv,fz in f=fz out f=f50f ? f(unlessfotherwisefspecifed) symbol parameters/condition unit minimum typical maximum id_max_gainf supplyfcurrentfatfvcf=f1.8fvf ma 50 58 66 id_min_gain supplyfcurrentfatfvcf=f0.65fv ma 17 24 31 max_gainf gainfatfvcf=f1.8fv db 10.5 12 min_gainf gainfatfvcf=f0.65 db -11 -9 gainfcontrolfrange max_gainfCfmin_gain db 19.5 23 nf noiseffigurefatfvcf=f1.8fv db 3.5 4.2 table 3. typical performance [2] t a f=f25fc,ffrequencyf=f6fghz,fvddf=f5fv,fz in f=fz out f=f50f ? f(unlessfotherwisefspecifed) vc v id ma gain db nf db iip3 [3] db op1db dbm opsat dbm irl db orl db 1.8 58 12 3.5 9 8 12 -12 -13 0.9 42 -2 0 5.8 0.65 24 -11 19 3 -0.5 -8 -18 notes 1.f measuredfdatafobtainedffromfg-sfprobingfonfwafer.flossesfofftestffxturefhavefbeenfde-embedded.f 2.f measuredfdatafobtainedffromfg-s-gfprobingfonfsubstrate.flossesfofftestffxturefhavefbeenfde-embedded.f 3.f iip3ftestfcondition:f2-toneffreq.fseparationf=f10fmhz,fpinf=f-20fdbm
3 product consistency distribution charts at 6.0 ghz, vdd = 5 v, vc = 1.8 v unless specifed otherwise id_max_1.8 @ vdd = 5 v, vc = 1.8 v, mean = 58 ma, lsl = 50 ma, usl = 66 ma id_min_0.65 @ vdd = 5 v, vc = 0.65 v, mean = 24 ma, lsl = 17 ma, usl = 31 ma nf @ 6ghz, mean = 3.5 db, usl = 4.2 db gain_max_1.8 @ 6 ghz, mean = 12 db, lsl = 10.5 db gain_min_0.65 @ 6 ghz, mean = -11 db, usl = -9 db 0.03 0.033 0.018 0.014 0.022 0.026 lsl usl usl lsl usl 0.046 0.05 0.054 0.058 0.062 0.066 0.07 5 4 3 2 usl -5 -9 -8 -7 -6 -13 -11 -17 -15 lsl 13 12 11 10 notes:f distributionfdatafbasedfonf54fkpcsfpartfsamplefsizeffromfmpvflots. futurefwafersfallocatedftofthisfproductfmayfhavefnominalfvaluesf anywherefbetweenfthefupperfandflowerflimits.
4 vmmk-3503 typical performance datafobtainedfusingfgsgfprobingfonfsubstrate,fbroadbandfbias-ts,flossesfcalibratedfoutftofthefpackagefreferencefplane. f (t a f=f25fc,fvddf=f5fv,fz in f=fz out f=f50f ? funlessfnoted)f figure 1. gain range vs. vcontrol figure 2. reverse isolation vs. vc figure 3. input return loss vs. vc figure 4. output return loss vs. vc figure 5. broadband gain and return losses (vc = 1.8 v) figure 6. noise figure (vc = 1.8 v) -40 -30 -20 -10 0 10 20 0 4 8 12 16 20 freq (ghz) s21 (db) 1.8 v 1.25 v 1.15 v 1.05 v 0.95 v 0.85 v 0.75 v 0.65 v 0.5 v 0.4 v 0.35 v 0 v 1.8 v 1.25 v 1.15 v 1.05 v 0.95 v 0.85 v 0.75 v 0.65 v 0.5 v 0.4 v 0.35 v 0 v 1.8 v 1.25 v 1.15 v 1.05 v 0.95 v 0.85 v 0.75 v 0.65 v 0.5 v 0.4 v 0.35 v 0 v 1.8 v 1.25 v 1.15 v 1.05 v 0.95 v 0.85 v 0.75 v 0.65 v 0.5 v 0.4 v 0.35 v 0 v -70 -60 -50 -40 -30 0 4 8 12 16 20 freq (ghz) s12 (db) -25 -20 -15 -10 -5 0 4 8 12 16 20 freq (ghz) s22 (db) -20 -15 -10 -5 0 0 4 8 12 16 20 freq (ghz) s11 (db) 2.50 3.00 3.50 4.00 4.50 0 3 6 9 12 15 18 freq (ghz) nf (db) -20 -15 -10 -5 0 5 10 15 20 0 3 6 9 12 15 18 21 24 freq (ghz) response (db) nf_50 ohm nfmin s11 s22 s21
5 vmmk-3503 typical performance (t a f=f25fc,fvddf=f5fv,fz in f=fz out f=f50f ? funlessfnoted)f figure 7. input ip3 vs. freq figure 8. input ip3 vs. vc figure 9. saturated power figure 10. gain vs. pin at 6 ghz figure 11. noise figure at min and max gain figure 12. supply current over bias -5 0 5 10 15 0 3 6 9 12 15 18 freq (ghz) iip3 (dbm) -2 0 2 4 6 8 10 12 14 0 3 6 9 12 15 18 freq (ghz) psat (dbm) 0 5 10 15 20 25 0 3 6 9 12 15 18 freq (ghz) nf (db) 0 10 20 30 40 50 60 0 0.3 0.6 0.9 1.2 1.5 1.8 vc (v) idd (ma) -15 -10 -5 0 5 10 15 -20 -15 -10 -5 0 5 pin (dbm) gain (db) -5 0 5 10 15 20 0 0.3 0.6 0.9 1.2 1.5 1.8 vc (v) iip3 (dbm) vc = 1.8 v vc = 0.65 v 1 ghz 6 ghz 12 ghz 18 ghz 1.8 v 0.9 v 0.65 v vdd = 5 v vdd = 4 v vdd = 3 v vc = 0.65 v vc = 1.8 v 1.8 v 0.9 v 0.65 v
6 vmmk-3503 typical performance (t a f=f25fc,fvcf=f1.8fv,fz in f=fz out f=f50f ? funlessfnoted)f figure 13. max. gain over vdd figure 14. noise figure over vdd figure 15. input ip3 over vdd figure 16. output p1db over vdd 7 9 11 13 15 17 0 4 8 12 16 20 freq (ghz) s21 (db) 3 5 7 9 11 13 0 3 6 9 12 15 18 freq (ghz) iip3 (dbm) 2 3 4 5 6 0 3 6 9 12 15 18 freq (ghz) nf (db) 3 5 7 9 11 13 0 3 6 9 12 15 18 freq (ghz) p1db (dbm) vdd = 5 v vdd = 4 v vdd = 3 v 5 v 4 v 3 v 5 v 4 v 3 v 5 v 4 v 3 v
7 vmmk-3503 typical performance (t a f=f25fc,fvddf=f5fv,fvcf=f1.8fv,fz in f=fz out f=f50f ? funlessfnoted)f figure 17. max gain (vc = 1.8 v) over temp figure 18. min. gain (vc = 0.65 v) over temp figure 19. noise figure (vc = 1.8 v) over temp figure 20. noise figure (vc = 0.65 v) over temp figure 21. input ip3 over temp figure 22. output p1db over temp 7 9 11 13 15 17 0 3 6 9 12 15 18 freq (ghz) s21 (db) -20 -16 -12 -8 -4 0 0 3 6 9 12 15 18 freq (ghz) s21 (db) 1 2 3 4 5 6 0 3 6 9 12 15 18 freq (ghz) nf (db) 13 16 19 22 25 0 3 6 9 12 15 18 freq (ghz) nf (db) 3 5 7 9 11 13 0 3 6 9 12 15 18 freq (ghz) iip3 (dbm) 3 5 7 9 11 13 0 3 6 9 12 15 18 freq (ghz) p1db (dbm) -40 c +25 c +85 c -35 c +25 c +85 c -40 c +25 c +85 c -40 c +25 c +85 c -40 c +25 c +85 c -35 c +25 c +85 c
8 typical scattering parameters (datafobtainedfusingfgsgfprobingfonfsubstrate,fbroadbandfbias-ts,flossesfcalibratedf outftofthefpackagefreferencefplane.)f maximum gain state t a f=f25fc,fv dd f=f5fv,fvcf=f1.8fv,fz in f=fz out f=f50f ? freq ghz s11 s21 s12 s22 db mag phase db mag phase db mag phase db mag phase 0.1 -5.234 0.547 -36.340 17.088 7.152 -169.066 -34.704 0.018 5.347 -7.950 0.400 -29.145 0.3 -8.205 0.389 -44.110 15.553 5.993 168.608 -37.140 0.014 -33.799 -14.430 0.190 -57.539 0.5 -9.630 0.330 -55.860 14.833 5.517 163.240 -39.576 0.011 -46.674 -17.910 0.127 -57.577 1 -11.674 0.261 -68.772 14.058 5.045 154.656 -45.514 0.005 -61.653 -18.526 0.119 -35.198 1.5 -12.638 0.233 -82.810 13.785 4.890 145.361 -52.396 0.002 -56.465 -18.711 0.116 -37.816 2 -12.716 0.231 -96.505 13.608 4.791 135.797 -58.416 0.001 -27.711 -18.644 0.117 -44.636 2.5 -12.945 0.225 -105.988 13.434 4.696 126.210 -57.721 0.001 22.831 -17.464 0.134 -52.561 3 -12.724 0.231 -117.938 13.253 4.599 116.602 -51.701 0.003 55.942 -17.009 0.141 -60.588 3.5 -12.443 0.239 -129.488 13.079 4.508 107.020 -49.370 0.003 57.247 -16.530 0.149 -67.722 4 -12.086 0.249 -140.327 12.878 4.405 97.488 -47.535 0.004 58.962 -15.950 0.159 -75.685 4.5 -11.781 0.258 -151.034 12.675 4.303 88.039 -46.196 0.005 55.451 -15.499 0.168 -83.369 5 -11.624 0.262 -160.567 12.464 4.199 78.800 -45.193 0.006 54.829 -14.899 0.180 -89.351 5.5 -11.415 0.269 -169.866 12.260 4.102 69.643 -44.152 0.006 54.633 -14.361 0.191 -96.382 6 -11.337 0.271 -179.510 12.054 4.006 60.519 -42.734 0.007 53.880 -13.962 0.200 -102.828 7 -11.460 0.267 162.515 11.657 3.827 42.602 -42.499 0.008 49.735 -13.167 0.220 -113.970 8 -11.751 0.259 147.995 11.367 3.701 24.988 -40.724 0.009 48.393 -12.203 0.245 -124.427 9 -12.472 0.238 133.404 11.060 3.573 7.241 -40.265 0.010 39.885 -11.542 0.265 -134.913 10 -13.635 0.208 121.211 10.846 3.486 -10.571 -40.446 0.010 36.647 -11.010 0.282 -143.067 11 -14.866 0.181 114.429 10.711 3.432 -28.787 -39.094 0.011 35.737 -10.492 0.299 -151.617 12 -16.695 0.146 106.812 10.563 3.374 -47.576 -39.251 0.011 20.424 -10.527 0.298 -158.331 13 -17.096 0.140 95.686 10.455 3.332 -66.978 -39.743 0.010 6.426 -11.103 0.279 -163.704 14 -17.413 0.135 93.664 10.440 3.327 -87.377 -42.853 0.007 3.082 -11.239 0.274 -166.829 15 -16.893 0.143 84.178 10.301 3.274 -109.043 -45.680 0.005 -7.975 -11.493 0.266 -169.735 16 -16.467 0.150 63.202 10.045 3.179 -131.594 -49.897 0.003 -4.888 -11.866 0.255 -166.983 17 -15.945 0.160 37.802 9.750 3.073 -154.810 -55.918 0.002 -52.259 -11.681 0.261 -160.052 18 -15.614 0.166 12.088 9.197 2.883 -179.066 -51.701 0.003 158.277 -10.357 0.304 -158.139 19 -13.752 0.205 -21.118 8.448 2.645 157.015 -44.883 0.006 152.925 -8.966 0.356 -157.243 20 -12.157 0.247 -41.042 7.561 2.388 133.864 -41.310 0.009 154.431 -8.145 0.392 -162.711 21 -10.669 0.293 -63.873 6.683 2.159 111.260 -37.393 0.014 138.895 -7.153 0.439 -169.348 22 -8.874 0.360 -80.568 5.735 1.935 89.380 -36.363 0.015 136.236 -6.840 0.455 -175.654 23 -7.819 0.407 -95.270 4.875 1.753 68.283 -33.231 0.022 129.780 -7.107 0.441 173.963 24 -6.567 0.470 -112.606 4.083 1.600 46.380 -31.972 0.025 123.391 -7.300 0.432 164.987 25 -5.575 0.526 -123.992 3.420 1.483 24.873 -30.117 0.031 117.009 -8.683 0.368 155.499 26 -5.033 0.560 -138.591 2.789 1.379 1.758 -28.730 0.037 106.595 -10.707 0.292 142.046 27 -4.273 0.611 -152.269 2.192 1.287 -22.954 -27.787 0.041 101.488 -15.310 0.172 134.713 28 -3.947 0.635 -167.334 1.493 1.188 -49.141 -26.994 0.045 92.314 -32.041 0.025 144.283 29 -3.541 0.665 176.086 0.621 1.074 -77.446 -25.832 0.051 86.534 -16.851 0.144 -90.456 30 -3.351 0.680 158.427 -0.400 0.955 -106.679 -25.209 0.055 79.495 -9.935 0.319 -100.759
9 typical scattering parameters (datafobtainedfusingfgsgfprobingfonfsubstrate,fbroadbandfbias-ts,flossesfcalibratedf outftofthefpackagefreferencefplane.)f maximum gain state t a f=f25fc,fv dd f=f5fv,fvcf=f0.65fv,fz in f=fz out f=f50f ? freq ghz s11 s21 s12 s22 db mag phase db mag phase db mag phase db mag phase 0.1 -4.384 0.604 -29.869 -12.146 0.247 129.090 -34.657 0.019 -1.087 -8.629 0.370 -52.821 0.3 -6.657 0.465 -45.824 -14.204 0.195 147.959 -37.721 0.013 -29.210 -15.050 0.177 -91.600 0.5 -8.022 0.397 -60.936 -14.780 0.182 147.676 -40.446 0.010 -44.324 -18.294 0.122 -109.111 1 -9.851 0.322 -79.444 -15.244 0.173 138.353 -47.959 0.004 -46.248 -24.837 0.057 -106.341 1.5 -10.291 0.306 -96.760 -15.254 0.173 124.975 -53.152 0.002 4.863 -27.131 0.044 -114.720 2 -9.960 0.318 -112.225 -15.095 0.176 110.896 -49.119 0.004 34.160 -27.535 0.042 -120.614 2.5 -9.789 0.324 -123.981 -14.875 0.180 97.127 -46.745 0.005 38.796 -26.321 0.048 -105.494 3 -9.279 0.344 -136.890 -14.666 0.185 83.680 -44.731 0.006 46.700 -25.368 0.054 -106.252 3.5 -8.838 0.362 -149.098 -14.434 0.190 70.694 -43.223 0.007 39.610 -24.336 0.061 -105.204 4 -8.423 0.379 -160.463 -14.186 0.195 58.511 -41.618 0.008 38.334 -22.878 0.072 -107.122 4.5 -8.112 0.393 -171.556 -13.966 0.200 46.636 -40.819 0.009 35.552 -21.766 0.082 -109.935 5 -7.983 0.399 178.119 -13.727 0.206 35.372 -40.446 0.010 31.845 -20.491 0.095 -110.216 5.5 -7.862 0.405 168.168 -13.498 0.211 24.634 -40.000 0.010 30.148 -19.307 0.108 -113.744 6 -7.896 0.403 157.747 -13.251 0.218 14.151 -39.412 0.011 27.547 -18.496 0.119 -117.260 7 -8.352 0.382 138.626 -12.765 0.230 -6.012 -39.332 0.011 22.649 -16.624 0.148 -123.666 8 -9.484 0.336 121.545 -12.174 0.246 -25.240 -38.344 0.012 20.228 -15.006 0.178 -131.066 9 -11.724 0.259 108.205 -11.457 0.267 -45.069 -37.458 0.013 10.631 -13.630 0.208 -139.041 10 -14.914 0.180 109.544 -10.704 0.292 -65.979 -37.329 0.014 -0.050 -12.634 0.234 -146.650 11 -14.746 0.183 133.101 -9.990 0.317 -87.815 -37.016 0.014 -6.566 -11.842 0.256 -153.905 12 -11.411 0.269 133.477 -9.304 0.343 -110.934 -36.954 0.014 -29.419 -11.418 0.269 -160.153 13 -8.709 0.367 113.491 -8.754 0.365 -135.002 -37.523 0.013 -52.510 -11.545 0.265 -165.869 14 -7.250 0.434 92.561 -8.327 0.383 -159.201 -39.914 0.010 -77.826 -11.764 0.258 -170.850 15 -6.417 0.478 70.306 -7.950 0.400 176.550 -40.355 0.010 -111.180 -11.941 0.253 -174.141 16 -6.028 0.500 45.905 -7.654 0.414 151.174 -40.355 0.010 -145.319 -12.206 0.245 -172.586 17 -5.647 0.522 21.999 -7.498 0.422 125.597 -39.914 0.010 -169.517 -12.385 0.240 -167.794 18 -5.552 0.528 -1.777 -7.570 0.418 99.059 -37.523 0.013 169.891 -11.299 0.272 -164.225 19 -5.004 0.562 -26.985 -8.013 0.398 72.637 -36.138 0.016 155.878 -9.984 0.317 -161.776 20 -4.614 0.588 -47.372 -8.759 0.365 47.014 -35.041 0.018 150.938 -9.134 0.349 -167.187 21 -4.252 0.613 -69.196 -9.651 0.329 22.400 -32.217 0.025 137.411 -8.097 0.394 -175.258 22 -3.650 0.657 -86.503 -10.672 0.293 -1.960 -31.437 0.027 130.598 -8.161 0.391 177.319 23 -3.451 0.672 -103.378 -11.948 0.253 -25.748 -29.422 0.034 121.759 -8.981 0.356 164.378 24 -3.045 0.704 -121.052 -13.195 0.219 -51.026 -28.683 0.037 110.392 -10.223 0.308 155.184 25 -2.790 0.725 -133.752 -14.512 0.188 -76.900 -27.723 0.041 101.985 -13.846 0.203 148.226 26 -2.787 0.726 -148.672 -15.918 0.160 -105.090 -27.033 0.045 90.855 -20.491 0.095 149.827 27 -2.648 0.737 -163.119 -17.127 0.139 -136.314 -26.878 0.045 85.725 -20.696 0.092 -122.188 28 -2.761 0.728 -178.128 -18.366 0.121 -167.459 -26.651 0.047 77.935 -13.560 0.210 -108.378 29 -2.874 0.718 165.731 -19.062 0.111 160.383 -25.934 0.051 73.541 -9.709 0.327 -115.177 30 -3.145 0.696 148.147 -19.601 0.105 131.274 -25.564 0.053 70.374 -7.404 0.426 -122.966
10 figure 25. biasing the vmmk-3503 figure 23. evaluation/test board (available to qualifed customers upon request) vmmk-3503 applications and usage information table 4. vmmk-3503 demo board bom component value dut vmmk-3503 c1 100fpf c2 100fpf r1 10fkohms c5f 0.1f f c6 100fpf l1 2fnh biasing and operation thefvmmk-3503fisfbiasedfwithfafpositivefsupplyfconnectedf tofthefoutputfpinfvdfthroughfanfexternalfuserfsuppliedf biasfdecouplingfnetwork.fnominalfcurrentfdrawfisf59f maffromfaf5fvfpowerfsupply.faftypicalfbiasingfschemefisf shownfinffiguref23.fmaximumfgainfoccursfwhenfvcfisf1.8fvf andfminimumfgainfoccursfwithfvcfsetftof0.65fv. amp input output output pad ground pad input pad 50 ohm line 50 ohm line 100 pf l1 vc vdd 0.1 f 0.1 f 100 pf 10 k 100 pf figure 24. example demonstration circuit of vmmk-3503 for broadband operation (rf choke value selected for best performance at 12 ghz). aflayoutfoffaftypicalfdemofboardfisfshownfinffiguref25.fthef demofboardfusesfsmallf0402fstylefsurfacefmountfcompo - nents.fdueftofthefbroadfbandwidthfoffthefvmmk-3503f devisingfafbiasfdecouplingfnetworkftofworkfwellfoverfthef entiref0.5ftof18fghzffrequencyfrangefwillfbefafchallenge.f conicalfwoundfbroadfbandfinductorsfwillfworkfwellf butfmayfbefpricy.fthefdemofboardfusesfaf2.2fnhfoutputf inductorfwhichfprovidesfgoodfbandwidthffromfaboutfaf f 1fghzftofbeyondf6fghz.fthefinputfandfoutputfblockingf capacitorsfaref100fpf.f typicallyfafpassivefcomponentfcompanyflikefmuratafdoesf notfspecifyfsfparametersfatffrequenciesfhigherfthanf5forf 6fghzfforflargerfvaluesfoffinductancefmakingfitfdifcultf tofproperlyfsimulatefampliferfperformancefatfhigherffre - quencies.fitfhasfbeenfobservedfthatfthefmurataflqw15anf seriesfoff0402finductorsfactuallyfworksfquitefwellfabovef theirfnormallyfspecifedffrequency.f anotherfschemefforfincreasingfthefbandwidthfwouldfbef tofinstallftwofsmallfchipfinductorsfinfseries.fafsmallerfvaluef wouldffavorfthefhigherffrequenciesfwhileftheflargerfvaluef willfworkfbetterfatflowffrequencies.fputtingfaffewfohmsf offresistancefinfseriesfwithfthefinductorsfwillfalsoftendftof smoothfoutfthefresponsefbyfminimizingfresonancesfinfthef biasfdecouplingfnetworks. thefparallelfcombinationfoffthef100fpffandf0.1f ffcapaci - torsfprovidefaflowfimpedancefinfthefbandfoffoperationf andfatflowerffrequenciesfandfshouldfbefplacedfasfclosef asfpossibleftofthefinductor.ftheflowffrequencyfbypassf providesfgoodfrejectionfoffpowerfsupplyfnoisefandfalsof providesfaflowfimpedancefterminationfforfthirdforderflowf frequencyfmixingfproductsfthatfwillfbefgeneratedfwhenf multiplefin-bandfsignalsfarefinjectedfintofanyfamplifer.f thef10kfohmfresistorfatfthefinputfprovidesfafreasonablyf widefbandwidthfwayfoffinjectingfvcfatfthefinputftofthef devicefwithoutfadverselyfafectingfrffperformance.
11 sfparameterfmeasurements thefsfparametersfarefmeasuredfonfaf300f mfg-s-gf (groundfsignalfground)fprintedfcircuitfboardfsubstrate.f calibrationfisfachievedfwithfafseriesfoffthrough,fshortf andfopenfsubstratesffromfwhichfanfaccuratefsetfoffsfpa - rametersfisfcreated.ftheftestfboardfisf0.016finchfthicknessf ro4350.fgroundingfoffthefdevicefisfachievedfwithfafsinglef platedfthroughfholefdirectlyfunderfthefdevice.fthefefectf offthisfplatedfthroughfholefisfincludedfinfthefsfparameterf measurementsfandfisfdifcultftofde-embedfaccurately.f sincefthefmaximumfrecommendedfprintedfcircuitfboardf thicknessfisfnominallyf0.020finch,fthenfthefnominalfefectf offprintedfcircuitfboardfgroundingfcanfbefconsideredftof havefalreadyfbeenfincludedfthefpublishedfsfparameters. package and assembly note forfdetailedfdescriptionfoffthefdevicefpackage,fhandlingf andfassembly,fpleasefreferftofapplicationfnotef5378. ordering information part number devices per container container VMMK-3503-BLKG 100f antistaticfbag vmmk-3503-tr1g 5000 7freel package dimension outline reel orientation device orientation dimensions symbol min (mm) max (mm) e 0.500 0.585 d 1.004 1.085 a 0.225 0.275 not e: all dimensions ar e in mm a e d top view end view ? ly ? ly ? ly ? ly 8 mm 4 mm user feed direction notes: ?l? = device code ?y? = month code esd precautions note:fthesefdevicesfarefesdfsensitive.ftheffollowingfpre - cautionsfarefstronglyfrecommended.fensurefthatfanfesdf approvedfcarrierfisfusedfwhenfdiefareftransportedffromf onefdestinationftofanother.fpersonalfgroundingfisftofbef wornfatfallftimesfwhenfhandlingfthesefdevices.fforfmoref detail,freferftofavagofapplicationfnotefa004r:felectro- staticfdischargefdamagefandfcontrol. user feed direction carrier tape reel
for product information and a complete list of distributors, please go to our web site: www.avagotech.com avago, avago technologies, and the a logo are trademarks of avago technologies in the united states and other countries. data subject to change. copyright ? 2005-2012 avago technologies. all rights reserved. av02-2918en - december 26, 2012 notice: 1.f 10fsprocketfholefpitchfcumulativeftolerancefisf0.1fmm. 2.f pocketfpositionfrelativeftofsprocketfholefmeasuredfasftruefpositionf offpocketfnotfpocketfhole. 3.f aof&fbofmeasuredfonfafplacef0.3fmmfabovefthefbottomfoffthef pocketftoftopfsurfacefoffthefcarrier. 4.f kofmeasuredffromfafplanefonfthefinsidefbottomfoffthefpocketftof theftopfsurfacefoffthefcarrier. 5.f carrierfcamberfshallfbefnotfthanf1fmfperf100fmmfthroughfaflengthf off250fmm.f unit:fmm symbol spec. k1 C po 4.00.10 p1 4.00.10 p2 2.00.05 do 1.550.05 d1 0.50.05 e 1.750.10 f 3.500.05 10po 40.00.10 w 8.00.20 t 0.200.02 note: 2 p2 note: 1 po do b b note: 2 e f w a a p1 d1 r0.1 ao 5 (max) scale 5:1 aa section ao = 0.730.05 mm bo = 1.260.05 mm ko = 0.35 +0.05 mm +0 scale 5:1 bb section 5 (max) bo ko t tape dimensions

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