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mga-43828 925C960 mhz linear power amplifer module data sheet description thefavagofmga-43828fisfaffullyfmatched,fhighlyflinearf powerfampliferf(pa)fdesignedfforfusefinfthef925-960f mhzfband.fbasedfonfavagosfproprietaryf0.25umfgaasfe- phemtftechnology,fthefdeviceffeaturesfhighflinearity,fgainf andfpower-addedfefciencyf(pae)fwithfintegratedfpowerf detectorfandfshutdownffunctions.fthefmga-43828fisfidealf forfusefasfaffnalfstagefpafforfsmallfcellfbaseftransceiverf stationf(bts)fapplications. component image (5.0fxf5.0fxf0.9)fmmfpackagefoutline features ? f highflinearityfperformancef:fmaxf-50dbcfaclr1 [1] fatf27f dbmflinearfoutputfpowerf(biasedfwithf5.0vfsupply) ? f highfgainf:f33fdb ? f goodfefciency ? f fullyfmatched ? f built-infdetector ? f gaasfe-phemtftechnology [2] ? f lowfcostfsmallfpackagefsize:f(5.0fxf5.0fxf0.9)fmm ? fmsl3 ? f leadffree/halogenffree/rohsfcompliance specifcations 940mhz;f5.0v,fidqtotalf=316maf(typ),fw-cdmaftestf f modelf#1,f64dpchfdownlinkfsignal ? f paef:f14.7% ? f 27fdbmflinearfpoutf@faclr1f=f-50dbc [1] ? f 33fdbfgain ? f detectorfrangef:f20dbf applications ? f finalfstagefhighflinearityfampliferfforfpicocellfandf enterpriseffemtocellfpaftargetedfforfsmallfcellfbtsf downlinkfapplications.f note: 1.f w-cdmaftestfmodelf#1,f64dpchfdownlinkfsignal 2.f enhancementfmodeftechnologyfemploysfpositivefvgs,ftherebyf eliminatingfthefneedfoffnegativefgatefvoltagefassociatedfwithf conventionalfdepletionfmodefdevices. functional block diagram notes: packagefmarkingfprovidesf orientationfandfidentifcation 43828f=fdevicefpartfnumber yywwf=fyearfandfworkfweek xxxxf=fassemblyflotfnumber pin confguration a vago 43828 yyww xxxx top view vdd2 vdd3 vc2 vc3 vddbias vdet 2 nd stage 3 rd stage rfout biasing circuit rfin attention: observe precautions for handling electrostatic sensitive devices. esdfmachinefmodelf=f60fv esdfhumanfbodyfmodelf=f400fv refer to avago application note a004r: electrostatic discharge damage and control. (5.0 x 5.0 x 0.9) mm 28 nc 27 gnd 26 vdd2 25 gnd 24 vdd3 23 vdd3 22 vdd3 gnd 1 gnd 2 nc 3 rfin 4 nc 5 gnd 6 nc 7 21 gnd 20 gnd 19 rfout 18 rfout 17 rfout 16 gnd 15 gnd nc 8 vc2 9 vc3 10 gnd 11 vddbias 12 gnd 13 vdet 14
2 absolute maximum rating [1] t a =25 c symbol parameter units absolute max. vdd,fvddbias supplyfvoltages,fbiasfsupplyfvoltage v 6.0 vc controlfvoltage v (vdd) p in,max cwfrffinputfpower dbm 20 p diss totalfpowerfdissipation f[3] w 4.9 t j junctionftemperature c 150 t stg storageftemperature c -65ftof150 electrical specifcations t a f=f25f c,fvddf=fvddbiasf=f5.0v,fvc2=3.5v,fvc3=2.8v,fidqtotalf=f316ma,frffperformancefatf940mhz,fw-cdmaftestfmodelf #1,f64dpchfdownlinkfsignalfoperationfunlessfotherwisefstated.f symbol parameter and test condition units min. typ. max. vdd supplyfvoltage v - 5.0 - idqtotal quiescentfsupplyfcurrent ma - 316 560 gain gainf db 31 33 - op1db outputfpowerfatf1dbfgainfcompressionf dbm - 36 - aclr1f@fpout=27.0dbm w-cdmaftestfmodelf#1,f64dpchfdownlinkfsignal dbc - -50 - pae powerfaddedfefciency % 13 14.7 - |s11| inputfreturnfloss,f50?fsource db - 13.9 - detr detectorfrffdynamicfrange db - 20 - 2fo 2fofharmonicsf f (w-cdmaftestfmodelf#1,f64dpchfdownlinkfsignal) dbc -35 thermal resistance [2,3] q jc f=f15.9f c/w notes: 1.f operationfoffthisfdevicefinfexcessfoffanyfoff theseflimitsfmayfcausefpermanentfdamage. 2.f thermalfresistancefmeasuredfusingfinfra- redfmeasurementftechnique. 3.f boardftemperaturef(t b )fisf25f cf,fforft b f>72f cfderatefthefdevicefpowerfatf63mwfperf cf risefinfboardf(packagefbelly)ftemperature.
3 product consistency distribution charts [1] figure 1. gain at pout=27dbm, lsl= 31db, nominal = 33db note: 1.f distributionfdatafsamplefsizefisf1500fsamplesftakenffromf3fdiferentfwaferflots.ftaf=f25*c,fvdd=vddbiasf=f5.0v,ffvc2f=f3.5v,fvc3f=f2.8v,frff performancefatf940mhzfunlessfotherwisefstated.ffuturefwafersfallocatedftofthisfproductfmayfhavefnominalfvaluesfanywherefbetweenfthefupperf andflowerflimits.f figure 2. pae at pout=27dbm, lsl=13%, nominal = 14.7% figure 3. idqtotal, nominal = 316ma, usl=560ma figure 4. idd_total at pout=27dbm, nominal = 687ma figure 5. aclr1 at pout=27dbm, nominal = -50.3dbc 34 35 36 31 32 33 17 13 14 15 16 300 350 400 450 500 200 250 lsl lsl -60 -58 -56 -54 -52 -50 -48 -46 -44 -42 700 750 800 850 900 600 650 550 600 usl
4 - 40 - 35 - 30 - 25 - 20 - 15 - 10 - 5 0 5 10 15 20 25 30 35 40 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0 1.1 1.2 1.3 1.4 1.5 1.6 1.7 1.8 1.9 2.0 2.1 2.2 85c 25c -40c - 40 - 35 - 30 - 25 - 20 - 15 - 10 - 5 0 5 10 15 20 25 30 35 40 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0 1.1 1.2 1.3 1.4 1.5 1.6 1.7 1.8 1.9 2.0 2.1 2.2 0 4 8 12 16 20 24 - 65 - 60 - 55 - 50 - 45 - 40 - 35 19 20 21 22 23 24 25 26 27 28 29 30 0 4 8 12 16 20 24 - 65 - 60 - 55 - 50 - 45 - 40 - 35 19 20 21 22 23 24 25 26 27 28 29 30 s21,s11,s22/db frequency/ghz pout/dbm aclr1/dbc s21,s11,s22/db frequency/ghz pout/dbm aclr1/dbc aclr1_85c aclr1_25c aclr1_-40c pae_85c pae_25c pae_-40c 85c 25c -40c aclr1_85c aclr1_25c aclr1_-40c pae_85c pae_25c pae_-40c s21 s11 s22 s21 s11 s22 pae/% pae/% mga-43828 typical over-temperature performance at vc2=3.5v, vc3=2.8v (vdd=vddbias=5v) as shown in figure 25 and vc2= 3.6v, vc3=2.5v (vdd=vddbias=5.5v) unless otherwise stated. figure 6. small-signal performance over-temperature vdd=vddbias=5.0v operating voltage figure 7. small-signal performance over-temperature vdd=vddbias=5.5v operating voltage figure 8. over-temperature aclr1, pae vs pout @ 927.4mhz vdd=vddbias=5.0v operating voltage figure 9. over-temperature aclr1, pae vs pout @ 927.4mhz vdd=vddbias=5.5v operating voltage
5 0 4 8 12 16 20 24 - 65 - 60 - 55 - 50 - 45 - 40 - 35 19 20 21 22 23 24 25 26 27 28 29 30 0 4 8 12 16 20 24 - 65 - 60 - 55 - 50 - 45 - 40 - 35 19 20 21 22 23 24 25 26 27 28 29 30 0 4 8 12 16 20 24 - 65 - 60 - 55 - 50 - 45 - 40 - 35 19 20 21 22 23 24 25 26 27 28 29 30 0 4 8 12 16 20 24 - 65 - 60 - 55 - 50 - 45 - 40 - 35 19 20 21 22 23 24 25 26 27 28 29 30 300 400 500 600 700 800 900 1000 1100 1200 19 20 21 22 23 24 25 26 27 28 29 30 pout/dbm idd total/ma pout/dbm aclr1/dbc pout/dbm aclr1/dbc pout/dbm aclr1/dbc pout/dbm aclr1/dbc idd_total_85c idd_total_25c idd_total_-40c aclr1_85c aclr1_25c aclr1_-40c pae_85c pae_25c pae_-40c aclr1_85c aclr1_25c aclr1_-40c pae_85c pae_25c pae_-40c aclr1_85c aclr1_25c aclr1_-40c pae_85c pae_25c pae_-40c aclr1_85c aclr1_25c aclr1_-40c pae_85c pae_25c pae_-40c pae/% pae/% pae/% pae/% mga-43828 typical over-temperature performance at vc2=3.5v, vc3=2.8v (vdd=vddbias=5v) as shown in figure 25 and vc2= 3.6v, vc3=2.5v (vdd=vddbias=5.5v) unless otherwise stated. figure 10. over-temperature aclr1, pae vs pout @ 940mhz vdd=vddbias=5.0v operating voltage figure 11. over-temperature aclr1, pae vs pout @ 940mhz vdd=vddbias=5.5v operating voltage figure 12. over-temperature aclr1, pae vs pout @ 957.6mhz vdd=vddbias=5.0v operating voltage figure 13. over-temperature aclr1, pae vs pout @ 957.6mhz vdd=vddbias=5.5v operating voltage figure 14. over-temperature idd_total vs pout @ 940mhz vdd=vddbias=5.0v operating voltage
6 - 75 - 70 - 65 - 60 - 55 - 50 - 45 - 40 - 35 19 20 21 22 23 24 25 26 27 28 29 30 - 75 - 70 - 65 - 60 - 55 - 50 - 45 - 40 - 35 19 20 21 22 23 24 25 26 27 28 29 30 - 45 - 40 - 35 - 30 - 25 - 20 - 15 - 10 924 926 928 930 932 934 936 938 940 942 944 946 948 950 952 954 956 958 960 pout/dbm aclr1, aclr2 /dbc frequency/mhz 2fo,3fo/dbm pout/dbm aclr1, aclr2 /dbc 2fo_85oc 2fo_25oc 2fo_-40oc 3fo_85 3fo_25oc 3fo_-40oc aclr1_85c aclr1_25c aclr1_-40c pae_85c pae_25c pae_-40c aclr1_85c aclr1_25c aclr1_-40c pae_85c pae_25c pae_-40c 200 600 1000 1400 1800 2200 2600 25.0 27.0 29.0 31.0 33.0 35.0 37.0 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 gain_85oc gain_25oc gain_-40oc idd_total_85oc idd_total_25oc idd_total_-40oc pout/dbm gain/db 200 600 1000 1400 1800 2200 2600 25.0 27.0 29.0 31.0 33.0 35.0 37.0 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 gain_85oc gain_25oc gain_-40oc idd_total_85oc idd_total_25oc idd_total_-40oc pout/dbm gain/db 200 600 1000 1400 1800 2200 2600 25.0 27.0 29.0 31.0 33.0 35.0 37.0 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 gain_85oc gain_25oc gain_-40oc idd_total_85oc idd_total_25oc idd_total_-40oc pout/dbm gain/db idd_total /ma idd_total /ma idd_total /ma mga-43828 typical over-temperature performance at vc2=3.5v, vc3=2.8v (vdd=vddbias=5v) as shown in figure 25 and vc2= 3.6v, vc3=2.5v (vdd=vddbias=5.5v) unless otherwise stated. figure 15. over-temperature aclr1, aclr2 pout @ 940mhz vdd=vddbias=5.0v operating voltage figure 16. over-temperature aclr1, aclr2 vs pout @ 940mhz vdd=vddbias=5.5v operating voltage figure 17. over-temperature 2nd, 3rd harmonics vs freq at pout=27dbm, vdd=vddbias=5.0v operating voltage figure 18. over-temperature gain, idd_total vs pout @ 927.4mhz vdd=vddbias=5.0v operating voltage figure 19. over-temperature gain, idd_total vs pout @ 940mhz vdd=vddbias=5.0v voltage figure 20. over-temperature gain, idd_total vs pout @ 957.6mhz vdd=vddbias=5.0v operating voltage
7 mga-43828 typical 3gpp w-cdma test model #1 spectrum emission mask performance at vdd=vddbias=5.0v, vc2=3.5v, vc3=2.8v unless otherwise stated. figure 21. sem at pout=28dbm @ 927.4mhz figure 22. sem at pout=28dbm @ 940mhz 0 2.5 5.0 7.5 10.0 12.5 - 12.5 - 10.0 - 7.5 - 5.0 - 2.5 frequency oset/mhz 0 2.5 5.0 7.5 10.0 12.5 - 12.5 - 10.0 - 7.5 - 5.0 - 2.5 frequency oset/mhz
8 s-parameter [1] (vdd=vddbias=5.0v, vc2=3.5v, vc3=2.8v, t a =25 c, 50ohm) freq (ghz) s11 (db) s11 (ang) s21 (db) s21 (ang) s12 (db) s12 (ang) s22 (db) s22 (ang) 0.1 -0.359 -157.571 -34.761 -102.9 -36.702 -102.238 -0.904 164.201 0.2 -0.881 137.362 0.529 -72.729 -45.521 82.428 -1.285 153.007 0.3 -1.757 67.025 20.673 -156.637 -48.881 -65.082 -1.757 145.489 0.4 -3.964 -59.742 30.519 83.853 -50.864 151.083 -0.931 135.958 0.5 -3.995 -163.302 30.757 -4.738 -51.199 119.754 -0.871 119.03 0.6 -3.275 142.059 29.167 -52.396 -51.986 32.633 -1.332 103.983 0.70 -5.163 95.642 32.698 -103.112 -51.1 107.186 -1.661 80.291 0.75 -6.846 73.334 33.741 -131.18 -55.921 80.146 -2.667 66.154 0.76 -7.342 68.349 33.967 -137.056 -49.075 56.547 -2.92 62.95 0.77 -7.863 63.826 34.127 -143.311 -55.627 102.524 -3.276 59.029 0.78 -8.465 59.276 34.329 -149.46 -49.175 93.336 -3.672 55.503 0.79 -9.207 54.497 34.519 -155.449 -46.883 76.874 -4.105 52.346 0.80 -10.071 49.55 34.689 -161.611 -47.456 67.861 -4.623 49.093 0.81 -10.963 44.632 34.859 -168.476 -47.256 61.135 -5.32 45.102 0.82 -12.082 39.151 34.963 -175.226 -48.693 51.458 -6.041 42.262 0.83 -13.499 34.735 35.084 177.901 -46.03 64.591 -6.884 38.325 0.84 -15.307 30.159 35.157 170.998 -45.43 56.645 -7.871 34.847 0.85 -17.641 25.929 35.191 164.029 -46.723 43.339 -9.093 31.904 0.86 -20.738 23.691 35.231 156.89 -47.452 69.799 -10.718 28.809 0.87 -25.297 27.081 35.17 149.618 -49.674 28.78 -12.547 27.814 0.88 -30.69 68.189 35.097 142.575 -45.883 13.146 -14.706 28.954 0.89 -29.795 116.55 34.991 135.676 -45.028 5.629 -17.489 37.2 0.90 -24.733 149.892 34.855 128.747 -45.904 2.195 -20.79 55.762 0.91 -21.208 152.212 34.707 121.591 -44.622 5.33 -23.116 85.872 0.92 -18.628 149.76 34.476 114.705 -47.318 4.122 -20.334 115.638 0.93 -16.984 145.958 34.256 108.269 -46.64 1.502 -17.255 130.482 0.94 -15.785 142.698 34.018 101.662 -44.273 -5.232 -14.996 135.594 0.95 -14.818 139.63 33.746 95.019 -43.426 -15.692 -13.298 135.883 0.96 -13.979 135.281 33.429 88.849 -47.383 -27.149 -11.806 136.273 0.97 -13.438 131.11 33.145 82.666 -48.89 -29.658 -10.578 135.041 0.98 -12.909 127.622 32.822 76.819 -44.362 -24.384 -9.588 133.28 0.99 -12.586 125.009 32.511 71.017 -44.602 -39.641 -8.804 131.261 1.0 -12.386 122.608 32.208 65.214 -48.818 -59.526 -8.131 129.013 1.1 -12.603 109.113 28.929 11.021 -46.832 -100.49 -4.826 109.346 1.2 -9.625 102.813 21.051 -31.884 -51.572 -116.036 -2.181 99.966 1.3 -8.711 100.583 20.254 -59.035 -51.981 -108.943 -1.542 77.621 1.4 -6.245 87.113 17.062 -95.823 -63.774 -93.767 -1.24 63.215 1.5 -4.696 68.9 13.543 -129.96 -55.54 140.092 -0.952 49.655 1.6 -3.821 49.575 9.822 -162.801 -51.645 150.591 -0.766 36.848 1.7 -3.38 31.081 5.648 164.175 -55.371 133.889 -0.728 24.747 1.8 -3.417 13.393 0.717 129.544 -58.633 63.838 -0.558 13.194 1.9 -3.889 -0.984 -6.592 94.167 -57.276 13.68 -0.527 1.474 2.0 -4.37 -11.093 -19.911 67.624 -56.615 -15.052 -0.52 -9.914 2.1 -3.991 -17.321 -29.949 -106.864 -57.184 173.406 -0.544 -20.892 2.2 -3.005 -30.017 -13.616 -132.307 -57.272 -119.431 -0.469 -32.058 2.3 -2.689 -44.99 -10.868 -174.392 -56.635 156.631 -0.529 -42.577 2.4 -2.54 -58.058 -11.827 154.999 -54.139 -143.436 -0.525 -53.929 2.5 -2.396 -70.801 -8.932 153.353 -56.184 26.353 -0.688 -62.648 2.6 -2.17 -83.78 -10.65 109.066 -56.02 112.474 -0.521 -73.899 2.7 -2.069 -96.423 -12.235 86.813 -57.74 124.982 -0.499 -84.103
9 s-parameter [1] (vdd=vddbias=5.5v, vc2=3.6v, vc3=2.5v, t a =25 c, 50ohm) freq (ghz) s11 (db) s11 (ang) s21 (db) s21 (ang) s12 (db) s12 (ang) s22 (db) s22 (ang) 0.1 -0.363 -157.363 -35.738 -96.678 -43.49 -71.16 -0.955 163.27 0.2 -0.921 137.115 0.647 -72.378 -44.971 159.783 -1.324 153.1 0.3 -1.802 66.591 20.898 -155.636 -49.064 -104.929 -1.793 145.593 0.4 -3.848 -60.36 30.773 84.054 -43.433 -109.351 -0.951 136.052 0.5 -4.059 -163.859 31.07 -4.84 -48.503 97.579 -0.843 119.228 0.6 -3.277 141.315 29.427 -52.97 -50.346 169.627 -1.367 103.837 0.70 -5.288 94.48 32.957 -104.038 -48.118 129.423 -1.706 80.189 0.75 -7.071 71.736 33.992 -132.361 -47.633 100.102 -2.737 66.475 0.76 -7.59 66.889 34.209 -138.324 -48.62 70.332 -3.007 63.172 0.77 -8.204 61.85 34.364 -144.566 -54.992 73.059 -3.37 59.71 0.78 -8.839 57.262 34.557 -150.888 -52.08 77.538 -3.791 55.93 0.79 -9.666 52.151 34.742 -157.021 -47.85 73.709 -4.24 52.696 0.80 -10.678 46.766 34.908 -163.217 -46.178 64.245 -4.761 49.729 0.81 -11.702 42.002 35.065 -170.013 -48.446 58.621 -5.46 46.128 0.82 -13.053 35.782 35.13 -176.881 -48.887 34.262 -6.265 43.319 0.83 -14.705 30.718 35.235 176.197 -49.315 34.102 -7.101 39.975 0.84 -16.762 25.727 35.304 169.243 -46.939 42.351 -8.132 36.894 0.85 -19.504 20.961 35.329 162.281 -43.821 48.061 -9.406 34.825 0.86 -23.67 17.644 35.34 155.316 -42.202 42.785 -10.855 34.342 0.87 -30.802 23.733 35.257 147.911 -45.287 21.63 -12.637 33.093 0.88 -32.063 106.472 35.179 140.91 -48.414 23.704 -14.865 37.204 0.89 -26.771 157.726 35.07 134.138 -47.826 19.998 -17.307 46.456 0.90 -22.087 162.697 34.925 127.328 -45.827 15.15 -19.415 63.005 0.91 -19.398 160.14 34.756 120.188 -46.743 29.694 -20.209 89.273 0.92 -17.242 154.945 34.504 113.274 -45.944 8.5 -18.655 110.453 2.8 -2.007 -108.836 -13.701 66.954 -51.969 142.564 -0.451 -94.878 2.9 -1.898 -121.119 -15.071 48.285 -53.476 -74.177 -0.438 -105.505 3.0 -1.922 -133.57 -16.36 30.874 -53.454 101.956 -0.494 -115.896 3.5 -1.907 166.013 -18.36 -61.594 -50.776 129.344 -0.585 -166.55 4.0 -2.2 107.455 -22.351 120.744 -50.308 108.894 -0.734 142.545 4.5 -2.503 48.389 -43.708 -55.204 -55.107 -61.003 -0.775 91.568 5.0 -2.654 -10.266 -47.204 -137.021 -63.527 16.224 -0.929 38.977 5.5 -2.679 -68.289 -49.899 136.102 -55.523 -172.831 -0.968 -13.883 6.0 -2.486 -124.478 -57.512 -3.34 -58.889 168.161 -1.003 -68.181 7.0 -2.195 126.283 -51.591 113.375 -62.855 -110.466 -1.049 -176.356 8.0 -2.387 15.148 -43.87 -53.461 -55.431 -154.545 -1.187 74.532 9.0 -4.275 -107.8 -41.097 154.062 -58.909 -24.969 -1.549 -36.248 10.0 -17.076 -141.433 -42.288 -55.872 -55.416 169.511 -2.353 -170.483 11.0 -2.864 72.097 -58.161 169.438 -54.893 46.247 -2.779 35.768 12.0 -2.492 -58.091 -61.051 14.466 -52.097 -69.384 -2.87 -114.526 13.0 -3.851 -172.445 -47.829 90.467 -45.973 95.231 -3.375 93.686 14.0 -9.548 57.765 -45.557 168.472 -54.816 -17.289 -5.223 -110.742 15.0 -10.935 -161.748 -49.26 166.883 -50.717 156.985 -4.809 -73.706 16.0 -6.88 42.484 -50.838 -33.442 -55.751 83.993 -2.25 133.687 17.0 -5.916 -126.515 -46.178 160.746 -46.378 178.252 -2.079 23.243 18.0 -3.547 101.728 -44.471 -0.854 -46.377 34.175 -5.227 -132.033 19.0 -2.458 -0.217 -44.168 -135.248 -45.382 -148.213 -8.059 19.384 20.0 -4.331 -102.231 -49.442 53.435 -50.726 12.901 -6.152 -78.343
10 0.93 -15.92 150.446 34.297 106.9 -47.772 -9.175 -16.512 123.073 0.94 -14.764 146.101 34.057 100.46 -49.404 -33.987 -14.414 129.044 0.95 -13.817 141.883 33.765 93.978 -48.905 -43.971 -12.713 130.817 0.96 -13.281 137.977 33.446 87.797 -46.582 -5.476 -11.562 131.353 0.97 -12.726 133.391 33.175 81.564 -45.376 -16.291 -10.475 130.899 0.98 -12.316 129.684 32.865 75.842 -48.252 -27.024 -9.63 129.567 0.99 -12.066 126.202 32.552 70.13 -47.161 -38.937 -8.83 127.869 1.0 -11.87 123.088 32.237 64.363 -44.962 -48.601 -8.117 126.084 1.1 -12.097 109.472 28.995 10.246 -48.604 -107.732 -4.951 108.201 1.2 -9.189 102.51 21.083 -32.332 -53.627 -131.32 -2.191 99.955 1.3 -8.407 99.238 20.355 -59.812 -51.003 -153.031 -1.567 77.698 1.4 -6.052 85.94 17.145 -96.791 -55.202 150.905 -1.26 63.241 1.5 -4.585 67.96 13.551 -130.911 -51.134 124.131 -0.988 50.087 1.6 -3.684 48.898 9.848 -164.251 -61.998 75.099 -0.742 37.112 1.7 -3.321 30.388 5.634 162.691 -52.037 114.13 -0.708 24.615 1.8 -3.386 12.855 0.614 128.288 -54.707 -10.831 -0.598 13.28 1.9 -3.902 -1.305 -6.669 93.501 -47.883 -18.835 -0.586 1.717 2.0 -4.293 -11.53 -19.919 68.345 -54.356 58.042 -0.528 -9.624 2.1 -3.968 -18.142 -29.76 -111.318 -54.998 -177.471 -0.552 -20.587 2.2 -3.008 -30.788 -13.699 -130.762 -64.701 -130.559 -0.481 -31.598 2.3 -2.733 -45.473 -10.928 -173.67 -53.718 110.909 -0.513 -42.268 2.4 -2.542 -58.425 -11.76 155.771 -56.856 99.023 -0.475 -53.767 2.5 -2.375 -71.445 -8.74 154.506 -55.147 92.595 -0.678 -62.995 2.6 -2.24 -84.452 -10.513 109.311 -59.247 52.574 -0.501 -74.071 2.7 -2.15 -96.887 -12.044 86.927 -60.781 -16.77 -0.517 -84.564 2.8 -2.024 -109.285 -13.539 67.104 -61.456 102.686 -0.504 -95.311 2.9 -1.935 -122.07 -14.707 48.13 -57.916 -30.14 -0.465 -105.959 3.0 -1.967 -134.43 -16.164 30.424 -55.016 -53.787 -0.54 -116.424 3.5 -1.974 165.035 -18.119 -62.624 -54.931 -123.19 -0.607 -167.743 4.0 -2.21 107.046 -22.344 120.161 -57.185 101.398 -0.839 141.387 4.5 -2.474 48.11 -42.17 -57.868 -59.388 80.971 -0.83 91.013 5.0 -2.647 -10.421 -48.662 -139.353 -63.742 13.508 -0.93 38.913 5.5 -2.758 -68.222 -54.447 140.834 -56.238 -8.165 -0.993 -13.403 6.0 -2.645 -125.732 -63.373 74.546 -59.303 157.99 -1.145 -68.365 7.0 -2.357 124.578 -52.493 98.891 -54.818 29.866 -2.115 -176.377 8.0 -2.4 15.057 -46.215 -47.005 -58.471 -89.574 -1.492 76.606 9.0 -4.992 -106.44 -42.045 155.973 -58.601 -100.194 -1.513 -34.954 10.0 -18.2 -133.977 -42.845 -46.266 -49.614 -149.66 -2.35 -165.752 11.0 -3.179 72.763 -56.969 -166.779 -55.254 78.18 -2.776 37.529 12.0 -2.498 -56.435 -57.532 28 -56.671 -85.326 -2.762 -112.048 13.0 -4.072 -165.978 -49.529 106.178 -49.234 129.04 -3.463 96.178 14.0 -9.988 57.584 -43.317 -179.126 -44.447 -18.046 -5.046 -107.853 15.0 -10.358 -156.525 -47.425 -166.179 -51.511 158.496 -4.717 -72.741 16.0 -6.977 42.596 -49.172 7.584 -52.216 67.308 -2.068 137.07 17.0 -5.399 -124.424 -47.281 142.1 -50.398 166.878 -2.023 25.404 18.0 -3.22 103.778 -47.01 1.183 -47.386 27.591 -4.854 -129.506 19.0 -2.448 0.839 -42.578 -155.4 -44.211 -111.995 -8.384 22.683 20.0 -4.267 -102.402 -43.909 29.314 -45.786 12.927 -6.153 -78.467 notef1.fs-parameterfisfmeasuredfwithfde-embeddedfreferencefplanefatfdutfrfinfandfrfoutfpins.f(seeffiguref24)
11 demonstration board top view (vdd=vddbias=5.0v, vc2=3.5v, vc3=2.8v) figure 25. demonstration board application circuit for mga-43828 module component value part number c1,fc2,fc20,fc22f 56pff+/-f5%f grm1555c1h056ja01d c11,fc29f 0.1uff+/-f10%f grm155r71c104ka88df c24f 82pff+/-f5%f grm1555c1h820ja01df c8,fc25f 2200pff+/-f10%f grm155r71h222ka01d c7,fc13,fc28 0.047uff+/-f10% grm155r71e473ka88d c9 12pff+/-f5%f grm1555c1h120ja01df c26f 22nff+/-f10%f cm05x7r223k16ahff c10f 2.2uff+/-f10%f grm21br71e225ka73lf r1f 0f rmc1/10fjptpf r3,fr4,fr5f 0f rmc1/16sfjpthf note: forfperformancefoptimizationfcontrolfvoltagefforfinvidualfstagesfcanfbefadjustedf byfvaryingfr2,fr3fandfr4fresistorfvalue.f vddbias +5v vdet (output) vdd2 +5v vdd3 +5v vc2=3.5v vc3=2.8v vdd2 vdd3 vc2 vc3 vddbias vdet 2 nd stage 3 rd stage rfout biasing circuit rfin rfoutput reference plane rfoutput reference plane figure 24. rfinput and rfoutput reference plane application board pin header assignments other pins are grounded vddbias +5v vdet (output) vdd2 +5v vdd3 +5v vc2=3.5v vc3=2.8v 13 22 pins pointing out of the page (unit is on top) 14 21 15 20 16 19 17 18 1 12 2 11 3 10 4 9 5 8 6 7 pin 1 : vdd3 (sense) pin 2 : vdd3 (force) pin 3 : vdd2 (sense) pin 4 : vdd2 (force) pin 5 : vdd1 (sence) ? not used pin 6 : vdd1 (force) ? not used pin 13 : vc1 ? not used pin 14 : vc2 pin 15 : vc3 pin 16 : vddbias pin 17 : vdet
12 mga-43828 typical ic2, ic3 vs vc unless otherwise stated figure 28. ic versus vc at vdd=vddbias=5.5v figure 27. ic versus vc at vdd=vddbias=5.0v figure 26. application schematic in demonstration board notes 1.f allfcapacitorsfonfsupplyflinesfarefbypassfcapacitors 2.ff c1f/fc2farefrffcouplingfcapacitors. 3.f forfvdd=vddbias=5v,fidq2f=f110fma,fidq3f=f235fma,fi_vddbiasf=f14fma.fidqf2/3farefadjustedfbyfvoltagesftofcmos-compatiblefcontrolfpinsfvcf 2/3frespectively.ftheseftypicalfbiasfcurrentsfwerefobtainedfwithfvcf2/3fvoltagesfinffigf2fbelow.fadjustmentfoffthesefcurrentsfenablefoptimumfbiasf conditionsftofbefachievedfforfbestflinearityfandfefciencyfforfafgivenfmodulationftype. application schematic vdd2 vdd3 rfin vc2 vc3 vddbias vdet c1 c2 c8 c13 c11 c20 c22 c24 c26 idq2 idq3 i_vddbias 1 c25 c10 c9 c28 c29 c7 rfout top view vc,v ic,ua 85 95 105 115 125 135 2.2 2.4 2.6 2.8 3.0 3.2 3.4 3.6 85 95 105 115 125 135 2.2 2.4 2.6 2.8 3.0 3.2 3.4 3.6 vc,v ic,ua ic2 ic3 ic2 ic3
13 pcb land pattern and stencil outline soldermask pin1 land pattern stencil opening combination of land pattern & stencil opening top metal note : 1. recommended land pattern and stencil. 2. 4 mils stencil thickness recommended. 3. all dimensions are in mm 0.45 5.00 0.25 1.25 0.50 (pitch) 0.25 ?0.30 0.75 0.60 3.60 3.70 5.00 soldermask opening 0.40 0.05 0.45 0.05 3.24 0.50 4.77 0.23 1.13 1.52 0.68 4.77 1.82 1.13 0.80 0.68 0.27 0.82 0.80 5.00 3.60 3.24 5.00 3.60 0.50 0.50
14 note 1.f allfdimensionsfarefinfmillimeters. 2.f dimensionsfarefinclusivefoffplating. 3.f dimensionsfarefexclusivefoffmoldffashfandfmetalfburr part number ordering information part # qty container MGA-43828-BLKG 100 antistaticfbag mga-43828-tr1g 1000 7freel mcob (5.0 x 5.0 x 0.9) mm 28-lead package dimensions bottom view top view side view a vago 43828 yyww xxxx
15 device orientation tape dimensions user feed direction top view end view user feed direction cover tape carrier tape reel avago 43828 yyww xxxx avago 43828 yyww xxxx avago 43828 yyww xxxx
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 ? 2005-2013 avago technologies. all rights reserved. av02-4223en - july 16, 2013 reel dimensions (7 reel) ?178.01.0 ?55.00.5 see detail "x" 65 45 60 embossed ribs raised: 0.25mm, width: 1.25mm 14.4* max. ?51.20.3 slot hole ?a? recycle logo front view -0.0 +1.5* 8.4 front back front back ?178.01.0 7.9 - 10.9* slot hole ?b? back view r5.2 r10.65

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