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atf-501p8 high linearity enhancement mode [1] pseudomorphic hemt in 2x2 mm 2 lpcc [3] package data sheet description avagoftechnologiessfatf-501p8fisfafsingle-voltagefhighf linearity,flowfnoisefe-phemtfhousedfinfanf8-leadfjedec- standardf leadlessf plasticf chipf carrierf (lpcc [3] )f package.f thef devicef isf idealf asf af medium-powerf amplifer.f itsf operatingffrequencyfrangefisffromf400fmhzftof3.9fghz. thef thermallyf efcientf packagef measuresf onlyf 2mmf xf 2mmf xf 0.75mm.f itsf backsidef metalizationf providesf excellentfthermalfdissipationfasfwellfasfvisual f evidencef offsolderfrefow.fthefdevicefhasfafpointfmttffoffoverf300f yearsf atf af mountingf temperaturef off +85oc.f allf devicesf aref100%frff&fdcftested. features ? f singlefvoltagefoperation ? f highflinearityfandfp1db ? f lowfnoiseffigure ? f excellentfuniformityfinfproductfspecifcations ? f smallfpackagefsize:f2.0fxf2.0fxf0.75 fmm 3 ? f pointfmttff>f300fyears [2] ? f msl-1fandflead-free ? f tape-and-reelfpackagingfoptionfavailable specifcations ? f 2fghz;f4.5v,f280 f maf(typ.) ? f 45.5f dbmfoutputfip3 ? f 29fdbmfoutputfpowerfatf1dbfgainfcompression ? f 1fdbfnoiseffigure ? f 15fdbfgain ? f 14.5fdbflfom [4] ? f 65%fpae ? f 23 o c/wfthermalfresistance applications ? f front-endflnafq2fandfq3,fdriverforfpre-driverf ampliferfforfcellular/pcsfandfwcdmafwirelessf infrastructure ? f driverfampliferfforfwlan,fwll/rllfandfmmdsf applications ? f generalfpurposefdiscretefe-phemtfforfotherfhighf linearityfapplications pin connections and package marking note:ff packagefmarkingfprovidesforientationfandfidentifcation: 0pff=fdevicefcode xffff=fdatefcodefindicatesfthefmonthfoffmanufacture.f notes: 1.f enhancementf modef technologyf employsf af singlef positivef v gs ,f eliminatingf thef needf off negativef gatef voltagef associatedf withf conventionalfdepletionfmodefdevices. 2.ffreferftofreliabilityfdatasheetfforfdetailedfmttffdata. 3.ffconformsftofjedecfreferencefoutlinefmo229fforfdrp-n. 4.ff linearityffigurefoffmeritf(lfom)fisfessentiallyfoip3fdividedfbyfdcfbiasf power.f pin 1 (source) pin 2 (gate) pin 3 pin 4 (source) pin 8 pin 7 (drain) pin 6 pin 5 0px t op v iew pin 8 source (thermal/rf gnd) pin 7 (drain) pin 6 pin 5 pin 1 (source) pin 2 (gate) pin 3 pin 4 (source) bottom v iew attention: observe precautions for handling electrostatic sensitive devices. esd machine model (class a) esd human body model (class 1c) refer to avago application note a004r: electrostatic discharge damage and control.
2 atf-501p8 absolute maximum ratings [1] absolute symbol parameter units maximum f v ds f drainCsourcefvoltage [2] f vf 7f f v gs ff gat e Csourcefvoltage [2] f vf -5ftof0.8 f f v gd f gatefdrainfvoltage [2] f vf -5ftof1 f i ds f drainfcurrent [2] f af 1 f i gs f gatefcurrent f maf 12f p diss f totalfpowerfdissipation [3] f wf 3.5f p infmax. f rffinputfpower f dbmf 30f t ch f channelftemperature f cf 150f t stg f storageftemperature f cf -65ftof150 ch_b f thermalfresistance [4] f c/wf 23 notes: 1.f operationf off thisf devicef inf excessf off anyf onef off thesef parametersf mayf causef permanentfdamage. 2.f assumesfdcfquiescentfconditions. 3.f boardf (packagef belly)f temperaturet b f isf 25c.fderatef43.5 f mw/cfforft b f>f69.5c. 4.f channel-to-boardf thermalf resistancef measuredf usingf 150cf liquidf crystalf measurementfmethod. notes: 5.f distributionfdatafsamplefsizefisf300fsamplesftakenffromf3fdiferentfwafersfandf3fdiferentflots.ffuturefwafersfallocatedftofthisfproductfmayfhavef nominalfvaluesfanywherefbetweenfthefupperfandflowerflimits. 6.f measurementsfarefmadefonfproductionftestfboard,fwhichfrepresentsfaftrade-offbetweenfoptimalfoip3,fp1dbfandfvswr.fcircuitflossesfhavef beenfde - embeddedffromfactualfmeasurements.f figure 1. t ypic al iv cur v e ( v gs = 0.01v ) per step . vd s (v) ids (ma) 0 6 1 2 3 4 5 800 700 600 500 400 300 200 100 0 vg s=0.6v vg s=0.55v vg s=0.5v vg s=0.7v vg s=0.65v product consistency distribution charts at 2 ghz, 4.5v, 200 ma [5,6] figure 2. p1db . p1db (dbm) 27.5 30.5 28 28.5 29 29.5 30 120 100 80 60 40 20 0 cpk=1.76 stdev=0.3 +3 std ?3 std figure 3. p ae. pa e (%) 45 85 55 65 75 120 100 80 60 40 20 0 cpk=1.51 stdev=3.38 +3 std ?3 std figure 4. gain. gain (db) 13 17 14 15 16 100 80 60 40 20 0 cpk=1.61 stdev=0.33 +3 std ?3 std figure 5. oip3. oip3 (dbm) 42 50 43 44 45 46 47 48 49 100 80 60 40 20 0 cpk=1.1 stdev=0.87 +3 std ?3 std
3 atf-501p8 electrical specifcations t a f=f25c,fdcfbiasfforfrffparametersfisfvdsf=f4.5vfandfidsf=f280fmafunlessfotherwisefspecifed. symbol parameter and test condition units min. typ. max. vgs f operationalfgatefvoltage f f vdsf=f4.5v,fidsf=f280fma f vf 0.42f 0.55f 0.67 vth f thresholdfvoltage f f vdsf=f4.5v,fidsf=f32fma f vf f 0.33f idss f saturatedfdrainfcurrent f f vdsf=f4.5v,fvgsf=f0v f af f 5f f gm f transconductance f f vdsf=f4.5v,fgmf=f ? ids/ ? vgs; f mmhof f 1872f f f f f ? vgsf=fvgs1fCfvgs2 f f f f vgs1f=f0.55v,fvgs2f=f0.5v f igssf gatefleakagefcurrent f f vdsf=f0v,fvgsf=f-4.5v f af -30f -0.8f f nff noiseffigure [1] f f ff=f2fghz f dbf f 1f f f f f f ff=f900fmhz f dbf f f gf gain [1] f f ff=f2fghz f dbf 13.5f 15f 16.5 f f f f ff=f900fmhz f dbf f 16.6f oip3 f outputf3 rd forderfinterceptfpoint [1,2] f f ff=f2fghz f dbmf 43f 45.5f f f f f ff=f900fmhz f dbmf f 42f p1db f outputf1dbfcompressed [1] f f f ff=f2fghz f dbmf 27.5f 29f f f f f f ff=f900fmhz f dbmf f 27.3f pae f powerfaddedfefciency [1] f f ff=f2fghz f %f 50f 65f f f f f ff=f900fmhz f %f f 49f aclr f adjacentfchannelfleakage f f ofsetfbwf=f5fmhz f dbc f f 63.9f f f powerfratio [1,3]f f ofsetfbwf=f10fmhz f dbc f f 64.1f notes: f 1.f measurementsfatf2 f ghzfobtainedfusingfproductionftestfboardfdescribedfinffiguref2fwhilefmeasurementfatf0.9ghzfobtainedffromfloadfpullf tuner. 2.f if)f2f ghzfoip3ftestfcondition:ff1f=f2.0f ghz,ff2f=f2.01f ghzfandfpinf=f-5f dbmfperftone. f iif)f900f mhzfoip3ftestfcondition:ff1f=f900fmhz,ff2f=f910fmhzfandfpinf=f-5dbmfperftone. 3.f aclrftestfspecfisfbasedfonf3gppftsf25.141fv5.3.1f(2002-06) f -ftestfmodelf1 f -factivefchannels:fpccpchf+fschf+fcpichf+fpichf+fsccpchf+f64fdpchf(sf=128) f -ffreqf=f2140fmhz f -fpinf=f-5fdbm f -fchannelfintegratefbandwidthf=f3.84fmhz 4.f usefproperfbias,fboard,fheatsinkingfandfderatingfdesignsftofensurefmaxfchannelftemperaturefisfnotfexceeded.f ffffffseefabsolutefmaxfratingsfandfapplicationfnotefforfmorefdetails. figure 6. block diagram of the 2 ghz production test board used for nf, gain, oip3 , p1db and pae measurements at 2 ghz. this circuit achieves a trade-of between optimal oip3, p1db and vswr. circuit losses have been de-embedded from actual measurements. input output 50 ohm transmission line and drain bias t (0.3 db loss) 50 ohm transmission line and drain bias t (0.3 db loss) output matching circuit _mag=0.69 _ang=-163 (0.9 db loss) input matching circuit _mag=0.79 _ang=-164 (1.1 db loss) dut
4 gamma load and source at optimum oip3 and p1db tuning conditions thefdevicesfoptimumfoip3fandfp1dbfmeasurementsfwerefdeterminedfusingfafloadfpullfsystemfatf4.5vf280 fmaffandf 4.5vf400f mafquiesentfbiasfrespectively: figure 7. simplifed schematic of production test board. primary purpose is to show 15 ohm series resistor placement in gate supply. transmission line tapers, tee intersections, bias lines and parasitic values are not shown. typical gammas at optimum oip3 at 4.5v 280 ma optimized for maximum oip3 at 4.5v 280 ma freq (ghz) oip3 gain p1db pae gamma source gamma load 0.9f 46.42f 16.03f 26.67f 45.80f 0.305f 5 atf-501p8 typical performance curves (atf25cfunlessfspecifedfotherwise) tuned for optimal oip3 at 4.5v 280 ma figure 8. oip3 vs . idq and v ds at 2 ghz. idq (ma) oip3 (dbm) 200 640 240 280 320 360 400 440 480 520 560 600 55 50 45 40 35 30 4.5v 5.5v 3.5v figure 9. oip3 vs . idq and v ds at 0.9 ghz. idq (ma) oip3 (dbm) 200 640 240 280 320 360 400 440 480 520 560 600 55 50 45 40 35 30 4.5v 5.5v 3.5v figure 10. p1db vs . idq and v ds at 2 ghz. idq (ma) p1db (dbm) 200 64 0 240 28 0 320 36 0 400 440 480 520 56 0 600 35 30 25 20 15 4.5v 5.5v 3.5v figure 11. p1db vs . idq and v ds at 0.9 ghz. idq (ma) p1db (dbm) 200 640 240 280 320 360 400 440 480 520 560 600 35 30 25 20 15 4.5v 5.5v 3.5v figure 12. gain vs . idq and v ds at 2 ghz. idq (ma) gain (db) 200 640 240 280 320 360 400 440 480 520 560 600 25 20 15 10 5 0 4.5v 5.5v 3.5v figure 13. gain vs . idq and v ds at 0.9 ghz. idq (ma) gain (db) 200 640 240 28 0 320 36 0 400 440 480 520 560 600 25 20 15 10 5 0 4.5v 5.5v 3.5v figure 14. p ae vs . idq and v ds at 2 ghz. idq (ma) pa e (%) 200 640 240 280 320 360 400 440 480 520 560 600 60 50 40 30 20 10 0 4.5v 5.5v 3.5v figure 15. p ae vs . idq and v ds at 0.9 ghz. idq (ma) pa e (%) 200 640 240 280 320 360 400 440 480 520 560 600 60 50 40 30 20 10 0 4.5v 5.5v 3.5v
6 atf-501p8 typical performance curves (atf25cfunlessfspecifedfotherwise) tuned for optimal p1db at 4.5v 280 ma figure 16. oip3 vs . idq and v ds at 2 ghz. idq (ma) oip3 (dbm) 200 640 240 280 320 360 400 440 480 520 560 600 55 50 45 40 35 30 4.5v 5.5v 3.5v figure 17. oip3 vs . idq and vd s at 0.9 ghz. idq (ma) oip3 (dbm) 200 640 240 280 320 360 400 440 480 520 560 600 55 50 45 40 35 30 4.5v 5.5v 3.5v figure 18. p1db vs . idq and v ds at 2 ghz. idq (ma) p1db (dbm) 200 640 240 280 320 36 0 40 0 440 48 0 52 0 560 600 35 30 25 20 15 4.5v 5.5v 3.5v figure 19. p1db vs . idq and v ds at 0.9 ghz. idq (ma) p1db (dbm) 200 640 240 280 320 360 400 440 480 520 560 600 35 30 25 20 15 4.5v 5.5v 3.5v figure 20. gain vs . idq and v ds at 2 ghz. idq (ma) gain (db) 200 640 240 280 320 360 400 440 480 520 560 600 25 20 15 10 5 0 4.5v 5.5v 3.5v figure 21. gain vs . idq and v ds at 0.9 ghz. idq (ma) gain (db) 200 64 0 240 280 320 360 400 44 0 480 520 56 0 600 25 20 15 10 5 0 4.5v 5.5v 3.5v figure 22. p ae vs . idq and v ds at 2 ghz. idq (ma) pa e (%) 200 640 240 280 320 360 400 440 480 520 560 600 60 50 40 30 20 10 0 4.5v 5.5v 3.5v figure 23. p ae vs . idq and v ds at 0.9 ghz. idq (ma) pa e (%) 200 640 240 280 320 360 400 440 480 520 560 600 60 50 40 30 20 10 0 4.5v 5.5v 3.5v
7 atf-501p8 typical performance curves f(atf25cfunlessfspecifedfotherwise) tuned for optimum oip3 at 4.5v 280 ma figure 24. oip3 v s. t emperature and frequenc y at optimal oip3. frequency (ghz) oip3 (dbm) 0.5 4 1 1.5 2 2.5 3 3.5 50 40 30 20 10 0 -40c 25c 85c figure 25. oip3 v s. t emperature and frequenc y at optimal p1db . frequency (ghz) oip3 (dbm) 0.5 4 1 1.5 2 2.5 3 3.5 50 40 30 20 10 0 -40c 25c 85c figure 26. p1db v s. t emperature and frequenc y at optimal oip3. frequency (ghz) p1db (dbm) 0.5 4 1 1.5 2 2.5 3 3.5 35 30 25 20 15 -40c 25c 85c figure 27. p1db v s. t emperature and frequenc y at optimal p1db . frequency (ghz) p1db (dbm) 0.5 4 1 1.5 2 2.5 3 3.5 35 30 25 20 15 -40c 25c 85c figure 28. gain v s. t emperature and frequenc y at optimal oip3. frequency (ghz) gain (db) 0.5 4 1 1.5 2 2.5 3 3.5 20 15 10 5 0 -40c 25c 85c figure 29. gain v s. t emperature and frequenc y at optimal p1db . frequency (ghz) gain (db) 0.5 4 1 1.5 2 2.5 3 3.5 25 20 15 10 5 0 -40c 25c 85c figure 30. p ae v s. t emperature and frequenc y at optimal oip3. frequency (ghz) pa e (%) 0.5 4 1 1.5 2 2.5 3 3.5 60 50 40 30 20 10 0 -40c 25c 85c figure 31. p ae v s. t emperature and frequenc y at optimal p1db . frequency (ghz) pa e (%) 0.5 4 1 1.5 2 2.5 3 3.5 100 80 60 40 20 0 -40c 25c 85c
8 atf-501p8 typical performance curves f (atf25cfunlessfspecifedfotherwise) tuned for optimal oip3 at 4.5v 400 ma figure 32. oip3 vs . ids and v ds at 2 ghz. ids (ma) oip3 (dbm) 200 640 240 280 320 360 400 440 480 520 560 600 55 50 45 40 35 30 4.5v 5.5v 3.5v figure 33. oip3 vs . ids and v ds at 900 mhz. ids (ma) oip3 (dbm) 200 640 240 280 320 360 400 440 480 520 560 600 55 50 45 40 35 30 4.5v 5.5v 3.5v figure 34. p1db vs . ids and v ds at 2 ghz. ids (ma) p1db (dbm) 200 640 24 0 280 32 0 36 0 400 440 480 520 560 600 35 30 25 20 15 4.5v 5.5v 3.5v figure 35. p1db vs . ids and v ds at 900 mhz. ids (ma) p1db (dbm) 200 640 240 280 320 360 400 440 480 520 560 600 35 30 25 20 15 4.5v 5.5v 3.5v figure 36. gain vs . ids and v ds at 2 ghz. ids (ma) gain 200 640 240 280 320 360 400 440 480 520 560 600 25 20 15 10 5 0 4.5v 5.5v 3.5v figure 38. p ae vs . ids and v ds at 2 ghz. ids (ma) pa e (%) 200 640 240 280 320 360 400 440 480 520 560 600 60 50 40 30 20 10 0 4.5v 5.5v 3.5v figure 39. p ae vs . ids and v ds at 900 mhz. ids (ma) pa e (%) 200 640 240 280 320 360 400 440 480 520 560 600 60 50 40 30 20 10 0 4.5v 5.5v 3.5v figure 37. gain vs . ids and v ds at 900 mhz. ids (ma) gain 20 0 6 40 240 280 320 360 40 0 44 0 48 0 520 560 60 0 25 20 15 10 5 0 4.5v 5.5v 3.5v figure 40. oip3 v s. t emperature and frequenc y at optimum oip3. frequency (ghz) oip3 (dbm) 0.5 4 1 1.5 2 2.5 3 3.5 50 40 30 20 10 0 -40c 25c 85c note:ff biasfcurrentf(ids)fforfthefabovefchartsfarefquiescentfconditions.f f actualflevelfmayfincreaseforfdecreasefdependingfonfamountfoffrffdrive.
9 figure 41. oip3 v s. t emperature and frequenc y at optimum p1db . frequency (ghz) oip3 (dbm) 0.5 4 1 1.5 2 2.5 3 3.5 0.5 4 1 1.5 2 2.5 3 3.5 0.5 4 1 1.5 2 2.5 3 3.5 0.5 4 1 1.5 2 2.5 3 3.5 50 40 30 20 10 0 figure 42. p1db v s. t emperature and frequenc y at optimum oip3. frequency (ghz) p1db (dbm) 35 30 25 20 15 figure 43. p1db v s. t emperature and frequenc y at optimum p1db . frequency (ghz) p1db (dbm) 35 30 25 20 15 figure 44. gain v s. t emperature and frequenc y at optimum oip3. frequency (ghz) gain (db) 20 15 10 5 0 figure 45. gain v s. t emperature and frequenc y at optimum p1db . frequency (ghz) gain (db) -40c 25c 85c -40c 25c 85c -40c 25c 85c -40c 25c 85c 0.5 4 1 1.5 2 2.5 3 3.5 -40c 25c 85c 25 20 15 10 5 0 0.5 4 1 1.5 2 2.5 3 3.5 figure 47. p ae v s. t emperature and frequenc y at optimum p1db . frequency (ghz) p ae (% ) 100 80 60 40 20 0 -40c 25c 85c figure 48. oip3 vs . ids and v ds at 2 ghz. ids (ma) oip3 (dbm) 200 640 240 280 320 360 400 440 480 520 560 600 55 50 45 40 35 30 4.5v 5.5v 3.5v 0.5 4 1 1.5 2 2.5 3 3.5 figure 46. p ae v s. t emperature and frequenc y at optimum oip3. frequency (ghz) p ae (% ) 100 80 60 40 20 0 -40c 25c 85c figure 49. oip3 vs . ids and v ds at 900 mhz. ids (ma) oip3 (dbm) 200 640 240 280 320 360 400 440 480 520 560 600 55 50 45 40 35 30 4.5v 5.5v 3.5v atf-501p8 typical performance curves, continuedf(atf25cfunlessfspecifedfotherwise) tuned for optimal oip3 at 4.5v 400 ma note:ff biasfcurrentf(ids)fforfthefabovefchartsfarefquiescentfconditions.f f actualflevelfmayfincreaseforfdecreasefdependingfonfamountfoffrffdrive.
10 figure 50. p1db vs . ids and v ds at 2 ghz. ids (ma) p1db (dbm) 200 640 240 280 320 360 400 440 480 520 560 600 35 30 25 20 15 4.5v 5.5v 3.5v figure 51. p1db vs . ids and v ds at 900 mhz. ids (ma) p1db (dbm) 200 640 240 280 320 360 400 440 480 520 560 600 35 30 25 20 15 4.5v 5.5v 3.5v figure 52. gain vs . ids and v ds at 2 ghz. ids (ma) gain 200 640 240 280 320 36 0 400 440 480 520 560 600 25 20 15 10 5 0 4.5v 5.5v 3.5v figure 53. gain vs . ids and v ds at 900 mhz. ids (ma) gain 200 640 240 280 320 360 400 440 480 520 560 600 30 25 20 15 10 5 4.5v 5.5v 3.5v figure 54. p ae vs . ids and v ds at 2 ghz. ids (ma) pa e (%) 200 640 240 280 320 360 400 440 480 520 560 600 60 50 40 30 20 10 0 4.5v 5.5v 3.5v figure 55. p ae vs . ids and vd s at 900 mhz. ids (ma) pa e (%) 200 640 240 28 0 320 360 400 44 0 480 52 0 560 600 80 60 40 20 0 4.5v 5.5v 3.5v atf-501p8 typical performance curves, continuedf(atf25cfunlessfspecifedfotherwise) tuned for optimal p1db at 4.5v 400 ma note:ff biasfcurrentf(ids)fforfthefabovefchartsfarefquiescentfconditions.f f actualflevelfmayfincreaseforfdecreasefdependingfonfamountfoffrffdrive.
11 notes:ff 1.f sf parameterf isf measuredf onf af microstripf linef madef onf 0.025f inchf thickf aluminaf carrier.ffthefinputfreferencefplanefisfatfthef endfoffthefgateflead.ffthefoutputfreferencef planefisfatfthefendfoffthefdrainflead. atf-501p8 typical scattering parameters, v ds f=f4.5v,fi dsf =f280fma freq. s 11 s 21 s 12 s 22 msg/mag k ghz mag. ang. db mag. ang. db mag. ang. mag. ang. db factor 0.1f 0.915f -132.3f 31.6f 37.990f 112.2f -38.4f 0.012f 29.3f 0.647f -160.6f 35.0f 0.173 f 0.2f 0.911f -156.2f 26.2f 20.324f 99.9f -37.7f 0.013f 24.0f 0.689f -171.1f 31.9f 0.314 f 0.3f 0.910f -165.4f 22.8f 13.783f 94.5f -37.1f 0.014f 24.5f 0.699f -175.7f 29.9f 0.436 f 0.4f 0.910f -170.9f 20.3f 10.342f 91.1f -37.1f 0.014f 27.3f 0.702f -178.5f 28.7f 0.569 f 0.5f 0.908f -173.4f 18.7f 8.604f 88.4f -36.5f 0.015f 29.6f 0.691f -179.9f 27.6f 0.648 f 0.6f 0.907f -176.1f 17.1f 7.194f 86.1f -35.9f 0.016f 32.4f 0.691f 178.5f 26.5f 0.736 f 0.7f 0.908f -178.5f 15.8f 6.167f 84.1f -35.4f 0.017f 34.4f 0.694f 177.2f 25.6f 0.800 f 0.8f 0.905f 179.8f 14.7f 5.407f 82.1f -34.9f 0.018f 36.3f 0.695f 175.2f 24.8f 0.871 f 0.9f 0.909f 178.2f 13.6f 4.799f 80.3f -34.4f 0.019f 38.3f 0.692f 175.1f 24.0f 0.906 f 1f 0.909f 176.6f 12.7f 4.308f 78.3f -34.0f 0.020f 39.9f 0.692f 173.9f 23.3f 0.953 f 1.5f 0.902f 170.5f 9.1f 2.859f 70.3f -31.7f 0.026f 45.0f 0.698f 169.4f 18.2f 1.128 f 2f 0.902f 166.0f 7.1f 2.264f 64.4f -30.5f 0.030f 46.9f 0.700f 165.6f 16.0f 1.209 f 2.5f 0.901f 165.0f 6.6f 2.134f 63.1f -30.2f 0.031f 47.2f 0.699f 163.0f 15.4f 1.241 f 3f 0.901f 161.1f 5.0f 1.772f 57.7f -28.9f 0.036f 47.4f 0.697f 159.1f 13.8f 1.278 f 4f 0.898f 155.0f 3.0f 1.412f 49.3f -27.3f 0.043f 46.5f 0.707f 153.7f 11.7f 1.326 f 5f 0.902f 145.0f 0.9f 1.110f 37.6f -24.7f 0.058f 43.5f 0.699f 146.8f 9.7f 1.272 f 6f 0.893f 134.9f -0.9f 0.902f 22.6f -22.9f 0.072f 35.6f 0.697f 145.3f 7.8f 1.286 f 7f 0.899f 125.8f -3.3f 0.687f 9.0f -22.2f 0.078f 27.3f 0.652f 134.1f 5.7f 1.394 f 8f 0.895f 115.6f -4.4f 0.604f -1.1f -20.8f 0.091f 22.0f 0.646f 117.4f 4.2f 1.463 f 9f 0.898f 105.5f -5.3f 0.542f -13.0f -19.6f 0.105f 12.3f 0.641f 115.5f 3.2f 1.447 f 10f 0.886f 95.5f -5.9f 0.505f -20.2f -18.9f 0.114f 9.7f 0.695f 104.5f 2.5f 1.455 f 11f 0.868f 84.7f -6.6f 0.469f -29.7f -17.6f 0.132f 0.5f 0.742f 91.3f 1.6f 1.431 f 12f 0.862f 74.0f -8.0f 0.398f -40.8f -17.4f 0.135f -6.3f 0.735f 88.1f -0.1f 1.661 f 13f 0.847f 64.5f -7.9f 0.403f -47.5f -16.0f 0.159f -12.3f 0.766f 78.4f -0.1f 1.491 f 14f 0.844f 55.6f -8.5f 0.377f -58.4f -15.3f 0.171f -21.3f 0.800f 68.9f -0.3f 1.397 f 15f 0.837f 47.4f -9.0f 0.354f -67.2f -14.6f 0.187f -30.1f 0.797f 65.6f -1.1f 1.414 f 16f 0.824f 39.9f -9.7f 0.327f -72.0f -14.2f 0.194f -36.8f 0.763f 51.5f -2.3f 1.608 f 17f 0.821f 31.6f -9.8f 0.323f -82.7f -13.4f 0.215f -44.6f 0.786f 38.9f -2.4f 1.488 f 18f 0.805f 24.6f -10.5f 0.298f -90.1f -12.5f 0.237f -51.8f 0.781f 29.5f -3.5f 1.575 figure 56. msg/ma g & |s21| 2 vs. frequenc y at 4.5v 280ma. frequency (ghz) msg/mag & |s21| 2 (db) 0 1 8 2 4 6 8 10 12 14 16 40 30 20 10 0 -10 -20 s21 ms g ma g
12 atf-501p8 typical scattering parameters, v ds f=f4.5v,fi dsf =f200fma freq. s 11 s 21 s 12 s 22 msg/mag k ghz mag. ang. db mag. ang. db mag. ang. mag. ang. db factor 0.1f 0.922f -131.5f 31.1f 35.978f 112.6f -37.7f 0.013f 28.9f 0.664f -159.8f 34.4f 0.142 f 0.2f 0.914f -155.7f 25.7f 19.290f 100.1f -36.5f 0.015f 22.4f 0.709f -170.7f 31.1f 0.274 f 0.3f 0.914f -165.2f 22.3f 13.088f 94.7f -36.5f 0.015f 22.5f 0.719f -175.4f 29.4f 0.390 f 0.4f 0.911f -170.5f 19.8f 9.814f 91.4f -35.9f 0.016f 24.9f 0.722f -178.4f 27.9f 0.510 f 0.5f 0.911f -173.3f 18.3f 8.176f 88.6f -35.4f 0.017f 26.8f 0.713f -179.9f 26.8f 0.577 f 0.6f 0.912f -176.0f 16.7f 6.834f 86.4f -34.9f 0.018f 29.3f 0.713f 178.6f 25.8f 0.653 f 0.7f 0.910f -178.3f 15.4f 5.861f 84.3f -34.4f 0.019f 31.3f 0.716f 177.2f 24.9f 0.725 f 0.8f 0.910f 179.9f 14.2f 5.141f 82.3f -34.4f 0.019f 33.0f 0.718f 175.5f 24.3f 0.801 f 0.9f 0.913f 178.4f 13.2f 4.558f 80.5f -34.0f 0.020f 34.9f 0.712f 175.0f 23.6f 0.840 f 1f 0.910f 176.8f 12.2f 4.092f 78.7f -33.6f 0.021f 36.6f 0.714f 173.8f 22.9f 0.903 f 1.5f 0.904f 170.5f 8.7f 2.718f 70.5f -31.4f 0.027f 41.7f 0.721f 169.0f 18.3f 1.077 f 2f 0.905f 166.1f 6.7f 2.153f 64.9f -30.2f 0.031f 44.2f 0.721f 165.2f 16.0f 1.161 f 2.5f 0.905f 165.2f 6.1f 2.027f 63.7f -29.9f 0.032f 44.5f 0.719f 162.5f 15.4f 1.188 f 3f 0.906f 161.1f 4.5f 1.684f 58.3f -28.6f 0.037f 44.9f 0.715f 158.5f 13.7f 1.227 f 4f 0.905f 154.9f 2.6f 1.354f 50.3f -27.1f 0.044f 44.3f 0.725f 152.9f 11.8f 1.262 f 5f 0.904f 145.1f 0.4f 1.053f 38.5f -24.7f 0.058f 41.6f 0.716f 145.7f 9.5f 1.271 f 6f 0.899f 134.9f -1.3f 0.863f 23.9f -22.9f 0.072f 34.1f 0.712f 144.1f 7.7f 1.263 f 7f 0.905f 126.0f -3.6f 0.661f 10.5f -22.2f 0.078f 26.0f 0.660f 132.9f 5.6f 1.371 f 8f 0.902f 115.8f -4.6f 0.587f 0.3f -20.8f 0.091f 20.8f 0.654f 116.3f 4.2f 1.423 f 9f 0.900f 106.4f -5.6f 0.527f -11.1f -19.6f 0.105f 11.1f 0.649f 114.4f 3.0f 1.451 f 10f 0.894f 95.9f -6.1f 0.498f -17.7f -18.9f 0.114f 8.4f 0.700f 103.4f 2.6f 1.412 f 11f 0.882f 84.9f -7.0f 0.448f -26.8f -17.7f 0.130f -0.9f 0.746f 90.5f 1.6f 1.407 f 12f 0.873f 74.3f -8.1f 0.393f -38.8f -17.5f 0.133f -7.5f 0.738f 87.3f 0.1f 1.614 f 13f 0.856f 64.6f -8.1f 0.393f -45.4f -16.1f 0.156f -13.1f 0.768f 77.8f -0.1f 1.492 f 14f 0.853f 56.0f -8.4f 0.380f -55.0f -15.6f 0.166f -21.4f 0.800f 68.4f -0.2f 1.399 f 15f 0.837f 47.4f -8.8f 0.361f -64.1f -14.8f 0.182f -29.6f 0.799f 65.2f -1.0f 1.439 f 16f 0.829f 40.6f -9.2f 0.345f -72.0f -14.4f 0.190f -35.9f 0.763f 51.1f -1.8f 1.556 f 17f 0.828f 32.7f -9.5f 0.336f -80.5f -13.4f 0.213f -43.3f 0.787f 38.5f -2.0f 1.449 f 18f 0.807f 26.1f -10.2f 0.310f -88.2f -12.5f 0.236f -50.5f 0.782f 29.1f -3.2f 1.542 notes:ff 1.f sf parameterf isf measuredf onf af microstripf linef madef onf 0.025f inchf thickf aluminaf carrier.fthefinputfreferencefplanefisfatfthef endfoffthefgateflead.fthefoutputfreferencef planefisfatfthefendfoffthefdrainflead. figure 57. msg/ma g & |s21| 2 vs. frequenc y at 4.5v 200ma. frequency (ghz) msg/mag & |s21| 2 (db) 0 1 8 2 4 6 8 10 12 14 16 40 30 20 10 0 -10 -20 s21 ms g ma g
13 notes:ff 1.f sf parameterf isf measuredf onf af microstripf linef madef onf 0.025f inchf thickf aluminaf carrier.fthefinputfreferencefplanefisfatfthef endfoffthefgateflead.fthefoutputfreferencef planefisfatfthefendfoffthefdrainflead. atf-501p8 typical scattering parameters, v ds f=f4.5v,fi dsf =f360fma freq. s 11 s 21 s 12 s 22 msg/mag k ghz mag. ang. db mag. ang. db mag. ang. mag. ang. db factor 0.1f 0.911f -132.8f 31.6f 38.110f 112.4f -39.2f 0.011f 30.3f 0.649f -162.1f 35.4f 0.200 f 0.2f 0.910f -156.5f 26.2f 20.415f 100.0f -38.4f 0.012f 24.9f 0.692f -171.8f 32.3f 0.340 f 0.3f 0.911f -165.8f 22.8f 13.848f 94.6f -37.7f 0.013f 26.2f 0.701f -176.2f 30.3f 0.472 f 0.4f 0.913f -171.1f 20.3f 10.397f 91.3f -37.7f 0.013f 28.9f 0.704f -178.9f 29.0f 0.600 f 0.5f 0.907f -173.7f 18.7f 8.640f 88.5f -36.5f 0.015f 31.8f 0.693f 179.7f 27.6f 0.679 f 0.6f 0.910f -176.3f 17.2f 7.232f 86.2f -35.9f 0.016f 34.5f 0.694f 178.2f 26.6f 0.747 f 0.7f 0.910f -178.6f 15.8f 6.200f 84.2f -35.9f 0.016f 36.8f 0.696f 176.9f 25.9f 0.838 f 0.8f 0.906f 179.7f 14.7f 5.431f 82.2f -35.4f 0.017f 38.8f 0.697f 175.6f 25.0f 0.914 f 0.9f 0.913f 178.0f 13.7f 4.826f 80.3f -34.9f 0.018f 40.6f 0.695f 174.8f 24.3f 0.930 f 1f 0.907f 176.4f 12.7f 4.328f 78.4f -34.0f 0.020f 42.3f 0.694f 173.7f 23.4f 0.984 f 1.5f 0.904f 170.3f 9.2f 2.878f 70.4f -32.0f 0.025f 47.0f 0.698f 169.4f 18.2f 1.154 f 2f 0.906f 165.9f 7.1f 2.275f 64.5f -30.5f 0.030f 48.7f 0.702f 165.5f 16.1f 1.193 f 2.5f 0.904f 164.8f 6.6f 2.146f 63.2f -30.2f 0.031f 49.0f 0.701f 162.8f 15.5f 1.231 f 3f 0.907f 160.9f 5.0f 1.783f 57.9f -28.9f 0.036f 49.0f 0.699f 159.0f 14.0f 1.246 f 4f 0.906f 154.7f 3.1f 1.424f 49.4f -27.3f 0.043f 47.7f 0.708f 153.6f 12.0f 1.275 f 5f 0.903f 144.8f 0.9f 1.114f 37.7f -24.7f 0.058f 44.2f 0.701f 146.7f 9.7f 1.268 f 6f 0.896f 134.7f -0.8f 0.907f 22.7f -22.7f 0.073f 36.2f 0.699f 145.1f 7.9f 1.256 f 7f 0.903f 125.6f -3.2f 0.691f 8.9f -22.2f 0.078f 27.9f 0.654f 134.0f 5.9f 1.355 f 8f 0.903f 115.0f -4.3f 0.612f -1.0f -20.7f 0.092f 22.4f 0.647f 117.3f 4.6f 1.375 f 9f 0.891f 105.6f -5.3f 0.544f -13.3f -19.5f 0.106f 12.8f 0.642f 115.4f 2.9f 1.495 f 10f 0.885f 94.9f -6.0f 0.504f -20.0f -18.8f 0.115f 10.2f 0.697f 104.4f 2.4f 1.462 f 11f 0.873f 84.3f -6.7f 0.465f -28.4f -17.5f 0.133f 0.9f 0.743f 91.3f 1.6f 1.416 f 12f 0.866f 74.0f -7.9f 0.403f -41.1f -17.3f 0.137f -5.8f 0.735f 87.9f 0.1f 1.607 f 13f 0.849f 64.3f -7.8f 0.406f -47.3f -15.9f 0.161f -12.1f 0.768f 78.3f 0.0f 1.464 f 14f 0.849f 55.7f -8.4f 0.379f -57.9f -15.2f 0.174f -21.3f 0.801f 68.8f -0.2f 1.361 f 15f 0.841f 46.6f -9.0f 0.353f -69.0f -14.5f 0.189f -30.3f 0.800f 65.5f -0.9f 1.376 f 16f 0.828f 39.0f -9.4f 0.337f -73.1f -14.2f 0.196f -37.1f 0.763f 51.4f -2.0f 1.547 f 17f 0.817f 31.0f -9.8f 0.322f -83.0f -13.2f 0.218f -45.1f 0.787f 38.7f -2.4f 1.491 f 18f 0.809f 23.9f -10.3f 0.304f -92.7f -12.4f 0.240f -52.4f 0.783f 29.3f -3.2f 1.513 figure 58. msg/ma g & |s21| 2 vs. frequenc y at 4.5v 360ma. frequency (ghz) msg/mag & |s21| 2 (db) 0 1 8 2 4 6 8 10 12 14 16 40 30 20 10 0 -10 -20 s21 ms g ma g
14 notes:ff 1.f sf parameterf isf measuredf onf af microstripf linef madef onf 0.025f inchf thickf aluminaf carrier.fthefinputfreferencefplanefisfatfthef endfoffthefgateflead.fthefoutputfreferencef planefisfatfthefendfoffthefdrainflead. atf-501p8 typical scattering parameters, v ds f=f3.5v,fi dsf =f280fma freq. s 11 s 21 s 12 s 22 msg/mag k ghz mag. ang. db mag. ang. db mag. ang. mag. ang. db factor 0.1f 0.923f -133.9f 30.6f 34.047f 111.6f -38.4f 0.012f 28.8f 0.716f -164.7f 34.5f 0.166f f 0.2f 0.922f -157.1f 25.2f 18.161f 99.7f -37.7f 0.013f 23.8f 0.759f -173.4f 31.5f 0.301 f 0.3f 0.920f -166.1f 21.8f 12.313f 94.5f -37.1f 0.014f 25.0f 0.767f -177.3f 29.4f 0.427 f 0.4f 0.920f -171.3f 19.3f 9.220f 91.4f -37.1f 0.014f 27.5f 0.770f -179.8f 28.2f 0.549 f 0.5f 0.915f -173.9f 17.7f 7.674f 88.7f -35.9f 0.016f 30.0f 0.760f 178.8f 26.8f 0.622 f 0.6f 0.917f -176.5f 16.2f 6.429f 86.6f -35.4f 0.017f 32.9f 0.761f 177.2f 25.8f 0.697 f 0.7f 0.917f -178.9f 14.8f 5.511f 84.6f -34.9f 0.018f 34.8f 0.762f 175.8f 24.9f 0.761 f 0.8f 0.915f 179.6f 13.6f 4.813f 82.8f -34.9f 0.018f 37.2f 0.760f 175.0f 24.3f 0.843 f 0.9f 0.918f 177.7f 12.7f 4.302f 81.0f -34.4f 0.019f 38.8f 0.764f 173.7f 23.5f 0.877 f 1f 0.913f 176.4f 11.7f 3.850f 79.1f -33.6f 0.021f 40.5f 0.759f 172.4f 22.6f 0.930 f 1.5f 0.913f 170.4f 8.1f 2.555f 72.0f -31.4f 0.027f 45.6f 0.759f 168.1f 18.1f 1.070 f 2f 0.913f 166.1f 6.1f 2.025f 66.3f -30.2f 0.031f 47.1f 0.763f 163.9f 15.9f 1.139 f 2.5f 0.910f 164.8f 5.6f 1.912f 65.1f -29.9f 0.032f 47.6f 0.762f 161.0f 15.2f 1.181 f 3f 0.913f 160.9f 4.0f 1.588f 60.4f -28.6f 0.037f 47.5f 0.758f 156.7f 13.6f 1.206 f 4f 0.906f 154.6f 2.1f 1.276f 52.2f -26.9f 0.045f 45.9f 0.762f 150.9f 11.5f 1.261 f 5f 0.910f 144.7f 0.1f 1.012f 41.6f -24.4f 0.060f 42.4f 0.754f 143.3f 9.4f 1.226 f 6f 0.903f 134.6f -1.6f 0.827f 27.2f -22.5f 0.075f 34.3f 0.742f 141.3f 7.5f 1.239 f 7f 0.907f 125.4f -3.9f 0.636f 14.0f -22.0f 0.079f 25.3f 0.674f 130.1f 5.3f 1.402 f 8f 0.903f 115.2f -4.9f 0.570f 5.1f -20.6f 0.093f 19.8f 0.669f 113.5f 3.9f 1.448 f 9f 0.897f 105.5f -5.6f 0.522f -7.0f -19.4f 0.107f 9.9f 0.666f 112.0f 2.8f 1.484 f 10f 0.889f 94.8f -6.0f 0.499f -14.5f -18.8f 0.115f 7.0f 0.709f 100.9f 2.4f 1.458 f 11f 0.880f 84.2f -6.4f 0.477f -23.6f -17.7f 0.131f -2.4f 0.754f 88.2f 1.9f 1.378 f 12f 0.870f 73.4f -7.7f 0.411f -33.8f -17.6f 0.132f -9.1f 0.745f 85.0f 0.3f 1.614 f 13f 0.847f 63.8f -7.5f 0.421f -41.1f -16.3f 0.153f -14.5f 0.770f 75.9f 0.1f 1.519 f 14f 0.839f 55.1f -8.0f 0.397f -52.2f -15.8f 0.163f -22.5f 0.801f 66.5f -0.1f 1.458 f 15f 0.816f 47.3f -8.2f 0.390f -63.9f -15.0f 0.178f -30.0f 0.795f 63.4f -0.8f 1.495 f 16f 0.808f 39.8f -9.2f 0.345f -70.3f -14.6f 0.186f -35.9f 0.755f 49.5f -2.3f 1.727 f 17f 0.794f 32.3f -9.0f 0.354f -81.5f -13.5f 0.211f -43.3f 0.787f 36.6f -2.1f 1.538 f 18f 0.769f 26.0f -9.7f 0.329f -91.7f -12.6f 0.234f -50.7f 0.777f 27.7f -3.2f 1.632 figure 59. msg/ma g & |s21| 2 vs. frequenc y at 3.5v 280ma. frequency (ghz) msg/mag & |s21| 2 (db) 0 1 8 2 4 6 8 10 12 14 16 40 30 20 10 0 -10 -20 s21 ms g ma g
15 notes:ff 1.f sf parameterf isf measuredf onf af microstripf linef madef onf 0.025f inchf thickf aluminaf carrier.fthefinputfreferencefplanefisfatfthef endfoffthefgateflead.fthefoutputfreferencef planefisfatfthefendfoffthefdrainflead. atf-501p8 typical scattering parameters, v ds f=f3.5v,fi dsf =f200fma freq. s 11 s 21 s 12 s 22 msg/mag k ghz mag. ang. db mag. ang. db mag. ang. mag. ang. db factor 0.1f 0.924f -132.7f 30.5f 33.400f 112.1f -37.1f 0.014f 28.4f 0.703f -162.3f 33.8f 0.150 0.2f 0.919f -156.5f 25.0f 17.862f 99.9f -36.5f 0.015f 22.1f 0.749f -172.1f 30.8f 0.269 0.3f 0.918f -165.7f 21.7f 12.118f 94.6f -36.5f 0.015f 22.7f 0.757f -176.5f 29.1f 0.390 0.4f 0.918f -171.0f 19.2f 9.080f 91.4f -35.9f 0.016f 24.6f 0.760f -179.2f 27.5f 0.496 0.5f 0.918f -173.6f 17.6f 7.556f 88.7f -35.4f 0.017f 26.4f 0.751f 179.4f 26.5f 0.559 0.6f 0.915f -176.2f 16.0f 6.328f 86.5f -34.9f 0.018f 29.3f 0.752f 177.7f 25.5f 0.651 0.7f 0.915f -178.5f 14.7f 5.422f 84.5f -34.4f 0.019f 31.3f 0.753f 176.3f 24.6f 0.717 0.8f 0.914f 179.8f 13.5f 4.739f 82.7f -34.0f 0.020f 33.2f 0.752f 175.3f 23.7f 0.777 0.9f 0.919f 178.0f 12.5f 4.232f 80.8f -33.6f 0.021f 35.1f 0.755f 174.1f 23.0f 0.806 1f 0.916f 176.7f 11.6f 3.788f 79.0f -33.2f 0.022f 36.7f 0.750f 172.8f 22.4f 0.870 1.5f 0.912f 170.5f 8.0f 2.515f 71.5f -31.4f 0.027f 42.0f 0.750f 168.3f 18.2f 1.057 1.9f 0.911f 166.0f 6.0f 1.991f 65.8f -29.9f 0.032f 44.3f 0.755f 165.0f 15.8f 1.126 2f 0.910f 164.9f 5.5f 1.882f 64.7f -29.6f 0.033f 44.7f 0.753f 164.2f 15.2f 1.157 2.4f 0.911f 160.9f 3.9f 1.562f 59.7f -28.6f 0.037f 45.0f 0.750f 161.3f 13.5f 1.215 3f 0.909f 154.7f 2.0f 1.255f 51.5f -26.9f 0.045f 43.9f 0.754f 157.0f 11.5f 1.244 4f 0.911f 144.8f -0.1f 0.988f 40.4f -24.4f 0.060f 41.0f 0.746f 151.3f 9.3f 1.225 5f 0.902f 134.8f -1.8f 0.813f 25.9f -22.6f 0.074f 33.3f 0.735f 143.7f 7.4f 1.255 6f 0.904f 125.5f -4.1f 0.624f 12.7f -22.0f 0.079f 24.6f 0.669f 141.8f 5.0f 1.438 7f 0.904f 115.6f -5.1f 0.555f 3.9f -20.6f 0.093f 19.3f 0.664f 130.6f 3.8f 1.455 8f 0.901f 105.6f -5.9f 0.509f -8.3f -19.4f 0.107f 9.5f 0.662f 113.9f 2.7f 1.466 9f 0.897f 95.4f -6.4f 0.477f -14.5f -18.8f 0.115f 6.6f 0.705f 112.3f 2.3f 1.437 10f 0.880f 84.1f -6.9f 0.450f -23.9f -17.7f 0.130f -3.0f 0.751f 101.2f 1.5f 1.429 11f 0.872f 73.7f -8.1f 0.393f -34.0f -17.6f 0.132f -9.7f 0.742f 88.5f 0.0f 1.646 12f 0.849f 64.2f -7.8f 0.408f -42.5f -16.4f 0.152f -14.9f 0.767f 85.3f 0.0f 1.539 13f 0.841f 55.5f -8.2f 0.391f -53.2f -15.8f 0.162f -22.8f 0.798f 76.2f -0.2f 1.465 14f 0.820f 47.1f -8.5f 0.377f -63.5f -15.1f 0.176f -29.9f 0.793f 66.8f -1.0f 1.527 15f 0.809f 39.3f -9.0f 0.354f -69.5f -14.7f 0.185f -35.9f 0.754f 63.6f -2.1f 1.708 16f 0.794f 32.7f -9.1f 0.350f -84.1f -13.6f 0.210f -43.1f 0.785f 49.8f -2.1f 1.543 17f 0.770f 25.8f -9.6f 0.332f -89.0f -12.6f 0.234f -50.5f 0.776f 36.9f -3.1f 1.634 18f 0.766f 21.5f -9.2f 0.346f -99.8f -11.5f 0.266f -60.7f 0.797f 28.0f -2.6f 1.394 figure 60. msg/ma g & |s21| 2 vs. frequenc y at 3.5v 200ma. frequency (ghz) msg/mag & |s21| 2 (db) 0 1 8 2 4 6 8 10 12 14 16 40 30 20 10 0 -10 -20 s21 ms g ma g
16 atf-501p8 typical scattering parameters, v ds f=f3.5v,fi dsf =f360fma freq. s 11 s 21 s 12 s 22 msg/mag k ghz mag. ang. db mag. ang. db mag. ang. mag. ang. db factor 0.1f 0.919f -134.2f 30.8f 34.576f 111.7f -39.2f 0.011f 29.6f 0.722f -166.1f 35.0f 0.191f 0.2f 0.920f -157.3f 25.3f 18.445f 99.7f -38.4f 0.012f 25.5f 0.763f -174.1f 31.9f 0.336 f 0.3f 0.921f -166.4f 21.9f 12.499f 94.6f -37.7f 0.013f 26.7f 0.771f -177.8f 29.8f 0.460 f 0.4f 0.918f -171.4f 19.4f 9.372f 91.5f -37.7f 0.013f 30.0f 0.773f 179.8f 28.6f 0.599 f 0.5f 0.915f -174.0f 17.8f 7.792f 88.8f -36.5f 0.015f 32.7f 0.763f 178.6f 27.2f 0.665 f 0.6f 0.916f -176.7f 16.3f 6.537f 86.6f -35.9f 0.016f 35.7f 0.765f 176.9f 26.1f 0.744 f 0.7f 0.916f -178.9f 15.0f 5.596f 84.7f -35.4f 0.017f 37.9f 0.765f 175.6f 25.2f 0.809 f 0.8f 0.914f 179.4f 13.8f 4.888f 83.1f -34.9f 0.018f 40.0f 0.764f 174.9f 24.3f 0.871 f 0.9f 0.919f 178.1f 12.8f 4.370f 81.1f -34.4f 0.019f 41.8f 0.768f 173.4f 23.6f 0.892 f 1f 0.914f 176.2f 11.8f 3.911f 79.3f -34.0f 0.020f 43.0f 0.762f 172.2f 22.9f 0.963 f 1.5f 0.912f 170.2f 8.3f 2.596f 72.2f -31.7f 0.026f 47.8f 0.761f 168.1f 18.0f 1.103 f 2f 0.914f 165.8f 6.3f 2.059f 66.7f -30.2f 0.031f 49.2f 0.766f 163.8f 15.9f 1.142 f 2.5f 0.910f 164.7f 5.8f 1.940f 65.6f -29.9f 0.032f 49.3f 0.765f 160.9f 15.2f 1.185 f 3f 0.912f 160.8f 4.2f 1.618f 60.7f -28.6f 0.037f 49.0f 0.761f 156.6f 13.6f 1.210 f 4f 0.913f 154.4f 2.3f 1.296f 52.9f -26.9f 0.045f 47.3f 0.765f 150.8f 11.8f 1.221 f 5f 0.908f 144.7f 0.2f 1.023f 42.0f -24.4f 0.060f 43.2f 0.756f 143.0f 9.4f 1.236 f 6f 0.903f 134.5f -1.5f 0.844f 27.9f -22.5f 0.075f 34.8f 0.745f 141.1f 7.6f 1.233 f 7f 0.906f 125.5f -3.8f 0.647f 15.0f -21.9f 0.080f 25.7f 0.676f 129.9f 5.3f 1.392 f 8f 0.904f 115.1f -4.7f 0.582f 5.9f -20.6f 0.093f 20.3f 0.670f 113.3f 4.1f 1.430 f 9f 0.902f 105.3f -5.5f 0.532f -6.4f -19.4f 0.107f 10.3f 0.666f 111.6f 3.1f 1.433 f 10f 0.893f 95.0f -5.8f 0.513f -13.3f -18.8f 0.115f 7.5f 0.710f 100.7f 2.7f 1.416 f 11f 0.881f 84.1f -6.5f 0.474f -22.0f -17.7f 0.131f -1.9f 0.756f 88.2f 1.9f 1.388 f 12f 0.873f 73.6f -7.6f 0.417f -32.9f -17.5f 0.133f -8.5f 0.746f 84.9f 0.5f 1.577 f 13f 0.847f 63.9f -7.5f 0.424f -40.6f -16.2f 0.154f -13.9f 0.772f 75.7f 0.2f 1.507 f 14f 0.844f 55.4f -7.8f 0.407f -52.7f -15.7f 0.165f -22.0f 0.802f 66.3f 0.1f 1.407 f 15f 0.827f 47.4f -8.2f 0.389f -63.7f -14.9f 0.180f -29.7f 0.793f 63.2f -0.7f 1.457 f 16f 0.818f 40.2f -8.9f 0.357f -67.9f -14.6f 0.187f -35.8f 0.759f 49.4f -1.9f 1.637 f 17f 0.799f 32.9f -9.0f 0.353f -81.4f -13.5f 0.211f -43.1f 0.786f 36.5f -2.0f 1.526 f 18f 0.780f 26.7f -9.3f 0.344f -90.7f -12.5f 0.236f -50.4f 0.777f 27.6f -2.7f 1.549 notes:ff 1.f sf parameterf isf measuredf onf af microstripf linef madef onf 0.025f inchf thickf aluminaf carrier.fthefinputfreferencefplanefisfatfthef endfoffthefgateflead.fthefoutputfreferencef planefisfatfthefendfoffthefdrainflead. figure 61. msg/ma g & |s21| 2 vs. frequenc y at 3.5v 360ma. frequency (ghz) msg/mag & |s21| 2 (db) 0 1 8 2 4 6 8 10 12 14 16 40 30 20 10 0 -10 -20 s21 ms g ma g
17 atf-501p8 typical scattering parameters, v ds f=f5.5v,fi dsf =f280fma freq. s 11 s 21 s 12 s 22 msg/mag k ghz mag. ang. db mag. ang. db mag. ang. mag. ang. db factor 0.1f 0.914f -131.5f 31.8f 39.087f 112.6f -38.4f 0.012f 29.6f 0.618f -158.7f 35.1f 0.172 f 0.2f 0.912f -155.7f 26.4f 20.961f 100.1f -37.7f 0.013f 23.9f 0.661f -170.0f 32.1f 0.307 f 0.3f 0.914f -165.2f 23.1f 14.228f 94.5f -37.1f 0.014f 24.1f 0.670f -174.9f 30.1f 0.420 f 0.4f 0.913f -170.5f 20.6f 10.678f 91.1f -37.1f 0.014f 26.7f 0.674f -177.9f 28.8f 0.550 f 0.5f 0.909f -173.3f 19.0f 8.871f 88.3f -36.5f 0.015f 29.0f 0.662f -179.3f 27.7f 0.638 f 0.6f 0.910f -176.0f 17.4f 7.417f 86.0f -35.9f 0.016f 31.7f 0.663f 179.2f 26.7f 0.715 f 0.7f 0.911f -178.2f 16.1f 6.365f 83.9f -35.4f 0.017f 34.3f 0.666f 177.8f 25.7f 0.782 f 0.8f 0.908f -179.8f 14.9f 5.577f 81.8f -34.9f 0.018f 36.0f 0.667f 176.3f 24.9f 0.850 f 0.9f 0.913f 178.4f 13.9f 4.956f 79.9f -34.4f 0.019f 38.0f 0.664f 175.7f 24.2f 0.878 f 1f 0.907f 176.7f 13.0f 4.446f 78.0f -34.0f 0.020f 39.4f 0.664f 174.5f 23.5f 0.958 f 1.5f 0.903f 170.5f 9.4f 2.951f 69.6f -32.0f 0.025f 44.5f 0.672f 170.1f 18.4f 1.141 f 2f 0.905f 166.2f 7.4f 2.331f 63.5f -30.5f 0.030f 46.4f 0.674f 166.5f 16.3f 1.182 f 2.5f 0.903f 165.2f 6.8f 2.197f 62.1f -30.2f 0.031f 47.0f 0.674f 164.0f 15.7f 1.222 f 3f 0.903f 161.0f 5.2f 1.822f 56.7f -29.1f 0.035f 47.3f 0.672f 160.3f 14.0f 1.284 f 4f 0.900f 154.7f 3.3f 1.455f 47.9f -27.3f 0.043f 46.7f 0.685f 155.2f 12.0f 1.307 f 5f 0.902f 145.0f 1.1f 1.129f 35.9f -24.9f 0.057f 43.8f 0.679f 148.6f 9.8f 1.278 f 6f 0.895f 134.9f -0.8f 0.916f 20.6f -23.0f 0.071f 36.2f 0.681f 147.0f 8.0f 1.271 f 7f 0.903f 125.8f -3.2f 0.695f 6.8f -22.3f 0.077f 28.3f 0.648f 135.8f 6.1f 1.340 f 8f 0.898f 115.4f -4.2f 0.616f -3.5f -20.8f 0.091f 22.9f 0.641f 119.2f 4.5f 1.401 f 9f 0.898f 105.8f -5.3f 0.546f -16.3f -19.6f 0.105f 13.3f 0.636f 117.2f 3.3f 1.416 f 10f 0.884f 95.4f -6.0f 0.499f -23.2f -18.9f 0.114f 10.9f 0.694f 106.2f 2.4f 1.459 f 11f 0.871f 84.6f -6.8f 0.458f -31.5f -17.6f 0.132f 1.6f 0.741f 92.7f 1.6f 1.420 f 12f 0.864f 74.2f -8.3f 0.386f -43.6f -17.3f 0.137f -5.2f 0.731f 89.5f -0.2f 1.655 f 13f 0.849f 64.8f -8.3f 0.385f -49.9f -15.8f 0.162f -11.5f 0.768f 79.6f -0.3f 1.479 f 14f 0.854f 56.1f -8.7f 0.366f -60.4f -15.2f 0.174f -20.9f 0.804f 70.2f -0.2f 1.332 f 15f 0.841f 47.7f -9.6f 0.330f -68.9f -14.4f 0.191f -29.9f 0.807f 66.7f -1.3f 1.385 f 16f 0.834f 40.0f -10.0f 0.317f -73.5f -14.1f 0.198f -37.0f 0.768f 52.4f -2.3f 1.536 f 17f 0.824f 31.9f -10.2f 0.310f -83.2f -13.2f 0.219f -45.0f 0.792f 39.7f -2.5f 1.466 f 18f 0.813f 24.7f -10.7f 0.291f -88.9f -12.4f 0.240f -52.2f 0.788f 30.0f -3.5f 1.533 notes:ff 1.f sf parameterf isf measuredf onf af microstripf linef madef onf 0.025f inchf thickf aluminaf carrier.fthefinputfreferencefplanefisfatfthef endfoffthefgateflead.fthefoutputfreferencef planefisfatfthefendfoffthefdrainflead. figure 62. msg/ma g & |s21| 2 vs. frequenc y at 5.5v 280ma. frequency (ghz) msg/mag & |s21| 2 (db) 0 1 8 2 4 6 8 10 12 14 16 40 30 20 10 0 -10 -20 s21 ms g ma g
18 atf-501p8 typical scattering parameters, v ds f=f5.5v,fi dsf =f200fma freq. s 11 s 21 s 12 s 22 msg/mag k ghz mag. ang. db mag. ang. db mag. ang. mag. ang. db factor 0.1f 0.921f -130.1f 31.8f 38.725f 113.1f -37.7f 0.013f 29.6f 0.615f -156.5f 34.7f 0.145 f 0.2f 0.914f -155.0f 26.4f 20.822f 100.3f -37.1f 0.014f 22.8f 0.659f -168.9f 31.7f 0.274 f 0.3f 0.914f -164.6f 23.0f 14.136f 94.7f -36.5f 0.015f 22.7f 0.669f -174.1f 29.7f 0.385 f 0.4f 0.913f -170.1f 20.5f 10.611f 91.3f -36.5f 0.015f 24.9f 0.673f -177.3f 28.5f 0.510 f 0.5f 0.909f -172.9f 18.9f 8.824f 88.4f -35.4f 0.017f 26.8f 0.662f -178.9f 27.2f 0.576 f 0.6f 0.909f -175.7f 17.4f 7.375f 86.0f -35.4f 0.017f 29.4f 0.662f 179.6f 26.4f 0.672 f 0.7f 0.909f -178.1f 16.0f 6.329f 83.9f -34.9f 0.018f 31.3f 0.665f 178.2f 25.5f 0.739 f 0.8f 0.908f -179.7f 14.9f 5.549f 81.8f -34.4f 0.019f 32.9f 0.667f 176.5f 24.7f 0.798 f 0.9f 0.911f 178.5f 13.8f 4.922f 80.0f -34.0f 0.020f 35.3f 0.662f 176.0f 23.9f 0.843 f 1f 0.909f 176.8f 12.9f 4.418f 78.0f -33.6f 0.021f 36.4f 0.664f 174.8f 23.2f 0.897 f 1.5f 0.905f 170.8f 9.3f 2.933f 69.4f -31.7f 0.026f 41.7f 0.673f 170.3f 18.8f 1.079 f 2f 0.907f 166.3f 7.3f 2.322f 63.4f -30.5f 0.030f 44.3f 0.674f 166.6f 16.5f 1.153 f 2.5f 0.903f 165.3f 6.8f 2.182f 62.1f -30.2f 0.031f 44.5f 0.673f 164.1f 15.7f 1.208 f 3f 0.906f 161.2f 5.2f 1.815f 56.5f -28.9f 0.036f 45.1f 0.671f 160.4f 14.2f 1.226 f 4f 0.903f 155.0f 3.2f 1.447f 47.8f -27.3f 0.043f 44.7f 0.684f 155.3f 12.1f 1.273 f 5f 0.904f 145.1f 1.0f 1.123f 35.9f -24.9f 0.057f 42.3f 0.678f 148.7f 9.9f 1.257 f 6f 0.899f 135.2f -0.8f 0.909f 20.3f -23.0f 0.071f 35.1f 0.681f 147.2f 8.2f 1.235 f 7f 0.904f 126.2f -3.2f 0.693f 6.5f -22.4f 0.076f 27.4f 0.647f 136.0f 6.2f 1.332 f 8f 0.901f 115.6f -4.3f 0.608f -4.0f -20.9f 0.090f 22.2f 0.640f 119.4f 4.6f 1.386 f 9f 0.896f 106.2f -5.4f 0.536f -15.9f -19.7f 0.104f 12.6f 0.634f 117.5f 3.1f 1.459 f 10f 0.891f 95.4f -6.1f 0.497f -23.9f -18.9f 0.113f 10.2f 0.692f 106.3f 2.6f 1.408 f 11f 0.877f 85.0f -7.0f 0.446f -32.3f -17.7f 0.131f 1.0f 0.739f 92.9f 1.5f 1.403 f 12f 0.871f 74.4f -8.3f 0.386f -42.5f -17.4f 0.135f -5.8f 0.730f 89.7f -0.1f 1.625 f 13f 0.851f 64.9f -8.2f 0.387f -49.0f -15.9f 0.160f -11.8f 0.767f 79.8f -0.3f 1.480 f 14f 0.850f 56.2f -8.8f 0.364f -60.0f -15.3f 0.172f -21.0f 0.803f 70.5f -0.3f 1.364 f 15f 0.839f 48.0f -9.5f 0.335f -67.9f -14.5f 0.188f -29.9f 0.805f 66.9f -1.3f 1.403 f 16f 0.834f 39.7f -10.2f 0.309f -72.5f -14.2f 0.195f -36.8f 0.768f 52.7f -2.5f 1.585 f 17f 0.827f 32.2f -10.2f 0.309f -82.4f -13.3f 0.216f -44.6f 0.792f 39.9f -2.5f 1.472 f 18f 0.814f 24.4f -10.5f 0.298f -89.4f -12.5f 0.238f -51.8f 0.790f 30.2f -3.2f 1.510 notes:ff 1.f sf parameterf isf measuredf onf af microstripf linef madef onf 0.025f inchf thickf aluminaf carrier.fthefinputfreferencefplanefisfatfthef endfoffthefgateflead.fthefoutputfreferencef planefisfatfthefendfoffthefdrainflead. figure 63. msg/ma g & |s21| 2 vs. frequenc y at 5.5v 200ma. frequency (ghz) msg/mag & |s21| 2 (db) 0 1 8 2 4 6 8 10 12 14 16 40 30 20 10 0 -10 -20 s21 ms g ma g
19 atf-501p8 typical scattering parameters, v ds f=f5.5v,fi dsf =f360fma freq. s 11 s 21 s 12 s 22 msg/mag k ghz mag. ang. db mag. ang. db mag. ang. mag. ang. db factor 0.1f 0.904f -132.0f 31.8f 38.785f 113.0f -39.2f 0.011f 29.8f 0.619f -159.9f 35.5f 0.198 f 0.2f 0.910f -156.2f 26.4f 20.860f 100.3f -38.4f 0.012f 24.8f 0.662f -170.6f 32.4f 0.338 f 0.3f 0.912f -165.4f 23.0f 14.161f 94.7f -37.7f 0.013f 25.5f 0.672f -175.3f 30.4f 0.459 f 0.4f 0.912f -170.7f 20.5f 10.635f 91.2f -37.1f 0.014f 27.8f 0.675f -178.2f 28.8f 0.571 f 0.5f 0.907f -173.5f 18.9f 8.834f 88.4f -36.5f 0.015f 30.5f 0.663f -179.5f 27.7f 0.666 f 0.6f 0.909f -176.1f 17.4f 7.399f 86.1f -35.9f 0.016f 33.4f 0.664f 178.9f 26.7f 0.741 f 0.7f 0.909f -178.3f 16.0f 6.337f 83.9f -35.4f 0.017f 35.7f 0.666f 177.6f 25.7f 0.808 f 0.8f 0.907f 179.9f 14.9f 5.557f 81.9f -35.4f 0.017f 37.6f 0.668f 176.2f 25.1f 0.901 f 0.9f 0.909f 178.4f 13.9f 4.942f 80.0f -34.9f 0.018f 39.7f 0.665f 175.5f 24.4f 0.943 f 1f 0.906f 176.7f 12.9f 4.429f 78.0f -34.4f 0.019f 41.2f 0.665f 174.3f 23.7f 1.008 f 1.5f 0.904f 170.5f 9.4f 2.941f 69.7f -32.0f 0.025f 46.2f 0.672f 170.1f 18.4f 1.150 f 2f 0.904f 166.1f 7.3f 2.325f 63.6f -30.8f 0.029f 47.9f 0.676f 166.5f 16.2f 1.225 f 2.5f 0.900f 165.1f 6.8f 2.191f 62.2f -30.2f 0.031f 48.4f 0.675f 163.9f 15.5f 1.254 f 3f 0.905f 161.0f 5.2f 1.817f 56.6f -29.1f 0.035f 48.6f 0.674f 160.2f 14.0f 1.278 f 4f 0.900f 155.0f 3.3f 1.456f 48.2f -27.5f 0.042f 47.4f 0.686f 155.1f 12.0f 1.329 f 5f 0.904f 144.9f 1.1f 1.130f 35.7f -24.9f 0.057f 44.4f 0.680f 148.5f 9.9f 1.267 f 6f 0.897f 134.8f -0.8f 0.913f 20.7f -23.0f 0.071f 36.8f 0.683f 146.9f 8.0f 1.264 f 7f 0.902f 125.7f -3.2f 0.695f 7.3f -22.3f 0.077f 28.9f 0.649f 135.8f 6.0f 1.359 f 8f 0.899f 115.5f -4.3f 0.609f -3.7f -20.8f 0.091f 23.4f 0.643f 119.1f 4.5f 1.402 f 9f 0.893f 105.9f -5.3f 0.544f -16.0f -19.6f 0.105f 13.8f 0.636f 117.1f 3.1f 1.470 f 10f 0.886f 95.4f -6.0f 0.499f -23.1f -18.9f 0.114f 11.7f 0.696f 106.1f 2.4f 1.447 f 11f 0.867f 85.0f -6.8f 0.455f -31.7f -17.5f 0.133f 2.3f 0.743f 92.6f 1.4f 1.439 f 12f 0.871f 75.0f -8.2f 0.389f -43.4f -17.2f 0.138f -4.6f 0.732f 89.3f 0.0f 1.589 f 13f 0.854f 65.6f -8.2f 0.387f -49.9f -15.7f 0.164f -11.0f 0.769f 79.4f -0.2f 1.436 f 14f 0.855f 56.8f -8.9f 0.360f -61.2f -15.1f 0.176f -20.4f 0.805f 70.0f -0.3f 1.323 f 15f 0.845f 48.1f -9.6f 0.330f -68.7f -14.3f 0.192f -29.6f 0.806f 66.4f -1.3f 1.371 f 16f 0.842f 40.7f -10.0f 0.315f -72.5f -14.0f 0.199f -36.7f 0.769f 52.1f -2.2f 1.502 f 17f 0.833f 32.6f -10.2f 0.309f -82.1f -13.2f 0.220f -44.6f 0.792f 39.4f -2.4f 1.436 f 18f 0.826f 25.5f -10.5f 0.299f -87.9f -12.3f 0.242f -51.8f 0.789f 29.7f -3.1f 1.457 notes:ff 1.f sf parameterf isf measuredf onf af microstripf linef madef onf 0.025f inchf thickf aluminaf carrier.fthefinputfreferencefplanefisfatfthef endfoffthefgateflead.fthefoutputfreferencef planefisfatfthefendfoffthefdrainflead. figure 64. msg/ma g & |s21| 2 vs. frequenc y at 5.5v 360ma. frequency (ghz) msg/mag & |s21| 2 (db) 0 1 8 2 4 6 8 10 12 14 16 40 30 20 10 0 -10 -20 s21 ms g ma g
20 2 x 2 lpcc (jedec dfp-n) package dimensions ordering information part number no. of devices container atf-501p8-tr1 f 3000f 7freel ATF-501P8-TR2 f 10000f 13reel atf-501p8-blk f 100f antistaticfbag device models referftofavagosfwebfsite f www.avagotech.com/view/rf d e 8 7 6 5 a d 1 e 1 p e p i n 1 r l b d i m e n s i o n s a r e i n m i l l i m e t e r s d i m e n s i o n s m i n . 0 . 7 0 0 0 . 2 0 3 r e f 0 . 2 2 5 1 . 9 0 . 6 5 1 . 9 1 . 4 5 0 . 5 0 b s c 0 . 2 n o m . 0 . 7 5 0 . 0 2 0 . 2 0 3 r e f 0 . 2 5 2 . 0 0 . 8 0 2 . 0 1 . 6 0 . 5 0 b s c 0 . 2 5 0 . 4 r e f m a x . 0 . 8 0 0 . 0 5 0 . 2 0 3 r e f 0 . 2 7 5 2 . 1 0 . 9 5 2 . 1 1 . 7 5 0 . 5 0 b s c 0 . 3 s y m b o l a a 1 a 2 b d d 1 e e 1 e p l 1 p i n 1 2 3 4 0 p x t o p v i e w e n d v i e w e n d v i e w b o t t o m v i e w a 2 a a 1
21 device orientation pcb land pattern and stencil design user feed directio n cover tape carrier tape reel 8 m m 4 m m 0px 0px 0px 0px 2.80 (110.24) 0.70 (27.56) 0.25 (9.84) 0.25 (9.84) 0.50 (19.68) 0.28 (10.83) 0.60 (23.62) f0.20 (7.87) pin 1 solder mask rf transmission lin e 0.80 (31.50) 0.15 (5.91) 0.55 (21.65) 1.60 (62.99) + 2.72 (107.09) 0.63 (24.80) 0.22 (8.86) 0.32 (12.79) 0.50 (19.68) 0.25 (9.74) 0.63 (24.80) stencil layout (top view) pcb land pattern (top view) notes: typical stencil thickness is 5 mils. measurements are in millimeters (mils). 0.72 (28.35) pin 1 1.54 (60.61)
tape dimensions 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 ? 2005-2009 avago technologies. all rights reserved. obsoletes 5988-9767en av02-1846en - march 27, 2009 p 0 p f w d 1 e p 2 a 0 1 0 m a x t 1 k 0 d e s c r i p t i o n s y m b o l s i z e ( m m ) s i z e ( i n c h e s ) l e n g t h w i d t h d e p t h p i t c h b o t t o m h o l e d i a m e t e r a 0 b 0 k 0 p d 1 2 . 3 0 0 . 0 5 2 . 3 0 0 . 0 5 1 . 0 0 0 . 0 5 4 . 0 0 0 . 1 0 1 . 0 0 + 0 . 2 5 0 . 0 9 1 0 . 0 0 4 0 . 0 9 1 0 . 0 0 4 0 . 0 3 9 0 . 0 0 2 0 . 1 5 7 0 . 0 0 4 0 . 0 3 9 + 0 . 0 0 2 c a v i t y d i a m e t e r p i t c h p o s i t i o n d p 0 e 1 . 5 0 0 . 1 0 4 . 0 0 0 . 1 0 1 . 7 5 0 . 1 0 0 . 0 6 0 0 . 0 0 4 0 . 1 5 7 0 . 0 0 4 0 . 0 6 9 0 . 0 0 4 p e r f o r a t i o n w i d t h t h i c k n e s s w t 1 8 . 0 0 + 0 . 3 0 0 . 2 5 4 0 . 0 2 0 . 3 1 5 0 . 0 1 2 8 . 0 0 ? 0 . 1 0 0 . 3 1 5 0 . 0 0 4 0 . 0 1 0 0 . 0 0 0 8 c a r r i e r t a p e c a v i t y t o p e r f o r a t i o n ( w i d t h d i r e c t i o n ) c a v i t y t o p e r f o r a t i o n ( l e n g t h d i r e c t i o n ) f p 2 3 . 5 0 0 . 0 5 2 . 0 0 0 . 0 5 0 . 1 3 8 0 . 0 0 2 0 . 0 7 9 0 . 0 0 2 d i s t a n c e w i d t h t a p e t h i c k n e s s c t t 5 . 4 0 . 1 0 0 . 0 6 2 0 . 0 0 1 0 . 2 0 5 0 . 0 0 4 0 . 0 0 2 5 0 . 0 0 0 4 c o v e r t a p e d + + t t 1 0 m a x b 0

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