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rev.1.00, apr.08.2004, page 1 of 37 HSG1001 sigehbt high frequency low noise amplifier rej03g0195-0100z rev.1.00 apr.08.2004 features ? high power gain and low noise figure ; ? msg = 22 db typ. , nf = 0.75 db typ. at v ce = 2 v, i c = 5 ma, f = 1.8 ghz msg = 21 db typ. , nf = 0.85 db typ. at v ce = 2 v, i c = 5 ma, f = 2.4 ghz msg = 15 db typ. , nf = 1.3 db typ. at v ce = 2 v, i c = 10 ma, f = 5.8 ghz ? transition frequency f t = 35 ghz typ. at f = 1 ghz ? v ceo = 3.5 v ? ideal for 2.4 ghz / 5 ghz band wlan and cordless phone applications. outline 1 2 3 4 1. emitter 2. collecto r 3. emitter 4. base cmpak-4 note: marking is "vd-". absolute maximum ratings (ta = 25c) item symbol ratings unit collector to base voltage v cbo 8v collector to emitter voltage v ceo 3.5 v emitter to base voltage v ebo 1.2 v collector current i c 35 ma pc 100 mw collector power dissipation pc note1 250 mw junction temperature tj 150 c storage temperature tstg ?55 to +150 c notes: 1. value on pcb ( fr-4 : 40 x 40 x 1.6mm double side )
HSG1001 rev.1.00, apr.08.2004, page 2 of 37 electrical characteristics (ta = 25c) item symbol min typ max unit test conditions dc current transfer ratio h fe 100 200 300 ? v ce = 2 v, i c = 5 ma reverse transfer capacitance c re ? 0.08 ? pf v cb = 2 v, i e = 0, f = 1 mhz transition frequency f t ? 35 ? ghz v ce = 2 v, i c = ft peak, f = 1 ghz insertion power gain |s21| 2 ? 19 ? db v ce = 2 v, i c = 5 ma, f = 1.8 ghz ? 17 ? v ce = 2 v, i c = 5 ma, f = 2.4 ghz ? 11 ? v ce = 2 v, i c = 10 ma, f = 5.8 ghz maximum stable gain note1 msg ? 22 ? db v ce = 2 v, i c = 5 ma, f = 1.8 ghz ? 21 ? v ce = 2 v, i c = 5 ma, f = 2.4 ghz ? 15 ? v ce = 2 v, i c = 10 ma, f = 5.8 ghz power gain pg ? 19.5 ? db v ce = 2 v, i c = 5 ma, f = 1.8 ghz ? 18 ? v ce = 2 v, i c = 5 ma, f = 2.4 ghz 8.5 11.5 ? v ce = 2 v, i c = 10 ma, f = 5.8 ghz noise figure nf ? 0.75 ? db v ce = 2 v, i c = 5 ma, f = 1.8 ghz ? 0.85 ? v ce = 2 v, i c = 5 ma, f = 2.4 ghz ? 1.3 1.9 v ce = 2 v, i c = 10 ma, f = 5.8 ghz maximum available gain note2 mag ? 13 ? db v ce = 2 v, i c = 10 ma, f = 5.8 ghz notes: 1. msg = |s 21 | / |s 12 | 2. mag = |s 21 | / |s 12 |(k-(k 2 -1) 1/2 )
HSG1001 rev.1.00, apr.08.2004, page 3 of 37 main characteristics 500 400 300 200 100 50 100 150 300 250 200 150 100 50 0 0 1 2 3 0.20 0.15 0.10 0.05 200 0 0 35 30 25 20 15 10 5 12 3 f=1mhz 45 40 35 30 25 20 15 10 5 0 1 10 100 30 25 20 15 10 5 0 1 10 100 |s 21 | 2 ,msg,mag (db) vce=3v vce=1v vce=2v vce=2v vce=1v vce=3v msg mag s21 0.1 1 10 100 collector power dissipation p c (mw) ambient temperature ta (c) collector power dissipation curve collector to emitter voltage v ce (v) collector current i c (ma) typical output characteristics dc current transfer ratio h fe collector current i c (ma) dc current transfer ratio vs. collector current reverse transfer capacitance vs. collector to base voltage reverse transfer capacitance c re (pf) collector to base voltage v cb (v) f=1ghz v ce =1v f=1.8ghz gain bandwidth product vs. collector current gain bandwidth product f t (ghz) collector current i c (ma) collector current i c (ma) 180 u a 200 ua |s 21 | 2 ,msg vs. collector current value on pcb (fr-4: 40 x 40 x 1.6 mm double side) i b = 20 u a 40 u a 60 u a 80 u a 100 u a 120 u a 140 ua 160 u a
HSG1001 rev.1.00, apr.08.2004, page 4 of 37 30 25 20 15 10 5 0 1 10 100 30 25 20 15 10 5 0 1 10 100 mag 30 25 20 15 10 5 0 1 10 100 s21 30 25 20 15 10 5 0 1 10 100 30 25 20 15 10 5 0 1 10 100 mag 30 25 20 15 10 5 0 1 10 100 s21 msg mag s21 msg s21 s21 msg s21 mag msg v ce =1v f=5.8ghz v ce =1v f=2.4ghz collector current i c (ma) collector current i c (ma) v ce =2v f=1.8ghz v ce =2v f=2.4ghz collector current i c (ma) collector current i c (ma) v ce =3v f=1.8ghz v ce =2v f=5.8ghz collector current i c (ma) collector current i c (ma) |s 21 | 2 ,mag vs. collector current |s 21 | 2 ,mag (db) |s 21 | 2 ,msg,mag vs. collector current |s 21 | 2 ,msg,mag (db) |s 21 | 2 ,msg,mag vs. collector current |s 21 | 2 ,msg,mag (db) |s 21 | 2 ,mag vs. collector current |s 21 | 2 ,mag (db) |s 21 | 2 ,msg,mag vs. collector current |s 21 | 2 ,msg,mag (db) |s 21 | 2 ,msg,mag vs. collector |s 21 | 2 ,msg,mag (db) mag mag
HSG1001 rev.1.00, apr.08.2004, page 5 of 37 30 25 20 15 10 5 0 1 10 100 mag 0.1 1 10 30 25 20 15 10 5 0 1 10 100 0.1 1 10 |s 21 | 2 ,msg,mag (db) 50 45 40 35 30 25 20 15 10 5 0 50 45 40 35 30 25 20 15 10 5 0 50 45 40 35 30 25 20 15 10 5 0 0.1 1 10 mag msg s21 mag msg s21 mag msg s21 mag msg s21 s21 v ce =3v f=5.8ghz v ce =3v f=2.4ghz collector current i c (ma) collector current i c (ma) v ce =2v i c =10ma v ce =1v i c =10mv frequency f (ghz) frequency f (ghz) |s 21 | 2 ,msg,mag vs frequency v ce =3v i c =10ma frequency f (ghz) |s 21 | 2 ,msg,mag (db) |s 21 | 2 ,msg,mag vs. collector current |s 21 | 2 ,mag (db) |s 21 | 2 ,mag vs. collector current |s 21 | 2 ,msg,mag (db) |s 21 | 2 ,msg,mag vs frequency |s 21 | 2 ,msg,mag (db) |s 21 | 2 ,msg,mag vs frequency
HSG1001 rev.1.00, apr.08.2004, page 6 of 37 24 22 20 18 16 14 12 10 8 6 4 2 0 1 10 100 4.0 3.5 3.0 2.5 2.0 1.5 1.0 0.5 0 1 10 100 4.0 3.5 3.0 2.5 2.0 1.5 1.0 0.5 0 1 10 100 24 22 20 18 16 14 12 10 8 6 4 2 0 1 10 100 4.0 3.5 3.0 2.5 2.0 1.5 1.0 0.5 0 1 10 100 24 22 20 18 16 14 12 10 8 6 4 2 0 1 10 100 f=5.8ghz f=2.4ghz f=1.8ghz f=5.8ghz f=2.4ghz f=1.8ghz f=5.8ghz f=2.4ghz f=1.8ghz f=5.8ghz f=2.4ghz f=1.8ghz f=2.4ghz f=1.8ghz f=5.8ghz f=1.8ghz f=2.4ghz power gain vs. collector current power gain pg (db) collector current i c (ma) noise figure vs. collector current noise figure nf (db) collector current i c (ma) v ce =1v v ce =1v v ce =2v v ce =2v v ce =3v v ce =3v power gain vs. collector current power gain pg (db) collector current i c (ma) noise figure vs. collector current noise figure nf (db) collector current i c (ma) power gain vs. collector current power gain pg (db) collector current i c (ma) noise figure vs. collector current noise figure nf (db) collector current i c (ma) f=5.8ghz
HSG1001 rev.1.00, apr.08.2004, page 7 of 37 -40 -20 20 output power p out (dbm) input power p in (dbm) -30 0 -40 -20 0 20 -30 10 -10 10 -10 -40 -20 20 output power p out (dbm) 3rd. order intercept point (ip3) input power p in (dbm) -30 0 -40 -20 0 20 3rd. imd fundamental -30 10 -10 10 -10 -40 -20 20 output power p out (dbm) input power p in (dbm) -30 0 -40 -20 0 20 -30 10 -10 10 -10 v ce = 2v i c = 5 ma fd = 2.4 ghz fud = 2.401 ghz v ce = 2v i c = 5 ma fd = 1.8 ghz fud = 1.801 ghz v ce = 2v i c = 5 ma fd = 5.8 ghz fud = 5.801 ghz -40 -20 20 output power p out (dbm) 3rd. order intercept point (ip3) input power p in (dbm) -30 0 -40 -20 0 20 3rd. imd -30 10 -10 10 -10 v ce = 2v i c = 10 ma fd = 1.8 ghz fud = 1.801 ghz -40 -20 20 output power p out (dbm) 3rd. order intercept point (ip3) input power p in (dbm) -30 0 -40 -20 0 20 fundamental -30 10 -10 10 -10 v ce = 2v i c = 10 ma fd = 2.4 ghz fud = 2.401 ghz -40 -20 20 output power p out (dbm) 3rd. order intercept point (ip3) input power p in (dbm) -30 0 -40 -20 0 20 3rd. imd fundamental -30 10 -10 10 -10 v ce = 2v i c = 10 ma fd = 5.8 ghz fud = 5.801 ghz fundamental 3rd. imd fundamental 3rd. imd 3rd. order intercept point (ip3) 3rd. order intercept point (ip3) fundamental 3rd. imd
HSG1001 rev.1.00, apr.08.2004, page 8 of 37 -40 -20 20 output power p out (dbm) input power p in (dbm) -30 0 -40 -20 0 20 -30 10 -10 10 -10 -40 -20 20 output power p out (dbm) 3rd. order intercept point (ip3) input power p in (dbm) -30 0 -40 -20 0 20 3rd. imd fundamental -30 10 -10 10 -10 -40 -20 20 output power p out (dbm) input power p in (dbm) -30 0 -40 -20 0 20 -30 10 -10 10 -10 v ce = 2v i c = 20 ma fd = 2.4 ghz fud = 2.401 ghz v ce = 2v i c = 20 ma fd = 1.8 ghz fud = 1.801 ghz v ce = 2v i c = 20 ma fd = 5.8 ghz fud = 5.801 ghz fundamental 3rd. imd fundamental 3rd. imd 3rd. order intercept point (ip3) 3rd. order intercept point (ip3)
HSG1001 rev.1.00, apr.08.2004, page 9 of 37 scale: 15 / div. s 11 parameter vs. frequency s 21 parameter vs. frequency condition: vce = 1 v , zo = 50 ? 100 to 6000 mhz (100 mhz step) condition: vce = 1 v , zo = 50 ? 100 to 1000 mhz (100 mhz step) 1000 to 2000 mhz (200 mhz step) 2000 to 6000 mhz (400 mhz step) .2 .4 .6 1 2 5 ?10 ?5 ?3 ?2 ?1.5 10 5 3 2 1.5 ?1 ?.8 ?.6 ?.4 ?.2 0 .2 .4 .6 .8 1 1.5 scale: 0.1 / div. s 12 parameter vs. frequency condition: vce = 1 v , zo = 50 ? 100 to 6000 mhz (100 mhz step) 4 ?4 3 4 .8 s 22 parameter vs. frequency condition: vce = 1 v , zo = 50 ? 100 to 1000 mhz (100 mhz step) 1000 to 2000 mhz (200 mhz step) 2000 to 6000 mhz (400 mhz step) .2 .4 .6 1 2 5 ?10 ?5 ?3 ?2 ?1.5 10 5 3 2 1.5 ?1 ?.8 ?.6 ?.4 ?.2 0 .2 .4 .6 .8 1 1.5 4 ?4 3 4 .8 ic = 1 ma ic = 3 ma ic = 5 ma ic = 7 ma ic = 10 ma ic = 20 ma ic = 30 ma ic = 1 ma ic = 3 ma ic = 5 ma ic = 7 ma ic = 10 ma ic = 20 ma ic = 30 ma ic = 1 ma ic = 3 ma ic = 5 ma ic = 7 ma ic = 10 ma ic = 20 ma ic = 30 ma ic = 1 ma ic = 3 ma ic = 5 ma ic = 7 ma ic = 10 ma ic = 20 ma ic = 30 ma 75 60 45 30 15 0.1 0.2 0.3 0.4 0.5
HSG1001 rev.1.00, apr.08.2004, page 10 of 37 scale: 15 / div. s 11 parameter vs. frequency s 21 parameter vs. frequency condition: vce = 2 v , zo = 50 ? 100 to 6000 mhz (100 mhz step) condition: vce = 2 v , zo = 50 ? 100 to 1000 mhz (100 mhz step) 1000 to 2000 mhz (200 mhz step) 2000 to 6000 mhz (400 mhz step) .2 .4 .6 1 2 5 ?10 ?5 ?3 ?2 ?1.5 10 5 3 2 1.5 ?1 ?.8 ?.6 ?.4 ?.2 0 .2 .4 .6 .8 1 1.5 scale: 0.1 / div. s 12 parameter vs. frequency condition: vce = 2 v , zo = 50 ? 100 to 6000 mhz (100 mhz step) 4 ?4 3 4 .8 s 22 parameter vs. frequency condition: vce = 2 v , zo = 50 ? 100 to 1000 mhz (100 mhz step) 1000 to 2000 mhz (200 mhz step) 2000 to 6000 mhz (400 mhz step) .2 .4 .6 1 2 5 ?10 ?5 ?3 ?2 ?1.5 10 5 3 2 1.5 ?1 ?.8 ?.6 ?.4 ?.2 0 .2 .4 .6 .8 1 1.5 4 ?4 3 4 .8 ic = 1 ma ic = 3 ma ic = 5 ma ic = 7 ma ic = 10 ma ic = 20 ma ic = 30 ma ic = 1 ma ic = 3 ma ic = 5 ma ic = 7 ma ic = 10 ma ic = 20 ma ic = 30 ma ic = 1 ma ic = 3 ma ic = 5 ma ic = 7 ma ic = 10 ma ic = 20 ma ic = 30 ma ic = 1 ma ic = 3 ma ic = 5 ma ic = 7 ma ic = 10 ma ic = 20 ma ic = 30 ma 30 45 60 75 15 0.1 0.2 0.3 0.4 0.5
HSG1001 rev.1.00, apr.08.2004, page 11 of 37 scale: 15 / div. s 11 parameter vs. frequency s 21 parameter vs. frequency condition: vce = 3 v , zo = 50 ? 100 to 6000 mhz (100 mhz step) condition: vce = 3 v , zo = 50 ? 100 to 1000 mhz (100 mhz step) 1000 to 2000 mhz (200 mhz step) 2000 to 6000 mhz (400 mhz step) .2 .4 .6 1 2 5 ?10 ?5 ?3 ?2 ?1.5 10 5 3 2 1.5 ?1 ?.8 ?.6 ?.4 ?.2 0 .2 .4 .6 .8 1 1.5 scale: 0.1 / div. s 12 parameter vs. frequency condition: vce = 3 v , zo = 50 ? 100 to 6000 mhz (100 mhz step) 4 ?4 3 4 .8 s 22 parameter vs. frequency condition: vce = 3 v , zo = 50 ? 100 to 1000 mhz (100 mhz step) 1000 to 2000 mhz (200 mhz step) 2000 to 6000 mhz (400 mhz step) .2 .4 .6 1 2 5 ?10 ?5 ?3 ?2 ?1.5 10 5 3 2 1.5 ?1 ?.8 ?.6 ?.4 ?.2 0 .2 .4 .6 .8 1 1.5 4 ?4 3 4 .8 ic = 1 ma ic = 3 ma ic = 5 ma ic = 7 ma ic = 10 ma ic = 20 ma ic = 30 ma ic = 1 ma ic = 3 ma ic = 5 ma ic = 7 ma ic = 10 ma ic = 20 ma ic = 30 ma ic = 1 ma ic = 3 ma ic = 5 ma ic = 7 ma ic = 10 ma ic = 20 ma ic = 30 ma ic = 1 ma ic = 3 ma ic = 5 ma ic = 7 ma ic = 10 ma ic = 20 ma ic = 30 ma 30 45 60 75 15 0.1 0.2 0.3 0.4 0.5
HSG1001 rev.1.00, apr.08.2004, page 12 of 37 s parameter (v ce = 1 v, i c = 1 ma, z o = 50 ? ) s11 s21 s12 s22 f (mhz) mag ang mag ang mag ang mag ang 100 0.984 -3.8 3.19 176.5 0 .0084 110.0 0.993 -2.3 200 0.981 -7.1 3.20 172.9 0 .0100 79.3 0.998 -4.1 300 0.974 -10.1 3.19 169.7 0 .0178 88.7 0.992 -6.2 400 0.973 -14.0 3.19 166.7 0 .0216 82.4 0.986 -8.2 500 0.968 -17.6 3.20 163.6 0 .0275 77.1 0.981 -10.2 600 0.962 -21.0 3.20 160.8 0 .0320 76.0 0.974 -12.2 700 0.958 -24.6 3.16 157.7 0 .0385 72.5 0.966 -14.2 800 0.951 -28.0 3.14 154.6 0 .0427 69.6 0.958 -16.1 900 0.945 -31.7 3.17 152.5 0 .0477 67.5 0.948 -17.9 1000 0.936 -35.4 3.16 148.8 0 .0519 65.7 0.937 -19.8 1100 0.927 -38.9 3.15 145.9 0 .0566 62.8 0.929 -21.6 1200 0.915 -42.7 3.15 142.4 0 .0614 60.3 0.917 -23.4 1300 0.907 -46.3 3.11 139.5 0 .0656 58.2 0.906 -25.3 1400 0.897 -49.9 3.09 136.7 0 .0708 56.1 0.895 -27.0 1500 0.885 -53.8 3.08 133.8 0 .0746 53.1 0.884 -28.8 1600 0.871 -57.7 3.08 130.8 0 .0780 50.7 0.871 -30.5 1700 0.860 -61.4 3.06 127.8 0 .0822 48.5 0.859 -32.3 1800 0.849 -65.1 3.02 124.9 0 .0856 45.9 0.847 -33.9 1900 0.836 -69.0 2.99 122.1 0 .0885 44.0 0.834 -35.7 2000 0.824 -73.1 2.98 119.3 0 .0920 41.8 0.821 -37.4 2200 0.799 -80.8 2.91 113.5 0 .0972 37.5 0.796 -40.7 2400 0.775 -88.8 2.86 107.8 0 .1015 33.1 0.770 -43.9 2600 0.750 -96.8 2.79 102.3 0 .1060 29.2 0.743 -47.0 2800 0.727 -104.9 2.72 96.9 0 .1085 25.5 0.717 -50.1 3000 0.704 -112.9 2.66 91.3 0 .1105 21.6 0.693 -52.9 3200 0.685 -120.9 2.58 86.1 0 .1123 18.5 0.670 -55.9 3400 0.666 -128.8 2.50 81.0 0 .1125 14.6 0.648 -58.7 3600 0.651 -136.5 2.42 76.1 0 .1123 11.1 0.626 -61.4 3800 0.638 -143.8 2.35 71. 3 0.1115 9.1 0.607 -64.1 4000 0.629 -151.2 2.28 66. 6 0.1111 5.9 0.590 -66.8 4200 0.619 -158.4 2.21 62. 1 0.1102 4.1 0.574 -69.4 4400 0.615 -165.2 2.14 57. 6 0.1084 2.0 0.558 -72.0 4600 0.609 -172.0 2.07 53. 3 0.1064 0.0 0.544 -74.7 4800 0.606 -178.3 2.00 49.1 0 .1057 -1.8 0.530 -77.2 5000 0.605 175.5 1.94 44.9 0 .1029 -3.0 0.518 -79.8 5200 0.605 169.4 1.88 40.8 0 .1013 -4.0 0.505 -82.4 5400 0.606 163.9 1.82 37.0 0 .0995 -5.2 0.495 -85.2 5600 0.607 158.5 1.76 33.1 0 .0975 -5.9 0.485 -87.9 5800 0.608 153.2 1.71 29.3 0 .0959 -6.6 0.474 -90.7 6000 0.610 148.1 1.66 25.6 0 .0946 -6.4 0.463 -93.5
HSG1001 rev.1.00, apr.08.2004, page 13 of 37 s parameter (v ce = 1 v, i c = 3 ma, z o = 50 ? ) s11 s21 s12 s22 f (mhz) mag ang mag ang mag ang mag ang 100 0.953 -5.1 9.08 174.8 0 .0065 86.8 0.979 -3.3 200 0.946 -10.3 9.05 169.8 0 .0084 84.6 0.992 -6.4 300 0.931 -14.9 8.96 165.2 0 .0145 79.1 0.982 -9.4 400 0.924 -20.4 8.89 160.7 0 .0206 81.0 0.969 -12.3 500 0.908 -25.4 8.81 156.4 0 .0256 73.3 0.956 -15.4 600 0.892 -30.4 8.69 152.3 0 .0309 72.5 0.939 -18.2 700 0.877 -35.2 8.49 148.2 0 .0353 66.7 0.922 -21.0 800 0.856 -39.9 8.33 144.2 0 .0393 64.0 0.901 -23.7 900 0.838 -45.2 8.29 140.8 0 .0424 60.9 0.879 -26.1 1000 0.815 -49.9 8.12 136.6 0 .0475 58.3 0.857 -28.6 1100 0.792 -54.7 7.95 132.9 0 .0496 55.9 0.837 -30.9 1200 0.767 -59.6 7.83 128.9 0 .0540 54.1 0.813 -33.1 1300 0.745 -64.1 7.62 125.5 0 .0564 51.8 0.792 -35.2 1400 0.723 -68.7 7.43 122.1 0 .0590 49.8 0.771 -37.1 1500 0.698 -73.5 7.27 118.7 0 .0613 47.1 0.748 -39.2 1600 0.674 -78.2 7.12 115.3 0 .0637 45.4 0.727 -40.9 1700 0.653 -82.7 6.93 112.1 0 .0663 43.5 0.706 -42.6 1800 0.632 -87.2 6.74 109.1 0 .0681 41.8 0.687 -44.3 1900 0.612 -91.6 6.57 106.0 0 .0694 40.5 0.666 -46.0 2000 0.592 -96.3 6.40 103.1 0 .0700 39.1 0.648 -47.6 2200 0.558 -105.0 6.06 97.5 0 .0735 36.0 0.612 -50.5 2400 0.527 -113.9 5.75 92.1 0 .0753 33.9 0.579 -53.3 2600 0.499 -122.6 5.45 87.0 0 .0782 31.6 0.547 -56.0 2800 0.478 -131.2 5.18 82.2 0 .0789 29.2 0.520 -58.6 3000 0.459 -139.6 4.91 77.5 0 .0817 27.8 0.496 -60.9 3200 0.446 -147.7 4.66 73.0 0 .0821 26.2 0.471 -63.4 3400 0.436 -155.7 4.44 68.7 0 .0833 24.9 0.450 -65.7 3600 0.428 -163.1 4.22 64.7 0 .0848 23.9 0.430 -67.9 3800 0.423 -170.0 4.02 60.9 0 .0855 23.3 0.412 -70.2 4000 0.422 -176.6 3.85 57.0 0 .0870 22.1 0.398 -72.6 4200 0.423 177.0 3.69 53.3 0 .0877 21.4 0.383 -74.9 4400 0.425 170.9 3.53 49.6 0 .0894 20.3 0.370 -77.3 4600 0.428 165.1 3.39 46.1 0 .0909 19.7 0.357 -79.8 4800 0.432 159.8 3.26 42.7 0 .0924 19.3 0.346 -82.2 5000 0.437 154.7 3.13 39.2 0 .0942 18.7 0.334 -84.7 5200 0.443 149.6 3.02 35.8 0 .0956 17.8 0.323 -87.3 5400 0.449 145.1 2.91 32.5 0 .0983 16.9 0.313 -90.0 5600 0.455 140.7 2.81 29.3 0 .0990 16.5 0.303 -92.5 5800 0.461 136.4 2.72 26.0 0 .1011 15.6 0.293 -95.3 6000 0.468 132.4 2.63 22.8 0 .1038 14.6 0.284 -98.1
HSG1001 rev.1.00, apr.08.2004, page 14 of 37 s parameter (v ce = 1 v, i c = 5 ma, z o = 50 ? ) s11 s21 s12 s22 f (mhz) mag ang mag ang mag ang mag ang 100 0.926 -6.5 14.38 173.3 0 .0091 85.9 0.973 -4.3 200 0.913 -13.1 14.25 167.1 0 .0097 99.7 0.982 -8.2 300 0.895 -19.2 14.00 161.3 0 .0151 73.8 0.966 -12.1 400 0.874 -25.8 13.73 155.7 0 .0209 73.7 0.946 -15.9 500 0.848 -32.1 13.46 150.6 0 .0255 69.9 0.924 -19.6 600 0.822 -38.2 13.13 145.6 0 .0290 69.7 0.896 -22.8 700 0.795 -43.8 12.66 140.9 0 .0331 63.8 0.867 -26.1 800 0.765 -49.5 12.29 136.3 0 .0364 60.2 0.837 -29.0 900 0.735 -55.6 12.01 132.1 0 .0390 57.2 0.806 -31.6 1000 0.703 -60.9 11.59 127.7 0 .0417 56.3 0.777 -34.1 1100 0.672 -66.3 11.18 123.7 0 .0445 54.1 0.749 -36.4 1200 0.639 -71.7 10.83 119.6 0 .0469 50.4 0.720 -38.4 1300 0.611 -76.5 10.41 115.9 0 .0494 50.0 0.694 -40.4 1400 0.585 -81.6 10.01 112.5 0 .0516 48.7 0.669 -42.3 1500 0.557 -86.6 9.66 109.1 0 .0530 47.2 0.644 -43.9 1600 0.532 -91.6 9.31 105.8 0 .0552 44.8 0.621 -45.4 1700 0.510 -96.3 8.96 102.8 0 .0564 44.4 0.599 -46.9 1800 0.489 -101.0 8.63 99.9 0 .0578 43.2 0.579 -48.3 1900 0.469 -105.7 8.32 97.1 0 .0587 42.0 0.559 -49.6 2000 0.451 -110.5 8.03 94.3 0 .0604 41.3 0.541 -51.0 2200 0.422 -119.6 7.48 89.2 0 .0632 39.7 0.508 -53.4 2400 0.396 -128.7 6.99 84.4 0 .0656 38.8 0.478 -55.7 2600 0.379 -137.7 6.55 79.9 0 .0681 37.0 0.449 -57.9 2800 0.364 -146.4 6.15 75.6 0 .0709 35.7 0.426 -60.2 3000 0.355 -154.7 5.79 71.5 0 .0720 34.5 0.404 -62.1 3200 0.349 -162.8 5.46 67.5 0 .0745 34.6 0.384 -64.6 3400 0.346 -170.4 5.17 63.7 0 .0763 33.5 0.366 -66.9 3600 0.344 -177.6 4.90 60.1 0 .0790 32.3 0.347 -68.8 3800 0.345 176.2 4.65 56.7 0 .0806 31.9 0.334 -70.9 4000 0.350 170.1 4.44 53.2 0 .0841 31.1 0.321 -73.3 4200 0.355 164.3 4.24 49.9 0 .0860 30.3 0.308 -75.8 4400 0.360 159.0 4.05 46.6 0 .0888 29.5 0.296 -78.2 4600 0.367 153.9 3.88 43.3 0 .0910 28.7 0.285 -80.9 4800 0.373 149.2 3.72 40.2 0 .0942 27.7 0.274 -83.3 5000 0.381 144.5 3.58 37.0 0 .0968 26.5 0.264 -85.9 5200 0.390 140.2 3.44 33.9 0 .0995 25.4 0.253 -88.8 5400 0.396 136.3 3.32 30.8 0 .1026 24.5 0.244 -91.5 5600 0.404 132.5 3.20 27.8 0 .1051 23.6 0.235 -94.2 5800 0.411 128.8 3.09 24.8 0 .1081 22.2 0.225 -97.3 6000 0.420 125.3 2.99 21.8 0 .1106 21.1 0.216 -100.4
HSG1001 rev.1.00, apr.08.2004, page 15 of 37 s parameter (v ce = 1 v, i c = 7 ma, z o = 50 ? ) s11 s21 s12 s22 f (mhz) mag ang mag ang mag ang mag ang 100 0.901 -8.2 19.13 172.0 0 .0032 20.3 0.977 -5.2 200 0.879 -15.9 18.87 164.7 0 .0102 82.9 0.975 -9.9 300 0.852 -23.3 18.38 157.9 0 .0143 69.5 0.950 -14.5 400 0.827 -30.5 17.86 151.6 0 .0206 75.7 0.922 -18.7 500 0.792 -37.9 17.31 145.7 0 .0229 69.9 0.889 -22.9 600 0.755 -44.8 16.68 140.1 0 .0277 64.0 0.852 -26.3 700 0.719 -51.1 15.91 135.0 0 .0305 62.1 0.815 -29.7 800 0.682 -57.4 15.24 130.0 0 .0332 58.3 0.779 -32.6 900 0.645 -63.9 14.67 125.5 0 .0349 56.8 0.742 -35.0 1000 0.608 -69.5 13.98 121.0 0 .0387 54.2 0.709 -37.5 1100 0.575 -75.2 13.31 116.9 0 .0404 52.3 0.678 -39.4 1200 0.541 -80.8 12.73 112.9 0 .0419 51.1 0.648 -41.2 1300 0.511 -85.8 12.11 109.4 0 .0441 50.2 0.620 -43.0 1400 0.485 -90.9 11.54 106.1 0 .0458 49.9 0.595 -44.4 1500 0.459 -96.1 11.03 102.9 0 .0478 48.1 0.572 -45.9 1600 0.436 -101.2 10.54 99.8 0 .0486 47.2 0.550 -47.1 1700 0.415 -106.0 10.08 97.0 0 .0506 46.5 0.530 -48.4 1800 0.398 -110.8 9.65 94.3 0 .0526 45.6 0.510 -49.5 1900 0.381 -115.7 9.25 91.7 0 .0538 45.4 0.492 -50.7 2000 0.367 -120.6 8.88 89.2 0 .0550 44.7 0.475 -51.8 2200 0.343 -130.0 8.21 84.5 0 .0577 43.6 0.446 -53.8 2400 0.326 -139.3 7.62 80.1 0 .0601 42.6 0.419 -55.9 2600 0.314 -148.3 7.10 75.9 0 .0631 41.5 0.395 -58.0 2800 0.306 -157.2 6.64 72.0 0 .0661 40.6 0.374 -60.0 3000 0.302 -165.2 6.23 68.2 0 .0695 40.1 0.355 -61.9 3200 0.301 -173.1 5.87 64.5 0 .0713 39.8 0.336 -64.1 3400 0.302 179.5 5.54 61.0 0 .0747 38.7 0.320 -66.4 3600 0.304 172.8 5.23 57.6 0 .0780 37.8 0.304 -68.2 3800 0.308 166.9 4.97 54.5 0 .0803 37.4 0.292 -70.3 4000 0.315 161.4 4.73 51.2 0 .0830 36.0 0.281 -72.8 4200 0.323 156.2 4.51 48.1 0 .0869 35.3 0.269 -75.4 4400 0.331 151.4 4.31 44.9 0 .0899 34.1 0.258 -78.1 4600 0.339 146.9 4.13 41.9 0 .0932 32.8 0.247 -80.6 4800 0.347 142.6 3.96 38.9 0 .0965 31.7 0.237 -83.4 5000 0.355 138.5 3.81 35.9 0 .0998 30.4 0.227 -86.1 5200 0.364 134.6 3.66 32.9 0 .1029 29.2 0.218 -89.1 5400 0.372 131.1 3.53 29.9 0 .1060 27.8 0.208 -91.9 5600 0.380 127.6 3.40 27.0 0 .1094 26.2 0.199 -95.1 5800 0.389 124.3 3.29 24.1 0 .1121 24.8 0.190 -98.4 6000 0.398 121.0 3.18 21.2 0 .1154 23.8 0.181 -101.3
HSG1001 rev.1.00, apr.08.2004, page 16 of 37 s parameter (v ce = 1 v, i c = 10 ma, z o = 50 ? ) s11 s21 s12 s22 f (mhz) mag ang mag ang mag ang mag ang 100 0.852 -10.4 25.12 170.4 0 .0070 154.3 0.965 -7.3 200 0.832 -19.6 24.69 161.6 0 .0119 85.7 0.958 -12.0 300 0.796 -28.4 23.83 153.6 0 .0132 77.5 0.924 -17.3 400 0.756 -37.2 22.85 146.3 0 .0173 72.5 0.881 -22.1 500 0.710 -45.4 21.78 139.6 0 .0232 64.5 0.837 -26.6 600 0.665 -53.3 20.63 133.4 0 .0251 63.4 0.792 -30.1 700 0.622 -60.3 19.37 127.9 0 .0278 59.8 0.747 -33.2 800 0.577 -67.1 18.24 122.7 0 .0303 58.1 0.705 -35.8 900 0.536 -73.7 17.23 118.1 0 .0332 55.7 0.668 -38.0 1000 0.501 -79.7 16.18 113.8 0 .0352 53.6 0.632 -39.9 1100 0.467 -85.5 15.22 109.9 0 .0365 54.2 0.601 -41.5 1200 0.436 -91.3 14.37 106.2 0 .0387 51.7 0.572 -42.9 1300 0.409 -96.2 13.55 102.9 0 .0397 52.0 0.546 -44.3 1400 0.385 -101.8 12.81 99.8 0 .0418 51.5 0.523 -45.4 1500 0.364 -107.1 12.15 96.9 0 .0429 50.7 0.500 -46.5 1600 0.345 -112.4 11.53 94.2 0 .0447 50.2 0.482 -47.3 1700 0.329 -117.3 10.96 91.6 0 .0462 50.0 0.464 -48.4 1800 0.315 -122.4 10.45 89.2 0 .0476 49.5 0.447 -49.4 1900 0.303 -127.3 9.97 86.8 0 .0498 49.7 0.433 -50.2 2000 0.292 -132.5 9.54 84.6 0 .0509 49.0 0.417 -51.0 2200 0.277 -142.2 8.76 80.3 0 .0541 48.3 0.392 -52.8 2400 0.267 -151.7 8.10 76.2 0 .0574 48.4 0.369 -54.6 2600 0.262 -160.7 7.52 72.5 0 .0611 46.9 0.348 -56.4 2800 0.261 -169.2 7.02 68.8 0 .0646 46.7 0.331 -58.3 3000 0.263 -177.0 6.57 65.3 0 .0673 44.9 0.314 -60.2 3200 0.267 175.6 6.17 61.9 0 .0710 44.9 0.297 -62.6 3400 0.272 168.9 5.82 58.6 0 .0744 43.4 0.282 -64.8 3600 0.277 162.8 5.49 55.5 0 .0772 42.7 0.269 -66.8 3800 0.283 157.6 5.21 52.5 0 .0807 41.4 0.258 -69.0 4000 0.292 152.8 4.96 49.5 0 .0839 40.3 0.247 -71.6 4200 0.301 148.2 4.73 46.5 0 .0883 39.1 0.236 -74.3 4400 0.309 144.1 4.52 43.5 0 .0907 37.7 0.226 -77.0 4600 0.319 140.0 4.33 40.6 0 .0949 36.6 0.217 -79.7 4800 0.328 136.2 4.15 37.7 0 .0984 35.2 0.207 -82.5 5000 0.337 132.5 3.98 34.8 0 .1019 33.7 0.198 -85.5 5200 0.348 129.2 3.83 31.9 0 .1056 31.6 0.187 -88.8 5400 0.355 126.1 3.69 29.1 0 .1092 30.5 0.179 -92.1 5600 0.364 122.9 3.56 26.3 0 .1124 28.9 0.171 -95.2 5800 0.373 119.8 3.43 23.5 0 .1155 27.3 0.162 -98.6 6000 0.382 117.0 3.32 20.6 0 .1187 25.8 0.153 -102.4
HSG1001 rev.1.00, apr.08.2004, page 17 of 37 s parameter (v ce = 1 v, i c = 20 ma, z o = 50 ? ) s11 s21 s12 s22 f (mhz) mag ang mag ang mag ang mag ang 100 0.700 -17.6 34.51 166.2 0 .0036 93.1 0.909 -9.2 200 0.661 -33.4 33.62 153.9 0 .0097 71.5 0.887 -17.5 300 0.602 -47.4 31.82 142.9 0 .0122 67.0 0.816 -23.7 400 0.547 -59.7 29.64 133.6 0 .0162 67.9 0.748 -28.6 500 0.490 -71.3 27.12 125.6 0 .0187 60.4 0.687 -32.4 600 0.443 -81.0 24.81 119.1 0 .0210 57.5 0.632 -35.0 700 0.403 -89.4 22.55 113.7 0 .0234 58.4 0.586 -37.0 800 0.367 -97.2 20.69 109.0 0 .0253 57.6 0.545 -38.5 900 0.340 -104.1 19.13 104.9 0 .0272 57.8 0.513 -39.5 1000 0.317 -111.0 17.58 101.3 0 .0299 57.5 0.485 -40.3 1100 0.298 -117.6 16.30 98.0 0 .0302 58.0 0.460 -40.9 1200 0.280 -123.9 15.19 95.1 0 .0314 56.5 0.439 -41.5 1300 0.266 -129.5 14.19 92.4 0 .0340 57.4 0.422 -42.1 1400 0.256 -135.6 13.30 89.9 0 .0360 58.4 0.405 -42.6 1500 0.247 -141.4 12.52 87.5 0 .0378 56.9 0.390 -43.1 1600 0.241 -146.9 11.82 85.3 0 .0400 57.2 0.377 -43.3 1700 0.236 -152.2 11.17 83.1 0 .0416 57.3 0.365 -44.0 1800 0.234 -157.5 10.60 81.1 0 .0432 56.7 0.354 -44.5 1900 0.231 -162.4 10.08 79.1 0 .0453 56.2 0.344 -45.4 2000 0.231 -166.8 9.61 77.2 0 .0467 56.1 0.334 -46.0 2200 0.233 -175.5 8.78 73.6 0 .0511 55.3 0.316 -47.3 2400 0.237 176.8 8.08 70.1 0 .0549 54.5 0.300 -49.0 2600 0.244 169.8 7.48 66.8 0 .0587 53.3 0.284 -50.7 2800 0.253 163.5 6.96 63.6 0 .0637 52.2 0.271 -52.6 3000 0.260 158.0 6.51 60.5 0 .0667 51.1 0.258 -54.6 3200 0.271 152.9 6.10 57.4 0 .0706 50.7 0.245 -57.0 3400 0.280 148.2 5.75 54.4 0 .0743 50.0 0.233 -59.3 3600 0.289 143.9 5.42 51.5 0 .0777 48.2 0.221 -61.3 3800 0.297 140.3 5.14 48.8 0 .0820 47.1 0.212 -63.7 4000 0.307 137.0 4.89 46.0 0 .0858 45.3 0.203 -66.6 4200 0.317 133.6 4.66 43.1 0 .0900 43.9 0.193 -69.7 4400 0.327 130.5 4.45 40.3 0 .0938 42.1 0.184 -72.6 4600 0.337 127.5 4.26 37.6 0 .0976 40.5 0.175 -75.5 4800 0.345 124.7 4.08 34.9 0 .1018 38.5 0.167 -78.9 5000 0.354 121.8 3.92 32.1 0 .1059 37.4 0.158 -82.0 5200 0.364 119.1 3.76 29.4 0 .1090 35.6 0.148 -85.5 5400 0.372 116.6 3.62 26.6 0 .1131 33.8 0.140 -89.2 5600 0.382 114.0 3.50 23.9 0 .1172 31.9 0.132 -92.7 5800 0.389 111.6 3.38 21.2 0 .1208 30.1 0.123 -96.9 6000 0.399 109.1 3.26 18.5 0 .1243 28.2 0.115 -101.0
HSG1001 rev.1.00, apr.08.2004, page 18 of 37 s parameter (v ce = 1 v, i c = 30 ma, z o = 50 ? ) s11 s21 s12 s22 f (mhz) mag ang mag ang mag ang mag ang 100 0.531 -28.6 36.92 162.7 0 .0057 61.8 0.641 -10.4 200 0.487 -55.2 33.95 146.9 0 .0102 52.5 0.624 -21.6 300 0.440 -77.9 29.87 134.0 0 .0146 57.5 0.549 -27.4 400 0.412 -97.6 25.87 123.9 0 .0164 54.1 0.488 -31.1 500 0.392 -114.0 22.27 115.8 0 .0200 52.6 0.441 -33.5 600 0.384 -127.3 19.28 109.5 0 .0221 53.2 0.403 -34.7 700 0.379 -137.7 16.92 104.6 0 .0236 53.7 0.372 -35.2 800 0.379 -146.9 14.95 100.1 0 .0256 53.5 0.350 -35.4 900 0.380 -154.2 13.40 96.3 0 .0270 55.7 0.332 -35.7 1000 0.382 -160.7 12.13 93.1 0 .0297 53.8 0.315 -36.0 1100 0.384 -166.2 11.06 90.0 0 .0316 55.0 0.300 -36.1 1200 0.388 -171.5 10.12 87.3 0 .0333 53.8 0.289 -36.2 1300 0.392 -175.8 9.34 84.8 0 .0352 55.5 0.279 -36.5 1400 0.395 -179.8 8.70 82.5 0 .0376 56.1 0.270 -36.8 1500 0.399 176.4 8.12 80.2 0 .0391 55.6 0.260 -37.2 1600 0.403 172.9 7.60 78.0 0 .0417 56.1 0.252 -37.4 1700 0.407 169.8 7.15 76.0 0 .0437 55.4 0.244 -37.9 1800 0.412 166.8 6.76 74.0 0 .0449 55.3 0.237 -38.5 1900 0.415 163.9 6.40 72.1 0 .0478 55.3 0.230 -39.0 2000 0.421 161.3 6.07 70.2 0 .0498 55.0 0.223 -39.8 2200 0.429 156.2 5.52 66.6 0 .0537 54.4 0.211 -41.2 2400 0.439 151.7 5.05 63.2 0 .0581 53.6 0.199 -42.8 2600 0.448 147.5 4.65 59.8 0 .0629 52.4 0.187 -44.7 2800 0.459 143.7 4.32 56.6 0 .0665 52.0 0.175 -46.7 3000 0.467 140.0 4.02 53.4 0 .0706 49.5 0.165 -48.9 3200 0.477 136.5 3.76 50.3 0 .0756 48.5 0.154 -51.3 3400 0.485 133.2 3.53 47.2 0 .0794 47.3 0.144 -53.8 3600 0.492 130.0 3.32 44.3 0 .0830 46.0 0.133 -55.7 3800 0.500 127.2 3.14 41.4 0 .0872 45.1 0.125 -59.0 4000 0.510 124.3 2.98 38.5 0 .0923 43.0 0.116 -62.4 4200 0.517 121.6 2.83 35.6 0 .0954 41.3 0.108 -66.1 4400 0.525 119.0 2.70 32.7 0 .0999 39.7 0.100 -69.9 4600 0.533 116.3 2.58 29.9 0 .1036 38.3 0.091 -73.7 4800 0.539 113.7 2.47 27.1 0 .1071 36.3 0.083 -78.1 5000 0.546 111.2 2.37 24.2 0 .1109 35.2 0.075 -82.6 5200 0.554 108.7 2.27 21.4 0 .1150 32.7 0.067 -87.9 5400 0.559 106.2 2.18 18.6 0 .1188 30.9 0.059 -93.5 5600 0.566 103.8 2.10 15.9 0 .1226 29.4 0.051 -100.4 5800 0.571 101.4 2.03 13.1 0 .1266 27.5 0.044 -108.6 6000 0.578 99.0 1.95 10.3 0 .1300 25.4 0.037 -119.6
HSG1001 rev.1.00, apr.08.2004, page 19 of 37 s parameter (v ce = 2 v, i c = 1 ma, z o = 50 ? ) s11 s21 s12 s22 f (mhz) mag ang mag ang mag ang mag ang 100 0.987 -3.3 3.18 176.7 0 .0025 47.3 0.995 -1.9 200 0.979 -6.9 3.18 173.1 0 .0083 94.0 0.997 -3.8 300 0.976 -9.9 3.18 170.0 0 .0132 83.2 0.994 -5.8 400 0.973 -13.7 3.18 167.2 0 .0190 80.7 0.989 -7.6 500 0.969 -17.1 3.19 164.2 0 .0238 81.3 0.984 -9.4 600 0.965 -20.5 3.19 161.4 0 .0287 76.5 0.977 -11.2 700 0.958 -23.9 3.15 158.4 0 .0328 72.7 0.971 -13.0 800 0.952 -27.3 3.14 155.3 0 .0372 70.5 0.964 -14.8 900 0.947 -30.9 3.17 153.3 0 .0411 68.4 0.956 -16.5 1000 0.938 -34.4 3.16 149.8 0 .0453 65.8 0.946 -18.2 1100 0.929 -38.0 3.15 146.9 0 .0492 63.8 0.938 -19.9 1200 0.919 -41.6 3.16 143.5 0 .0527 60.2 0.928 -21.6 1300 0.909 -45.1 3.12 140.6 0 .0569 58.8 0.918 -23.4 1400 0.900 -48.7 3.10 137.9 0 .0614 56.7 0.909 -25.0 1500 0.888 -52.4 3.09 135.0 0 .0650 54.8 0.898 -26.7 1600 0.876 -56.2 3.10 132.0 0 .0670 51.9 0.886 -28.1 1700 0.865 -59.8 3.07 129.2 0 .0705 50.0 0.876 -29.8 1800 0.854 -63.5 3.03 126.3 0 .0742 47.3 0.864 -31.4 1900 0.841 -67.2 3.01 123.5 0 .0767 45.8 0.853 -33.0 2000 0.829 -71.2 3.00 120.8 0 .0795 43.7 0.841 -34.7 2200 0.805 -78.8 2.93 115.1 0 .0840 39.4 0.819 -37.7 2400 0.781 -86.6 2.88 109.5 0 .0885 35.5 0.793 -40.7 2600 0.755 -94.5 2.82 104.1 0 .0915 31.9 0.769 -43.6 2800 0.733 -102.5 2.76 98.7 0 .0940 27.6 0.746 -46.4 3000 0.708 -110.4 2.70 93.2 0 .0960 23.6 0.725 -49.1 3200 0.689 -118.3 2.62 88.0 0 .0964 20.7 0.702 -52.0 3400 0.670 -126.1 2.55 82.9 0 .0981 17.6 0.681 -54.6 3600 0.653 -133.7 2.47 78.0 0 .0964 14.2 0.661 -57.1 3800 0.639 -141.0 2.39 73.3 0 .0958 12.1 0.643 -59.7 4000 0.629 -148.4 2.32 68. 6 0.0960 9.8 0.627 -62.3 4200 0.619 -155.7 2.26 64. 1 0.0946 7.5 0.612 -64.7 4400 0.612 -162.5 2.18 59. 7 0.0935 5.7 0.597 -67.4 4600 0.607 -169.3 2.12 55. 3 0.0919 4.3 0.584 -69.7 4800 0.603 -175.8 2.05 51. 1 0.0906 2.9 0.572 -72.2 5000 0.600 178.0 1.99 47.0 0 .0881 2.0 0.560 -74.7 5200 0.599 171.8 1.93 42.9 0 .0876 1.0 0.549 -77.2 5400 0.600 166.2 1.87 39.1 0 .0857 0.3 0.539 -79.8 5600 0.601 160.7 1.81 35.2 0 .0842 0.5 0.529 -82.3 5800 0.601 155.3 1.76 31.3 0 .0827 -0.2 0.519 -84.9 6000 0.603 150.1 1.71 27.7 0 .0823 0.7 0.509 -87.6
HSG1001 rev.1.00, apr.08.2004, page 20 of 37 s parameter (v ce = 2 v, i c = 3 ma, z o = 50 ? ) s11 s21 s12 s22 f (mhz) mag ang mag ang mag ang mag ang 100 0.952 -4.7 9.06 174.9 0 .0026 88.4 0.989 -3.2 200 0.948 -9.8 9.04 170.2 0 .0089 81.3 0.994 -5.8 300 0.935 -14.3 8.95 165.7 0 .0137 73.1 0.983 -8.3 400 0.926 -19.5 8.88 161.3 0 .0164 81.0 0.972 -10.9 500 0.912 -24.4 8.82 157.2 0 .0218 72.2 0.963 -13.7 600 0.897 -29.2 8.71 153.2 0 .0264 72.3 0.948 -16.2 700 0.880 -33.8 8.52 149.2 0 .0310 68.9 0.933 -18.8 800 0.862 -38.4 8.37 145.3 0 .0338 64.5 0.916 -21.2 900 0.844 -43.4 8.34 142.0 0 .0377 61.6 0.897 -23.4 1000 0.822 -47.9 8.17 137.9 0 .0411 61.2 0.877 -25.6 1100 0.799 -52.6 8.01 134.2 0 .0443 58.7 0.858 -27.7 1200 0.774 -57.3 7.90 130.3 0 .0457 54.9 0.837 -29.7 1300 0.752 -61.7 7.70 126.9 0 .0485 53.4 0.817 -31.5 1400 0.731 -66.1 7.52 123.6 0 .0519 51.9 0.798 -33.4 1500 0.706 -70.7 7.37 120.2 0 .0537 49.5 0.778 -35.2 1600 0.683 -75.3 7.22 116.9 0 .0555 48.0 0.759 -36.7 1700 0.661 -79.7 7.04 113.7 0 .0575 45.7 0.740 -38.4 1800 0.639 -84.0 6.85 110.6 0 .0588 44.4 0.722 -39.9 1900 0.619 -88.3 6.69 107.7 0 .0609 42.4 0.703 -41.4 2000 0.599 -92.9 6.53 104.7 0 .0613 41.1 0.685 -42.8 2200 0.563 -101.3 6.19 99.2 0 .0649 38.5 0.653 -45.6 2400 0.529 -110.0 5.88 93.8 0 .0662 36.1 0.622 -48.0 2600 0.500 -118.6 5.59 88.7 0 .0677 33.8 0.593 -50.4 2800 0.477 -127.1 5.31 83.9 0 .0696 32.3 0.567 -52.7 3000 0.457 -135.3 5.05 79.2 0 .0712 30.9 0.545 -54.8 3200 0.442 -143.5 4.80 74.8 0 .0721 29.6 0.522 -57.1 3400 0.429 -151.5 4.57 70.5 0 .0727 27.8 0.502 -59.2 3600 0.419 -158.9 4.35 66.4 0 .0732 26.9 0.483 -61.2 3800 0.413 -166.0 4.16 62.6 0 .0748 27.2 0.468 -63.2 4000 0.411 -172.7 3.98 58.8 0 .0755 26.3 0.454 -65.4 4200 0.411 -179.3 3.81 55.1 0 .0772 25.9 0.440 -67.7 4400 0.411 174.5 3.66 51.4 0 .0780 24.7 0.428 -69.9 4600 0.414 168.6 3.52 47.9 0 .0807 24.2 0.415 -72.2 4800 0.417 163.0 3.38 44.4 0 .0819 24.0 0.405 -74.4 5000 0.421 157.6 3.25 41.0 0 .0832 23.2 0.395 -76.6 5200 0.427 152.4 3.14 37.6 0 .0847 22.7 0.383 -79.0 5400 0.431 147.9 3.02 34.3 0 .0868 22.4 0.375 -81.4 5600 0.438 143.4 2.92 31.1 0 .0891 22.1 0.366 -83.8 5800 0.443 139.0 2.82 27.9 0 .0909 21.1 0.356 -86.3 6000 0.450 134.8 2.73 24.7 0 .0934 20.9 0.347 -88.8
HSG1001 rev.1.00, apr.08.2004, page 21 of 37 s parameter (v ce = 2 v, i c = 5 ma, z o = 50 ? ) s11 s21 s12 s22 f (mhz) mag ang mag ang mag ang mag ang 100 0.923 -6.2 14.39 173.5 0 .0092 34.3 0.979 -3.2 200 0.915 -12.3 14.26 167.6 0 .0094 83.2 0.987 -7.1 300 0.896 -18.2 14.03 162.0 0 .0144 73.0 0.974 -10.7 400 0.878 -24.5 13.78 156.6 0 .0167 76.6 0.956 -14.0 500 0.855 -30.4 13.53 151.5 0 .0207 68.8 0.935 -17.2 600 0.828 -36.3 13.22 146.7 0 .0254 70.2 0.912 -20.1 700 0.803 -41.8 12.78 142.1 0 .0285 65.0 0.887 -23.0 800 0.774 -47.2 12.41 137.6 0 .0310 61.7 0.860 -25.6 900 0.743 -52.9 12.15 133.5 0 .0340 60.5 0.833 -27.9 1000 0.712 -58.1 11.75 129.1 0 .0364 58.8 0.806 -30.1 1100 0.682 -63.2 11.35 125.1 0 .0403 56.0 0.781 -32.1 1200 0.650 -68.4 11.01 121.1 0 .0400 53.8 0.754 -34.0 1300 0.621 -73.1 10.60 117.5 0 .0421 51.7 0.729 -35.8 1400 0.594 -78.0 10.21 114.1 0 .0452 50.4 0.707 -37.4 1500 0.566 -82.8 9.87 110.7 0 .0464 48.2 0.684 -38.9 1600 0.540 -87.5 9.53 107.4 0 .0478 47.9 0.663 -40.2 1700 0.517 -92.1 9.18 104.4 0 .0498 46.6 0.644 -41.6 1800 0.495 -96.7 8.85 101.5 0 .0508 45.0 0.624 -42.8 1900 0.475 -101.1 8.54 98.7 0 .0516 44.5 0.606 -44.1 2000 0.455 -105.8 8.25 96.0 0 .0528 43.6 0.589 -45.1 2200 0.423 -114.6 7.69 90.9 0 .0556 41.7 0.558 -47.3 2400 0.395 -123.6 7.21 86.0 0 .0569 41.1 0.530 -49.3 2600 0.373 -132.2 6.76 81.5 0 .0599 38.9 0.504 -51.4 2800 0.357 -141.1 6.36 77.2 0 .0616 39.1 0.482 -53.3 3000 0.345 -149.5 5.99 73.1 0 .0633 38.3 0.461 -55.1 3200 0.338 -157.6 5.66 69.1 0 .0662 37.4 0.443 -57.2 3400 0.332 -165.6 5.36 65.3 0 .0680 36.9 0.425 -59.2 3600 0.328 -172.7 5.08 61.7 0 .0695 35.7 0.409 -61.0 3800 0.327 -179.6 4.83 58.3 0 .0719 35.8 0.396 -62.9 4000 0.330 174.2 4.61 54.9 0 .0743 35.2 0.384 -65.0 4200 0.335 168.2 4.40 51.5 0 .0772 34.1 0.372 -67.3 4400 0.340 162.6 4.22 48.2 0 .0795 33.9 0.361 -69.5 4600 0.346 157.3 4.04 45.0 0 .0817 32.9 0.351 -71.7 4800 0.352 152.4 3.88 41.9 0 .0849 31.9 0.341 -73.9 5000 0.359 147.7 3.73 38.7 0 .0868 31.3 0.331 -76.2 5200 0.366 143.2 3.60 35.6 0 .0894 30.5 0.321 -78.6 5400 0.374 139.0 3.46 32.6 0 .0931 29.4 0.312 -81.1 5600 0.381 135.1 3.35 29.6 0 .0949 28.6 0.304 -83.5 5800 0.388 131.3 3.23 26.6 0 .0978 27.0 0.294 -86.0 6000 0.396 127.5 3.13 23.6 0 .1013 26.2 0.285 -88.5
HSG1001 rev.1.00, apr.08.2004, page 22 of 37 s parameter (v ce = 2 v, i c = 7 ma, z o = 50 ? ) s11 s21 s12 s22 f (mhz) mag ang mag ang mag ang mag ang 100 0.901 -7.5 19.25 172.3 0 .0048 41.5 0.974 -4.2 200 0.883 -14.7 18.98 165.3 0 .0086 92.3 0.980 -8.6 300 0.861 -21.8 18.50 158.7 0 .0140 76.1 0.959 -12.5 400 0.832 -29.0 18.00 152.6 0 .0180 72.7 0.935 -16.4 500 0.800 -35.7 17.48 146.8 0 .0204 72.8 0.906 -20.0 600 0.764 -42.3 16.87 141.4 0 .0237 67.0 0.874 -23.1 700 0.732 -48.4 16.14 136.4 0 .0266 63.1 0.842 -26.0 800 0.694 -54.3 15.49 131.4 0 .0292 60.8 0.808 -28.6 900 0.657 -60.5 14.93 127.0 0 .0309 57.9 0.776 -30.8 1000 0.621 -65.9 14.26 122.6 0 .0339 55.5 0.746 -32.9 1100 0.587 -71.4 13.61 118.5 0 .0361 55.7 0.717 -34.7 1200 0.550 -76.6 13.04 114.5 0 .0369 53.0 0.691 -36.3 1300 0.521 -81.5 12.42 111.0 0 .0385 53.1 0.664 -37.7 1400 0.493 -86.5 11.86 107.7 0 .0405 52.1 0.642 -39.1 1500 0.467 -91.3 11.34 104.5 0 .0417 50.7 0.620 -40.3 1600 0.441 -96.1 10.86 101.4 0 .0442 48.4 0.598 -41.4 1700 0.421 -100.7 10.39 98.6 0 .0451 48.5 0.580 -42.5 1800 0.401 -105.3 9.96 95.9 0 .0462 47.0 0.562 -43.5 1900 0.383 -110.0 9.55 93.3 0 .0473 46.9 0.545 -44.5 2000 0.366 -114.7 9.18 90.8 0 .0483 47.1 0.530 -45.5 2200 0.339 -123.8 8.49 86.1 0 .0511 46.2 0.503 -47.3 2400 0.319 -132.9 7.90 81.6 0 .0536 45.7 0.477 -49.0 2600 0.303 -141.9 7.37 77.5 0 .0564 45.3 0.455 -50.8 2800 0.292 -151.0 6.90 73.5 0 .0592 43.7 0.435 -52.5 3000 0.286 -159.3 6.48 69.8 0 .0618 43.3 0.418 -54.2 3200 0.283 -167.4 6.11 66.1 0 .0645 42.8 0.400 -56.4 3400 0.282 -175.3 5.77 62.6 0 .0664 42.1 0.385 -58.2 3600 0.283 177.6 5.45 59.2 0 .0691 41.1 0.370 -60.0 3800 0.285 171.4 5.18 56.0 0 .0716 41.4 0.359 -61.9 4000 0.292 165.6 4.94 52.8 0 .0745 40.1 0.347 -64.0 4200 0.298 160.1 4.71 49.7 0 .0778 38.8 0.336 -66.2 4400 0.305 154.9 4.51 46.6 0 .0813 38.3 0.326 -68.6 4600 0.313 150.1 4.32 43.6 0 .0839 36.8 0.316 -70.8 4800 0.320 145.7 4.15 40.6 0 .0868 35.9 0.307 -73.2 5000 0.328 141.2 3.98 37.6 0 .0904 35.0 0.298 -75.5 5200 0.337 137.3 3.84 34.6 0 .0932 33.8 0.288 -78.2 5400 0.345 133.6 3.70 31.7 0 .0962 32.5 0.279 -80.6 5600 0.353 130.1 3.57 28.8 0 .0994 31.2 0.270 -83.0 5800 0.361 126.6 3.45 25.9 0 .1027 29.9 0.262 -85.5 6000 0.370 123.2 3.34 23.0 0 .1056 28.8 0.252 -88.1
HSG1001 rev.1.00, apr.08.2004, page 23 of 37 s parameter (v ce = 2 v, i c = 10 ma, z o = 50 ? ) s11 s21 s12 s22 f (mhz) mag ang mag ang mag ang mag ang 100 0.864 -9.4 25.72 170.8 0 .0082 99.3 0.968 -5.9 200 0.840 -18.0 25.13 162.4 0 .0078 94.0 0.967 -10.4 300 0.804 -26.3 24.22 154.7 0 .0121 80.8 0.937 -15.0 400 0.769 -34.7 23.24 147.6 0 .0174 71.6 0.902 -19.2 500 0.725 -42.4 22.19 141.1 0 .0196 68.5 0.863 -23.1 600 0.679 -49.7 21.06 135.0 0 .0214 64.0 0.822 -26.1 700 0.636 -56.4 19.83 129.6 0 .0247 62.5 0.782 -29.0 800 0.592 -62.7 18.72 124.4 0 .0269 59.2 0.744 -31.2 900 0.551 -69.0 17.70 119.9 0 .0270 58.5 0.707 -33.0 1000 0.514 -74.6 16.67 115.6 0 .0296 55.8 0.678 -34.9 1100 0.478 -80.1 15.71 111.6 0 .0319 54.7 0.649 -36.3 1200 0.446 -85.5 14.85 107.9 0 .0334 54.7 0.622 -37.5 1300 0.417 -90.3 14.02 104.6 0 .0348 54.6 0.597 -38.6 1400 0.392 -95.3 13.27 101.5 0 .0368 54.4 0.577 -39.6 1500 0.367 -100.3 12.60 98.6 0 .0378 53.4 0.556 -40.6 1600 0.347 -105.1 11.97 95.8 0 .0390 53.4 0.538 -41.4 1700 0.329 -110.0 11.39 93.2 0 .0414 52.8 0.521 -42.3 1800 0.313 -114.8 10.87 90.7 0 .0428 52.3 0.505 -43.0 1900 0.299 -119.8 10.38 88.4 0 .0440 52.2 0.491 -43.9 2000 0.286 -124.6 9.93 86.1 0 .0444 51.2 0.477 -44.6 2200 0.267 -134.2 9.14 81.8 0 .0486 51.2 0.454 -46.1 2400 0.254 -143.7 8.45 77.8 0 .0512 50.7 0.432 -47.7 2600 0.244 -153.0 7.85 74.0 0 .0541 49.6 0.412 -49.3 2800 0.240 -162.2 7.33 70.4 0 .0579 48.6 0.395 -51.0 3000 0.239 -170.3 6.87 66.9 0 .0611 48.2 0.380 -52.8 3200 0.241 -178.5 6.46 63.5 0 .0630 47.2 0.365 -54.8 3400 0.244 174.3 6.10 60.2 0 .0659 46.9 0.351 -56.6 3600 0.249 167.5 5.76 57.1 0 .0687 46.0 0.337 -58.3 3800 0.254 162.1 5.47 54.1 0 .0722 44.9 0.327 -60.4 4000 0.262 156.8 5.21 51.1 0 .0761 44.2 0.318 -62.5 4200 0.270 151.9 4.97 48.1 0 .0787 42.6 0.308 -64.8 4400 0.279 147.3 4.75 45.2 0 .0831 41.5 0.297 -67.1 4600 0.288 142.9 4.55 42.3 0 .0861 40.4 0.289 -69.6 4800 0.296 139.0 4.36 39.4 0 .0898 38.9 0.280 -71.9 5000 0.305 135.1 4.19 36.6 0 .0925 37.6 0.270 -74.4 5200 0.314 131.7 4.04 33.7 0 .0960 36.3 0.261 -76.9 5400 0.323 128.4 3.89 30.9 0 .0994 34.8 0.252 -79.5 5600 0.332 125.2 3.76 28.1 0 .1020 33.4 0.244 -82.1 5800 0.341 122.0 3.63 25.3 0 .1063 31.7 0.235 -84.7 6000 0.349 119.1 3.51 22.5 0 .1093 30.2 0.226 -87.3
HSG1001 rev.1.00, apr.08.2004, page 24 of 37 s parameter (v ce = 2 v, i c = 20 ma, z o = 50 ? ) s11 s21 s12 s22 f (mhz) mag ang mag ang mag ang mag ang 100 0.754 -14.4 40.97 166.9 0 .0015 90.4 0.956 -8.3 200 0.711 -27.2 39.29 155.2 0 .0059 77.2 0.928 -14.6 300 0.655 -38.7 36.61 144.9 0 .0095 78.1 0.869 -20.0 400 0.593 -49.1 33.71 136.1 0 .0141 65.4 0.808 -24.6 500 0.532 -58.5 30.77 128.4 0 .0160 63.9 0.751 -27.9 600 0.477 -66.7 27.97 122.0 0 .0184 63.2 0.700 -30.2 700 0.431 -74.1 25.44 116.6 0 .0202 62.8 0.656 -32.1 800 0.390 -80.7 23.25 111.8 0 .0222 60.3 0.619 -33.3 900 0.352 -87.0 21.35 107.7 0 .0232 60.3 0.587 -34.4 1000 0.322 -93.0 19.67 104.0 0 .0252 60.4 0.558 -35.2 1100 0.297 -98.8 18.21 100.7 0 .0273 58.9 0.535 -35.8 1200 0.274 -104.5 16.94 97.6 0 .0286 59.9 0.515 -36.3 1300 0.255 -109.9 15.80 94.9 0 .0303 60.5 0.497 -36.9 1400 0.238 -115.4 14.81 92.3 0 .0318 60.0 0.480 -37.3 1500 0.225 -121.2 13.93 89.9 0 .0335 59.9 0.466 -37.9 1600 0.213 -126.7 13.14 87.6 0 .0364 60.9 0.452 -38.4 1700 0.204 -132.3 12.43 85.5 0 .0370 59.5 0.440 -38.9 1800 0.197 -137.8 11.80 83.4 0 .0390 59.4 0.430 -39.5 1900 0.190 -143.3 11.22 81.4 0 .0409 60.5 0.420 -40.1 2000 0.186 -148.8 10.69 79.6 0 .0424 59.5 0.410 -40.8 2200 0.181 -159.3 9.77 75.9 0 .0461 59.2 0.392 -42.1 2400 0.182 -169.0 8.99 72.5 0 .0495 57.6 0.376 -43.6 2600 0.184 -177.8 8.33 69.2 0 .0528 55.7 0.362 -45.1 2800 0.189 173.9 7.76 66.0 0 .0561 55.8 0.347 -46.8 3000 0.197 166.9 7.25 62.9 0 .0604 54.4 0.335 -48.6 3200 0.205 160.7 6.81 59.9 0 .0639 53.7 0.322 -50.7 3400 0.215 154.7 6.42 56.9 0 .0670 52.3 0.311 -52.7 3600 0.222 149.5 6.06 54.0 0 .0701 50.9 0.299 -54.5 3800 0.230 145.4 5.74 51.4 0 .0745 50.5 0.291 -56.6 4000 0.241 141.7 5.47 48.6 0 .0783 48.9 0.282 -59.1 4200 0.251 138.0 5.21 45.8 0 .0823 47.7 0.272 -61.4 4400 0.260 134.5 4.98 43.1 0 .0858 45.6 0.263 -64.0 4600 0.271 131.3 4.77 40.4 0 .0889 44.0 0.254 -66.5 4800 0.279 128.3 4.58 37.7 0 .0929 42.6 0.246 -69.1 5000 0.289 125.3 4.40 35.0 0 .0970 41.2 0.237 -71.6 5200 0.298 122.5 4.23 32.3 0 .1003 39.3 0.228 -74.2 5400 0.307 119.9 4.08 29.6 0 .1046 37.7 0.219 -77.1 5600 0.315 117.3 3.94 26.9 0 .1070 36.1 0.212 -79.8 5800 0.325 114.8 3.80 24.3 0 .1110 34.4 0.203 -82.7 6000 0.333 112.2 3.68 21.6 0 .1145 32.4 0.194 -85.2
HSG1001 rev.1.00, apr.08.2004, page 25 of 37 s parameter (v ce = 2 v, i c = 30 ma, z o = 50 ? ) s11 s21 s12 s22 f (mhz) mag ang mag ang mag ang mag ang 100 0.634 -20.1 46.46 164.2 0 .0031 120.4 0.909 -9.7 200 0.582 -37.8 43.63 150.1 0 .0084 76.9 0.871 -16.9 300 0.515 -52.6 39.60 138.2 0 .0097 66.4 0.796 -22.8 400 0.453 -65.6 35.47 128.7 0 .0129 62.4 0.725 -26.5 500 0.399 -77.0 31.56 121.0 0 .0142 63.3 0.667 -29.1 600 0.356 -86.5 28.19 114.8 0 .0165 63.3 0.619 -30.6 700 0.319 -95.0 25.27 109.8 0 .0189 62.3 0.578 -31.6 800 0.290 -102.5 22.86 105.4 0 .0207 61.5 0.547 -32.3 900 0.266 -109.9 20.87 101.7 0 .0213 63.3 0.520 -32.8 1000 0.249 -117.3 19.09 98.4 0 .0232 61.1 0.498 -33.1 1100 0.234 -123.8 17.59 95.4 0 .0258 61.3 0.479 -33.4 1200 0.219 -130.4 16.30 92.7 0 .0266 62.0 0.463 -33.6 1300 0.210 -136.3 15.17 90.3 0 .0283 62.4 0.449 -34.1 1400 0.202 -142.4 14.19 87.9 0 .0311 62.6 0.437 -34.4 1500 0.196 -148.8 13.32 85.8 0 .0330 63.2 0.427 -34.9 1600 0.193 -154.4 12.54 83.7 0 .0348 63.1 0.415 -35.2 1700 0.191 -159.7 11.84 81.7 0 .0363 62.1 0.406 -35.7 1800 0.191 -165.0 11.23 79.8 0 .0377 62.3 0.397 -36.2 1900 0.192 -169.7 10.67 78.0 0 .0402 61.6 0.389 -37.0 2000 0.192 -174.4 10.16 76.2 0 .0414 61.6 0.381 -37.5 2200 0.197 177.3 9.27 72.8 0 .0449 60.7 0.367 -39.0 2400 0.204 169.9 8.53 69.6 0 .0492 60.6 0.353 -40.5 2600 0.212 163.3 7.89 66.4 0 .0534 59.8 0.340 -42.1 2800 0.221 157.3 7.34 63.4 0 .0565 58.0 0.327 -44.0 3000 0.231 152.4 6.86 60.4 0 .0608 56.6 0.317 -45.8 3200 0.241 147.9 6.44 57.5 0 .0648 55.9 0.305 -48.1 3400 0.251 143.4 6.06 54.6 0 .0674 54.2 0.295 -50.2 3600 0.260 139.5 5.72 51.8 0 .0718 52.7 0.283 -51.9 3800 0.268 136.1 5.42 49.2 0 .0758 51.7 0.275 -54.2 4000 0.278 133.1 5.16 46.5 0 .0793 49.9 0.266 -56.8 4200 0.289 130.2 4.92 43.8 0 .0830 48.5 0.257 -59.4 4400 0.298 127.4 4.70 41.0 0 .0869 46.9 0.249 -62.0 4600 0.309 124.6 4.50 38.4 0 .0901 45.2 0.240 -64.5 4800 0.316 122.1 4.31 35.7 0 .0946 43.6 0.231 -67.2 5000 0.326 119.5 4.14 33.0 0 .0980 42.1 0.222 -69.8 5200 0.335 117.1 3.99 30.4 0 .1022 40.3 0.214 -72.7 5400 0.344 114.8 3.84 27.7 0 .1060 38.6 0.205 -75.1 5600 0.352 112.3 3.71 25.1 0 .1091 36.9 0.197 -78.1 5800 0.360 110.0 3.58 22.4 0 .1129 34.6 0.189 -81.1 6000 0.368 107.7 3.46 19.7 0 .1163 33.1 0.180 -83.9
HSG1001 rev.1.00, apr.08.2004, page 26 of 37 s parameter (v ce = 3 v, i c = 1 ma, z o = 50 ? ) s11 s21 s12 s22 f (mhz) mag ang mag ang mag ang mag ang 100 0.985 -3.4 3.17 176.7 0 .0066 141.1 0.992 -2.0 200 0.984 -6.7 3.18 173.2 0 .0078 80.2 0.998 -3.6 300 0.976 -9.8 3.17 170.1 0 .0157 85.7 0.994 -5.5 400 0.977 -13.5 3.18 167.3 0 .0172 82.3 0.989 -7.2 500 0.972 -17.0 3.19 164.4 0 .0216 74.9 0.985 -9.1 600 0.967 -20.2 3.19 161.6 0 .0260 74.7 0.980 -10.8 700 0.962 -23.7 3.16 158.6 0 .0313 73.3 0.973 -12.6 800 0.955 -27.0 3.14 155.6 0 .0349 70.8 0.966 -14.3 900 0.949 -30.7 3.17 153.7 0 .0385 69.3 0.958 -16.0 1000 0.941 -34.2 3.16 150.1 0 .0430 65.7 0.951 -17.6 1100 0.931 -37.6 3.16 147.3 0 .0471 63.7 0.942 -19.3 1200 0.922 -41.2 3.16 143.8 0 .0508 61.6 0.933 -20.9 1300 0.912 -44.7 3.13 141.0 0 .0546 59.5 0.924 -22.6 1400 0.903 -48.2 3.11 138.3 0 .0581 57.7 0.914 -24.2 1500 0.891 -51.9 3.10 135.4 0 .0615 55.2 0.903 -25.9 1600 0.878 -55.7 3.11 132.4 0 .0646 53.1 0.893 -27.4 1700 0.868 -59.3 3.08 129.6 0 .0674 50.5 0.882 -29.0 1800 0.856 -63.0 3.04 126.7 0 .0705 48.5 0.871 -30.5 1900 0.845 -66.7 3.02 124.0 0 .0727 46.7 0.861 -32.1 2000 0.832 -70.7 3.01 121.2 0 .0752 43.9 0.849 -33.6 2200 0.807 -78.2 2.95 115.5 0 .0800 39.7 0.827 -36.7 2400 0.782 -86.0 2.90 110.0 0 .0836 35.9 0.802 -39.6 2600 0.758 -93.8 2.84 104.6 0 .0868 32.1 0.778 -42.5 2800 0.734 -101.8 2.78 99.2 0 .0897 28.7 0.756 -45.2 3000 0.710 -109.7 2.72 93.7 0 .0910 25.0 0.734 -47.8 3200 0.690 -117.5 2.64 88.6 0 .0921 21.7 0.713 -50.6 3400 0.671 -125.3 2.57 83.5 0 .0919 18.5 0.694 -53.2 3600 0.654 -132.9 2.49 78.6 0 .0926 15.4 0.673 -55.7 3800 0.639 -140.3 2.41 73.9 0 .0911 12.9 0.656 -58.2 4000 0.629 -147.6 2.34 69.2 0 .0900 10.7 0.641 -60.6 4200 0.620 -154.9 2.28 64. 7 0.0892 8.8 0.625 -63.1 4400 0.613 -161.8 2.20 60. 2 0.0881 7.2 0.612 -65.6 4600 0.606 -168.6 2.14 55. 9 0.0867 5.8 0.600 -68.0 4800 0.602 -175.1 2.07 51. 7 0.0850 3.8 0.587 -70.4 5000 0.600 178.6 2.01 47.6 0 .0837 3.4 0.576 -72.8 5200 0.599 172.5 1.95 43.5 0 .0820 2.5 0.564 -75.4 5400 0.599 166.8 1.88 39.7 0 .0805 2.5 0.554 -77.9 5600 0.599 161.3 1.83 35.9 0 .0795 2.3 0.545 -80.3 5800 0.600 155.9 1.78 32.1 0 .0785 2.5 0.536 -83.0 6000 0.602 150.7 1.72 28.4 0 .0776 3.2 0.527 -85.5
HSG1001 rev.1.00, apr.08.2004, page 27 of 37 s parameter (v ce = 3 v, i c = 3 ma, z o = 50 ? ) s11 s21 s12 s22 f (mhz) mag ang mag ang mag ang mag ang 100 0.956 -4.8 9.00 175.0 0 .0038 73.8 0.983 -3.1 200 0.950 -9.8 8.98 170.3 0 .0090 76.9 0.993 -5.4 300 0.941 -14.1 8.91 165.9 0 .0128 75.5 0.985 -8.0 400 0.930 -19.3 8.85 161.6 0 .0183 82.1 0.975 -10.6 500 0.916 -24.1 8.79 157.5 0 .0215 77.9 0.965 -13.2 600 0.902 -28.9 8.69 153.5 0 .0250 70.8 0.952 -15.5 700 0.886 -33.4 8.50 149.5 0 .0294 68.0 0.937 -18.0 800 0.867 -37.9 8.36 145.6 0 .0326 65.3 0.919 -20.3 900 0.849 -42.9 8.34 142.4 0 .0350 63.0 0.902 -22.4 1000 0.826 -47.4 8.18 138.3 0 .0385 61.4 0.882 -24.5 1100 0.804 -52.0 8.02 134.6 0 .0419 57.9 0.865 -26.6 1200 0.780 -56.6 7.91 130.7 0 .0442 55.6 0.845 -28.5 1300 0.758 -61.1 7.72 127.3 0 .0466 54.7 0.826 -30.3 1400 0.736 -65.5 7.54 124.0 0 .0484 52.0 0.807 -32.1 1500 0.712 -70.0 7.40 120.6 0 .0516 48.9 0.789 -33.8 1600 0.687 -74.6 7.25 117.3 0 .0529 48.5 0.769 -35.3 1700 0.665 -78.9 7.07 114.1 0 .0547 45.7 0.751 -37.0 1800 0.645 -83.2 6.89 111.1 0 .0556 43.6 0.733 -38.3 1900 0.623 -87.5 6.72 108.1 0 .0570 42.8 0.716 -39.8 2000 0.602 -92.0 6.56 105.2 0 .0591 41.5 0.698 -41.2 2200 0.566 -100.4 6.23 99.6 0 .0611 39.0 0.667 -43.7 2400 0.532 -109.0 5.92 94.2 0 .0625 36.8 0.637 -46.2 2600 0.503 -117.5 5.63 89.2 0 .0650 34.2 0.609 -48.5 2800 0.478 -126.0 5.35 84.4 0 .0669 32.8 0.583 -50.7 3000 0.458 -134.2 5.09 79.7 0 .0673 31.7 0.562 -52.8 3200 0.442 -142.4 4.84 75.2 0 .0688 30.2 0.541 -54.9 3400 0.429 -150.1 4.61 70.9 0 .0690 29.5 0.521 -57.1 3600 0.418 -157.8 4.39 66.9 0 .0700 28.1 0.503 -59.1 3800 0.411 -164.9 4.19 63.1 0 .0708 27.8 0.487 -61.0 4000 0.409 -171.6 4.02 59.2 0 .0724 27.4 0.474 -63.2 4200 0.407 -178.3 3.85 55.5 0 .0746 26.8 0.461 -65.3 4400 0.408 175.6 3.69 51.9 0 .0745 26.6 0.449 -67.5 4600 0.410 169.6 3.55 48.4 0 .0766 26.0 0.437 -69.6 4800 0.413 163.9 3.41 44.9 0 .0778 25.3 0.427 -71.8 5000 0.417 158.5 3.28 41.5 0 .0801 25.3 0.417 -74.1 5200 0.422 153.4 3.17 38.1 0 .0817 24.5 0.406 -76.3 5400 0.427 148.7 3.05 34.9 0 .0837 24.2 0.397 -78.7 5600 0.433 144.0 2.95 31.6 0 .0854 23.6 0.389 -80.9 5800 0.439 139.7 2.86 28.4 0 .0873 23.4 0.380 -83.4 6000 0.445 135.4 2.76 25.2 0 .0895 22.7 0.372 -85.8
HSG1001 rev.1.00, apr.08.2004, page 28 of 37 s parameter (v ce = 3 v, i c = 5 ma, z o = 50 ? ) s11 s21 s12 s22 f (mhz) mag ang mag ang mag ang mag ang 100 0.930 -6.3 14.29 173.6 0 .0045 46.5 0.986 -3.6 200 0.918 -12.3 14.19 167.7 0 .0087 92.6 0.985 -6.8 300 0.902 -18.0 13.97 162.2 0 .0146 67.7 0.976 -10.2 400 0.883 -24.1 13.74 156.9 0 .0156 76.6 0.955 -13.3 500 0.859 -30.0 13.50 151.9 0 .0205 68.1 0.938 -16.5 600 0.834 -35.8 13.20 147.1 0 .0252 68.1 0.916 -19.2 700 0.809 -41.1 12.77 142.5 0 .0265 66.6 0.892 -22.0 800 0.781 -46.5 12.42 138.0 0 .0302 62.5 0.866 -24.5 900 0.750 -52.3 12.18 134.0 0 .0318 61.0 0.840 -26.7 1000 0.719 -57.3 11.78 129.6 0 .0353 59.0 0.815 -28.8 1100 0.688 -62.4 11.39 125.6 0 .0373 55.2 0.790 -30.8 1200 0.656 -67.5 11.06 121.6 0 .0386 54.0 0.766 -32.6 1300 0.627 -72.2 10.65 117.9 0 .0411 53.4 0.742 -34.2 1400 0.600 -76.9 10.26 114.6 0 .0436 50.7 0.720 -35.8 1500 0.571 -81.7 9.92 111.2 0 .0440 48.5 0.698 -37.3 1600 0.544 -86.5 9.58 107.9 0 .0456 47.9 0.678 -38.5 1700 0.522 -90.8 9.24 104.9 0 .0475 46.6 0.658 -39.8 1800 0.499 -95.4 8.91 102.0 0 .0482 46.0 0.640 -41.0 1900 0.479 -99.9 8.60 99.2 0 .0495 45.5 0.622 -42.2 2000 0.458 -104.5 8.31 96.4 0 .0505 44.1 0.606 -43.3 2200 0.425 -113.2 7.75 91.3 0 .0527 42.6 0.576 -45.4 2400 0.397 -122.1 7.26 86.5 0 .0549 41.6 0.548 -47.3 2600 0.374 -130.9 6.81 82.0 0 .0571 41.2 0.524 -49.2 2800 0.357 -139.6 6.42 77.7 0 .0594 41.0 0.503 -51.1 3000 0.343 -147.9 6.05 73.5 0 .0609 39.6 0.482 -52.9 3200 0.335 -156.0 5.71 69.6 0 .0629 38.2 0.463 -55.0 3400 0.329 -164.1 5.41 65.8 0 .0648 37.3 0.447 -56.8 3600 0.324 -171.3 5.13 62.2 0 .0662 36.9 0.431 -58.6 3800 0.323 -178.1 4.88 58.8 0 .0686 37.1 0.418 -60.4 4000 0.326 175.5 4.66 55.4 0 .0713 36.3 0.407 -62.6 4200 0.330 169.4 4.45 52.0 0 .0743 35.8 0.395 -64.6 4400 0.334 163.7 4.26 48.7 0 .0761 34.9 0.385 -66.8 4600 0.340 158.4 4.09 45.5 0 .0788 34.5 0.374 -68.8 4800 0.346 153.2 3.92 42.4 0 .0814 33.3 0.364 -71.3 5000 0.353 148.5 3.77 39.3 0 .0838 33.1 0.356 -73.3 5200 0.360 144.0 3.64 36.1 0 .0865 31.7 0.345 -75.7 5400 0.367 139.9 3.50 33.1 0 .0893 31.0 0.337 -78.1 5600 0.375 135.8 3.38 30.1 0 .0917 29.9 0.329 -80.4 5800 0.382 131.9 3.27 27.1 0 .0937 28.6 0.320 -82.8 6000 0.390 128.2 3.16 24.1 0 .0979 27.7 0.311 -85.2
HSG1001 rev.1.00, apr.08.2004, page 29 of 37 s parameter (v ce = 3 v, i c = 7 ma, z o = 50 ? ) s11 s21 s12 s22 f (mhz) mag ang mag ang mag ang mag ang 100 0.913 -7.3 19.12 172.4 0 .0032 73.7 0.978 -4.6 200 0.890 -14.4 18.86 165.5 0 .0089 71.7 0.980 -8.2 300 0.868 -21.3 18.41 159.1 0 .0164 70.1 0.962 -12.0 400 0.841 -28.3 17.93 153.0 0 .0171 77.0 0.938 -15.5 500 0.809 -35.0 17.43 147.3 0 .0193 68.4 0.911 -19.0 600 0.772 -41.6 16.85 141.9 0 .0226 65.1 0.880 -22.0 700 0.739 -47.4 16.13 136.9 0 .0258 63.5 0.849 -24.8 800 0.702 -53.3 15.50 132.0 0 .0281 60.6 0.817 -27.2 900 0.665 -59.5 14.95 127.6 0 .0295 57.2 0.786 -29.4 1000 0.628 -64.8 14.30 123.1 0 .0314 57.9 0.757 -31.3 1100 0.594 -70.1 13.65 119.1 0 .0344 55.6 0.730 -33.1 1200 0.558 -75.3 13.09 115.1 0 .0356 53.3 0.704 -34.6 1300 0.528 -80.2 12.48 111.5 0 .0372 52.9 0.679 -36.0 1400 0.500 -85.0 11.92 108.2 0 .0391 52.3 0.658 -37.3 1500 0.472 -89.8 11.41 105.0 0 .0405 50.3 0.635 -38.6 1600 0.447 -94.6 10.93 102.0 0 .0419 49.8 0.616 -39.5 1700 0.425 -99.1 10.46 99.1 0 .0434 48.6 0.597 -40.6 1800 0.405 -103.7 10.03 96.4 0 .0442 48.0 0.580 -41.6 1900 0.386 -108.2 9.62 93.8 0 .0449 48.7 0.564 -42.5 2000 0.370 -113.0 9.25 91.3 0 .0466 47.9 0.549 -43.5 2200 0.342 -121.9 8.56 86.6 0 .0494 46.6 0.522 -45.2 2400 0.319 -131.1 7.96 82.1 0 .0514 45.6 0.498 -46.9 2600 0.302 -140.0 7.43 78.0 0 .0536 44.0 0.475 -48.8 2800 0.291 -149.0 6.96 74.1 0 .0561 45.1 0.456 -50.4 3000 0.283 -157.4 6.54 70.3 0 .0596 44.2 0.440 -52.1 3200 0.280 -165.5 6.17 66.6 0 .0621 43.8 0.423 -54.0 3400 0.279 -173.5 5.83 63.0 0 .0638 42.8 0.407 -55.9 3600 0.278 179.2 5.51 59.7 0 .0661 42.3 0.392 -57.5 3800 0.280 172.9 5.23 56.6 0 .0691 42.6 0.382 -59.4 4000 0.285 167.2 4.99 53.3 0 .0717 41.5 0.371 -61.6 4200 0.291 161.4 4.76 50.2 0 .0750 40.2 0.361 -63.7 4400 0.299 156.0 4.56 47.1 0 .0775 39.3 0.351 -65.9 4600 0.307 151.2 4.37 44.1 0 .0804 37.9 0.341 -68.1 4800 0.313 146.7 4.19 41.1 0 .0842 37.4 0.332 -70.4 5000 0.322 142.3 4.03 38.1 0 .0867 36.2 0.323 -72.5 5200 0.330 138.2 3.88 35.1 0 .0901 35.1 0.314 -75.0 5400 0.338 134.5 3.74 32.2 0 .0927 33.7 0.305 -77.4 5600 0.346 130.8 3.61 29.3 0 .0952 32.5 0.296 -79.7 5800 0.354 127.3 3.49 26.4 0 .0987 31.4 0.287 -82.3 6000 0.362 123.9 3.38 23.6 0 .1023 30.0 0.279 -84.7
HSG1001 rev.1.00, apr.08.2004, page 30 of 37 s parameter (v ce = 3 v, i c = 10 ma, z o = 50 ? ) s11 s21 s12 s22 f (mhz) mag ang mag ang mag ang mag ang 100 0.869 -9.2 25.72 170.8 0 .0029 161.5 0.979 -6.0 200 0.847 -17.6 25.14 162.6 0 .0068 89.6 0.971 -9.8 300 0.814 -25.7 24.24 155.0 0 .0133 71.1 0.942 -14.3 400 0.778 -33.9 23.28 148.1 0 .0152 73.5 0.906 -18.2 500 0.732 -41.5 22.26 141.5 0 .0180 67.2 0.870 -21.9 600 0.686 -48.8 21.13 135.5 0 .0209 64.6 0.830 -24.9 700 0.645 -55.3 19.92 130.1 0 .0231 63.0 0.791 -27.6 800 0.601 -61.5 18.82 125.0 0 .0250 59.1 0.755 -29.8 900 0.558 -67.8 17.81 120.4 0 .0271 57.3 0.723 -31.6 1000 0.520 -73.2 16.80 116.1 0 .0295 57.6 0.691 -33.2 1100 0.486 -78.5 15.83 112.2 0 .0308 56.0 0.663 -34.6 1200 0.452 -83.8 14.98 108.5 0 .0319 54.4 0.637 -35.8 1300 0.422 -88.7 14.14 105.1 0 .0339 54.4 0.614 -36.9 1400 0.397 -93.6 13.40 102.0 0 .0350 55.5 0.592 -37.9 1500 0.373 -98.4 12.72 99.1 0 .0366 54.1 0.574 -38.9 1600 0.351 -103.3 12.09 96.3 0 .0382 53.1 0.555 -39.5 1700 0.332 -107.9 11.51 93.7 0 .0397 52.1 0.540 -40.4 1800 0.315 -112.8 10.98 91.2 0 .0401 52.0 0.524 -41.1 1900 0.300 -117.5 10.49 88.9 0 .0419 51.5 0.510 -41.9 2000 0.287 -122.3 10.04 86.6 0 .0435 52.4 0.497 -42.7 2200 0.266 -131.7 9.24 82.3 0 .0464 51.1 0.474 -44.2 2400 0.251 -141.4 8.55 78.3 0 .0490 51.3 0.453 -45.8 2600 0.241 -150.6 7.95 74.5 0 .0520 50.4 0.433 -47.3 2800 0.235 -159.8 7.42 70.9 0 .0554 49.7 0.418 -48.9 3000 0.233 -168.4 6.96 67.4 0 .0580 49.0 0.401 -50.5 3200 0.235 -176.3 6.54 64.0 0 .0613 47.8 0.388 -52.6 3400 0.238 176.0 6.18 60.7 0 .0641 47.2 0.374 -54.3 3600 0.241 169.1 5.84 57.6 0 .0668 46.7 0.361 -55.9 3800 0.246 163.4 5.54 54.6 0 .0705 46.2 0.350 -57.8 4000 0.255 158.2 5.28 51.6 0 .0737 45.0 0.341 -60.0 4200 0.261 153.0 5.03 48.6 0 .0770 43.8 0.331 -62.4 4400 0.270 148.1 4.81 45.7 0 .0806 42.6 0.321 -64.5 4600 0.279 144.0 4.61 42.8 0 .0838 41.7 0.313 -66.9 4800 0.288 139.9 4.42 40.0 0 .0860 40.5 0.303 -69.1 5000 0.297 136.1 4.25 37.1 0 .0901 39.0 0.294 -71.6 5200 0.306 132.5 4.10 34.3 0 .0929 37.6 0.286 -74.0 5400 0.314 129.0 3.95 31.5 0 .0967 36.4 0.276 -76.4 5600 0.323 125.8 3.81 28.7 0 .0999 34.5 0.269 -78.8 5800 0.331 122.7 3.68 25.9 0 .1027 33.1 0.260 -81.4 6000 0.340 119.6 3.56 23.1 0 .1058 31.5 0.252 -83.8
HSG1001 rev.1.00, apr.08.2004, page 31 of 37 s parameter (v ce = 3 v, i c = 20 ma, z o = 50 ? ) s11 s21 s12 s22 f (mhz) mag ang mag ang mag ang mag ang 100 0.769 -12.9 41.99 167.0 0 .0051 69.9 0.940 -7.1 200 0.725 -25.6 39.96 155.7 0 .0062 87.4 0.935 -13.7 300 0.670 -36.9 37.11 145.6 0 .0097 72.9 0.877 -19.1 400 0.610 -47.0 34.14 136.9 0 .0138 74.3 0.820 -23.3 500 0.546 -56.0 31.17 129.3 0 .0172 66.1 0.765 -26.8 600 0.492 -63.9 28.37 122.9 0 .0174 63.0 0.716 -28.9 700 0.443 -70.9 25.84 117.5 0 .0200 61.9 0.673 -30.8 800 0.401 -77.4 23.62 112.6 0 .0216 60.1 0.637 -32.0 900 0.363 -83.4 21.71 108.5 0 .0226 60.9 0.604 -33.0 1000 0.331 -89.0 20.03 104.8 0 .0249 60.8 0.578 -33.9 1100 0.305 -94.9 18.55 101.4 0 .0258 59.1 0.554 -34.5 1200 0.280 -100.1 17.26 98.4 0 .0274 59.7 0.533 -35.0 1300 0.259 -105.2 16.11 95.6 0 .0289 60.4 0.515 -35.6 1400 0.241 -110.7 15.10 93.0 0 .0310 61.0 0.500 -36.1 1500 0.226 -115.9 14.21 90.6 0 .0330 60.1 0.485 -36.6 1600 0.213 -121.4 13.40 88.3 0 .0344 59.7 0.472 -37.0 1700 0.202 -126.8 12.68 86.1 0 .0354 60.6 0.461 -37.6 1800 0.194 -132.4 12.04 84.1 0 .0378 59.3 0.450 -38.1 1900 0.187 -137.9 11.45 82.1 0 .0392 60.2 0.440 -38.8 2000 0.181 -143.6 10.91 80.2 0 .0414 59.6 0.430 -39.3 2200 0.174 -154.2 9.98 76.5 0 .0442 58.6 0.413 -40.7 2400 0.172 -164.2 9.19 73.1 0 .0477 58.6 0.398 -42.1 2600 0.173 -173.6 8.51 69.8 0 .0515 56.9 0.381 -43.6 2800 0.177 177.6 7.93 66.6 0 .0554 56.0 0.369 -45.5 3000 0.183 170.2 7.42 63.5 0 .0582 54.8 0.356 -47.1 3200 0.192 163.2 6.96 60.5 0 .0624 53.8 0.343 -49.2 3400 0.201 157.3 6.56 57.5 0 .0656 53.6 0.332 -51.0 3600 0.208 151.7 6.19 54.7 0 .0686 52.0 0.321 -52.8 3800 0.215 146.9 5.87 52.0 0 .0719 50.9 0.312 -55.0 4000 0.225 143.1 5.60 49.2 0 .0762 49.9 0.303 -57.3 4200 0.235 139.4 5.33 46.5 0 .0801 48.1 0.294 -59.6 4400 0.245 135.8 5.10 43.7 0 .0838 46.3 0.285 -62.0 4600 0.255 132.4 4.89 41.0 0 .0869 45.2 0.276 -64.4 4800 0.264 129.3 4.69 38.4 0 .0904 43.1 0.268 -66.9 5000 0.274 126.2 4.50 35.7 0 .0947 42.3 0.259 -69.3 5200 0.284 123.5 4.34 33.0 0 .0981 40.2 0.250 -71.9 5400 0.292 120.6 4.18 30.3 0 .1019 38.7 0.242 -74.5 5600 0.301 118.1 4.04 27.7 0 .1048 37.1 0.234 -77.0 5800 0.310 115.5 3.90 25.0 0 .1079 35.3 0.225 -79.6 6000 0.319 113.0 3.77 22.3 0 .1120 33.7 0.217 -82.2
HSG1001 rev.1.00, apr.08.2004, page 32 of 37 s parameter (v ce = 3 v, i c = 30 ma, z o = 50 ? ) s11 s21 s12 s22 f (mhz) mag ang mag ang mag ang mag ang 100 0.660 -18.4 50.17 164.6 0 .0059 144.0 0.926 -10.0 200 0.619 -33.3 47.07 151.0 0 .0078 69.5 0.897 -15.9 300 0.551 -46.2 42.69 139.5 0 .0105 59.6 0.826 -21.5 400 0.487 -57.6 38.24 130.3 0 .0127 68.2 0.757 -25.3 500 0.428 -67.1 34.07 122.6 0 .0143 66.2 0.700 -28.0 600 0.377 -75.4 30.40 116.5 0 .0162 65.2 0.651 -29.6 700 0.337 -82.8 27.27 111.4 0 .0180 63.2 0.610 -30.7 800 0.301 -89.6 24.65 107.0 0 .0199 63.8 0.577 -31.5 900 0.273 -96.0 22.44 103.2 0 .0212 62.9 0.550 -32.0 1000 0.248 -102.6 20.55 99.9 0 .0221 64.8 0.527 -32.3 1100 0.228 -108.8 18.93 96.9 0 .0247 62.0 0.507 -32.8 1200 0.211 -115.2 17.54 94.1 0 .0250 64.0 0.491 -33.1 1300 0.198 -120.4 16.31 91.6 0 .0285 63.4 0.476 -33.5 1400 0.186 -126.8 15.25 89.3 0 .0303 63.6 0.464 -33.8 1500 0.177 -133.0 14.31 87.1 0 .0316 63.8 0.451 -34.4 1600 0.170 -139.0 13.47 85.0 0 .0336 64.8 0.441 -34.6 1700 0.165 -144.9 12.73 83.0 0 .0351 63.0 0.432 -35.2 1800 0.161 -151.1 12.06 81.1 0 .0363 62.4 0.422 -35.7 1900 0.158 -156.5 11.46 79.3 0 .0386 63.1 0.414 -36.4 2000 0.158 -162.3 10.91 77.5 0 .0405 63.0 0.406 -37.0 2200 0.159 -172.3 9.96 74.1 0 .0441 62.0 0.391 -38.3 2400 0.163 178.5 9.16 70.9 0 .0476 61.1 0.377 -40.0 2600 0.170 170.7 8.48 67.7 0 .0520 60.8 0.364 -41.6 2800 0.178 163.4 7.89 64.7 0 .0554 59.7 0.352 -43.1 3000 0.187 157.5 7.38 61.8 0 .0593 57.1 0.340 -45.0 3200 0.197 152.0 6.93 58.8 0 .0628 56.7 0.328 -47.1 3400 0.208 147.1 6.52 55.9 0 .0666 55.1 0.317 -49.3 3600 0.216 142.6 6.16 53.2 0 .0695 53.7 0.306 -51.0 3800 0.224 138.8 5.84 50.7 0 .0731 52.7 0.299 -53.1 4000 0.235 135.8 5.56 47.9 0 .0775 51.4 0.290 -55.7 4200 0.245 132.5 5.30 45.3 0 .0812 49.5 0.281 -57.9 4400 0.254 129.5 5.06 42.6 0 .0849 48.3 0.273 -60.6 4600 0.265 126.8 4.85 40.0 0 .0887 46.3 0.264 -63.0 4800 0.274 124.1 4.65 37.3 0 .0922 44.8 0.256 -65.4 5000 0.283 121.4 4.47 34.7 0 .0957 43.2 0.247 -67.9 5200 0.292 119.1 4.30 32.0 0 .0996 41.5 0.238 -70.6 5400 0.301 116.6 4.15 29.4 0 .1036 39.7 0.230 -73.2 5600 0.310 114.1 4.01 26.8 0 .1066 37.9 0.222 -75.8 5800 0.319 111.8 3.87 24.2 0 .1104 35.8 0.213 -78.3 6000 0.328 109.5 3.74 21.5 0 .1138 34.2 0.204 -81.1
HSG1001 rev.1.00, apr.08.2004, page 33 of 37 HSG1001 5.8ghz evaluation board evaluation board pattern layout circuit 2.2 uf 2 . 2u u f vcc vbb out i n 39 ohm 1nh 8. 2 n n h 1000 p f 1pf 10 p f 1 000 pf 10 pf 1pf 0.2 p f
HSG1001 rev.1.00, apr.08.2004, page 34 of 37 electrical characteristics on evaluation board (vcc = 2v, ic = 10ma, ta = 25c) item symbol data unit test condition noise figure nf 1.55 db f = 5.8ghz power gain pg 12.5 db f = 5.8ghz input return loss rlin 18.4 db f = 5.8ghz output return loss rlout 23.3 db f = 5.8ghz 1db gain compression p1db + 10.5 dbm f = 5.8ghz third order intercept point oip3 + 24 dbm fd = 5.8ghz , fud = 5.801ghz
HSG1001 rev.1.00, apr.08.2004, page 35 of 37 -30 - 3 0 -25 - 2 5 -20 - 2 0 -15 - 1 5 -10 - 1 0 -5 - 5 0 5 10 1 0 15 1 5 0 2 4 6 8 10 1 0 f (ghz) f ( g h z ) rlin, rlout, |s21| r l i n , r l o u t , | s 2 1 | 2 (db) ( d b ) rlin r l i n rlout r l o u t |s21| | s 2 1 | 2 rlin, rlout, |s21| r l i n , r l o u t , | s 2 1 | 2 vs f v s f @vce=2v @ v c e = 2 v ic=10ma i c = 1 0 m a pg, nf-ic p g , n f - i c 0 5 10 1 0 14 1 4 1 10 1 0 100 1 0 0 ic (ma) i c ( m a ) pg, nf (db) p g , n f ( d b ) pg p g nf n f @vce=2v @ v c e = 2 v f=5.8ghz f = 5 . 8 g h z
HSG1001 rev.1.00, apr.08.2004, page 36 of 37 pin-pout, oip3 p i n - p o u t , o i p 3 -40 - 4 0 -30 - 3 0 -20 - 2 0 -10 - 1 0 0 10 1 0 20 2 0 -40 - 4 0 -30 - 3 0 -20 - 2 0 -10 - 1 0 0 1 0 2 0 pin (dbm) p i n ( d b m ) pout , oip3 (dbm) p o u t , o i p 3 ( d b m ) pout p o u t oip3 o i p 3 @vce=2v @ v c e = 2 v ic=10ma i c = 1 0 m a fd=5.8ghz f d = 5 . 8 g h z fud=5.801ghz f u d = 5 . 8 0 1 g h z
HSG1001 rev.1.00, apr.08.2004, page 37 of 37 package dimensions 2.0 0.2 0.3 2.1 0.3 0.65 0.6 1.25 0.2 0.16 0 ? 0.1 0.9 0.1 + 0.1 ? 0.05 0.4 + 0.1 ? 0.05 0.3 + 0.1 ? 0.05 + 0.1 ? 0.06 0.65 0.65 1.3 0.2 0.3 + 0.1 ? 0.05 0.425 0.425 0.2 package code jedec jeita mass (reference value) cmpak-4(t) ? conforms 0.006 g 1.25 0.1 as of january, 2003 unit: mm ordering information part name quantity shipping container HSG1001vd- 3000 pcs 178 mm taping reel note: for some grades, production may be terminated. please contact the renesas sales office to check the state of production before ordering the product.
keep safety first in your circuit designs! 1. renesas technology corp. puts the maximum effort into making semiconductor products better and more reliable, but there is a lways the possibility that trouble may occur with them. trouble with semiconductors may lead to personal injury, fire or property damage. remember to give due consideration to safety when making your circuit designs, with appropriate measures such as (i) placeme nt of substitutive, auxiliary circuits, (ii) use of nonflammable material or (iii) prevention against any malfunction or mishap. notes regarding these materials 1. these materials are intended as a reference to assist our customers in the selection of the renesas technology corp. product best suited to the customer's application; they do not convey any license under any intellectual property rights, or any other rights, belonging to renesas t echnology corp. or a third party. 2. renesas technology corp. assumes no responsibility for any damage, or infringement of any third-party's rights, originating in the use of any product data, diagrams, charts, programs, algorithms, or circuit application examples contained in these materials. 3. all information contained in these materials, including product data, diagrams, charts, programs and algorithms represents i nformation on products at the time of publication of these materials, and are subject to change by renesas technology corp. without notice due to product improvement s or other reasons. it is therefore recommended that customers contact renesas technology corp. or an authorized renesas technology corp. product distrib utor for the latest product information before purchasing a product listed herein. the information described here may contain technical inaccuracies or typographical errors. renesas technology corp. assumes no responsibility for any damage, liability, or other loss rising from these inaccuracies o r errors. please also pay attention to information published by renesas technology corp. by various means, including the renesas techn ology corp. semiconductor home page (http://www.renesas.com). 4. when using any or all of the information contained in these materials, including product data, diagrams, charts, programs, a nd algorithms, please be sure to evaluate all information as a total system before making a final decision on the applicability of the information and products. renesas technology corp. assumes no responsibility for any damage, liability or other loss resulting from the information contained herein. 5. renesas technology corp. semiconductors are not designed or manufactured for use in a device or system that is used under ci rcumstances in which human life is potentially at stake. please contact renesas technology corp. or an authorized renesas technology corp. product distributor when considering the use of a product contained herein for any specific purposes, such as apparatus or systems for transportation, vehicular, medical, aerosp ace, nuclear, or undersea repeater use. 6. the prior written approval of renesas technology corp. is necessary to reprint or reproduce in whole or in part these materi als. 7. if these products or technologies are subject to the japanese export control restrictions, they must be exported under a lic ense from the japanese government and cannot be imported into a country other than the approved destination. any diversion or reexport contrary to the export control laws and regulations of japan and/or the country of destination is prohibited. 8. please contact renesas technology corp. for further details on these materials or the products contained therein. sales strategic planning div. nippon bldg., 2-6-2, ohte-machi, chiyoda-ku, tokyo 100-0004, japan http://www.renesas.co m renesas technology america, inc. 450 holger way, san jose, ca 95134-1368, u.s.a tel: <1> (408) 382-7500 fax: <1> (408) 382-7501 renesas technology europe limited. dukes meadow, millboard road, bourne end, buckinghamshire, sl8 5fh, united kingdom tel: <44> (1628) 585 100, fax: <44> (1628) 585 900 renesas technology europe gmbh dornacher str. 3, d-85622 feldkirchen, germany tel: <49> (89) 380 70 0, fax: <49> (89) 929 30 11 renesas technology hong kong ltd. 7/f., north tower, world finance centre, harbour city, canton road, hong kong tel: <852> 2265-6688, fax: <852> 2375-6836 renesas technology taiwan co., ltd. fl 10, #99, fu-hsing n. rd., taipei, taiwan tel: <886> (2) 2715-2888, fax: <886> (2) 2713-2999 renesas technology (shanghai) co., ltd. 26/f., ruijin building, no.205 maoming road (s), shanghai 200020, china tel: <86> (21) 6472-1001, fax: <86> (21) 6415-2952 renesas technology singapore pte. ltd. 1, harbour front avenue, #06-10, keppel bay tower, singapore 098632 tel: <65> 6213-0200, fax: <65> 6278-8001 renesas sales offices ? 2004. renesas technology corp., all rights reserved. printed in japan. c olophon .1 .0

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