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rev.1.00, apr.12.2004, page 1 of 37 HSG1002 sigehbt high frequency low noise amplifier rej03g0196-0100z rev.1.00 apr.12.2004 features ? high power gain and low noise figure ; ? msg = 21 db typ. , nf = 0.7 db typ. at v ce = 2 v,i c = 5 ma, f = 1.8 ghz msg = 20 db typ. , nf = 0.8 db typ. at v ce = 2 v,i c = 5 ma, f = 2.4 ghz msg = 16 db typ. , nf = 1.2 db typ. at v ce = 2 v,i c = 10 ma, f = 5.8 ghz ? transition frequency f t = 38 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 mfpak-4 ve- 1 2 3 4 note: marking is "ve-". 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 80 mw collector power dissipation pc note1 200 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 )
HSG1002 rev.1.00, apr.12.2004, 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 ? 0.09 ? pf v cb = 2 v, i e = 0, f = 1 mhz transition frequency f t ? 38 ? ghz v ce = 2 v, i c = ft peak, f = 1 ghz insertion power gain |s21| 2 ? 18.5 ? db v ce = 2 v, i c = 5 ma, f = 1.8 ghz ? 16.5 ? 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 ? 21 ? db v ce = 2 v, i c = 5 ma, f = 1.8 ghz ? 20 ? v ce = 2 v, i c = 5 ma, f = 2.4 ghz ? 16 ? 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 ? 17.5 ? v ce = 2 v, i c = 5 ma, f = 2.4 ghz 811 ? v ce = 2 v, i c = 10 ma, f = 5.8 ghz noise figure nf ? 0.7 ? db v ce = 2 v, i c = 5 ma, f = 1.8 ghz ? 0.8 ? v ce = 2 v, i c = 5 ma, f = 2.4 ghz ? 1.2 1.8 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 )
HSG1002 rev.1.00, apr.12.2004, 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 vce=3v vce=1v vce=2v vce=2v vce=1v vce=3v msg 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) 160 u a 180 u a 200 ua value on pcb (fr-4: 40 x 40 x 1.6 mm double side) |s 21 | 2 ,msg (db) |s 21 | 2 ,msg, vs. collector current i b = 20 u a 40 u a 60 u a 80 u a 100 u a 120 u a 140 u a
HSG1002 rev.1.00, apr.12.2004, 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 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) msg |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 ,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 ,msg vs. collector current |s 21 | 2 ,msg (db) |s 21 | 2 ,msg vs. collector current |s 21 | 2 ,m sg (db)
HSG1002 rev.1.00, apr.12.2004, 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
HSG1002 rev.1.00, apr.12.2004, 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=5.8ghz 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)
HSG1002 rev.1.00, apr.12.2004, 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 3rd. imd 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
HSG1002 rev.1.00, apr.12.2004, 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)
HSG1002 rev.1.00, apr.12.2004, 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 30 45 60 75 15 0.1 0.2 0.3 0.4 0.5
HSG1002 rev.1.00, apr.12.2004, 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
HSG1002 rev.1.00, apr.12.2004, 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
HSG1002 rev.1.00, apr.12.2004, 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 0.982 -4.8 3.19 176.1 0 .0067 74.5 0.995 -2.8 200 0.981 -8.9 3.19 172.0 0 .0174 90.3 0.994 -5.4 300 0.976 -12.9 3.18 168.2 0 .0226 77.2 0.987 -7.9 400 0.974 -17.7 3.18 165.0 0 .0326 80.7 0.981 -10.3 500 0.969 -22.1 3.18 161.4 0 .0383 75.7 0.973 -12.9 600 0.963 -26.4 3.16 158.3 0 .0475 71.9 0.962 -15.3 700 0.960 -30.7 3.11 154.7 0 .0555 68.5 0.950 -17.7 800 0.953 -35.0 3.08 151.3 0 .0613 65.6 0.937 -20.0 900 0.948 -39.5 3.09 148.9 0 .0693 62.7 0.925 -22.2 1000 0.940 -43.8 3.07 145.0 0 .0749 59.5 0.911 -24.4 1100 0.930 -48.1 3.04 141.9 0 .0809 56.6 0.897 -26.6 1200 0.921 -52.5 3.03 138.2 0 .0883 53.9 0.883 -28.8 1300 0.913 -56.7 2.97 135.1 0 .0924 51.9 0.868 -30.9 1400 0.905 -60.9 2.93 132.1 0 .0985 48.9 0.855 -32.9 1500 0.896 -65.2 2.90 129.1 0 .1043 46.2 0.839 -35.0 1600 0.885 -69.5 2.88 125.9 0 .1084 43.9 0.823 -36.9 1700 0.877 -73.7 2.84 123.0 0 .1131 41.3 0.810 -38.8 1800 0.869 -77.7 2.79 120.0 0 .1178 38.7 0.793 -40.7 1900 0.859 -81.7 2.74 117.1 0 .1207 36.3 0.779 -42.7 2000 0.851 -86.0 2.71 114.3 0 .1246 33.9 0.764 -44.5 2200 0.836 -93.7 2.61 108.6 0 .1311 29.4 0.736 -48.1 2400 0.820 -101.5 2.53 103.2 0 .1352 24.9 0.707 -51.7 2600 0.806 -108.9 2.44 98.1 0 .1390 20.6 0.678 -55.2 2800 0.794 -116.1 2.35 93.0 0 .1420 16.7 0.655 -58.5 3000 0.781 -123.0 2.27 88.0 0 .1444 13.0 0.632 -61.7 3200 0.773 -129.6 2.18 83. 3 0.1458 9.5 0.609 -65.1 3400 0.764 -135.8 2.09 78. 7 0.1453 6.1 0.590 -68.3 3600 0.756 -141.7 2.01 74. 4 0.1455 2.5 0.571 -71.4 3800 0.752 -147.2 1.94 70.3 0 .1439 -0.3 0.554 -74.6 4000 0.748 -152.6 1.86 66.2 0 .1432 -3.1 0.540 -77.7 4200 0.745 -157.8 1.80 62.3 0 .1416 -5.7 0.527 -80.8 4400 0.744 -162.6 1.73 58.4 0 .1397 -8.2 0.515 -84.0 4600 0.742 -167.2 1.67 54.7 0 .1377 -10.4 0.504 -87.1 4800 0.741 -171.6 1.61 51.1 0 .1359 -12.8 0.495 -90.3 5000 0.740 -175.8 1.56 47.5 0 .1324 -14.9 0.486 -93.3 5200 0.740 -179.9 1.51 44.1 0 .1306 -16.7 0.477 -96.6 5400 0.741 176.3 1.45 40.8 0 .1278 -18.8 0.472 -99.8 5600 0.741 172.6 1.41 37.5 0 .1246 -20.1 0.467 -103.1 5800 0.741 169.1 1.36 34.2 0 .1216 -21.8 0.461 -106.2 6000 0.742 165.6 1.32 31.1 0 .1183 -22.9 0.456 -109.5
HSG1002 rev.1.00, apr.12.2004, 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 0.951 -6.4 9.16 174.4 0 .0116 85.3 0.980 -4.9 200 0.948 -13.2 9.12 169.0 0 .0161 84.5 0.988 -8.6 300 0.934 -19.1 9.02 164.0 0 .0224 78.1 0.974 -12.6 400 0.927 -26.0 8.91 159.2 0 .0308 76.1 0.958 -16.6 500 0.915 -32.4 8.80 154.6 0 .0379 68.2 0.939 -20.6 600 0.900 -38.7 8.65 150.3 0 .0447 68.3 0.917 -24.3 700 0.887 -44.7 8.40 146.0 0 .0511 61.3 0.892 -28.0 800 0.872 -50.6 8.21 141.8 0 .0563 57.0 0.865 -31.5 900 0.859 -56.8 8.13 138.3 0 .0627 55.3 0.838 -34.6 1000 0.841 -62.6 7.91 134.0 0 .0660 52.6 0.809 -37.7 1100 0.825 -68.2 7.70 130.3 0 .0712 48.6 0.784 -40.7 1200 0.805 -74.1 7.54 126.3 0 .0735 46.1 0.756 -43.5 1300 0.790 -79.3 7.29 122.8 0 .0777 43.4 0.728 -46.2 1400 0.776 -84.5 7.06 119.6 0 .0811 41.3 0.703 -48.9 1500 0.761 -89.7 6.88 116.3 0 .0843 38.2 0.677 -51.4 1600 0.746 -94.8 6.69 113.0 0 .0860 36.0 0.653 -53.6 1700 0.734 -99.6 6.48 110.0 0 .0889 33.2 0.630 -56.0 1800 0.722 -104.2 6.27 107.1 0 .0905 31.7 0.607 -58.2 1900 0.711 -108.7 6.08 104.2 0 .0918 29.8 0.585 -60.4 2000 0.702 -113.2 5.90 101.5 0 .0934 27.8 0.564 -62.4 2200 0.685 -121.3 5.53 96.3 0 .0953 24.6 0.526 -66.4 2400 0.671 -129.2 5.21 91.4 0 .0969 21.6 0.491 -70.2 2600 0.661 -136.5 4.91 86.9 0 .0981 18.7 0.459 -74.1 2800 0.652 -143.2 4.63 82.5 0 .0994 16.3 0.432 -77.6 3000 0.645 -149.5 4.37 78.4 0 .0995 13.8 0.407 -81.0 3200 0.641 -155.3 4.13 74.5 0 .0992 12.4 0.384 -84.7 3400 0.637 -160.8 3.91 70.7 0 .0998 10.5 0.366 -88.1 3600 0.634 -165.9 3.71 67. 2 0.0992 8.6 0.347 -91.4 3800 0.633 -170.5 3.53 63. 8 0.0983 7.9 0.332 -94.8 4000 0.635 -174.8 3.37 60. 5 0.0983 6.5 0.321 -98.2 4200 0.635 -179.1 3.22 57. 3 0.0977 5.7 0.310 -101.7 4400 0.637 176.9 3.08 54.1 0 .0976 4.4 0.301 -105.2 4600 0.639 173.3 2.95 51.1 0 .0971 3.9 0.292 -108.7 4800 0.640 169.8 2.83 48.1 0 .0974 2.6 0.284 -112.1 5000 0.644 166.4 2.71 45.2 0 .0963 2.5 0.278 -115.7 5200 0.646 163.0 2.61 42.3 0 .0963 1.8 0.273 -119.4 5400 0.648 160.0 2.51 39.5 0 .0964 1.1 0.269 -122.9 5600 0.651 157.0 2.42 36.7 0 .0956 0.8 0.264 -126.2 5800 0.652 154.1 2.34 33.9 0 .0957 0.1 0.262 -129.7 6000 0.655 151.3 2.26 31.2 0 .0958 -0.2 0.259 -133.5
HSG1002 rev.1.00, apr.12.2004, 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 0.928 -8.7 14.65 172.9 0 .0098 74.4 0.973 -6.2 200 0.916 -17.1 14.50 166.3 0 .0149 80.3 0.979 -11.4 300 0.897 -25.0 14.21 160.1 0 .0215 71.6 0.954 -16.8 400 0.882 -33.4 13.88 154.4 0 .0296 71.0 0.929 -22.1 500 0.861 -41.4 13.54 149.0 0 .0350 65.3 0.898 -27.1 600 0.840 -49.2 13.15 143.9 0 .0418 60.4 0.865 -31.6 700 0.820 -56.3 12.62 139.1 0 .0471 56.5 0.828 -36.2 800 0.798 -63.5 12.18 134.3 0 .0511 53.2 0.789 -40.3 900 0.779 -71.0 11.86 130.2 0 .0550 49.5 0.751 -44.0 1000 0.757 -77.5 11.38 125.8 0 .0587 46.8 0.715 -47.5 1100 0.736 -83.7 10.90 121.8 0 .0606 45.0 0.682 -50.8 1200 0.716 -90.2 10.51 117.9 0 .0642 41.7 0.649 -53.8 1300 0.699 -95.8 10.05 114.3 0 .0664 39.1 0.616 -56.8 1400 0.685 -101.4 9.62 111.1 0 .0679 38.5 0.588 -59.6 1500 0.670 -106.7 9.24 107.9 0 .0704 35.3 0.559 -62.3 1600 0.656 -112.0 8.87 104.8 0 .0719 33.7 0.533 -64.6 1700 0.645 -116.7 8.51 102.0 0 .0729 32.2 0.509 -67.1 1800 0.636 -121.3 8.16 99.3 0 .0742 30.7 0.486 -69.4 1900 0.627 -125.8 7.84 96.6 0 .0751 29.6 0.464 -71.7 2000 0.620 -130.1 7.54 94.2 0 .0760 28.4 0.445 -73.9 2200 0.609 -137.7 6.98 89.5 0 .0770 26.2 0.409 -78.2 2400 0.601 -145.0 6.49 85.1 0 .0781 24.1 0.376 -82.2 2600 0.595 -151.7 6.06 81.0 0 .0790 22.1 0.347 -86.4 2800 0.592 -157.8 5.67 77.2 0 .0804 21.5 0.324 -90.3 3000 0.589 -163.3 5.32 73.5 0 .0817 20.0 0.303 -94.3 3200 0.589 -168.5 5.00 70.0 0 .0816 19.1 0.285 -98.6 3400 0.589 -173.3 4.72 66.7 0 .0822 17.8 0.269 -102.7 3600 0.589 -177.7 4.46 63.6 0 .0822 16.9 0.254 -106.7 3800 0.590 178.4 4.23 60.6 0 .0832 16.9 0.244 -110.5 4000 0.593 174.5 4.02 57.6 0 .0840 16.2 0.235 -114.6 4200 0.597 170.8 3.83 54.7 0 .0851 15.6 0.228 -119.0 4400 0.600 167.5 3.65 51.8 0 .0858 15.4 0.221 -123.2 4600 0.604 164.3 3.49 49.1 0 .0868 14.7 0.216 -127.3 4800 0.606 161.2 3.35 46.4 0 .0876 14.2 0.212 -131.4 5000 0.609 158.3 3.21 43.7 0 .0889 13.7 0.208 -135.4 5200 0.613 155.3 3.08 41.1 0 .0900 13.6 0.206 -139.8 5400 0.616 152.7 2.97 38.5 0 .0910 13.1 0.204 -143.5 5600 0.620 150.0 2.86 35.9 0 .0915 12.8 0.203 -147.4 5800 0.622 147.4 2.76 33.4 0 .0926 12.0 0.203 -151.3 6000 0.625 144.9 2.66 30.9 0 .0941 11.9 0.202 -155.2
HSG1002 rev.1.00, apr.12.2004, 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 0.907 -10.4 19.70 171.6 0 .0062 24.1 0.970 -7.3 200 0.884 -20.6 19.37 163.9 0 .0158 79.8 0.965 -14.1 300 0.861 -30.2 18.82 156.8 0 .0208 72.4 0.937 -20.6 400 0.837 -40.1 18.20 150.3 0 .0290 68.5 0.900 -26.8 500 0.813 -49.5 17.54 144.3 0 .0330 63.3 0.857 -32.6 600 0.786 -58.4 16.82 138.6 0 .0389 57.9 0.812 -37.8 700 0.761 -66.5 15.96 133.4 0 .0433 52.7 0.766 -42.9 800 0.735 -74.5 15.22 128.4 0 .0465 49.6 0.720 -47.2 900 0.712 -82.5 14.57 123.9 0 .0491 47.0 0.678 -51.0 1000 0.690 -89.5 13.82 119.6 0 .0518 44.3 0.638 -54.8 1100 0.671 -96.1 13.10 115.7 0 .0540 41.4 0.601 -58.3 1200 0.651 -102.7 12.47 111.8 0 .0559 40.5 0.565 -61.4 1300 0.635 -108.4 11.82 108.4 0 .0572 38.4 0.534 -64.4 1400 0.623 -113.8 11.22 105.3 0 .0595 36.6 0.505 -67.2 1500 0.610 -119.3 10.69 102.3 0 .0608 35.5 0.477 -70.0 1600 0.600 -124.2 10.18 99.5 0 .0616 34.3 0.452 -72.4 1700 0.592 -128.9 9.71 96.9 0 .0633 32.4 0.428 -75.0 1800 0.584 -133.2 9.27 94.3 0 .0634 31.9 0.407 -77.3 1900 0.578 -137.4 8.86 91.9 0 .0650 31.1 0.387 -79.7 2000 0.574 -141.4 8.49 89.7 0 .0655 30.8 0.369 -81.9 2200 0.567 -148.6 7.80 85.4 0 .0671 28.7 0.337 -86.6 2400 0.562 -155.3 7.22 81.3 0 .0683 27.8 0.309 -91.2 2600 0.561 -161.3 6.70 77.6 0 .0695 26.2 0.283 -95.9 2800 0.560 -166.8 6.25 74.1 0 .0709 26.0 0.264 -100.4 3000 0.561 -171.7 5.84 70.7 0 .0733 25.9 0.247 -104.9 3200 0.563 -176.4 5.48 67.5 0 .0734 25.0 0.232 -109.8 3400 0.566 179.2 5.16 64.4 0 .0744 24.2 0.220 -114.8 3600 0.566 175.3 4.87 61.5 0 .0752 23.6 0.209 -119.5 3800 0.569 171.7 4.61 58.8 0 .0772 23.7 0.201 -123.9 4000 0.574 168.3 4.38 56.0 0 .0790 23.3 0.196 -128.7 4200 0.578 165.0 4.17 53.2 0 .0802 22.8 0.191 -133.7 4400 0.582 162.0 3.98 50.6 0 .0817 22.2 0.189 -138.5 4600 0.587 159.1 3.80 48.0 0 .0836 22.2 0.186 -142.8 4800 0.589 156.3 3.64 45.4 0 .0847 21.7 0.184 -147.4 5000 0.594 153.6 3.49 42.9 0 .0870 21.3 0.184 -151.4 5200 0.598 150.9 3.35 40.4 0 .0886 20.8 0.183 -156.1 5400 0.602 148.4 3.22 37.9 0 .0911 20.2 0.184 -160.0 5600 0.605 146.1 3.10 35.5 0 .0920 19.9 0.184 -163.9 5800 0.609 143.6 2.99 33.0 0 .0941 19.0 0.186 -167.9 6000 0.612 141.2 2.89 30.6 0 .0958 18.8 0.187 -171.7
HSG1002 rev.1.00, apr.12.2004, 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 0.862 -13.3 26.51 169.9 0 .0078 97.9 0.942 -10.0 200 0.841 -26.0 25.84 160.8 0 .0125 66.3 0.950 -17.6 300 0.811 -37.8 24.78 152.5 0 .0211 63.1 0.904 -25.5 400 0.779 -49.3 23.61 145.1 0 .0253 62.7 0.849 -32.8 500 0.747 -60.2 22.36 138.3 0 .0312 57.4 0.796 -39.4 600 0.716 -70.5 21.06 132.2 0 .0348 54.7 0.740 -45.1 700 0.688 -79.6 19.67 126.7 0 .0386 50.2 0.685 -50.4 800 0.661 -88.2 18.45 121.6 0 .0402 47.3 0.635 -55.0 900 0.638 -96.5 17.34 117.1 0 .0431 43.8 0.590 -59.1 1000 0.619 -103.7 16.22 112.9 0 .0445 44.0 0.548 -62.8 1100 0.602 -110.2 15.20 109.2 0 .0468 41.1 0.511 -66.4 1200 0.586 -116.8 14.30 105.7 0 .0473 39.9 0.477 -69.5 1300 0.574 -122.2 13.44 102.6 0 .0496 38.6 0.446 -72.5 1400 0.565 -127.5 12.67 99.7 0 .0510 37.6 0.420 -75.4 1500 0.556 -132.6 11.98 97.0 0 .0516 37.2 0.394 -78.3 1600 0.550 -137.1 11.35 94.4 0 .0531 36.0 0.371 -80.7 1700 0.545 -141.4 10.77 92.0 0 .0534 35.5 0.351 -83.6 1800 0.541 -145.5 10.24 89.7 0 .0542 35.2 0.332 -86.0 1900 0.538 -149.2 9.75 87.5 0 .0558 34.8 0.315 -88.5 2000 0.536 -152.8 9.30 85.5 0 .0571 34.5 0.299 -91.2 2200 0.534 -159.3 8.52 81.6 0 .0587 33.1 0.272 -96.2 2400 0.534 -165.1 7.84 78.0 0 .0605 33.0 0.250 -101.4 2600 0.534 -170.4 7.26 74.6 0 .0621 32.6 0.230 -106.8 2800 0.537 -175.3 6.75 71.4 0 .0638 32.9 0.215 -112.2 3000 0.540 -179.7 6.30 68.3 0 .0655 31.3 0.202 -117.6 3200 0.545 176.1 5.90 65.3 0 .0681 31.5 0.192 -123.6 3400 0.547 172.4 5.55 62.4 0 .0691 31.1 0.184 -129.2 3600 0.550 168.7 5.23 59.7 0 .0710 31.1 0.177 -134.8 3800 0.554 165.6 4.95 57.2 0 .0737 31.0 0.173 -139.9 4000 0.559 162.6 4.70 54.5 0 .0759 30.5 0.171 -145.0 4200 0.564 159.7 4.47 52.0 0 .0785 29.8 0.170 -150.1 4400 0.569 157.0 4.26 49.4 0 .0804 29.6 0.171 -155.1 4600 0.574 154.4 4.07 47.0 0 .0820 28.7 0.171 -159.4 4800 0.577 151.8 3.89 44.6 0 .0846 27.9 0.172 -163.8 5000 0.582 149.3 3.73 42.2 0 .0871 27.3 0.174 -168.3 5200 0.587 146.9 3.58 39.8 0 .0898 26.5 0.177 -172.4 5400 0.590 144.6 3.44 37.4 0 .0912 26.2 0.179 -176.3 5600 0.594 142.4 3.31 35.1 0 .0931 25.6 0.180 -179.9 5800 0.598 140.1 3.19 32.7 0 .0953 24.5 0.184 176.5 6000 0.601 138.0 3.08 30.4 0 .0983 23.6 0.186 173.0
HSG1002 rev.1.00, apr.12.2004, 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 0.732 -21.9 40.28 165.4 0 .0064 92.0 0.903 -14.9 200 0.701 -41.8 39.50 152.8 0 .0140 69.2 0.886 -26.1 300 0.665 -59.5 37.24 141.9 0 .0178 55.6 0.800 -36.9 400 0.633 -74.7 34.34 132.9 0 .0226 59.5 0.716 -45.7 500 0.598 -88.3 31.10 125.2 0 .0249 54.9 0.639 -53.2 600 0.573 -99.8 28.12 119.0 0 .0263 49.6 0.571 -59.2 700 0.551 -109.5 25.40 113.8 0 .0288 45.9 0.513 -64.4 800 0.536 -118.0 23.11 109.2 0 .0297 45.7 0.464 -69.1 900 0.523 -125.4 21.14 105.3 0 .0313 45.3 0.420 -72.9 1000 0.514 -131.9 19.38 101.9 0 .0335 45.8 0.384 -76.6 1100 0.508 -137.6 17.88 98.8 0 .0342 43.5 0.354 -80.1 1200 0.502 -143.0 16.58 96.0 0 .0346 44.5 0.326 -83.1 1300 0.497 -147.5 15.42 93.5 0 .0368 43.5 0.303 -86.4 1400 0.496 -151.7 14.41 91.1 0 .0382 43.9 0.283 -89.5 1500 0.494 -155.7 13.53 88.9 0 .0395 44.2 0.265 -92.5 1600 0.493 -159.3 12.73 86.8 0 .0412 45.1 0.248 -95.5 1700 0.494 -162.5 12.01 84.9 0 .0428 44.9 0.234 -98.9 1800 0.494 -165.6 11.37 83.0 0 .0431 44.2 0.221 -101.7 1900 0.495 -168.5 10.79 81.2 0 .0447 44.6 0.210 -105.0 2000 0.496 -171.2 10.26 79.5 0 .0462 45.3 0.200 -108.2 2200 0.500 -176.1 9.34 76.3 0 .0486 45.2 0.184 -114.7 2400 0.504 179.5 8.56 73.2 0 .0511 44.5 0.172 -121.6 2600 0.509 175.5 7.90 70.2 0 .0539 44.5 0.162 -128.6 2800 0.515 171.7 7.33 67.5 0 .0566 44.9 0.156 -135.3 3000 0.520 168.3 6.83 64.8 0 .0602 43.5 0.152 -142.4 3200 0.526 165.1 6.39 62.1 0 .0627 43.2 0.151 -148.9 3400 0.532 162.0 6.00 59.5 0 .0648 42.4 0.150 -155.1 3600 0.536 159.1 5.65 57.1 0 .0680 41.7 0.149 -161.2 3800 0.540 156.7 5.34 54.8 0 .0706 41.5 0.151 -165.5 4000 0.546 154.4 5.07 52.4 0 .0737 40.7 0.155 -170.5 4200 0.552 152.0 4.81 50.1 0 .0770 39.9 0.160 -174.9 4400 0.558 149.6 4.59 47.8 0 .0800 39.0 0.163 -178.9 4600 0.564 147.5 4.38 45.5 0 .0822 38.5 0.168 176.9 4800 0.566 145.3 4.19 43.3 0 .0861 37.5 0.172 173.4 5000 0.572 143.1 4.02 41.0 0 .0877 36.4 0.176 169.9 5200 0.577 141.0 3.85 38.8 0 .0908 35.2 0.182 166.5 5400 0.580 139.1 3.70 36.5 0 .0936 34.1 0.186 163.5 5600 0.585 137.1 3.57 34.4 0 .0961 33.1 0.191 160.6 5800 0.588 135.1 3.44 32.1 0 .0992 32.1 0.195 157.6 6000 0.592 133.1 3.32 29.9 0 .1022 31.0 0.199 154.8
HSG1002 rev.1.00, apr.12.2004, 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 0.589 -31.0 45.47 162.6 0 .0154 91.0 0.816 -19.0 200 0.583 -58.7 43.68 147.4 0 .0106 71.5 0.808 -32.4 300 0.561 -80.2 40.21 135.0 0 .0161 57.9 0.700 -44.0 400 0.545 -97.1 36.32 125.4 0 .0183 55.2 0.603 -53.0 500 0.531 -111.0 32.19 117.8 0 .0201 50.7 0.527 -60.4 600 0.518 -121.5 28.79 112.0 0 .0225 46.6 0.461 -66.2 700 0.509 -130.1 25.74 107.3 0 .0246 48.0 0.407 -71.2 800 0.502 -137.2 23.30 103.3 0 .0260 47.9 0.365 -75.4 900 0.496 -143.2 21.26 99.8 0 .0260 48.0 0.327 -79.4 1000 0.495 -148.6 19.37 96.9 0 .0279 48.0 0.298 -82.8 1100 0.493 -153.3 17.82 94.1 0 .0297 48.3 0.274 -86.0 1200 0.491 -157.4 16.48 91.7 0 .0307 48.5 0.252 -89.5 1300 0.490 -161.0 15.31 89.5 0 .0326 49.5 0.234 -92.8 1400 0.492 -164.5 14.28 87.4 0 .0337 50.5 0.218 -96.2 1500 0.492 -167.7 13.39 85.4 0 .0349 50.7 0.204 -99.6 1600 0.493 -170.5 12.58 83.6 0 .0370 50.3 0.191 -102.5 1700 0.495 -173.2 11.85 81.8 0 .0388 50.6 0.181 -106.1 1800 0.497 -175.7 11.21 80.1 0 .0400 50.2 0.172 -109.5 1900 0.499 -178.0 10.64 78.4 0 .0413 50.4 0.164 -113.4 2000 0.502 179.8 10.11 76.9 0 .0428 49.8 0.157 -116.8 2200 0.506 175.9 9.19 73.9 0 .0459 50.6 0.147 -124.4 2400 0.512 172.0 8.42 71.0 0 .0496 50.4 0.140 -132.1 2600 0.519 168.7 7.77 68.3 0 .0524 50.1 0.135 -139.8 2800 0.525 165.5 7.21 65.6 0 .0553 49.1 0.134 -147.3 3000 0.530 162.7 6.71 63.1 0 .0580 49.2 0.132 -153.8 3200 0.536 159.8 6.28 60.5 0 .0614 48.8 0.136 -160.4 3400 0.542 157.1 5.89 58.1 0 .0640 47.6 0.138 -166.3 3600 0.546 154.7 5.54 55.8 0 .0668 46.2 0.141 -171.7 3800 0.550 152.4 5.24 53.5 0 .0700 46.8 0.145 -176.1 4000 0.557 150.2 4.98 51.2 0 .0743 44.5 0.150 179.9 4200 0.562 148.1 4.73 48.9 0 .0769 44.1 0.157 176.0 4400 0.568 146.0 4.51 46.7 0 .0797 42.9 0.161 172.3 4600 0.573 144.1 4.30 44.5 0 .0831 41.9 0.166 169.1 4800 0.577 142.1 4.11 42.3 0 .0855 40.5 0.171 165.8 5000 0.582 140.0 3.94 40.1 0 .0886 40.1 0.177 162.8 5200 0.588 138.1 3.78 37.9 0 .0917 38.6 0.183 160.0 5400 0.591 136.2 3.64 35.7 0 .0945 37.0 0.188 157.0 5600 0.595 134.4 3.50 33.5 0 .0973 36.0 0.193 154.6 5800 0.598 132.5 3.38 31.4 0 .1006 34.7 0.198 151.8 6000 0.602 130.6 3.26 29.2 0 .1031 33.5 0.203 149.3
HSG1002 rev.1.00, apr.12.2004, 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 0.982 -4.2 3.19 176.2 0 .0056 113.6 0.988 -2.4 200 0.982 -8.6 3.20 172.3 0 .0134 79.0 0.997 -4.8 300 0.977 -12.5 3.19 168.7 0 .0191 79.4 0.991 -7.1 400 0.976 -17.0 3.18 165.5 0 .0272 80.4 0.984 -9.4 500 0.973 -21.2 3.19 162.2 0 .0334 75.6 0.977 -11.7 600 0.967 -25.5 3.17 159.1 0 .0399 73.2 0.968 -13.8 700 0.961 -29.7 3.13 155.7 0 .0473 69.4 0.958 -16.1 800 0.956 -33.8 3.10 152.4 0 .0539 66.9 0.948 -18.2 900 0.951 -38.2 3.12 150.1 0 .0582 63.3 0.936 -20.3 1000 0.944 -42.5 3.09 146.3 0 .0655 61.3 0.924 -22.3 1100 0.936 -46.6 3.07 143.2 0 .0707 58.2 0.913 -24.3 1200 0.927 -50.9 3.06 139.6 0 .0758 55.6 0.898 -26.4 1300 0.918 -55.0 3.01 136.6 0 .0812 53.4 0.885 -28.3 1400 0.912 -59.1 2.97 133.7 0 .0866 50.8 0.873 -30.2 1500 0.902 -63.3 2.95 130.7 0 .0905 48.3 0.859 -32.2 1600 0.892 -67.5 2.93 127.6 0 .0950 45.7 0.845 -33.9 1700 0.884 -71.5 2.89 124.7 0 .0990 42.7 0.831 -35.8 1800 0.875 -75.5 2.84 121.7 0 .1030 40.7 0.817 -37.5 1900 0.866 -79.5 2.80 118.9 0 .1060 38.3 0.803 -39.3 2000 0.858 -83.7 2.76 116.2 0 .1089 35.6 0.789 -41.1 2200 0.842 -91.3 2.67 110.6 0 .1148 31.4 0.763 -44.5 2400 0.828 -99.0 2.59 105.2 0 .1191 27.1 0.736 -47.9 2600 0.813 -106.4 2.50 100.1 0 .1233 22.8 0.709 -51.0 2800 0.802 -113.6 2.42 95.1 0 .1258 18.9 0.686 -54.2 3000 0.788 -120.5 2.34 90.1 0 .1277 15.2 0.663 -57.2 3200 0.779 -127.0 2.25 85.5 0 .1284 11.6 0.643 -60.4 3400 0.770 -133.3 2.16 80. 9 0.1292 8.2 0.623 -63.4 3600 0.762 -139.2 2.08 76. 6 0.1284 4.7 0.604 -66.3 3800 0.757 -144.8 2.00 72. 5 0.1267 2.2 0.588 -69.3 4000 0.754 -150.3 1.93 68.4 0 .1264 -0.3 0.574 -72.2 4200 0.750 -155.5 1.87 64.5 0 .1251 -2.7 0.561 -75.2 4400 0.748 -160.4 1.80 60.6 0 .1232 -5.4 0.549 -78.1 4600 0.746 -165.1 1.74 56.9 0 .1209 -7.7 0.538 -81.1 4800 0.745 -169.6 1.68 53.3 0 .1196 -9.7 0.529 -84.0 5000 0.744 -173.9 1.62 49.7 0 .1169 -11.7 0.520 -87.1 5200 0.743 -178.1 1.57 46.3 0 .1143 -13.6 0.511 -90.0 5400 0.744 178.1 1.51 43.0 0 .1119 -15.0 0.505 -93.1 5600 0.744 174.4 1.47 39.7 0 .1093 -16.6 0.498 -96.1 5800 0.744 170.7 1.42 36.4 0 .1067 -18.1 0.493 -99.2 6000 0.744 167.2 1.38 33.3 0 .1031 -19.0 0.487 -102.3
HSG1002 rev.1.00, apr.12.2004, 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 0.950 -6.1 9.18 174.7 0 .0151 97.3 0.975 -4.2 200 0.949 -12.5 9.14 169.5 0 .0138 90.5 0.991 -7.6 300 0.940 -18.2 9.05 164.7 0 .0207 81.6 0.978 -11.2 400 0.930 -24.7 8.96 160.1 0 .0268 76.8 0.963 -14.7 500 0.920 -30.8 8.86 155.7 0 .0333 70.7 0.948 -18.3 600 0.908 -36.9 8.73 151.5 0 .0391 67.3 0.929 -21.5 700 0.895 -42.5 8.50 147.3 0 .0442 62.5 0.907 -24.8 800 0.879 -48.3 8.32 143.3 0 .0493 59.7 0.883 -28.0 900 0.867 -54.4 8.26 139.9 0 .0531 56.9 0.858 -30.8 1000 0.850 -59.9 8.05 135.7 0 .0581 53.2 0.833 -33.6 1100 0.833 -65.3 7.85 132.0 0 .0618 51.1 0.809 -36.3 1200 0.815 -71.0 7.71 128.0 0 .0656 47.1 0.783 -38.8 1300 0.799 -76.1 7.47 124.6 0 .0676 44.7 0.758 -41.3 1400 0.785 -81.1 7.25 121.4 0 .0714 43.1 0.734 -43.6 1500 0.770 -86.3 7.07 118.1 0 .0740 39.8 0.710 -45.9 1600 0.755 -91.3 6.89 114.9 0 .0759 38.5 0.687 -47.9 1700 0.742 -96.0 6.69 111.8 0 .0787 36.1 0.665 -50.0 1800 0.730 -100.5 6.48 108.9 0 .0800 34.1 0.643 -52.0 1900 0.718 -105.0 6.30 106.1 0 .0817 32.3 0.622 -53.9 2000 0.708 -109.6 6.11 103.4 0 .0832 30.2 0.601 -55.7 2200 0.690 -117.6 5.75 98.2 0 .0848 27.1 0.566 -59.3 2400 0.675 -125.5 5.43 93.2 0 .0863 24.2 0.531 -62.5 2600 0.663 -132.8 5.12 88.7 0 .0879 20.9 0.499 -65.9 2800 0.653 -139.6 4.84 84.3 0 .0884 19.4 0.472 -68.8 3000 0.645 -146.1 4.58 80.1 0 .0897 17.0 0.448 -71.7 3200 0.640 -152.0 4.33 76.2 0 .0885 14.9 0.425 -74.8 3400 0.635 -157.6 4.11 72.4 0 .0888 13.1 0.406 -77.7 3600 0.632 -162.9 3.90 68.8 0 .0888 11.5 0.387 -80.5 3800 0.630 -167.5 3.72 65.5 0 .0873 10.3 0.372 -83.5 4000 0.631 -172.0 3.55 62. 1 0.0886 9.6 0.359 -86.6 4200 0.632 -176.4 3.39 58. 8 0.0877 8.9 0.347 -89.5 4400 0.633 179.6 3.25 55.6 0 .0880 8.0 0.337 -92.5 4600 0.634 175.8 3.11 52.6 0 .0866 6.9 0.328 -95.6 4800 0.635 172.2 2.98 49.6 0 .0866 6.6 0.319 -98.8 5000 0.638 168.7 2.87 46.6 0 .0868 6.3 0.312 -101.7 5200 0.641 165.3 2.76 43.7 0 .0863 5.8 0.305 -104.9 5400 0.643 162.2 2.66 40.9 0 .0865 5.2 0.300 -108.1 5600 0.645 159.2 2.56 38.1 0 .0866 5.0 0.294 -111.3 5800 0.647 156.2 2.47 35.3 0 .0862 4.5 0.290 -114.4 6000 0.649 153.3 2.39 32.6 0 .0859 4.5 0.286 -117.7
HSG1002 rev.1.00, apr.12.2004, 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 0.933 -8.1 14.69 173.2 0 .0057 127.0 0.977 -5.6 200 0.920 -15.9 14.57 167.0 0 .0148 82.2 0.984 -10.0 300 0.903 -23.4 14.31 161.1 0 .0221 76.2 0.964 -14.7 400 0.890 -31.4 14.02 155.6 0 .0247 73.7 0.938 -19.2 500 0.870 -39.0 13.70 150.4 0 .0311 68.3 0.914 -23.7 600 0.850 -46.5 13.35 145.4 0 .0358 63.3 0.883 -27.7 700 0.830 -53.3 12.85 140.7 0 .0409 59.3 0.850 -31.8 800 0.809 -60.2 12.44 136.1 0 .0445 54.8 0.815 -35.4 900 0.789 -67.3 12.13 132.0 0 .0471 52.3 0.780 -38.6 1000 0.767 -73.7 11.68 127.7 0 .0511 48.5 0.747 -41.8 1100 0.747 -79.8 11.23 123.7 0 .0537 46.2 0.715 -44.7 1200 0.725 -86.1 10.85 119.7 0 .0565 43.8 0.684 -47.4 1300 0.707 -91.6 10.40 116.2 0 .0581 41.3 0.653 -49.9 1400 0.691 -97.0 9.97 113.0 0 .0609 40.0 0.625 -52.3 1500 0.676 -102.4 9.60 109.8 0 .0614 38.0 0.598 -54.6 1600 0.662 -107.6 9.23 106.7 0 .0639 36.0 0.572 -56.6 1700 0.650 -112.3 8.87 103.8 0 .0657 34.0 0.548 -58.7 1800 0.639 -116.9 8.52 101.1 0 .0667 33.2 0.525 -60.6 1900 0.628 -121.5 8.20 98.4 0 .0666 31.3 0.504 -62.5 2000 0.621 -125.8 7.89 95.9 0 .0682 30.4 0.484 -64.3 2200 0.607 -133.5 7.32 91.2 0 .0693 28.2 0.449 -67.7 2400 0.597 -141.0 6.83 86.7 0 .0701 26.7 0.415 -70.9 2600 0.590 -147.8 6.38 82.6 0 .0716 24.4 0.387 -74.2 2800 0.585 -154.0 5.98 78.8 0 .0721 23.4 0.362 -77.2 3000 0.581 -159.7 5.61 75.1 0 .0725 22.0 0.339 -80.4 3200 0.581 -165.1 5.29 71.5 0 .0743 21.7 0.320 -83.6 3400 0.580 -170.0 4.99 68.2 0 .0744 20.1 0.303 -86.9 3600 0.579 -174.6 4.72 65.0 0 .0752 20.0 0.286 -90.0 3800 0.580 -178.6 4.48 62.0 0 .0749 19.2 0.275 -93.0 4000 0.583 177.4 4.26 59.0 0 .0763 19.3 0.264 -96.5 4200 0.587 173.7 4.06 56.0 0 .0770 18.7 0.255 -99.9 4400 0.589 170.1 3.88 53.1 0 .0782 18.8 0.246 -103.4 4600 0.593 166.9 3.71 50.4 0 .0791 18.6 0.239 -106.8 4800 0.595 163.6 3.56 47.7 0 .0804 17.8 0.232 -110.2 5000 0.598 160.6 3.41 45.0 0 .0804 17.6 0.227 -113.7 5200 0.603 157.6 3.28 42.3 0 .0814 17.2 0.221 -117.6 5400 0.606 154.9 3.16 39.7 0 .0827 16.8 0.219 -121.0 5600 0.609 152.2 3.04 37.1 0 .0838 17.0 0.215 -124.7 5800 0.611 149.5 2.93 34.5 0 .0855 16.1 0.212 -128.3 6000 0.615 146.9 2.83 32.0 0 .0863 16.4 0.210 -132.1
HSG1002 rev.1.00, apr.12.2004, 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 0.905 -9.6 19.82 172.0 0 .0091 100.4 0.962 -7.2 200 0.893 -19.2 19.52 164.8 0 .0131 83.9 0.975 -12.2 300 0.868 -28.3 19.02 158.0 0 .0184 70.1 0.947 -17.9 400 0.848 -37.4 18.44 151.7 0 .0232 69.6 0.913 -23.2 500 0.822 -46.3 17.84 145.9 0 .0295 63.5 0.877 -28.4 600 0.797 -54.9 17.17 140.3 0 .0337 58.9 0.836 -32.9 700 0.772 -62.6 16.35 135.2 0 .0379 55.5 0.794 -37.3 800 0.747 -70.3 15.65 130.3 0 .0414 52.0 0.752 -41.2 900 0.724 -78.1 15.03 125.9 0 .0436 49.2 0.712 -44.6 1000 0.700 -84.9 14.31 121.5 0 .0463 46.2 0.673 -47.8 1100 0.679 -91.4 13.59 117.6 0 .0477 44.6 0.638 -50.7 1200 0.657 -97.9 12.98 113.7 0 .0495 42.6 0.604 -53.4 1300 0.639 -103.7 12.33 110.3 0 .0520 40.1 0.573 -55.9 1400 0.626 -109.0 11.73 107.2 0 .0530 39.1 0.544 -58.3 1500 0.612 -114.4 11.19 104.2 0 .0549 37.4 0.516 -60.6 1600 0.600 -119.4 10.68 101.3 0 .0557 36.5 0.491 -62.4 1700 0.590 -124.1 10.20 98.6 0 .0568 35.4 0.468 -64.5 1800 0.582 -128.6 9.75 96.0 0 .0576 34.1 0.446 -66.3 1900 0.574 -132.8 9.33 93.6 0 .0582 33.3 0.426 -68.3 2000 0.568 -137.0 8.94 91.3 0 .0591 31.7 0.407 -69.9 2200 0.559 -144.2 8.24 86.9 0 .0609 30.5 0.374 -73.4 2400 0.554 -151.2 7.63 82.9 0 .0617 29.9 0.344 -76.7 2600 0.550 -157.4 7.10 79.1 0 .0630 29.1 0.318 -80.2 2800 0.549 -163.1 6.63 75.6 0 .0636 28.6 0.296 -83.4 3000 0.549 -168.3 6.20 72.1 0 .0654 27.4 0.277 -86.5 3200 0.550 -173.1 5.82 68.9 0 .0675 27.3 0.260 -90.4 3400 0.551 -177.6 5.49 65.8 0 .0671 26.9 0.245 -93.9 3600 0.552 178.2 5.18 62.8 0 .0684 26.2 0.231 -97.4 3800 0.555 174.6 4.91 60.0 0 .0700 26.8 0.220 -100.9 4000 0.559 171.1 4.66 57.2 0 .0719 26.4 0.212 -104.9 4200 0.563 167.7 4.44 54.5 0 .0736 26.1 0.205 -108.8 4400 0.568 164.5 4.24 51.8 0 .0745 25.6 0.199 -112.8 4600 0.572 161.6 4.05 49.2 0 .0763 25.0 0.192 -116.7 4800 0.575 158.7 3.88 46.6 0 .0782 24.9 0.188 -120.7 5000 0.580 155.9 3.72 44.0 0 .0789 24.4 0.184 -124.7 5200 0.584 153.1 3.58 41.5 0 .0808 24.1 0.181 -128.9 5400 0.587 150.6 3.44 39.0 0 .0834 23.7 0.178 -133.1 5600 0.591 148.1 3.31 36.6 0 .0844 23.3 0.177 -136.7 5800 0.594 145.6 3.20 34.1 0 .0862 22.6 0.176 -140.8 6000 0.597 143.3 3.09 31.7 0 .0886 22.5 0.175 -144.9
HSG1002 rev.1.00, apr.12.2004, 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 0.869 -11.9 26.85 170.5 0 .0102 80.4 0.950 -8.4 200 0.849 -23.7 26.20 161.9 0 .0141 72.6 0.960 -15.1 300 0.822 -34.8 25.19 153.9 0 .0185 66.0 0.918 -22.0 400 0.792 -45.7 24.09 146.8 0 .0242 66.8 0.874 -28.3 500 0.759 -56.1 22.92 140.2 0 .0282 60.1 0.822 -34.1 600 0.728 -65.9 21.68 134.2 0 .0305 54.9 0.772 -39.1 700 0.700 -74.6 20.34 128.8 0 .0340 52.8 0.721 -43.7 800 0.672 -83.0 19.15 123.6 0 .0363 49.6 0.672 -47.7 900 0.647 -91.3 18.06 119.2 0 .0379 46.5 0.627 -51.1 1000 0.623 -98.3 16.96 114.9 0 .0407 45.0 0.588 -54.2 1100 0.605 -104.9 15.93 111.2 0 .0415 43.6 0.550 -57.1 1200 0.587 -111.3 15.02 107.6 0 .0430 43.1 0.516 -59.6 1300 0.573 -116.9 14.14 104.4 0 .0446 41.0 0.485 -61.9 1400 0.562 -122.2 13.35 101.4 0 .0455 40.0 0.458 -64.3 1500 0.552 -127.4 12.65 98.7 0 .0471 39.6 0.432 -66.4 1600 0.543 -132.1 11.99 96.1 0 .0478 38.4 0.408 -68.2 1700 0.535 -136.5 11.39 93.6 0 .0492 37.6 0.387 -70.2 1800 0.531 -140.7 10.84 91.3 0 .0491 37.2 0.368 -72.0 1900 0.528 -144.6 10.33 89.1 0 .0502 35.8 0.349 -73.8 2000 0.523 -148.3 9.87 87.0 0 .0515 36.0 0.333 -75.7 2200 0.519 -155.0 9.04 83.1 0 .0532 35.4 0.304 -79.1 2400 0.518 -161.2 8.34 79.3 0 .0551 35.5 0.279 -82.8 2600 0.519 -166.7 7.72 75.9 0 .0568 34.5 0.256 -86.7 2800 0.520 -171.7 7.19 72.7 0 .0581 33.6 0.237 -90.1 3000 0.522 -176.5 6.71 69.5 0 .0603 34.0 0.221 -94.0 3200 0.526 179.3 6.30 66.5 0 .0618 33.5 0.207 -98.3 3400 0.529 175.3 5.92 63.6 0 .0633 34.2 0.195 -102.4 3600 0.532 171.6 5.58 60.9 0 .0648 33.2 0.183 -106.8 3800 0.535 168.3 5.28 58.3 0 .0667 34.0 0.175 -110.7 4000 0.540 165.2 5.02 55.7 0 .0699 33.5 0.170 -115.4 4200 0.545 162.2 4.78 53.1 0 .0715 32.7 0.164 -120.1 4400 0.550 159.4 4.56 50.5 0 .0734 32.6 0.162 -124.7 4600 0.556 156.7 4.35 48.1 0 .0754 31.7 0.158 -129.3 4800 0.558 154.1 4.17 45.7 0 .0780 31.2 0.155 -133.6 5000 0.563 151.5 4.00 43.2 0 .0795 30.8 0.154 -138.4 5200 0.568 149.1 3.84 40.8 0 .0823 30.7 0.153 -142.9 5400 0.572 146.7 3.69 38.4 0 .0848 29.2 0.153 -147.3 5600 0.576 144.4 3.56 36.1 0 .0861 28.3 0.152 -151.6 5800 0.580 142.1 3.43 33.7 0 .0888 28.1 0.153 -155.8 6000 0.583 139.9 3.31 31.4 0 .0905 27.3 0.154 -160.0
HSG1002 rev.1.00, apr.12.2004, 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 0.768 -18.6 45.55 166.4 0 .0041 105.6 0.926 -12.8 200 0.735 -36.6 43.17 154.5 0 .0113 71.2 0.911 -22.4 300 0.689 -52.9 39.88 144.1 0 .0145 65.3 0.836 -31.5 400 0.650 -67.6 36.45 135.3 0 .0195 66.0 0.755 -39.1 500 0.610 -80.7 33.08 127.7 0 .0226 54.9 0.683 -45.7 600 0.578 -92.1 29.94 121.3 0 .0238 51.4 0.615 -50.8 700 0.553 -101.8 27.13 116.0 0 .0272 49.9 0.555 -55.1 800 0.532 -110.6 24.71 111.3 0 .0281 48.0 0.506 -58.7 900 0.517 -118.4 22.61 107.3 0 .0292 45.7 0.462 -62.0 1000 0.503 -125.1 20.78 103.8 0 .0307 47.5 0.425 -64.5 1100 0.493 -131.1 19.19 100.6 0 .0313 47.0 0.393 -66.9 1200 0.486 -136.9 17.81 97.7 0 .0323 45.1 0.364 -69.2 1300 0.480 -141.6 16.58 95.1 0 .0340 46.3 0.339 -71.5 1400 0.476 -146.1 15.51 92.7 0 .0353 47.3 0.317 -73.5 1500 0.474 -150.4 14.56 90.4 0 .0367 46.0 0.297 -75.3 1600 0.472 -154.1 13.70 88.3 0 .0373 47.1 0.280 -77.1 1700 0.470 -157.7 12.94 86.3 0 .0390 46.2 0.262 -79.2 1800 0.471 -161.0 12.26 84.4 0 .0399 45.7 0.248 -81.1 1900 0.471 -164.1 11.63 82.5 0 .0410 46.4 0.235 -83.1 2000 0.472 -166.9 11.07 80.8 0 .0426 46.4 0.222 -85.0 2200 0.474 -172.2 10.08 77.5 0 .0449 47.0 0.201 -89.3 2400 0.478 -176.9 9.25 74.4 0 .0475 46.8 0.184 -93.9 2600 0.482 178.8 8.54 71.4 0 .0498 46.4 0.170 -98.5 2800 0.488 174.8 7.93 68.6 0 .0526 45.7 0.157 -103.9 3000 0.493 171.2 7.39 65.9 0 .0554 46.2 0.146 -108.8 3200 0.498 167.9 6.92 63.2 0 .0584 45.3 0.138 -115.5 3400 0.504 164.6 6.50 60.6 0 .0605 44.6 0.132 -121.3 3600 0.508 161.6 6.12 58.2 0 .0631 45.2 0.125 -127.0 3800 0.513 159.1 5.79 55.9 0 .0661 44.1 0.123 -132.4 4000 0.519 156.6 5.50 53.5 0 .0685 43.7 0.122 -138.1 4200 0.525 154.2 5.22 51.2 0 .0714 42.6 0.122 -144.3 4400 0.530 151.8 4.98 48.8 0 .0744 41.6 0.124 -149.7 4600 0.536 149.6 4.76 46.6 0 .0764 40.8 0.125 -154.5 4800 0.541 147.4 4.55 44.3 0 .0792 39.9 0.126 -159.7 5000 0.546 145.2 4.36 42.0 0 .0825 39.3 0.128 -164.4 5200 0.551 143.0 4.19 39.8 0 .0853 38.4 0.131 -169.1 5400 0.555 141.0 4.03 37.6 0 .0878 37.0 0.135 -173.6 5600 0.560 139.0 3.88 35.4 0 .0907 36.0 0.138 -177.1 5800 0.564 137.0 3.74 33.2 0 .0926 34.8 0.141 178.9 6000 0.567 135.0 3.61 30.9 0 .0956 33.7 0.144 175.2
HSG1002 rev.1.00, apr.12.2004, 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 0.674 -24.0 57.42 163.6 0 .0107 49.1 0.869 -13.2 200 0.634 -47.8 53.46 149.4 0 .0099 78.2 0.863 -27.1 300 0.592 -67.1 47.90 137.6 0 .0137 59.5 0.763 -37.3 400 0.558 -83.9 42.40 128.3 0 .0178 56.0 0.669 -45.4 500 0.528 -97.6 37.38 120.8 0 .0181 54.4 0.591 -51.4 600 0.504 -109.2 33.08 114.8 0 .0207 52.0 0.522 -56.1 700 0.488 -118.5 29.49 109.9 0 .0228 50.5 0.466 -59.9 800 0.477 -126.6 26.51 105.7 0 .0238 48.9 0.421 -63.2 900 0.468 -133.6 24.01 102.1 0 .0247 49.4 0.381 -66.0 1000 0.463 -139.8 21.92 99.0 0 .0261 50.1 0.349 -68.4 1100 0.459 -145.0 20.13 96.1 0 .0283 50.7 0.320 -70.7 1200 0.456 -149.8 18.59 93.6 0 .0287 50.3 0.297 -72.5 1300 0.453 -153.9 17.24 91.3 0 .0293 50.8 0.274 -74.6 1400 0.453 -157.8 16.09 89.1 0 .0323 51.2 0.256 -76.4 1500 0.453 -161.4 15.07 87.1 0 .0329 50.6 0.239 -78.5 1600 0.454 -164.5 14.15 85.2 0 .0349 52.8 0.224 -80.3 1700 0.455 -167.5 13.34 83.4 0 .0357 51.7 0.211 -82.3 1800 0.456 -170.3 12.62 81.7 0 .0376 52.7 0.199 -84.4 1900 0.458 -172.9 11.97 80.0 0 .0381 52.7 0.188 -86.9 2000 0.461 -175.3 11.37 78.4 0 .0397 53.2 0.179 -89.0 2200 0.465 -179.8 10.34 75.3 0 .0426 52.2 0.162 -93.7 2400 0.471 176.2 9.48 72.4 0 .0457 51.9 0.147 -98.7 2600 0.477 172.5 8.74 69.7 0 .0482 51.3 0.136 -104.9 2800 0.482 169.0 8.11 67.0 0 .0513 51.7 0.126 -110.5 3000 0.488 166.0 7.55 64.5 0 .0545 50.5 0.119 -117.6 3200 0.495 163.0 7.07 61.9 0 .0573 50.1 0.114 -124.3 3400 0.501 160.1 6.64 59.5 0 .0600 49.8 0.111 -131.0 3600 0.505 157.4 6.25 57.1 0 .0625 49.4 0.108 -137.8 3800 0.511 155.3 5.91 54.9 0 .0659 48.9 0.107 -143.7 4000 0.517 153.0 5.61 52.6 0 .0691 47.4 0.109 -149.8 4200 0.523 150.7 5.33 50.3 0 .0726 46.2 0.112 -155.9 4400 0.529 148.5 5.09 48.1 0 .0751 45.4 0.115 -161.5 4600 0.535 146.5 4.86 45.9 0 .0784 44.2 0.117 -166.0 4800 0.540 144.4 4.65 43.7 0 .0808 43.1 0.121 -170.6 5000 0.545 142.4 4.45 41.5 0 .0839 42.2 0.124 -175.0 5200 0.550 140.4 4.28 39.3 0 .0863 40.3 0.129 -179.5 5400 0.554 138.6 4.11 37.1 0 .0896 39.8 0.134 176.9 5600 0.558 136.7 3.96 35.0 0 .0922 39.0 0.138 173.4 5800 0.562 134.8 3.82 32.8 0 .0953 37.0 0.143 169.7 6000 0.566 132.8 3.69 30.7 0 .0977 35.9 0.146 166.3
HSG1002 rev.1.00, apr.12.2004, 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 0.983 -4.3 3.17 176.3 0 .0057 109.1 0.995 -2.7 200 0.982 -8.7 3.18 172.4 0 .0126 83.1 0.995 -4.6 300 0.978 -12.6 3.17 168.7 0 .0207 80.9 0.991 -6.8 400 0.976 -17.2 3.17 165.6 0 .0263 81.2 0.984 -9.0 500 0.972 -21.5 3.17 162.2 0 .0333 75.6 0.979 -11.3 600 0.967 -25.7 3.16 159.1 0 .0384 72.6 0.970 -13.3 700 0.962 -30.0 3.11 155.8 0 .0446 70.1 0.961 -15.5 800 0.956 -34.2 3.09 152.5 0 .0508 66.6 0.950 -17.6 900 0.952 -38.5 3.11 150.1 0 .0564 65.0 0.940 -19.6 1000 0.944 -42.9 3.09 146.3 0 .0617 61.2 0.927 -21.6 1100 0.937 -47.0 3.06 143.3 0 .0673 57.9 0.917 -23.6 1200 0.928 -51.3 3.05 139.6 0 .0716 56.0 0.904 -25.5 1300 0.919 -55.3 3.00 136.6 0 .0768 53.6 0.891 -27.4 1400 0.913 -59.5 2.96 133.7 0 .0816 50.7 0.879 -29.2 1500 0.903 -63.7 2.94 130.7 0 .0856 47.8 0.866 -31.1 1600 0.894 -67.9 2.92 127.7 0 .0891 45.6 0.852 -32.8 1700 0.886 -71.9 2.88 124.8 0 .0937 43.3 0.839 -34.7 1800 0.878 -75.9 2.83 121.8 0 .0978 40.9 0.825 -36.3 1900 0.869 -79.8 2.79 119.0 0 .1007 38.3 0.812 -38.1 2000 0.861 -83.9 2.76 116.3 0 .1035 36.4 0.799 -39.9 2200 0.846 -91.5 2.67 110.7 0 .1094 31.3 0.773 -43.2 2400 0.831 -99.0 2.59 105.4 0 .1128 27.6 0.747 -46.4 2600 0.817 -106.4 2.51 100.3 0 .1162 23.3 0.721 -49.5 2800 0.804 -113.4 2.42 95.3 0 .1186 19.6 0.698 -52.6 3000 0.792 -120.3 2.34 90.3 0 .1210 15.8 0.677 -55.5 3200 0.783 -126.7 2.25 85.7 0 .1213 12.4 0.657 -58.6 3400 0.773 -132.9 2.18 81. 2 0.1224 8.9 0.638 -61.6 3600 0.765 -138.9 2.10 76. 9 0.1220 5.8 0.620 -64.5 3800 0.759 -144.3 2.02 72. 8 0.1206 2.6 0.605 -67.5 4000 0.755 -149.8 1.95 68. 7 0.1204 0.2 0.590 -70.4 4200 0.751 -155.0 1.89 64.8 0 .1187 -2.6 0.577 -73.3 4400 0.748 -159.9 1.82 60.9 0 .1170 -4.8 0.565 -76.3 4600 0.745 -164.6 1.76 57.1 0 .1160 -7.1 0.555 -79.2 4800 0.742 -169.1 1.70 53.5 0 .1134 -8.9 0.545 -82.2 5000 0.741 -173.4 1.65 49.9 0 .1113 -11.1 0.535 -85.1 5200 0.739 -177.8 1.60 46.4 0 .1090 -12.9 0.527 -88.1 5400 0.739 178.3 1.54 43.0 0 .1072 -14.6 0.521 -91.1 5600 0.738 174.4 1.50 39.7 0 .1044 -15.7 0.514 -94.1 5800 0.737 170.6 1.45 36.3 0 .1016 -17.4 0.508 -97.2 6000 0.736 166.9 1.41 33.1 0 .1000 -18.3 0.503 -100.1
HSG1002 rev.1.00, apr.12.2004, 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 0.960 -6.0 9.09 174.7 0 .0049 83.6 0.983 -4.0 200 0.951 -12.3 9.07 169.7 0 .0133 80.1 0.989 -7.2 300 0.942 -18.0 8.98 164.9 0 .0188 78.0 0.978 -10.6 400 0.933 -24.4 8.91 160.4 0 .0258 74.3 0.966 -14.0 500 0.921 -30.4 8.82 156.1 0 .0309 69.5 0.950 -17.4 600 0.909 -36.3 8.69 152.0 0 .0352 67.8 0.933 -20.5 700 0.898 -42.0 8.47 147.8 0 .0424 62.8 0.912 -23.7 800 0.882 -47.6 8.30 143.8 0 .0469 59.9 0.889 -26.7 900 0.870 -53.6 8.24 140.4 0 .0506 56.4 0.866 -29.5 1000 0.853 -59.2 8.05 136.2 0 .0553 54.1 0.841 -32.1 1100 0.837 -64.5 7.85 132.5 0 .0591 50.9 0.818 -34.6 1200 0.819 -70.2 7.72 128.6 0 .0619 47.9 0.793 -37.2 1300 0.803 -75.2 7.49 125.2 0 .0658 45.5 0.769 -39.6 1400 0.789 -80.2 7.27 121.9 0 .0687 44.0 0.747 -41.8 1500 0.774 -85.3 7.10 118.7 0 .0712 40.8 0.722 -44.0 1600 0.758 -90.3 6.92 115.5 0 .0732 38.8 0.700 -45.9 1700 0.746 -94.9 6.72 112.4 0 .0756 36.4 0.678 -47.9 1800 0.733 -99.6 6.51 109.5 0 .0764 34.1 0.656 -49.7 1900 0.721 -104.0 6.33 106.6 0 .0781 33.1 0.636 -51.6 2000 0.711 -108.5 6.15 103.9 0 .0789 31.0 0.617 -53.4 2200 0.692 -116.5 5.79 98.7 0 .0818 27.8 0.580 -56.7 2400 0.676 -124.4 5.47 93.8 0 .0830 25.1 0.547 -59.9 2600 0.664 -131.8 5.17 89.2 0 .0845 21.7 0.516 -63.0 2800 0.654 -138.6 4.89 84.8 0 .0845 20.5 0.488 -65.8 3000 0.645 -145.0 4.63 80.6 0 .0859 17.6 0.465 -68.6 3200 0.640 -151.0 4.38 76.7 0 .0856 16.0 0.442 -71.5 3400 0.635 -156.6 4.16 72.9 0 .0856 13.6 0.423 -74.2 3600 0.631 -161.8 3.95 69.3 0 .0848 12.6 0.404 -77.0 3800 0.629 -166.6 3.76 65.9 0 .0837 11.0 0.390 -79.8 4000 0.628 -171.1 3.59 62.5 0 .0840 10.3 0.376 -82.4 4200 0.629 -175.5 3.44 59. 2 0.0838 9.7 0.364 -85.5 4400 0.630 -179.6 3.29 56. 0 0.0841 8.9 0.353 -88.4 4600 0.632 176.6 3.16 53.0 0 .0836 8.4 0.344 -91.3 4800 0.632 172.9 3.03 50.0 0 .0834 7.4 0.335 -94.2 5000 0.635 169.4 2.91 47.0 0 .0829 7.0 0.328 -97.1 5200 0.637 165.9 2.80 44.0 0 .0831 6.8 0.320 -100.2 5400 0.639 162.8 2.70 41.2 0 .0828 6.6 0.315 -103.3 5600 0.641 159.7 2.60 38.4 0 .0830 6.2 0.309 -106.3 5800 0.643 156.6 2.51 35.6 0 .0827 6.1 0.305 -109.5 6000 0.644 153.6 2.43 32.9 0 .0833 5.6 0.300 -112.7
HSG1002 rev.1.00, apr.12.2004, 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 0.932 -7.6 14.55 173.4 0 .0077 30.4 0.978 -4.9 200 0.921 -15.6 14.43 167.2 0 .0127 85.0 0.982 -9.6 300 0.904 -23.0 14.19 161.5 0 .0177 81.7 0.966 -13.8 400 0.891 -30.8 13.93 156.0 0 .0264 72.1 0.941 -18.4 500 0.872 -38.3 13.65 150.9 0 .0296 69.7 0.917 -22.6 600 0.853 -45.6 13.31 146.0 0 .0345 62.9 0.887 -26.4 700 0.833 -52.3 12.82 141.3 0 .0393 60.3 0.855 -30.3 800 0.811 -59.2 12.44 136.7 0 .0431 55.4 0.823 -33.7 900 0.792 -66.2 12.15 132.7 0 .0460 52.7 0.789 -36.8 1000 0.771 -72.5 11.71 128.3 0 .0497 50.0 0.757 -39.8 1100 0.750 -78.6 11.27 124.4 0 .0517 46.9 0.726 -42.5 1200 0.728 -84.9 10.91 120.4 0 .0536 44.9 0.694 -45.2 1300 0.710 -90.4 10.47 116.9 0 .0562 42.8 0.665 -47.6 1400 0.694 -95.8 10.04 113.6 0 .0579 40.8 0.638 -49.9 1500 0.678 -101.2 9.68 110.4 0 .0600 39.5 0.610 -52.1 1600 0.663 -106.3 9.31 107.3 0 .0611 36.8 0.586 -53.9 1700 0.651 -111.1 8.96 104.4 0 .0624 34.7 0.562 -55.9 1800 0.640 -115.8 8.61 101.6 0 .0642 33.4 0.540 -57.7 1900 0.629 -120.2 8.29 99.0 0 .0648 32.2 0.519 -59.4 2000 0.621 -124.6 7.98 96.5 0 .0661 30.9 0.500 -61.2 2200 0.607 -132.3 7.41 91.7 0 .0669 28.6 0.463 -64.4 2400 0.596 -139.8 6.92 87.2 0 .0683 27.5 0.431 -67.3 2600 0.588 -146.7 6.47 83.1 0 .0691 25.6 0.402 -70.3 2800 0.583 -152.9 6.06 79.3 0 .0697 23.5 0.377 -73.3 3000 0.579 -158.7 5.69 75.5 0 .0705 23.4 0.355 -75.9 3200 0.578 -164.0 5.36 72.0 0 .0707 22.3 0.336 -79.1 3400 0.577 -169.1 5.07 68.6 0 .0715 21.0 0.318 -81.9 3600 0.576 -173.7 4.79 65.4 0 .0725 21.0 0.302 -84.8 3800 0.576 -177.8 4.55 62.4 0 .0726 20.3 0.289 -87.7 4000 0.579 178.2 4.33 59.4 0 .0736 20.1 0.278 -90.8 4200 0.582 174.4 4.13 56.4 0 .0743 19.7 0.268 -93.8 4400 0.585 170.9 3.94 53.5 0 .0741 19.8 0.260 -97.1 4600 0.588 167.5 3.78 50.8 0 .0757 19.2 0.252 -100.4 4800 0.591 164.3 3.62 48.0 0 .0762 18.6 0.245 -103.7 5000 0.594 161.3 3.47 45.3 0 .0778 19.0 0.240 -106.8 5200 0.598 158.2 3.34 42.6 0 .0795 18.1 0.234 -110.5 5400 0.601 155.5 3.21 40.0 0 .0802 17.7 0.229 -113.9 5600 0.604 152.7 3.10 37.4 0 .0811 18.3 0.226 -117.2 5800 0.607 150.1 2.99 34.8 0 .0820 17.6 0.222 -120.8 6000 0.610 147.4 2.89 32.3 0 .0838 17.5 0.219 -124.4
HSG1002 rev.1.00, apr.12.2004, 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 0.901 -9.3 19.67 172.2 0 .0079 72.7 0.964 -6.0 200 0.894 -18.8 19.38 165.1 0 .0129 76.9 0.973 -11.6 300 0.870 -27.6 18.91 158.4 0 .0169 74.6 0.949 -17.1 400 0.849 -36.6 18.38 152.2 0 .0218 70.8 0.915 -22.1 500 0.825 -45.3 17.81 146.5 0 .0279 61.0 0.880 -27.0 600 0.800 -53.8 17.16 141.0 0 .0315 58.9 0.842 -31.3 700 0.775 -61.4 16.37 135.9 0 .0364 54.8 0.801 -35.5 800 0.750 -69.0 15.69 131.0 0 .0387 51.5 0.761 -39.2 900 0.726 -76.7 15.10 126.6 0 .0419 48.9 0.722 -42.4 1000 0.701 -83.4 14.39 122.3 0 .0449 47.8 0.684 -45.4 1100 0.680 -89.9 13.69 118.3 0 .0464 45.3 0.650 -48.2 1200 0.659 -96.5 13.09 114.4 0 .0485 42.6 0.617 -50.8 1300 0.641 -102.1 12.44 111.0 0 .0492 40.6 0.585 -53.1 1400 0.627 -107.6 11.84 107.9 0 .0508 39.9 0.558 -55.3 1500 0.612 -113.0 11.31 104.8 0 .0524 38.6 0.530 -57.3 1600 0.600 -118.0 10.80 101.9 0 .0528 36.9 0.505 -59.1 1700 0.590 -122.7 10.32 99.2 0 .0542 35.6 0.482 -61.1 1800 0.581 -127.2 9.87 96.6 0 .0557 34.4 0.461 -62.8 1900 0.574 -131.5 9.45 94.2 0 .0559 32.8 0.441 -64.5 2000 0.567 -135.6 9.06 91.9 0 .0567 32.8 0.422 -66.0 2200 0.557 -143.0 8.35 87.5 0 .0589 31.4 0.389 -69.2 2400 0.551 -150.0 7.74 83.4 0 .0599 30.5 0.359 -72.2 2600 0.547 -156.3 7.20 79.6 0 .0612 29.5 0.333 -75.3 2800 0.546 -162.0 6.72 76.0 0 .0623 29.2 0.311 -78.2 3000 0.545 -167.3 6.29 72.6 0 .0640 28.1 0.291 -81.1 3200 0.546 -172.1 5.91 69.3 0 .0645 28.7 0.274 -84.4 3400 0.548 -176.7 5.57 66.2 0 .0654 28.1 0.259 -87.6 3600 0.548 179.2 5.26 63.2 0 .0662 26.9 0.244 -90.7 3800 0.550 175.4 4.99 60.5 0 .0674 27.5 0.233 -93.8 4000 0.555 171.8 4.74 57.6 0 .0692 26.6 0.224 -97.3 4200 0.559 168.5 4.52 54.9 0 .0716 27.0 0.216 -101.1 4400 0.563 165.4 4.31 52.2 0 .0721 26.5 0.210 -104.7 4600 0.567 162.2 4.12 49.6 0 .0745 26.2 0.203 -108.3 4800 0.571 159.4 3.95 47.0 0 .0757 25.8 0.198 -112.0 5000 0.574 156.5 3.79 44.4 0 .0772 26.1 0.193 -115.6 5200 0.578 153.7 3.64 41.8 0 .0789 25.0 0.188 -119.9 5400 0.582 151.2 3.50 39.4 0 .0803 25.1 0.186 -123.5 5600 0.585 148.7 3.37 36.9 0 .0825 24.3 0.184 -127.2 5800 0.589 146.2 3.25 34.5 0 .0837 23.8 0.181 -131.0 6000 0.593 143.8 3.14 32.0 0 .0854 23.7 0.179 -135.1
HSG1002 rev.1.00, apr.12.2004, 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 0.865 -11.6 26.69 170.6 0 .0106 89.0 0.948 -7.9 200 0.849 -23.1 26.06 162.2 0 .0121 74.5 0.957 -14.2 300 0.823 -33.9 25.09 154.5 0 .0194 71.9 0.922 -20.8 400 0.795 -44.6 24.04 147.5 0 .0235 71.0 0.879 -26.7 500 0.763 -54.8 22.92 140.9 0 .0256 62.9 0.829 -32.3 600 0.730 -64.4 21.72 134.9 0 .0296 54.9 0.779 -37.0 700 0.702 -73.0 20.42 129.5 0 .0322 52.8 0.731 -41.4 800 0.674 -81.4 19.25 124.4 0 .0354 49.7 0.683 -45.0 900 0.648 -89.4 18.18 119.9 0 .0374 48.0 0.640 -48.3 1000 0.626 -96.5 17.09 115.7 0 .0390 46.0 0.601 -51.4 1100 0.606 -103.2 16.07 111.9 0 .0408 42.7 0.565 -54.0 1200 0.588 -109.6 15.17 108.3 0 .0422 42.8 0.531 -56.4 1300 0.572 -115.3 14.30 105.1 0 .0436 41.4 0.500 -58.7 1400 0.561 -120.6 13.51 102.1 0 .0445 39.9 0.472 -60.7 1500 0.550 -125.7 12.80 99.3 0 .0450 39.0 0.447 -62.6 1600 0.541 -130.6 12.14 96.7 0 .0465 38.5 0.424 -64.3 1700 0.534 -134.9 11.54 94.2 0 .0470 37.6 0.402 -66.1 1800 0.528 -139.1 10.99 91.9 0 .0478 37.8 0.383 -67.6 1900 0.524 -143.1 10.48 89.7 0 .0487 37.5 0.365 -69.4 2000 0.521 -146.9 10.01 87.6 0 .0505 36.5 0.347 -70.8 2200 0.517 -153.6 9.18 83.6 0 .0512 36.1 0.318 -74.1 2400 0.513 -160.0 8.46 79.9 0 .0532 35.4 0.292 -77.3 2600 0.514 -165.6 7.84 76.4 0 .0544 35.2 0.269 -80.5 2800 0.515 -170.7 7.30 73.2 0 .0565 35.0 0.251 -83.6 3000 0.518 -175.5 6.82 70.0 0 .0580 34.4 0.234 -87.0 3200 0.520 -179.8 6.40 67.0 0 .0596 34.0 0.219 -90.7 3400 0.524 176.1 6.02 64.1 0 .0612 34.3 0.207 -94.2 3600 0.526 172.5 5.68 61.3 0 .0633 34.4 0.194 -97.9 3800 0.529 169.1 5.38 58.7 0 .0656 34.8 0.185 -101.6 4000 0.535 166.0 5.11 56.1 0 .0674 34.1 0.178 -105.8 4200 0.539 163.0 4.86 53.5 0 .0693 34.0 0.172 -109.9 4400 0.544 160.1 4.64 50.9 0 .0714 33.5 0.167 -114.5 4600 0.549 157.5 4.43 48.5 0 .0740 32.7 0.163 -118.8 4800 0.553 154.8 4.24 46.0 0 .0752 31.8 0.159 -122.9 5000 0.559 152.2 4.07 43.6 0 .0774 31.7 0.156 -127.1 5200 0.563 149.7 3.91 41.2 0 .0800 31.1 0.154 -131.7 5400 0.567 147.4 3.76 38.8 0 .0824 30.5 0.153 -136.2 5600 0.571 145.0 3.62 36.4 0 .0836 29.5 0.151 -140.3 5800 0.574 142.7 3.49 34.1 0 .0864 29.1 0.152 -144.4 6000 0.577 140.5 3.37 31.7 0 .0890 28.3 0.151 -148.8
HSG1002 rev.1.00, apr.12.2004, 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 0.762 -18.1 45.58 166.7 0 .0069 94.7 0.914 -11.9 200 0.731 -35.4 43.16 155.1 0 .0106 75.2 0.910 -21.1 300 0.690 -51.2 39.90 144.9 0 .0166 63.3 0.841 -29.8 400 0.650 -65.6 36.55 136.3 0 .0194 62.3 0.767 -37.2 500 0.611 -78.6 33.26 128.7 0 .0199 56.3 0.694 -43.2 600 0.577 -89.9 30.17 122.3 0 .0236 53.3 0.629 -48.1 700 0.552 -99.5 27.40 117.0 0 .0245 50.9 0.571 -52.2 800 0.531 -108.2 24.99 112.3 0 .0265 48.7 0.521 -55.6 900 0.513 -116.0 22.90 108.2 0 .0279 47.0 0.478 -58.4 1000 0.500 -122.9 21.08 104.6 0 .0301 48.4 0.441 -60.9 1100 0.490 -129.0 19.48 101.4 0 .0307 47.1 0.409 -63.0 1200 0.482 -134.7 18.09 98.5 0 .0317 46.0 0.380 -65.1 1300 0.475 -139.5 16.85 95.8 0 .0328 47.2 0.354 -67.1 1400 0.471 -144.3 15.77 93.4 0 .0341 47.3 0.332 -69.0 1500 0.468 -148.5 14.81 91.1 0 .0362 45.9 0.311 -70.6 1600 0.466 -152.4 13.94 88.9 0 .0361 45.5 0.293 -72.0 1700 0.464 -155.9 13.17 86.9 0 .0382 46.5 0.277 -73.6 1800 0.465 -159.4 12.48 85.0 0 .0388 46.3 0.262 -75.3 1900 0.464 -162.5 11.84 83.1 0 .0400 47.2 0.248 -77.0 2000 0.465 -165.5 11.27 81.4 0 .0413 47.2 0.235 -78.7 2200 0.467 -170.8 10.27 78.1 0 .0443 47.0 0.214 -82.2 2400 0.470 -175.8 9.43 74.9 0 .0461 47.0 0.195 -85.9 2600 0.475 180.0 8.71 72.0 0 .0486 46.4 0.179 -90.2 2800 0.480 175.8 8.08 69.1 0 .0508 46.4 0.165 -94.4 3000 0.486 172.2 7.53 66.4 0 .0539 46.0 0.154 -98.9 3200 0.491 168.8 7.06 63.7 0 .0567 45.3 0.144 -104.7 3400 0.497 165.5 6.63 61.1 0 .0585 45.4 0.135 -109.8 3600 0.501 162.5 6.24 58.7 0 .0615 45.2 0.127 -114.9 3800 0.505 159.8 5.91 56.4 0 .0641 44.8 0.124 -119.9 4000 0.511 157.3 5.61 54.0 0 .0672 44.4 0.122 -126.0 4200 0.517 154.8 5.33 51.6 0 .0701 43.3 0.120 -131.3 4400 0.523 152.6 5.08 49.2 0 .0730 42.3 0.119 -137.4 4600 0.529 150.3 4.86 47.0 0 .0754 41.7 0.119 -142.4 4800 0.533 148.0 4.65 44.7 0 .0777 39.9 0.119 -147.4 5000 0.538 145.8 4.46 42.4 0 .0808 40.0 0.120 -152.6 5200 0.543 143.6 4.28 40.2 0 .0835 38.7 0.123 -157.8 5400 0.547 141.7 4.12 37.9 0 .0857 37.7 0.125 -162.8 5600 0.553 139.7 3.97 35.8 0 .0885 36.7 0.126 -166.5 5800 0.556 137.5 3.82 33.5 0 .0910 35.7 0.129 -171.1 6000 0.561 135.6 3.69 31.3 0 .0935 34.5 0.131 -175.1
HSG1002 rev.1.00, apr.12.2004, 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 0.662 -23.2 58.67 164.0 0 .0119 90.3 0.860 -14.7 200 0.639 -45.5 54.11 150.2 0 .0092 67.3 0.868 -25.4 300 0.596 -64.6 48.37 138.8 0 .0114 61.1 0.774 -35.4 400 0.559 -80.7 42.87 129.6 0 .0175 58.5 0.690 -42.9 500 0.527 -94.4 37.88 122.0 0 .0182 55.2 0.608 -48.8 600 0.503 -105.7 33.60 116.0 0 .0207 55.0 0.542 -53.2 700 0.486 -115.3 30.01 111.0 0 .0226 52.4 0.484 -56.9 800 0.472 -123.6 27.02 106.7 0 .0230 52.3 0.438 -60.0 900 0.462 -130.7 24.49 103.1 0 .0243 51.6 0.399 -62.4 1000 0.456 -136.8 22.38 99.9 0 .0262 52.0 0.367 -64.6 1100 0.452 -142.4 20.57 97.0 0 .0274 50.6 0.337 -66.6 1200 0.449 -147.3 19.00 94.4 0 .0287 50.9 0.312 -68.4 1300 0.445 -151.6 17.64 92.0 0 .0293 49.7 0.290 -70.1 1400 0.444 -155.6 16.46 89.8 0 .0315 50.9 0.272 -71.8 1500 0.445 -159.4 15.42 87.8 0 .0327 51.0 0.254 -73.4 1600 0.445 -162.6 14.48 85.8 0 .0332 52.4 0.239 -74.8 1700 0.445 -165.6 13.66 84.0 0 .0351 52.0 0.225 -76.5 1800 0.447 -168.6 12.93 82.3 0 .0361 52.2 0.212 -78.1 1900 0.449 -171.2 12.25 80.6 0 .0376 51.7 0.202 -80.1 2000 0.451 -173.8 11.65 79.0 0 .0393 53.1 0.190 -82.1 2200 0.454 -178.4 10.60 75.9 0 .0422 52.3 0.172 -86.0 2400 0.461 177.4 9.71 73.0 0 .0447 52.5 0.156 -90.3 2600 0.466 173.6 8.96 70.2 0 .0478 53.1 0.144 -94.8 2800 0.473 170.2 8.32 67.6 0 .0501 50.7 0.132 -100.4 3000 0.478 167.1 7.75 65.0 0 .0540 51.0 0.124 -106.1 3200 0.484 164.0 7.25 62.4 0 .0566 50.9 0.117 -112.6 3400 0.491 161.0 6.81 59.9 0 .0587 49.7 0.112 -118.8 3600 0.495 158.3 6.41 57.6 0 .0616 49.2 0.106 -125.3 3800 0.500 156.1 6.07 55.4 0 .0638 49.3 0.104 -131.4 4000 0.507 153.7 5.76 53.1 0 .0679 47.9 0.104 -137.5 4200 0.513 151.5 5.48 50.8 0 .0704 46.8 0.105 -143.4 4400 0.518 149.3 5.22 48.5 0 .0742 45.8 0.107 -149.8 4600 0.525 147.3 4.99 46.4 0 .0768 44.7 0.109 -154.9 4800 0.529 145.3 4.77 44.2 0 .0799 43.9 0.110 -160.0 5000 0.534 143.1 4.57 42.0 0 .0815 42.6 0.113 -165.5 5200 0.540 141.0 4.39 39.8 0 .0851 41.4 0.117 -170.0 5400 0.544 139.2 4.22 37.6 0 .0876 40.2 0.120 -174.4 5600 0.548 137.4 4.07 35.4 0 .0906 39.4 0.124 -178.3 5800 0.553 135.4 3.93 33.3 0 .0929 37.9 0.127 177.8 6000 0.556 133.4 3.79 31.1 0 .0957 36.5 0.132 174.0
HSG1002 rev.1.00, apr.12.2004, page 33 of 37 HSG1002 5.8ghz evaluation board evaluation board pattern layout circuit 2.2 uf 2 . 2u u f vcc vbb out i n 39 ohm 1nh 6. 8 n n h 1000 p f 1pf 10 p f 1 000 pf 10 pf 3pf 0.2 p f
HSG1002 rev.1.00, apr.12.2004, page 34 of 37 electrical characteristics on evaluation board (vcc = 2v, ic = 10ma, ta = 25c) item symbol data unit test condition noise figure nf 1.36 db f = 5.8ghz power gain pg 12.0 db f = 5.8ghz input return loss rlin 8.1 db f = 5.8ghz output return loss rlout 14.0 db f = 5.8ghz 1db gain compression p1db + 11 dbm f = 5.8ghz third order intercept point oip3 + 25 dbm fd = 5.8ghz , fud = 5.801ghz
HSG1002 rev.1.00, apr.12.2004, 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 10 1 0 8 6 4 2 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 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
HSG1002 rev.1.00, apr.12.2004, 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
HSG1002 rev.1.00, apr.12.2004, page 37 of 37 package dimensions mfpak-4 eiaj package code jedec code mass (g) (reference value) lead material ? 0.0016 cu alloy ? symbol dimension in millimeters min. nom. max. 0.5 ? 0.55 0 ? 0.01 0.5 ? 0.54 0.15 0.22 0.3 0.1 0.13 0.15 ? 0.11 ? 1.35 1.4 1.45 0.7 0.8 0.9 ? 0.45 ? 1.15 1.2 1.25 0.1 0.2 0.3 0.15 ? 0.45 ? ? 0.05 ? ? 0.35 ? 0.75 ? ? ? 0.5 a a 1 a 2 b c c 1 ? 0.2 ? b 1 d e h e e l l p x b 2 i 1 e 1 a-a section h e l b c e a d e a 1 a 2 b 1 c 1 l p b 2 e 1 i 1 s x s a m a a c b pattern of terminal position areas e a y s ordering information part name quantity shipping container HSG1002ve- 10,000 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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