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rev.2.00, jan.25.20 05, page 1 of 37 hsg1003 sigehbt high frequency low noise amplifier rej03g0197-0200 rev.2.00 jan.25.2005 features ? high power gain and low noise figure ; ? msg = 21 db typ. , nf = 0.65 db typ. at v ce = 2 v,i c = 5 ma, f = 1.8 ghz msg = 19 db typ. , nf = 0.75 db typ. at v ce = 2 v,i c = 5 ma, f = 2.4 ghz msg = 14 db typ. , nf = 1.2 db typ. at v ce = 2 v,i c = 10 ma, f = 5.8 ghz ? transition frequency f t = 36 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 "ve-". absolute maximum ratings (ta = 25c) item symbol ratings unit collector to base voltage v cbo 8 v 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 )
hsg1003 rev.2.00, jan.25.20 05, 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 ? 0.12 ? pf v cb = 2 v, i e = 0, f = 1 mhz transition frequency f t ? 36 ? ghz v ce = 2 v, i c = ft peak, f = 1 ghz ? 18 ? v ce = 2 v, i c = 5 ma, f = 1.8 ghz ? 16 ? v ce = 2 v, i c = 5 ma, f = 2.4 ghz insertion power gain |s21| 2 ? 10 ? db v ce = 2 v, i c = 10 ma, f = 5.8 ghz ? 21 ? v ce = 2 v, i c = 5 ma, f = 1.8 ghz ? 19 ? v ce = 2 v, i c = 5 ma, f = 2.4 ghz maximum stable gain note1 msg ? 14 ? db v ce = 2 v, i c = 10 ma, f = 5.8 ghz ? 18.5 ? 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 power gain pg 7 10 ? db v ce = 2 v, i c = 10 ma, f = 5.8 ghz ? 0.65 ? v ce = 2 v, i c = 5 ma, f = 1.8 ghz ? 0.75 ? v ce = 2 v, i c = 5 ma, f = 2.4 ghz noise figure nf ? 1.2 1.8 db v ce = 2 v, i c = 10 ma, f = 5.8 ghz maximum available gain note2 mag ? 11 ? 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 )
hsg1003 rev.2.00, jan.25.20 05, 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 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 |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 u a
hsg1003 rev.2.00, jan.25.20 05, 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 30 25 20 15 10 5 0 1 10 100 30 25 20 15 10 5 0 1 10 100 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 ,msg (db) mag s21
hsg1003 rev.2.00, jan.25.20 05, 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
hsg1003 rev.2.00, jan.25.20 05, 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)
hsg1003 rev.2.00, jan.25.20 05, 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 -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) 3rd. imd fundamental
hsg1003 rev.2.00, jan.25.20 05, 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)
hsg1003 rev.2.00, jan.25.20 05, 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
hsg1003 rev.2.00, jan.25.20 05, 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
hsg1003 rev.2.00, jan.25.20 05, 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
hsg1003 rev.2.00, jan.25.20 05, 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 0.980 -4.9 3.18 175.9 0.0044 86.2 0.988 -2.8 200 0.982 -9.0 3.18 171.6 0.0149 86.8 0.996 -5.3 300 0.974 -13.1 3.17 167.8 0.0247 84.0 0.987 -7.7 400 0.972 -17.9 3.17 164.1 0.0337 76.0 0.980 -10.3 500 0.966 -22.5 3.17 160.4 0.0405 75.2 0.972 -13.0 600 0.958 -26.9 3.15 157.0 0.0473 71.9 0.961 -15.2 700 0.953 -31.3 3.11 153.2 0.0549 67.6 0.950 -17.7 800 0.944 -35.8 3.08 149.6 0.0620 65.0 0.937 -20.0 900 0.936 -40.5 3.10 147.0 0.0682 61.3 0.923 -22.3 1000 0.925 -45.0 3.08 142.8 0.0754 59.8 0.909 -24.4 1100 0.915 -49.5 3.05 139.4 0.0816 56.4 0.895 -26.6 1200 0.903 -54.1 3.05 135.5 0.0871 53.3 0.879 -28.8 1300 0.891 -58.5 3.00 132.2 0.0934 50.9 0.863 -30.9 1400 0.880 -63.1 2.96 128.9 0.0982 47.8 0.848 -33.0 1500 0.867 -67.7 2.94 125.6 0.1036 45.1 0.833 -35.1 1600 0.854 -72.4 2.92 122.2 0.1074 42.6 0.817 -37.0 1700 0.843 -76.9 2.88 118.8 0.1127 40.0 0.800 -39.1 1800 0.830 -81.3 2.83 115.5 0.1156 37.3 0.784 -41.0 1900 0.819 -85.9 2.79 112.4 0.1194 35.2 0.768 -43.0 2000 0.806 -90.6 2.76 109.3 0.1226 32.7 0.751 -44.9 2200 0.783 -99.4 2.67 103.0 0.1282 27.9 0.719 -48.7 2400 0.762 -108.4 2.59 96.9 0.1322 23.3 0.687 -52.3 2600 0.742 -117.2 2.51 90.9 0.1348 18.6 0.655 -55.8 2800 0.724 -125.7 2.42 85.2 0.1370 14.8 0.628 -59.2 3000 0.708 -134.1 2.34 79.6 0.1376 11.1 0.601 -62.5 3200 0.697 -142.0 2.24 74.2 0.1382 7.2 0.575 -66.0 3400 0.686 -149.8 2.16 69.0 0.1373 4.1 0.553 -69.3 3600 0.676 -157.1 2.07 64.0 0.1350 0.8 0.529 -72.5 3800 0.671 -164.0 2.00 59.3 0.1323 -1.5 0.510 -75.8 4000 0.667 -170.7 1.92 54.5 0.1313 -3.9 0.493 -79.2 4200 0.664 -177.3 1.86 50.0 0.1283 -6.1 0.476 -82.7 4400 0.663 176.7 1.79 45.5 0. 1261 -8.1 0.461 -86.2 4600 0.662 170.8 1.73 41.2 0. 1230 -9.6 0.447 -89.7 4800 0.663 165.2 1.66 37.0 0. 1199 -11.1 0.435 -93.4 5000 0.664 159.8 1.60 32.8 0. 1167 -12.6 0.423 -97.1 5200 0.666 154.6 1.55 28.7 0. 1142 -13.2 0.411 -101.1 5400 0.670 149.7 1.50 24.8 0. 1116 -14.0 0.402 -105.2 5600 0.671 145.0 1.45 20.9 0. 1089 -14.1 0.392 -109.2 5800 0.674 140.4 1.40 17.0 0. 1069 -14.1 0.384 -113.5 6000 0.678 135.9 1.36 13.2 0. 1048 -14.3 0.376 -117.9
hsg1003 rev.2.00, jan.25.20 05, 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 -6.7 9.14 173.8 0.0077 73.4 0.981 -4.6 200 0.947 -13.2 9.09 168.0 0.0151 82.6 0.988 -8.5 300 0.929 -19.3 8.97 162.6 0.0214 75.6 0.972 -12.5 400 0.916 -26.1 8.84 157.3 0.0304 73.8 0.953 -16.5 500 0.900 -32.6 8.71 152.3 0.0377 68.0 0.933 -20.3 600 0.880 -39.0 8.55 147.6 0.0442 65.8 0.907 -23.9 700 0.861 -44.9 8.29 143.0 0.0506 62.4 0.881 -27.5 800 0.838 -50.9 8.09 138.4 0.0561 58.9 0.852 -30.9 900 0.817 -57.3 7.99 134.5 0.0609 54.4 0.822 -33.9 1000 0.792 -63.2 7.76 129.9 0.0654 52.3 0.792 -36.8 1100 0.769 -69.0 7.54 125.9 0.0690 49.2 0.765 -39.6 1200 0.743 -75.0 7.36 121.6 0.0727 46.5 0.735 -42.1 1300 0.720 -80.4 7.12 117.8 0.0759 43.9 0.706 -44.7 1400 0.699 -85.8 6.88 114.2 0.0787 41.6 0.680 -47.1 1500 0.677 -91.4 6.68 110.7 0.0822 40.0 0.654 -49.4 1600 0.657 -96.8 6.49 107.1 0.0832 37.8 0.628 -51.4 1700 0.639 -101.9 6.28 103.8 0.0862 36.5 0.604 -53.5 1800 0.622 -107.0 6.07 100.6 0.0881 34.1 0.579 -55.4 1900 0.606 -112.0 5.87 97.5 0.0897 32.7 0.558 -57.4 2000 0.592 -117.1 5.69 94.6 0.0905 31.0 0.536 -59.3 2200 0.568 -126.3 5.33 88.9 0.0934 27.9 0.497 -62.8 2400 0.548 -135.5 5.01 83.5 0.0947 25.5 0.461 -66.1 2600 0.533 -144.2 4.71 78.4 0.0965 23.8 0.427 -69.5 2800 0.523 -152.5 4.44 73.6 0.0984 22.1 0.398 -72.7 3000 0.515 -160.1 4.19 69.0 0.0997 20.4 0.372 -75.9 3200 0.511 -167.4 3.96 64.6 0.1014 18.9 0.348 -79.4 3400 0.508 -174.3 3.75 60.3 0.1012 17.2 0.326 -82.6 3600 0.506 179.2 3.55 56.2 0.1021 16.4 0.305 -85.9 3800 0.507 173.4 3.38 52.4 0.1031 15.5 0.288 -89.4 4000 0.510 167.8 3.22 48.5 0.1048 15.1 0.273 -93.1 4200 0.514 162.4 3.08 44.7 0.1060 14.2 0.259 -97.0 4400 0.518 157.5 2.95 41.1 0.1071 13.4 0.247 -101.2 4600 0.524 152.8 2.82 37.5 0.1092 12.5 0.235 -105.5 4800 0.529 148.2 2.71 33.9 0.1106 11.6 0.224 -109.7 5000 0.535 143.8 2.60 30.5 0.1117 11.3 0.214 -114.7 5200 0.541 139.5 2.50 27.0 0.1138 10.6 0.205 -119.6 5400 0.547 135.6 2.41 23.6 0.1157 9.4 0.198 -124.9 5600 0.553 131.7 2.32 20.2 0.1179 9.0 0.191 -130.3 5800 0.558 127.9 2.24 16.9 0.1197 8.1 0.186 -136.0 6000 0.565 124.2 2.16 13.5 0.1220 7.2 0.181 -142.0
hsg1003 rev.2.00, jan.25.20 05, 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 0.922 -8.9 14.58 172.1 0.0110 92.2 0.967 -6.3 200 0.909 -17.0 14.38 164.8 0.0151 75.0 0.974 -11.4 300 0.887 -24.8 14.03 158.0 0.0227 75.8 0.948 -16.6 400 0.861 -33.2 13.65 151.7 0.0304 70.8 0.919 -21.6 500 0.833 -41.2 13.26 145.8 0.0346 65.8 0.884 -26.4 600 0.801 -48.8 12.82 140.2 0.0409 62.3 0.845 -30.7 700 0.771 -55.9 12.25 135.0 0.0454 58.2 0.806 -34.8 800 0.738 -63.0 11.78 129.9 0.0499 54.9 0.764 -38.5 900 0.707 -70.3 11.38 125.4 0.0534 51.7 0.726 -41.7 1000 0.676 -76.8 10.88 120.7 0.0567 49.0 0.688 -44.7 1100 0.648 -83.2 10.38 116.5 0.0593 46.7 0.653 -47.5 1200 0.618 -89.7 9.96 112.3 0.0619 44.0 0.618 -50.0 1300 0.593 -95.4 9.49 108.5 0.0642 43.0 0.586 -52.4 1400 0.572 -101.1 9.06 105.1 0.0666 41.6 0.559 -54.6 1500 0.550 -106.9 8.67 101.7 0.0686 40.3 0.530 -56.8 1600 0.531 -112.4 8.30 98.5 0.0708 39.2 0.505 -58.6 1700 0.516 -117.6 7.95 95.4 0.0735 38.3 0.480 -60.6 1800 0.502 -122.8 7.61 92.5 0.0738 36.3 0.457 -62.3 1900 0.489 -127.7 7.30 89.7 0.0750 36.0 0.437 -64.1 2000 0.478 -132.7 7.01 87.0 0.0759 34.9 0.417 -65.9 2200 0.462 -141.8 6.48 82.0 0.0792 33.3 0.381 -69.1 2400 0.451 -150.6 6.02 77.2 0.0818 32.3 0.349 -72.4 2600 0.443 -158.8 5.61 72.7 0.0844 31.1 0.319 -75.7 2800 0.439 -166.3 5.25 68.5 0.0872 29.7 0.294 -79.1 3000 0.438 -173.5 4.92 64.4 0.0890 28.7 0.272 -82.4 3200 0.440 -180.0 4.63 60.4 0.0922 27.7 0.251 -86.4 3400 0.442 173.7 4.37 56.6 0.0947 27.0 0.232 -90.2 3600 0.445 167.9 4.13 53.0 0.0964 25.9 0.214 -94.1 3800 0.449 162.8 3.91 49.5 0.0992 25.7 0.200 -98.3 4000 0.455 158.0 3.73 46.0 0.1023 24.4 0.188 -103.1 4200 0.462 153.2 3.55 42.5 0.1058 23.7 0.177 -108.1 4400 0.469 148.7 3.39 39.2 0.1088 22.9 0.167 -113.6 4600 0.476 144.6 3.25 35.9 0.1114 21.8 0.158 -119.3 4800 0.483 140.7 3.11 32.6 0.1146 20.5 0.150 -125.4 5000 0.491 136.8 2.98 29.4 0.1174 19.6 0.144 -131.6 5200 0.499 133.0 2.87 26.2 0.1205 18.3 0.138 -138.9 5400 0.505 129.4 2.76 23.0 0.1236 17.1 0.135 -146.1 5600 0.512 125.9 2.66 19.8 0.1268 16.0 0.132 -153.2 5800 0.519 122.5 2.56 16.7 0.1298 14.2 0.131 -160.8 6000 0.527 119.1 2.47 13.5 0.1330 13.3 0.131 -168.4
hsg1003 rev.2.00, jan.25.20 05, 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 0.897 -10.3 19.56 170.6 0.0103 89.3 0.954 -7.7 200 0.874 -20.5 19.13 162.0 0.0137 81.7 0.963 -13.8 300 0.845 -30.0 18.47 154.2 0.0244 69.4 0.925 -20.2 400 0.809 -39.5 17.74 147.0 0.0282 68.9 0.880 -26.0 500 0.769 -48.6 16.98 140.4 0.0326 62.9 0.834 -31.3 600 0.729 -57.3 16.17 134.3 0.0373 59.6 0.785 -35.8 700 0.692 -65.1 15.24 128.7 0.0424 54.4 0.736 -40.1 800 0.653 -72.9 14.43 123.4 0.0456 52.1 0.689 -43.8 900 0.618 -80.7 13.70 118.6 0.0484 49.4 0.645 -47.0 1000 0.585 -87.5 12.92 114.1 0.0508 47.9 0.605 -49.9 1100 0.556 -94.0 12.18 110.0 0.0536 47.3 0.568 -52.5 1200 0.528 -100.6 11.54 106.1 0.0557 45.3 0.535 -54.8 1300 0.505 -106.5 10.90 102.5 0.0578 44.2 0.503 -57.0 1400 0.486 -112.4 10.32 99.3 0.0599 43.5 0.475 -58.9 1500 0.468 -118.1 9.80 96.1 0.0625 42.3 0.448 -60.8 1600 0.453 -123.5 9.31 93.2 0.0631 41.5 0.424 -62.6 1700 0.440 -128.7 8.86 90.4 0.0648 40.9 0.402 -64.4 1800 0.431 -133.8 8.45 87.7 0.0663 39.6 0.381 -66.0 1900 0.421 -138.5 8.07 85.2 0.0687 39.9 0.363 -67.6 2000 0.415 -143.4 7.72 82.7 0.0694 39.3 0.344 -69.3 2200 0.404 -152.3 7.09 78.1 0.0729 38.3 0.312 -72.6 2400 0.399 -160.6 6.55 73.7 0.0762 37.8 0.283 -75.8 2600 0.397 -168.3 6.08 69.6 0.0798 36.4 0.258 -79.4 2800 0.398 -175.3 5.67 65.6 0.0832 35.7 0.236 -82.8 3000 0.400 178.2 5.31 61.9 0.0870 34.3 0.216 -86.7 3200 0.404 172.1 4.98 58.2 0.0899 33.8 0.197 -91.2 3400 0.410 166.3 4.70 54.6 0.0928 32.2 0.180 -95.7 3600 0.415 161.0 4.43 51.2 0.0963 31.5 0.165 -100.4 3800 0.420 156.5 4.20 47.9 0.0995 31.2 0.155 -105.6 4000 0.429 152.1 3.99 44.7 0.1038 30.1 0.145 -111.6 4200 0.437 147.7 3.80 41.4 0.1071 29.0 0.136 -118.3 4400 0.444 143.8 3.63 38.2 0.1110 27.6 0.128 -125.3 4600 0.453 140.0 3.47 35.0 0.1145 26.3 0.122 -132.7 4800 0.460 136.2 3.32 31.9 0.1183 24.4 0.118 -140.4 5000 0.469 132.6 3.19 28.8 0.1220 23.1 0.114 -148.6 5200 0.477 129.2 3.06 25.7 0.1256 21.9 0.113 -156.9 5400 0.485 125.8 2.94 22.6 0.1295 20.4 0.113 -165.1 5600 0.492 122.6 2.84 19.6 0.1322 18.9 0.115 -173.1 5800 0.500 119.4 2.73 16.6 0.1356 17.2 0.117 179.1 6000 0.508 116.2 2.64 13.6 0.1391 15.6 0.122 171.3
hsg1003 rev.2.00, jan.25.20 05, 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 0.863 -13.0 26.20 168.5 0.0052 62.3 0.951 -9.2 200 0.825 -25.3 25.34 158.4 0.0147 87.9 0.939 -17.1 300 0.780 -36.8 24.07 149.2 0.0217 65.9 0.888 -24.7 400 0.735 -47.9 22.71 141.2 0.0267 66.2 0.825 -31.1 500 0.684 -58.2 21.28 133.8 0.0314 59.7 0.764 -36.9 600 0.636 -67.9 19.83 127.3 0.0341 58.4 0.706 -41.5 700 0.594 -76.5 18.35 121.5 0.0374 53.4 0.650 -45.6 800 0.554 -84.7 17.05 116.2 0.0401 51.4 0.599 -49.0 900 0.520 -92.5 15.89 111.6 0.0421 51.5 0.555 -51.9 1000 0.488 -99.7 14.78 107.4 0.0455 50.0 0.515 -54.5 1100 0.463 -106.3 13.78 103.6 0.0473 48.3 0.479 -56.7 1200 0.440 -112.9 12.91 100.0 0.0497 47.8 0.448 -58.7 1300 0.422 -118.8 12.09 96.8 0.0508 48.2 0.419 -60.6 1400 0.407 -124.6 11.38 93.8 0.0532 48.1 0.392 -62.4 1500 0.394 -130.2 10.74 91.0 0.0551 46.4 0.370 -64.1 1600 0.383 -135.6 10.15 88.3 0.0571 46.1 0.348 -65.5 1700 0.376 -140.5 9.62 85.8 0.0590 45.6 0.328 -67.2 1800 0.369 -145.5 9.14 83.4 0.0611 44.5 0.310 -68.6 1900 0.365 -150.2 8.70 81.1 0.0623 44.7 0.294 -70.2 2000 0.362 -154.7 8.30 78.9 0.0651 44.5 0.278 -71.7 2200 0.358 -162.9 7.59 74.7 0.0693 43.7 0.251 -75.0 2400 0.358 -170.6 6.99 70.6 0.0726 43.0 0.227 -78.5 2600 0.361 -177.6 6.47 66.8 0.0761 41.7 0.204 -82.4 2800 0.364 175.8 6.03 63.2 0.0808 41.0 0.185 -86.5 3000 0.370 170.1 5.63 59.7 0.0839 39.8 0.167 -91.1 3200 0.378 164.5 5.28 56.2 0.0891 38.4 0.153 -96.7 3400 0.385 159.4 4.97 52.9 0.0922 37.7 0.139 -102.4 3600 0.392 154.7 4.68 49.7 0.0959 36.5 0.126 -108.5 3800 0.399 150.6 4.43 46.6 0.1004 35.5 0.116 -114.8 4000 0.408 146.6 4.21 43.5 0.1057 34.3 0.110 -123.1 4200 0.417 142.7 4.01 40.4 0.1097 32.7 0.105 -131.3 4400 0.426 139.3 3.83 37.3 0.1140 31.0 0.101 -140.6 4600 0.435 135.7 3.66 34.3 0.1178 29.8 0.099 -149.3 4800 0.444 132.3 3.50 31.3 0.1217 27.8 0.099 -158.9 5000 0.452 128.9 3.36 28.3 0.1256 26.5 0.099 -167.4 5200 0.460 125.8 3.23 25.4 0.1297 24.8 0.103 -176.8 5400 0.468 122.6 3.10 22.4 0.1343 22.7 0.107 174.9 5600 0.477 119.6 2.99 19.5 0.1374 21.6 0.113 167.2 5800 0.484 116.6 2.88 16.5 0.1412 19.3 0.118 160.3 6000 0.494 113.5 2.78 13.6 0.1450 17.8 0.126 153.8
hsg1003 rev.2.00, jan.25.20 05, 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 0.724 -21.2 39.39 163.6 0.0058 54.8 0.900 -13.4 200 0.671 -40.3 38.06 149.5 0.0099 67.2 0.861 -25.1 300 0.606 -56.4 35.19 137.6 0.0171 58.2 0.764 -34.1 400 0.546 -70.5 31.79 128.1 0.0220 65.1 0.677 -40.8 500 0.490 -82.9 28.32 120.2 0.0236 61.1 0.600 -46.1 600 0.445 -93.5 25.27 113.9 0.0276 58.5 0.533 -50.0 700 0.410 -102.7 22.61 108.7 0.0299 55.2 0.477 -52.9 800 0.381 -111.1 20.40 104.2 0.0316 56.7 0.432 -55.4 900 0.361 -118.9 18.56 100.4 0.0341 54.9 0.395 -57.4 1000 0.344 -125.9 16.96 97.0 0.0367 55.2 0.363 -58.8 1100 0.331 -132.3 15.60 93.8 0.0384 53.9 0.335 -60.2 1200 0.321 -138.6 14.44 91.0 0.0415 54.2 0.310 -61.6 1300 0.313 -144.1 13.41 88.4 0.0434 55.0 0.289 -62.9 1400 0.308 -149.4 12.52 86.0 0.0454 55.4 0.270 -64.1 1500 0.305 -154.4 11.74 83.7 0.0481 54.7 0.253 -65.2 1600 0.303 -159.3 11.04 81.5 0.0506 54.5 0.238 -66.2 1700 0.302 -163.4 10.42 79.4 0.0531 54.0 0.224 -67.7 1800 0.303 -167.6 9.87 77.4 0.0552 53.9 0.211 -69.0 1900 0.303 -171.3 9.36 75.4 0.0575 53.8 0.199 -70.4 2000 0.305 -175.1 8.91 73.6 0.0596 53.1 0.187 -72.0 2200 0.311 178.3 8.12 69.9 0.0655 52.3 0.167 -75.6 2400 0.318 172.2 7.45 66.4 0.0700 50.7 0.149 -79.4 2600 0.325 166.9 6.88 63.1 0.0749 50.0 0.132 -84.7 2800 0.334 161.7 6.39 59.8 0.0803 48.5 0.118 -90.1 3000 0.343 157.0 5.96 56.7 0.0849 47.2 0.105 -96.3 3200 0.354 152.8 5.59 53.5 0.0892 45.8 0.094 -105.2 3400 0.363 148.6 5.25 50.4 0.0939 44.3 0.084 -114.0 3600 0.372 144.8 4.95 47.5 0.0984 42.5 0.076 -124.4 3800 0.379 141.6 4.69 44.7 0.1034 41.4 0.073 -134.2 4000 0.389 138.3 4.45 41.8 0.1087 39.5 0.073 -146.5 4200 0.400 135.2 4.23 38.8 0.1138 37.8 0.074 -158.7 4400 0.410 132.1 4.04 36.0 0.1174 35.7 0.077 -169.5 4600 0.419 129.0 3.86 33.1 0.1223 33.8 0.083 -179.9 4800 0.428 126.1 3.69 30.3 0.1269 32.3 0.089 171.8 5000 0.437 123.3 3.54 27.5 0.1304 30.4 0.096 163.6 5200 0.446 120.5 3.40 24.6 0.1354 28.3 0.104 156.8 5400 0.455 117.8 3.27 21.8 0.1396 26.5 0.113 150.6 5600 0.464 115.1 3.15 19.0 0.1435 24.5 0.122 145.1 5800 0.471 112.3 3.04 16.2 0.1479 22.4 0.132 139.9 6000 0.482 109.7 2.93 13.3 0.1516 20.3 0.141 135.1
hsg1003 rev.2.00, jan.25.20 05, 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 0.588 -30.4 44.10 160.5 0.0066 96.2 0.826 -17.7 200 0.537 -55.8 41.51 143.8 0.0122 73.0 0.768 -29.9 300 0.478 -76.3 37.20 130.6 0.0181 64.3 0.658 -39.1 400 0.431 -92.4 32.78 120.8 0.0193 59.8 0.561 -45.3 500 0.395 -105.9 28.61 113.2 0.0226 54.6 0.486 -49.6 600 0.368 -116.5 25.25 107.5 0.0244 60.0 0.429 -52.4 700 0.348 -125.5 22.39 102.9 0.0268 58.2 0.381 -54.6 800 0.332 -133.4 20.12 98.9 0.0294 57.7 0.345 -56.1 900 0.322 -139.9 18.26 95.4 0.0317 56.3 0.313 -57.5 1000 0.315 -146.4 16.60 92.4 0.0342 58.0 0.287 -58.4 1100 0.310 -152.2 15.24 89.6 0.0358 57.6 0.266 -59.1 1200 0.307 -157.5 14.08 87.1 0.0384 57.4 0.245 -60.3 1300 0.304 -162.0 13.06 84.8 0.0409 57.9 0.229 -61.1 1400 0.304 -166.4 12.18 82.6 0.0444 59.2 0.214 -62.0 1500 0.305 -170.6 11.41 80.5 0.0473 58.7 0.200 -62.9 1600 0.306 -174.2 10.73 78.4 0.0497 57.8 0.188 -63.9 1700 0.309 -177.8 10.11 76.5 0.0515 57.9 0.177 -65.3 1800 0.312 178.9 9.57 74.6 0.0541 57.9 0.166 -66.3 1900 0.313 175.8 9.07 72.8 0.0574 57.6 0.156 -67.8 2000 0.318 173.0 8.63 71.1 0.0597 57.0 0.147 -69.7 2200 0.325 167.5 7.86 67.6 0.0651 55.7 0.130 -73.2 2400 0.334 162.8 7.21 64.3 0.0703 54.2 0.114 -77.6 2600 0.343 158.0 6.65 61.1 0.0752 52.9 0.099 -83.9 2800 0.353 153.8 6.18 58.0 0.0801 51.5 0.087 -90.2 3000 0.363 150.1 5.76 54.9 0.0852 49.6 0.076 -98.8 3200 0.374 146.4 5.40 51.9 0.0899 48.1 0.067 -110.3 3400 0.384 142.8 5.07 48.8 0.0946 46.6 0.060 -122.9 3600 0.392 139.4 4.78 46.0 0.1001 44.4 0.055 -137.4 3800 0.401 136.5 4.52 43.2 0.1047 43.2 0.057 -150.1 4000 0.411 133.6 4.30 40.4 0.1098 40.9 0.060 -163.7 4200 0.420 130.8 4.09 37.5 0.1144 39.3 0.065 -175.8 4400 0.430 128.0 3.90 34.6 0.1192 36.9 0.073 173.8 4600 0.440 125.2 3.73 31.9 0.1240 35.3 0.080 165.4 4800 0.448 122.6 3.56 29.1 0.1291 33.3 0.089 158.0 5000 0.457 119.9 3.42 26.2 0.1333 31.5 0.099 152.1 5200 0.467 117.3 3.28 23.5 0.1378 29.4 0.108 146.1 5400 0.474 114.7 3.15 20.7 0.1414 27.3 0.118 140.9 5600 0.483 112.1 3.04 17.9 0.1454 25.4 0.128 136.6 5800 0.491 109.5 2.93 15.1 0.1494 23.0 0.138 132.2 6000 0.499 106.9 2.82 12.3 0.1536 20.9 0.149 128.3
hsg1003 rev.2.00, jan.25.20 05, 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 0.980 -4.5 3.19 176.0 0.0053 145.2 0.992 -2.6 200 0.982 -8.6 3.19 171.9 0.0131 84.4 0.997 -4.8 300 0.976 -12.7 3.18 168.2 0.0223 86.1 0.991 -7.0 400 0.973 -17.4 3.18 164.7 0.0286 77.8 0.982 -9.4 500 0.967 -21.7 3.18 161.1 0.0348 76.2 0.977 -11.6 600 0.961 -26.1 3.17 157.8 0.0407 72.9 0.968 -13.8 700 0.956 -30.4 3.13 154.2 0.0472 69.5 0.958 -16.0 800 0.947 -34.6 3.11 150.7 0.0533 66.0 0.947 -18.2 900 0.940 -39.2 3.13 148.2 0.0603 63.6 0.935 -20.3 1000 0.929 -43.6 3.11 144.1 0.0651 60.6 0.921 -22.4 1100 0.919 -48.0 3.08 140.8 0.0709 57.1 0.909 -24.4 1200 0.908 -52.5 3.08 136.9 0.0758 55.3 0.896 -26.4 1300 0.896 -56.7 3.03 133.6 0.0810 52.1 0.881 -28.3 1400 0.886 -61.2 3.00 130.5 0.0856 50.4 0.868 -30.3 1500 0.873 -65.7 2.98 127.2 0.0900 46.4 0.853 -32.3 1600 0.860 -70.3 2.97 123.8 0.0939 44.5 0.838 -34.1 1700 0.848 -74.7 2.93 120.6 0.0981 42.1 0.823 -36.0 1800 0.836 -79.1 2.88 117.4 0.1013 39.6 0.807 -37.8 1900 0.824 -83.6 2.84 114.3 0.1047 36.9 0.793 -39.6 2000 0.812 -88.2 2.81 111.2 0.1072 34.2 0.778 -41.4 2200 0.789 -96.9 2.72 105.0 0.1128 29.9 0.748 -44.9 2400 0.767 -105.7 2.65 99.0 0.1153 25.5 0.718 -48.2 2600 0.747 -114.3 2.57 93.1 0.1182 21.2 0.688 -51.5 2800 0.728 -122.9 2.49 87.5 0.1201 17.3 0.662 -54.8 3000 0.712 -131.2 2.40 81.9 0.1213 13.6 0.637 -57.8 3200 0.698 -139.1 2.31 76.5 0.1211 10.3 0.613 -61.0 3400 0.687 -146.9 2.23 71.3 0.1203 7.1 0.591 -64.1 3600 0.677 -154.3 2.14 66.4 0.1183 4.1 0.569 -67.1 3800 0.670 -161.2 2.07 61.6 0.1155 1.3 0.550 -70.1 4000 0.666 -168.1 1.99 56.9 0.1151 -0.5 0.534 -73.3 4200 0.662 -174.7 1.93 52.4 0.1129 -2.4 0.517 -76.5 4400 0.661 179.1 1.85 47.9 0. 1102 -4.1 0.503 -79.8 4600 0.660 173.1 1.79 43.6 0. 1075 -5.5 0.489 -83.1 4800 0.660 167.5 1.73 39.3 0. 1055 -6.3 0.477 -86.4 5000 0.660 162.0 1.67 35.2 0. 1021 -7.1 0.465 -89.8 5200 0.662 156.7 1.62 31.1 0. 1002 -7.8 0.453 -93.4 5400 0.665 151.7 1.56 27.2 0. 0982 -8.2 0.443 -97.1 5600 0.667 146.9 1.51 23.3 0. 0949 -7.7 0.434 -101.1 5800 0.669 142.1 1.46 19.4 0. 0937 -7.5 0.425 -105.0 6000 0.672 137.6 1.41 15.6 0. 0927 -6.8 0.415 -108.9
hsg1003 rev.2.00, jan.25.20 05, 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 0.954 -6.5 9.14 174.1 0.0059 97.1 0.982 -3.9 200 0.945 -12.6 9.10 168.5 0.0121 90.7 0.989 -7.5 300 0.933 -18.5 8.98 163.3 0.0195 78.2 0.977 -11.1 400 0.922 -24.8 8.87 158.2 0.0267 76.4 0.959 -14.5 500 0.905 -31.1 8.76 153.4 0.0332 70.5 0.942 -18.0 600 0.886 -37.1 8.61 148.8 0.0388 66.7 0.921 -21.2 700 0.868 -42.8 8.37 144.3 0.0435 63.3 0.898 -24.5 800 0.845 -48.6 8.18 139.9 0.0481 59.5 0.873 -27.4 900 0.825 -54.8 8.09 136.1 0.0522 56.1 0.846 -30.1 1000 0.800 -60.4 7.88 131.6 0.0571 54.0 0.818 -32.8 1100 0.778 -65.9 7.67 127.6 0.0597 50.5 0.794 -35.2 1200 0.752 -71.7 7.51 123.3 0.0642 49.3 0.767 -37.6 1300 0.729 -77.0 7.27 119.6 0.0664 46.6 0.741 -39.9 1400 0.709 -82.3 7.04 116.1 0.0697 44.6 0.715 -42.0 1500 0.686 -87.7 6.85 112.5 0.0715 42.0 0.691 -44.0 1600 0.663 -92.9 6.66 109.0 0.0739 39.4 0.667 -45.8 1700 0.645 -98.0 6.45 105.7 0.0760 38.3 0.644 -47.7 1800 0.627 -102.9 6.25 102.6 0.0779 36.6 0.621 -49.4 1900 0.611 -107.8 6.06 99.5 0.0791 35.2 0.601 -51.1 2000 0.596 -112.9 5.87 96.5 0.0805 33.9 0.580 -52.8 2200 0.569 -122.0 5.51 90.9 0.0825 30.5 0.543 -55.8 2400 0.547 -131.2 5.20 85.5 0.0847 28.8 0.508 -58.7 2600 0.529 -139.8 4.90 80.4 0.0862 26.5 0.475 -61.7 2800 0.516 -148.1 4.62 75.6 0.0866 25.0 0.449 -64.3 3000 0.506 -155.9 4.37 70.9 0.0883 23.0 0.423 -67.0 3200 0.502 -163.3 4.13 66.5 0.0901 22.1 0.399 -69.8 3400 0.497 -170.4 3.92 62.2 0.0903 20.5 0.379 -72.6 3600 0.494 -176.9 3.72 58.2 0.0913 20.2 0.358 -75.2 3800 0.494 177.0 3.54 54.3 0.0921 19.5 0.341 -77.9 4000 0.497 171.2 3.38 50.5 0.0939 19.1 0.327 -81.2 4200 0.500 165.7 3.23 46.7 0.0948 18.3 0.312 -84.2 4400 0.504 160.5 3.09 43.0 0.0963 17.8 0.298 -87.7 4600 0.508 155.7 2.97 39.4 0.0980 17.3 0.286 -91.1 4800 0.513 151.1 2.85 35.9 0.1005 16.7 0.275 -94.6 5000 0.518 146.5 2.74 32.4 0.1016 16.0 0.264 -98.4 5200 0.525 142.1 2.64 28.9 0.1030 15.3 0.253 -102.4 5400 0.530 138.1 2.54 25.5 0.1054 15.0 0.245 -106.6 5600 0.536 134.1 2.45 22.1 0.1074 14.3 0.235 -110.8 5800 0.541 130.2 2.36 18.8 0.1098 13.3 0.228 -115.5 6000 0.548 126.4 2.29 15.5 0.1123 12.7 0.220 -120.3
hsg1003 rev.2.00, jan.25.20 05, 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 0.924 -8.2 14.62 172.4 0.0099 95.9 0.974 -5.4 200 0.914 -15.8 14.43 165.5 0.0130 75.7 0.980 -9.9 300 0.891 -23.5 14.11 159.0 0.0191 79.3 0.959 -14.4 400 0.869 -31.3 13.76 152.9 0.0260 72.2 0.932 -18.9 500 0.841 -38.8 13.40 147.2 0.0304 66.8 0.901 -23.1 600 0.812 -46.1 12.99 141.7 0.0359 62.2 0.867 -26.9 700 0.782 -52.8 12.44 136.6 0.0401 59.6 0.831 -30.6 800 0.750 -59.6 12.00 131.6 0.0438 55.7 0.794 -33.8 900 0.718 -66.7 11.63 127.1 0.0465 55.1 0.758 -36.6 1000 0.686 -73.0 11.14 122.5 0.0499 52.2 0.723 -39.3 1100 0.657 -79.0 10.66 118.4 0.0521 48.3 0.692 -41.7 1200 0.626 -85.3 10.25 114.2 0.0552 46.8 0.659 -44.0 1300 0.600 -91.0 9.79 110.4 0.0572 45.4 0.630 -46.0 1400 0.577 -96.5 9.36 106.9 0.0596 44.0 0.603 -48.0 1500 0.555 -102.0 8.98 103.6 0.0606 42.4 0.576 -49.8 1600 0.534 -107.4 8.61 100.3 0.0624 41.6 0.551 -51.3 1700 0.516 -112.6 8.25 97.3 0.0644 39.9 0.527 -52.9 1800 0.501 -117.6 7.91 94.4 0.0661 38.9 0.506 -54.3 1900 0.487 -122.6 7.60 91.6 0.0664 37.9 0.486 -55.8 2000 0.474 -127.4 7.31 88.9 0.0684 36.9 0.467 -57.2 2200 0.455 -136.6 6.77 83.8 0.0711 35.6 0.432 -59.8 2400 0.441 -145.5 6.29 79.0 0.0732 34.7 0.402 -62.3 2600 0.430 -153.9 5.88 74.5 0.0753 33.4 0.374 -64.9 2800 0.424 -161.7 5.51 70.3 0.0783 32.9 0.349 -67.4 3000 0.422 -169.0 5.17 66.2 0.0802 31.6 0.326 -70.0 3200 0.422 -175.9 4.87 62.2 0.0825 30.7 0.306 -72.8 3400 0.423 177.7 4.60 58.4 0.0853 30.1 0.286 -75.7 3600 0.424 171.7 4.35 54.7 0.0875 29.6 0.269 -78.2 3800 0.427 166.5 4.13 51.3 0.0892 29.2 0.253 -81.2 4000 0.434 161.3 3.93 47.8 0.0927 28.5 0.241 -84.6 4200 0.440 156.4 3.75 44.4 0.0957 27.7 0.228 -88.4 4400 0.446 151.9 3.58 41.0 0.0985 26.9 0.216 -92.3 4600 0.454 147.6 3.43 37.7 0.1015 25.8 0.205 -96.1 4800 0.460 143.5 3.29 34.4 0.1047 24.6 0.195 -100.3 5000 0.467 139.3 3.16 31.2 0.1073 23.6 0.185 -104.8 5200 0.475 135.6 3.04 28.0 0.1102 22.8 0.176 -109.6 5400 0.481 131.9 2.93 24.8 0.1138 21.3 0.168 -114.9 5600 0.489 128.3 2.82 21.7 0.1171 20.5 0.161 -120.1 5800 0.497 124.7 2.72 18.5 0.1201 18.8 0.154 -125.8 6000 0.504 121.4 2.63 15.4 0.1242 17.9 0.148 -132.1
hsg1003 rev.2.00, jan.25.20 05, 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 -9.8 19.67 171.0 0.0075 50.0 0.966 -6.2 200 0.883 -19.0 19.27 162.8 0.0114 75.2 0.970 -12.1 300 0.852 -28.0 18.64 155.3 0.0193 82.6 0.938 -17.6 400 0.820 -37.0 17.96 148.4 0.0251 69.8 0.899 -22.6 500 0.781 -45.6 17.26 141.9 0.0286 65.2 0.857 -27.2 600 0.742 -53.8 16.48 136.0 0.0341 60.3 0.813 -31.3 700 0.704 -61.3 15.59 130.5 0.0378 58.1 0.768 -35.0 800 0.666 -68.6 14.80 125.2 0.0396 54.8 0.724 -38.2 900 0.629 -76.1 14.10 120.5 0.0423 53.5 0.685 -40.9 1000 0.594 -82.6 13.33 116.0 0.0444 50.4 0.647 -43.3 1100 0.564 -89.0 12.60 111.9 0.0472 48.8 0.613 -45.6 1200 0.534 -95.2 11.96 107.9 0.0484 48.1 0.580 -47.5 1300 0.509 -101.1 11.32 104.3 0.0508 47.4 0.550 -49.4 1400 0.488 -106.8 10.73 101.1 0.0535 46.3 0.523 -50.9 1500 0.468 -112.4 10.21 97.9 0.0552 44.9 0.498 -52.5 1600 0.450 -117.7 9.72 94.9 0.0563 43.9 0.475 -53.8 1700 0.436 -122.9 9.26 92.1 0.0588 42.7 0.453 -55.2 1800 0.424 -127.9 8.84 89.5 0.0592 42.4 0.434 -56.5 1900 0.412 -132.8 8.45 86.9 0.0610 42.0 0.415 -57.7 2000 0.403 -137.6 8.08 84.5 0.0621 41.7 0.398 -58.8 2200 0.390 -146.5 7.44 79.8 0.0653 40.7 0.367 -61.3 2400 0.382 -155.1 6.89 75.4 0.0682 39.9 0.339 -63.6 2600 0.377 -163.0 6.40 71.3 0.0720 39.3 0.314 -66.1 2800 0.376 -170.4 5.98 67.4 0.0751 38.4 0.292 -68.5 3000 0.377 -177.3 5.60 63.6 0.0784 37.0 0.272 -71.2 3200 0.381 176.4 5.26 59.9 0.0808 36.7 0.254 -74.0 3400 0.385 170.3 4.96 56.3 0.0838 35.7 0.236 -77.0 3600 0.389 164.7 4.68 52.9 0.0873 34.8 0.220 -79.8 3800 0.394 160.0 4.44 49.7 0.0905 34.6 0.207 -83.0 4000 0.402 155.4 4.23 46.4 0.0944 33.4 0.194 -86.9 4200 0.409 150.9 4.03 43.1 0.0979 32.2 0.183 -91.1 4400 0.418 146.7 3.85 39.9 0.1016 31.2 0.172 -95.5 4600 0.426 142.7 3.68 36.8 0.1050 29.7 0.163 -100.3 4800 0.433 138.9 3.53 33.7 0.1081 28.6 0.153 -105.0 5000 0.441 135.2 3.39 30.6 0.1117 27.1 0.144 -110.4 5200 0.450 131.6 3.26 27.5 0.1150 25.6 0.136 -116.6 5400 0.456 128.3 3.14 24.4 0.1194 24.3 0.129 -122.8 5600 0.465 124.9 3.02 21.4 0.1222 22.7 0.124 -129.4 5800 0.473 121.7 2.92 18.4 0.1262 21.4 0.119 -137.0 6000 0.481 118.5 2.82 15.4 0.1301 20.3 0.115 -144.6
hsg1003 rev.2.00, jan.25.20 05, 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 0.871 -11.8 26.57 169.1 0.0044 49.5 0.961 -7.8 200 0.837 -23.4 25.71 159.4 0.0127 77.4 0.953 -14.8 300 0.793 -34.2 24.48 150.6 0.0170 74.2 0.906 -21.3 400 0.749 -44.4 23.16 142.8 0.0219 67.3 0.850 -27.0 500 0.698 -54.1 21.80 135.6 0.0265 63.8 0.797 -31.9 600 0.650 -63.4 20.39 129.1 0.0297 59.2 0.743 -35.9 700 0.607 -71.5 18.95 123.4 0.0333 56.8 0.689 -39.5 800 0.564 -79.4 17.66 118.1 0.0359 54.1 0.642 -42.3 900 0.527 -86.9 16.50 113.5 0.0373 52.8 0.600 -44.7 1000 0.494 -93.6 15.39 109.2 0.0405 51.4 0.563 -46.9 1100 0.467 -100.2 14.38 105.4 0.0416 50.1 0.529 -48.6 1200 0.441 -106.5 13.49 101.8 0.0433 49.7 0.498 -50.2 1300 0.419 -112.2 12.66 98.5 0.0452 48.3 0.470 -51.7 1400 0.402 -117.9 11.92 95.5 0.0483 48.4 0.446 -52.9 1500 0.386 -123.6 11.26 92.7 0.0497 48.8 0.423 -54.2 1600 0.374 -129.0 10.66 90.0 0.0514 48.6 0.402 -55.2 1700 0.364 -133.8 10.11 87.5 0.0530 47.3 0.384 -56.3 1800 0.356 -138.9 9.61 85.0 0.0546 47.2 0.366 -57.2 1900 0.348 -143.6 9.16 82.7 0.0569 46.8 0.350 -58.4 2000 0.343 -148.3 8.74 80.5 0.0582 46.7 0.335 -59.4 2200 0.337 -157.0 8.01 76.3 0.0617 45.8 0.308 -61.5 2400 0.334 -165.1 7.38 72.3 0.0652 45.9 0.285 -63.7 2600 0.335 -172.4 6.84 68.5 0.0698 44.1 0.262 -66.2 2800 0.338 -179.4 6.37 64.9 0.0730 43.6 0.242 -68.7 3000 0.342 174.5 5.96 61.3 0.0772 42.9 0.225 -71.3 3200 0.349 168.6 5.59 57.9 0.0801 42.0 0.209 -74.6 3400 0.354 163.2 5.27 54.5 0.0840 41.1 0.192 -77.9 3600 0.361 158.2 4.97 51.3 0.0885 39.4 0.177 -81.0 3800 0.367 153.9 4.71 48.3 0.0918 38.7 0.167 -84.4 4000 0.377 149.7 4.48 45.2 0.0962 37.8 0.155 -89.2 4200 0.386 145.7 4.27 42.1 0.1007 36.1 0.144 -93.9 4400 0.394 141.9 4.08 39.0 0.1038 34.8 0.134 -99.2 4600 0.404 138.3 3.90 36.0 0.1081 33.1 0.126 -104.9 4800 0.411 134.8 3.74 33.1 0.1119 31.5 0.118 -111.4 5000 0.420 131.3 3.59 30.1 0.1163 30.4 0.111 -117.9 5200 0.429 128.1 3.45 27.1 0.1196 28.7 0.105 -125.8 5400 0.437 125.0 3.32 24.1 0.1237 26.9 0.100 -134.2 5600 0.446 121.8 3.20 21.2 0.1275 25.5 0.096 -142.6 5800 0.454 118.8 3.09 18.3 0.1307 23.7 0.094 -151.2 6000 0.462 115.8 2.98 15.4 0.1353 21.8 0.093 -161.0
hsg1003 rev.2.00, jan.25.20 05, 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 0.753 -17.6 44.57 164.4 0.0079 89.7 0.910 -12.2 200 0.704 -34.9 41.52 150.9 0.0118 75.1 0.889 -21.3 300 0.632 -49.8 37.55 139.5 0.0166 61.5 0.803 -29.2 400 0.566 -62.8 33.64 130.2 0.0182 64.8 0.722 -35.1 500 0.504 -74.4 29.99 122.4 0.0209 59.1 0.648 -39.5 600 0.454 -84.5 26.76 116.0 0.0243 59.2 0.586 -42.8 700 0.414 -93.5 24.00 110.8 0.0272 58.5 0.531 -45.0 800 0.380 -101.5 21.68 106.1 0.0288 57.4 0.489 -46.9 900 0.354 -109.2 19.71 102.2 0.0300 56.8 0.451 -48.3 1000 0.334 -116.2 18.05 98.7 0.0333 57.6 0.422 -49.4 1100 0.317 -122.9 16.62 95.6 0.0351 56.2 0.393 -50.2 1200 0.303 -128.9 15.39 92.7 0.0368 56.6 0.371 -50.9 1300 0.293 -134.7 14.30 90.0 0.0392 56.9 0.349 -51.8 1400 0.284 -140.4 13.36 87.6 0.0415 56.9 0.331 -52.4 1500 0.278 -145.7 12.53 85.3 0.0438 55.5 0.315 -53.2 1600 0.275 -150.7 11.79 83.0 0.0456 56.2 0.299 -53.6 1700 0.272 -155.3 11.13 80.9 0.0488 55.3 0.284 -54.5 1800 0.270 -160.1 10.55 78.9 0.0505 55.5 0.273 -55.2 1900 0.270 -164.0 10.01 77.0 0.0529 56.5 0.261 -56.0 2000 0.271 -168.2 9.53 75.1 0.0545 55.1 0.250 -56.9 2200 0.274 -175.6 8.69 71.5 0.0595 54.6 0.230 -58.8 2400 0.279 177.7 7.99 68.0 0.0638 53.3 0.212 -60.9 2600 0.286 171.8 7.38 64.7 0.0682 52.1 0.193 -63.5 2800 0.294 166.0 6.86 61.5 0.0731 51.2 0.178 -66.0 3000 0.303 161.1 6.41 58.3 0.0780 49.4 0.163 -68.9 3200 0.312 156.3 6.01 55.2 0.0820 48.9 0.149 -73.0 3400 0.321 151.9 5.65 52.1 0.0863 46.9 0.135 -76.7 3600 0.329 147.8 5.33 49.2 0.0907 45.3 0.122 -80.9 3800 0.338 144.3 5.05 46.4 0.0953 44.1 0.113 -85.6 4000 0.348 141.0 4.80 43.5 0.1004 42.3 0.103 -92.1 4200 0.358 137.7 4.57 40.6 0.1049 40.5 0.095 -98.6 4400 0.368 134.4 4.36 37.8 0.1096 39.0 0.086 -106.7 4600 0.378 131.5 4.17 35.0 0.1131 37.5 0.080 -115.8 4800 0.387 128.5 4.00 32.2 0.1182 35.4 0.075 -125.7 5000 0.396 125.6 3.84 29.4 0.1222 33.8 0.071 -136.2 5200 0.406 122.7 3.69 26.5 0.1260 31.8 0.069 -147.9 5400 0.414 120.0 3.55 23.7 0.1298 29.8 0.070 -159.6 5600 0.423 117.3 3.42 20.9 0.1343 28.0 0.071 -170.8 5800 0.432 114.5 3.30 18.1 0.1383 25.6 0.076 178.9 6000 0.441 111.8 3.19 15.3 0.1425 24.0 0.081 169.0
hsg1003 rev.2.00, jan.25.20 05, 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 0.668 -23.8 55.36 161.1 0.0054 38.3 0.888 -13.4 200 0.593 -44.8 50.41 145.2 0.0092 69.0 0.835 -25.2 300 0.517 -61.8 43.97 132.6 0.0143 67.6 0.729 -33.2 400 0.450 -76.0 38.03 123.1 0.0166 66.3 0.636 -38.5 500 0.396 -88.4 32.96 115.7 0.0207 61.0 0.562 -42.4 600 0.357 -98.9 28.82 109.8 0.0212 63.2 0.505 -44.3 700 0.327 -108.1 25.49 105.1 0.0245 62.2 0.455 -45.9 800 0.305 -116.5 22.78 101.0 0.0263 59.2 0.419 -46.9 900 0.287 -124.3 20.56 97.5 0.0273 60.5 0.386 -47.8 1000 0.274 -130.9 18.71 94.4 0.0303 59.6 0.361 -48.2 1100 0.265 -137.4 17.15 91.6 0.0332 60.9 0.338 -48.8 1200 0.258 -143.5 15.82 89.1 0.0348 61.2 0.319 -49.1 1300 0.253 -148.9 14.67 86.7 0.0376 61.8 0.302 -49.4 1400 0.250 -154.2 13.68 84.4 0.0398 61.3 0.288 -49.9 1500 0.249 -159.3 12.80 82.4 0.0424 60.2 0.273 -50.6 1600 0.248 -163.6 12.03 80.3 0.0450 61.6 0.261 -50.9 1700 0.248 -167.8 11.34 78.4 0.0478 60.5 0.249 -51.7 1800 0.251 -171.8 10.74 76.5 0.0494 59.7 0.239 -52.0 1900 0.252 -175.4 10.19 74.7 0.0520 59.5 0.229 -53.1 2000 0.255 -179.0 9.68 73.0 0.0542 59.2 0.219 -53.8 2200 0.261 174.9 8.82 69.6 0.0589 58.1 0.202 -55.7 2400 0.270 168.9 8.10 66.3 0.0636 56.6 0.185 -57.8 2600 0.278 164.0 7.48 63.1 0.0686 55.0 0.169 -60.4 2800 0.288 159.0 6.95 60.1 0.0740 53.8 0.155 -63.2 3000 0.298 154.6 6.49 57.1 0.0780 52.3 0.140 -66.1 3200 0.308 150.6 6.08 54.1 0.0830 50.7 0.128 -70.6 3400 0.318 146.6 5.72 51.1 0.0876 49.0 0.115 -74.8 3600 0.327 143.1 5.39 48.3 0.0916 47.6 0.102 -79.2 3800 0.335 140.0 5.11 45.6 0.0967 46.2 0.093 -85.0 4000 0.346 137.0 4.86 42.8 0.1021 43.8 0.085 -91.8 4200 0.356 134.1 4.63 40.0 0.1061 42.4 0.076 -100.0 4400 0.367 131.1 4.42 37.2 0.1113 40.5 0.069 -109.6 4600 0.376 128.5 4.22 34.4 0.1156 38.4 0.064 -121.1 4800 0.385 125.6 4.04 31.6 0.1199 36.8 0.060 -133.1 5000 0.395 123.0 3.88 28.9 0.1241 34.9 0.059 -145.8 5200 0.404 120.3 3.73 26.1 0.1281 32.9 0.060 -160.3 5400 0.413 117.6 3.59 23.3 0.1326 30.8 0.063 -172.0 5600 0.422 115.1 3.46 20.6 0.1371 29.0 0.068 177.0 5800 0.431 112.5 3.34 17.8 0.1413 26.7 0.073 166.5 6000 0.440 109.9 3.22 15.0 0.1450 24.8 0.081 157.5
hsg1003 rev.2.00, jan.25.20 05, 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 -4.2 3.17 176.2 0.0081 61.2 0.989 -2.2 200 0.981 -8.6 3.17 172.0 0.0107 87.9 0.997 -4.6 300 0.978 -12.4 3.17 168.4 0.0209 80.5 0.990 -6.8 400 0.975 -17.2 3.17 164.9 0.0263 78.1 0.984 -9.0 500 0.969 -21.6 3.18 161.4 0.0324 77.0 0.978 -11.2 600 0.962 -25.7 3.17 158.1 0.0396 71.9 0.971 -13.3 700 0.957 -30.0 3.12 154.6 0.0460 68.5 0.961 -15.5 800 0.949 -34.3 3.10 151.1 0.0510 67.0 0.950 -17.6 900 0.942 -38.8 3.13 148.5 0.0564 63.7 0.939 -19.6 1000 0.931 -43.1 3.11 144.5 0.0625 60.8 0.927 -21.5 1100 0.922 -47.5 3.08 141.2 0.0668 57.8 0.916 -23.5 1200 0.910 -52.0 3.08 137.4 0.0722 55.3 0.903 -25.5 1300 0.899 -56.2 3.04 134.1 0.0769 53.2 0.889 -27.4 1400 0.888 -60.6 3.00 131.0 0.0820 50.4 0.875 -29.4 1500 0.876 -65.1 2.99 127.7 0.0858 47.0 0.862 -31.3 1600 0.863 -69.6 2.97 124.4 0.0898 45.0 0.847 -33.0 1700 0.852 -74.0 2.94 121.2 0.0934 42.1 0.834 -34.8 1800 0.839 -78.5 2.89 118.0 0.0973 39.5 0.818 -36.6 1900 0.827 -82.8 2.85 114.9 0.0998 37.6 0.803 -38.4 2000 0.815 -87.5 2.82 111.8 0.1029 35.5 0.788 -40.2 2200 0.792 -96.0 2.74 105.6 0.1073 30.8 0.760 -43.6 2400 0.769 -104.8 2.67 99.6 0.1109 25.9 0.731 -46.8 2600 0.749 -113.5 2.58 93.8 0.1138 21.6 0.702 -50.0 2800 0.730 -122.0 2.50 88.2 0.1149 18.1 0.676 -53.1 3000 0.713 -130.2 2.42 82.5 0.1159 14.3 0.651 -56.1 3200 0.700 -138.2 2.33 77.2 0.1150 11.4 0.627 -59.2 3400 0.688 -146.0 2.25 72.1 0.1145 7.7 0.606 -62.2 3600 0.678 -153.4 2.16 67.1 0.1131 4.9 0.585 -65.2 3800 0.670 -160.4 2.09 62.4 0.1112 2.6 0.566 -68.1 4000 0.666 -167.2 2.01 57.6 0.1087 0.9 0.550 -71.2 4200 0.663 -173.9 1.95 53.1 0.1072 -1.1 0.534 -74.4 4400 0.661 179.9 1.88 48.6 0. 1047 -3.1 0.519 -77.5 4600 0.659 173.9 1.81 44.3 0. 1020 -3.7 0.506 -80.7 4800 0.659 168.2 1.75 40.1 0. 1000 -5.3 0.494 -84.0 5000 0.659 162.6 1.69 35.9 0. 0969 -5.5 0.482 -87.3 5200 0.661 157.3 1.64 31.8 0. 0943 -5.8 0.470 -90.8 5400 0.663 152.3 1.58 28.0 0. 0931 -6.3 0.461 -94.5 5600 0.666 147.4 1.53 24.1 0. 0908 -5.6 0.451 -98.1 5800 0.668 142.7 1.48 20.2 0. 0899 -5.3 0.442 -102.0 6000 0.670 138.1 1.43 16.4 0. 0885 -4.0 0.433 -105.9
hsg1003 rev.2.00, jan.25.20 05, 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 -6.2 9.07 174.1 0.0084 118.4 0.979 -4.2 200 0.950 -12.3 9.03 168.7 0.0117 72.8 0.990 -7.3 300 0.936 -18.1 8.93 163.5 0.0190 74.0 0.977 -10.5 400 0.924 -24.5 8.83 158.5 0.0255 74.2 0.962 -13.9 500 0.909 -30.5 8.73 153.8 0.0317 68.2 0.946 -17.2 600 0.891 -36.5 8.59 149.2 0.0364 67.6 0.926 -20.3 700 0.872 -42.2 8.35 144.8 0.0420 64.2 0.903 -23.3 800 0.851 -47.9 8.18 140.4 0.0464 59.7 0.879 -26.3 900 0.830 -54.0 8.10 136.6 0.0492 57.5 0.853 -28.8 1000 0.806 -59.5 7.89 132.1 0.0545 54.1 0.827 -31.4 1100 0.783 -65.1 7.69 128.1 0.0574 52.0 0.803 -33.8 1200 0.757 -70.7 7.53 123.9 0.0614 48.7 0.778 -36.0 1300 0.734 -76.0 7.30 120.2 0.0642 47.0 0.752 -38.2 1400 0.713 -81.3 7.08 116.7 0.0673 44.7 0.728 -40.3 1500 0.690 -86.6 6.89 113.1 0.0693 42.4 0.704 -42.3 1600 0.668 -91.8 6.71 109.6 0.0709 40.2 0.680 -44.0 1700 0.649 -96.7 6.50 106.3 0.0732 38.7 0.658 -45.8 1800 0.630 -101.7 6.29 103.2 0.0745 37.1 0.636 -47.4 1900 0.614 -106.7 6.11 100.1 0.0756 35.2 0.616 -49.1 2000 0.598 -111.6 5.93 97.1 0.0770 34.2 0.596 -50.7 2200 0.571 -120.8 5.57 91.5 0.0788 31.8 0.560 -53.5 2400 0.547 -129.8 5.25 86.0 0.0809 29.2 0.525 -56.2 2600 0.529 -138.4 4.95 81.0 0.0828 27.2 0.494 -59.0 2800 0.515 -146.9 4.68 76.2 0.0845 25.3 0.466 -61.5 3000 0.506 -154.7 4.42 71.5 0.0857 24.3 0.442 -64.0 3200 0.499 -162.1 4.18 67.1 0.0855 22.9 0.419 -66.8 3400 0.494 -169.2 3.97 62.8 0.0871 21.6 0.398 -69.5 3600 0.491 -175.8 3.77 58.8 0.0872 21.0 0.377 -71.9 3800 0.490 178.1 3.59 54.9 0.0884 20.9 0.361 -74.5 4000 0.492 172.3 3.43 51.1 0.0893 20.0 0.347 -77.5 4200 0.495 166.7 3.28 47.3 0.0912 19.8 0.332 -80.5 4400 0.499 161.5 3.14 43.6 0.0929 18.9 0.319 -83.7 4600 0.505 156.6 3.01 40.0 0.0943 18.7 0.308 -86.8 4800 0.508 151.9 2.89 36.5 0.0966 17.8 0.295 -90.2 5000 0.513 147.3 2.78 33.0 0.0976 17.7 0.285 -93.5 5200 0.519 142.9 2.68 29.5 0.0993 17.4 0.274 -97.4 5400 0.525 138.9 2.58 26.1 0.1018 16.6 0.265 -101.4 5600 0.531 134.8 2.49 22.8 0.1040 16.4 0.256 -105.4 5800 0.537 130.9 2.40 19.4 0.1066 15.2 0.247 -109.6 6000 0.543 127.1 2.32 16.1 0.1088 15.1 0.239 -114.0
hsg1003 rev.2.00, jan.25.20 05, 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 -7.5 14.49 172.5 0.0014 85.0 0.978 -5.0 200 0.919 -15.7 14.33 165.7 0.0097 82.5 0.979 -9.5 300 0.896 -22.9 14.03 159.3 0.0184 73.4 0.959 -13.7 400 0.875 -30.7 13.71 153.3 0.0248 71.7 0.934 -18.0 500 0.847 -38.2 13.37 147.6 0.0295 69.0 0.905 -22.0 600 0.817 -45.4 12.98 142.3 0.0337 63.4 0.873 -25.6 700 0.789 -51.9 12.45 137.2 0.0379 60.3 0.839 -29.2 800 0.756 -58.6 12.02 132.2 0.0422 56.7 0.803 -32.3 900 0.724 -65.6 11.67 127.7 0.0441 53.0 0.768 -35.0 1000 0.693 -71.7 11.19 123.1 0.0479 51.4 0.735 -37.5 1100 0.663 -77.8 10.72 119.0 0.0506 50.1 0.704 -39.8 1200 0.632 -83.9 10.32 114.8 0.0523 47.7 0.673 -41.9 1300 0.605 -89.5 9.86 111.0 0.0548 45.5 0.643 -43.9 1400 0.582 -95.0 9.44 107.6 0.0569 44.5 0.617 -45.7 1500 0.558 -100.6 9.06 104.2 0.0582 43.1 0.591 -47.4 1600 0.537 -106.0 8.69 100.9 0.0605 41.7 0.567 -48.8 1700 0.518 -111.1 8.33 97.8 0.0610 40.2 0.545 -50.4 1800 0.502 -116.0 8.00 94.9 0.0634 39.5 0.523 -51.8 1900 0.487 -121.0 7.68 92.1 0.0642 38.9 0.503 -53.2 2000 0.475 -126.0 7.39 89.4 0.0655 38.0 0.485 -54.4 2200 0.454 -135.0 6.85 84.3 0.0683 36.6 0.451 -56.9 2400 0.438 -144.0 6.37 79.6 0.0704 35.6 0.421 -59.2 2600 0.428 -152.3 5.95 75.1 0.0731 34.1 0.393 -61.5 2800 0.421 -160.2 5.58 70.8 0.0749 33.7 0.369 -63.9 3000 0.418 -167.5 5.24 66.7 0.0780 32.5 0.348 -66.3 3200 0.417 -174.5 4.93 62.7 0.0789 31.6 0.327 -68.8 3400 0.418 179.0 4.66 58.9 0.0819 31.3 0.309 -71.4 3600 0.418 172.9 4.41 55.3 0.0834 30.6 0.291 -73.9 3800 0.422 167.6 4.19 51.9 0.0864 30.3 0.275 -76.6 4000 0.428 162.3 3.99 48.4 0.0892 29.7 0.263 -79.8 4200 0.433 157.5 3.81 44.9 0.0921 28.2 0.250 -83.0 4400 0.439 152.8 3.64 41.5 0.0950 27.8 0.238 -86.6 4600 0.447 148.5 3.49 38.3 0.0980 26.9 0.227 -90.1 4800 0.453 144.2 3.34 35.0 0.1014 25.9 0.217 -93.9 5000 0.461 140.2 3.21 31.8 0.1041 25.4 0.206 -97.8 5200 0.468 136.3 3.09 28.6 0.1072 24.2 0.196 -102.2 5400 0.475 132.7 2.98 25.4 0.1099 23.0 0.188 -106.9 5600 0.483 129.1 2.87 22.2 0.1131 21.9 0.179 -111.4 5800 0.489 125.5 2.77 19.1 0.1161 20.5 0.172 -116.5 6000 0.497 122.1 2.68 16.0 0.1207 19.5 0.164 -121.9
hsg1003 rev.2.00, jan.25.20 05, 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 0.903 -9.5 19.54 171.1 0.0110 92.9 0.962 -6.9 200 0.885 -18.5 19.16 163.1 0.0101 77.0 0.969 -11.4 300 0.857 -27.3 18.56 155.7 0.0175 68.7 0.938 -16.7 400 0.824 -36.1 17.92 148.9 0.0230 69.6 0.904 -21.5 500 0.787 -44.6 17.24 142.5 0.0278 61.2 0.863 -25.9 600 0.748 -52.8 16.50 136.6 0.0314 60.3 0.820 -29.8 700 0.711 -60.1 15.63 131.1 0.0352 58.9 0.778 -33.4 800 0.672 -67.4 14.86 125.9 0.0385 54.9 0.736 -36.3 900 0.635 -74.7 14.18 121.2 0.0396 53.7 0.696 -38.8 1000 0.600 -81.2 13.42 116.6 0.0436 51.3 0.660 -41.2 1100 0.569 -87.5 12.70 112.5 0.0464 49.1 0.627 -43.3 1200 0.539 -93.8 12.07 108.5 0.0471 47.0 0.595 -45.2 1300 0.512 -99.4 11.42 104.9 0.0488 47.2 0.566 -46.8 1400 0.490 -105.0 10.84 101.7 0.0513 46.0 0.540 -48.4 1500 0.470 -110.6 10.32 98.5 0.0529 44.9 0.515 -49.9 1600 0.451 -115.9 9.82 95.5 0.0547 44.4 0.493 -51.1 1700 0.436 -121.0 9.36 92.7 0.0555 43.4 0.472 -52.3 1800 0.424 -126.1 8.94 90.0 0.0570 42.6 0.452 -53.5 1900 0.412 -131.0 8.55 87.4 0.0586 42.8 0.434 -54.7 2000 0.402 -135.8 8.19 85.0 0.0605 42.2 0.417 -55.7 2200 0.388 -144.8 7.54 80.3 0.0631 41.3 0.387 -58.0 2400 0.378 -153.4 6.98 75.9 0.0664 40.8 0.360 -60.0 2600 0.373 -161.3 6.49 71.8 0.0688 39.5 0.335 -62.2 2800 0.371 -169.1 6.06 67.9 0.0724 39.4 0.313 -64.4 3000 0.372 -175.9 5.68 64.1 0.0758 37.8 0.293 -66.9 3200 0.375 177.7 5.34 60.4 0.0783 37.8 0.275 -69.6 3400 0.378 171.5 5.03 56.8 0.0805 36.9 0.258 -72.1 3600 0.382 165.9 4.76 53.4 0.0844 35.9 0.242 -74.6 3800 0.387 161.1 4.51 50.2 0.0875 35.5 0.229 -77.6 4000 0.394 156.3 4.30 46.9 0.0908 34.4 0.216 -81.0 4200 0.402 151.9 4.09 43.7 0.0950 33.8 0.205 -84.5 4400 0.409 147.6 3.91 40.5 0.0980 32.2 0.193 -88.4 4600 0.418 143.7 3.75 37.4 0.1009 30.8 0.183 -92.3 4800 0.426 139.7 3.59 34.3 0.1053 29.8 0.173 -96.6 5000 0.434 136.1 3.45 31.1 0.1083 28.7 0.164 -101.2 5200 0.442 132.5 3.32 28.1 0.1122 27.4 0.155 -106.4 5400 0.449 129.1 3.19 25.0 0.1158 26.1 0.147 -111.8 5600 0.457 125.6 3.08 22.0 0.1195 24.7 0.140 -117.3 5800 0.465 122.4 2.97 19.0 0.1228 22.9 0.133 -123.4 6000 0.473 119.1 2.87 15.9 0.1266 21.5 0.127 -130.1
hsg1003 rev.2.00, jan.25.20 05, 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 -11.8 26.56 169.2 0.0022 69.6 0.963 -7.5 200 0.841 -22.8 25.72 159.7 0.0116 75.7 0.951 -14.1 300 0.799 -33.3 24.52 151.0 0.0173 70.7 0.907 -20.2 400 0.755 -43.5 23.24 143.3 0.0235 70.7 0.857 -25.6 500 0.704 -53.1 21.90 136.1 0.0256 63.7 0.804 -30.4 600 0.655 -62.0 20.51 129.7 0.0297 60.4 0.751 -34.2 700 0.612 -70.0 19.10 124.0 0.0318 57.3 0.701 -37.5 800 0.569 -77.9 17.81 118.7 0.0340 54.8 0.654 -40.2 900 0.530 -85.4 16.66 114.1 0.0361 51.3 0.614 -42.6 1000 0.497 -91.9 15.56 109.8 0.0390 52.3 0.577 -44.5 1100 0.469 -98.4 14.54 106.0 0.0410 50.0 0.543 -46.1 1200 0.442 -104.7 13.66 102.3 0.0426 50.7 0.514 -47.6 1300 0.420 -110.3 12.82 99.1 0.0445 49.3 0.487 -48.9 1400 0.402 -116.0 12.08 96.1 0.0462 49.0 0.464 -50.1 1500 0.386 -121.6 11.41 93.2 0.0473 48.7 0.441 -51.2 1600 0.372 -126.9 10.80 90.5 0.0497 48.4 0.421 -52.0 1700 0.361 -132.0 10.25 88.0 0.0514 48.3 0.402 -53.1 1800 0.352 -137.0 9.75 85.5 0.0526 47.6 0.386 -54.0 1900 0.345 -141.6 9.29 83.2 0.0545 47.3 0.370 -55.0 2000 0.338 -146.4 8.87 81.0 0.0559 47.1 0.355 -55.9 2200 0.331 -155.2 8.13 76.8 0.0600 46.3 0.329 -57.8 2400 0.328 -163.3 7.49 72.8 0.0634 45.6 0.305 -59.7 2600 0.327 -171.0 6.95 69.0 0.0670 44.7 0.284 -62.0 2800 0.330 -177.8 6.48 65.3 0.0703 44.2 0.264 -64.2 3000 0.335 175.8 6.06 61.8 0.0751 43.9 0.246 -66.5 3200 0.340 169.9 5.69 58.4 0.0783 42.9 0.230 -69.5 3400 0.347 164.2 5.36 55.0 0.0810 41.4 0.215 -72.1 3600 0.352 159.2 5.05 51.9 0.0845 40.3 0.199 -74.7 3800 0.358 154.8 4.79 48.8 0.0884 39.3 0.188 -77.9 4000 0.368 150.6 4.56 45.7 0.0937 38.7 0.177 -81.9 4200 0.376 146.6 4.35 42.6 0.0974 37.2 0.165 -85.8 4400 0.385 142.7 4.15 39.6 0.1011 36.0 0.154 -90.4 4600 0.394 139.0 3.97 36.6 0.1050 34.3 0.145 -95.0 4800 0.402 135.5 3.81 33.6 0.1087 32.8 0.136 -100.1 5000 0.411 132.1 3.65 30.6 0.1125 31.6 0.127 -105.6 5200 0.420 128.7 3.51 27.7 0.1171 29.7 0.119 -112.1 5400 0.428 125.6 3.38 24.7 0.1206 28.2 0.112 -118.8 5600 0.437 122.5 3.26 21.8 0.1242 26.8 0.106 -126.1 5800 0.444 119.5 3.15 18.9 0.1280 24.7 0.102 -134.1 6000 0.453 116.4 3.04 15.9 0.1322 23.1 0.097 -142.1
hsg1003 rev.2.00, jan.25.20 05, 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 0.763 -17.4 44.74 164.5 0.0018 0.3 0.938 -10.6 200 0.706 -33.8 41.64 151.4 0.0073 80.5 0.893 -20.2 300 0.638 -48.2 37.69 140.2 0.0140 70.6 0.813 -27.6 400 0.574 -60.8 33.84 131.0 0.0191 64.8 0.735 -33.3 500 0.511 -72.2 30.22 123.2 0.0209 61.8 0.662 -37.6 600 0.460 -82.0 27.02 116.8 0.0239 57.4 0.601 -40.6 700 0.419 -90.6 24.28 111.5 0.0269 57.5 0.550 -42.8 800 0.384 -98.8 21.95 106.9 0.0281 56.9 0.507 -44.4 900 0.357 -106.1 19.99 103.0 0.0295 57.9 0.470 -45.7 1000 0.334 -112.9 18.31 99.4 0.0331 58.0 0.440 -46.8 1100 0.316 -119.5 16.87 96.2 0.0348 58.8 0.413 -47.6 1200 0.301 -126.2 15.63 93.3 0.0357 57.4 0.390 -48.1 1300 0.290 -131.5 14.52 90.6 0.0374 57.4 0.370 -48.9 1400 0.280 -137.4 13.58 88.2 0.0405 56.5 0.351 -49.4 1500 0.274 -142.7 12.74 85.8 0.0423 56.7 0.334 -50.1 1600 0.269 -147.7 11.99 83.6 0.0445 57.0 0.320 -50.4 1700 0.265 -152.7 11.32 81.5 0.0475 57.5 0.306 -51.3 1800 0.263 -157.3 10.73 79.5 0.0486 56.3 0.294 -51.9 1900 0.262 -161.7 10.19 77.5 0.0509 55.8 0.283 -52.7 2000 0.262 -165.8 9.70 75.6 0.0535 55.9 0.271 -53.4 2200 0.264 -173.5 8.85 72.0 0.0576 54.6 0.251 -55.0 2400 0.269 179.6 8.13 68.5 0.0626 53.8 0.233 -56.9 2600 0.276 173.2 7.52 65.2 0.0665 52.2 0.215 -59.1 2800 0.284 167.4 6.99 62.0 0.0713 52.1 0.200 -61.5 3000 0.292 162.5 6.53 58.8 0.0755 50.4 0.185 -63.9 3200 0.301 157.4 6.12 55.7 0.0805 49.2 0.170 -67.6 3400 0.311 153.0 5.76 52.7 0.0838 47.6 0.157 -70.5 3600 0.318 148.7 5.43 49.8 0.0886 46.4 0.144 -73.5 3800 0.326 145.3 5.15 47.0 0.0931 45.2 0.133 -77.2 4000 0.336 141.9 4.90 44.1 0.0975 43.3 0.123 -82.4 4200 0.347 138.5 4.66 41.2 0.1018 41.7 0.113 -87.7 4400 0.357 135.4 4.45 38.4 0.1062 39.9 0.104 -94.2 4600 0.367 132.2 4.26 35.6 0.1112 38.4 0.095 -100.5 4800 0.375 129.3 4.08 32.7 0.1150 36.2 0.088 -108.5 5000 0.384 126.3 3.92 29.9 0.1191 34.7 0.081 -116.5 5200 0.394 123.5 3.77 27.1 0.1231 32.6 0.076 -127.0 5400 0.403 120.7 3.63 24.3 0.1271 30.7 0.072 -136.8 5600 0.411 117.9 3.50 21.5 0.1318 29.2 0.070 -148.4 5800 0.420 115.2 3.37 18.7 0.1356 27.1 0.071 -159.7 6000 0.429 112.5 3.26 15.9 0.1394 25.1 0.072 -171.2
hsg1003 rev.2.00, jan.25.20 05, 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 0.666 -21.6 56.96 161.4 0.0074 75.8 0.877 -13.3 200 0.603 -42.1 51.26 145.9 0.0106 72.4 0.846 -23.9 300 0.527 -58.8 44.58 133.6 0.0133 58.3 0.743 -31.5 400 0.458 -72.4 38.58 124.2 0.0168 62.4 0.654 -36.7 500 0.404 -84.4 33.50 116.7 0.0192 60.6 0.581 -40.2 600 0.362 -94.8 29.33 110.8 0.0222 61.4 0.523 -42.3 700 0.330 -103.6 25.98 106.0 0.0235 60.3 0.476 -43.6 800 0.305 -111.8 23.23 101.8 0.0260 60.1 0.439 -44.6 900 0.285 -119.7 20.98 98.3 0.0281 60.6 0.406 -45.4 1000 0.270 -126.6 19.11 95.2 0.0297 60.9 0.381 -45.9 1100 0.260 -132.8 17.52 92.3 0.0321 61.5 0.359 -46.3 1200 0.252 -139.2 16.17 89.7 0.0342 62.0 0.339 -46.5 1300 0.246 -144.6 14.99 87.3 0.0366 62.0 0.323 -47.0 1400 0.241 -150.1 13.98 85.1 0.0395 61.2 0.308 -47.3 1500 0.238 -155.2 13.10 83.0 0.0418 60.7 0.295 -47.9 1600 0.237 -159.9 12.31 80.9 0.0430 60.1 0.282 -48.0 1700 0.237 -164.4 11.61 79.0 0.0462 60.1 0.270 -48.8 1800 0.239 -168.6 10.99 77.1 0.0486 59.0 0.260 -49.4 1900 0.240 -172.4 10.42 75.3 0.0504 59.8 0.250 -50.2 2000 0.242 -176.2 9.92 73.6 0.0531 59.0 0.241 -50.8 2200 0.248 177.1 9.03 70.2 0.0583 58.6 0.222 -52.6 2400 0.256 171.1 8.29 66.9 0.0626 57.1 0.207 -54.4 2600 0.264 165.9 7.66 63.7 0.0669 55.5 0.190 -56.5 2800 0.273 160.6 7.13 60.7 0.0718 54.2 0.177 -59.0 3000 0.283 156.2 6.65 57.7 0.0761 52.8 0.163 -61.6 3200 0.294 152.0 6.24 54.7 0.0820 51.5 0.149 -65.4 3400 0.304 147.9 5.87 51.7 0.0856 49.5 0.135 -68.8 3600 0.312 144.1 5.53 48.9 0.0900 47.8 0.124 -72.2 3800 0.321 141.0 5.24 46.2 0.0945 46.7 0.113 -76.3 4000 0.331 138.1 4.99 43.4 0.0999 45.1 0.103 -82.1 4200 0.342 135.0 4.75 40.6 0.1039 43.4 0.093 -88.7 4400 0.351 132.0 4.53 37.8 0.1078 41.1 0.085 -95.4 4600 0.361 129.3 4.34 35.1 0.1134 39.5 0.078 -103.2 4800 0.370 126.5 4.16 32.3 0.1175 37.5 0.070 -112.4 5000 0.380 123.8 3.99 29.6 0.1222 35.6 0.065 -123.2 5200 0.389 121.1 3.84 26.8 0.1258 33.7 0.062 -135.3 5400 0.399 118.4 3.69 24.0 0.1298 31.6 0.061 -148.5 5600 0.407 115.9 3.56 21.3 0.1342 29.8 0.061 -161.2 5800 0.416 113.2 3.43 18.5 0.1384 27.6 0.064 -174.2 6000 0.426 110.6 3.32 15.8 0.1427 25.6 0.068 174.5
hsg1003 rev.2.00, jan.25.20 05, page 33 of 37 hsg1003 5.8ghz evaluation board evaluation board pattern layout circuit 2.2 uf 2. 2u u f vcc vbb out i n 39 ohm 1.8 nh 6. 8 n n h 1000 p f 1pf 10 p f 1 000 pf 10 pf 3pf 0.2 p f
hsg1003 rev.2.00, jan.25.20 05, page 34 of 37 electrical characteristi cs on evaluation board (vcc = 2v, ic = 10ma, ta = 25c) item symbol data unit test condition noise figure nf 1.44 db f = 5.8ghz power gain pg 10.7 db f = 5.8ghz input return loss rlin 11.6 db f = 5.8ghz output return loss rlout 15.3 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
hsg1003 rev.2.00, jan.25.20 05, page 35 of 37 -30 -30 -25 -25 -20 -20 -15 -15 -10 -10 -5 -5 0 5 10 10 15 15 0 2 4 6 8 10 10 f (ghz) f (ghz) rlin, rlout, |s21| rlin, rlout, |s21| 2 (db) (db) rlin rlin rlout rlout |s21| |s21| 2 rlin, rlout, |s21| rlin, rlout, |s21| 2 vs f vs f @vce=2v @vce=2v ic=10ma ic=10ma pg, nf-ic pg, nf-ic 0 5 10 10 14 14 1 10 100 100 ic (ma) ic (ma) pg, nf (db) pg, nf (db) pg pg nf nf @vce=2v @vce=2v f=5.8ghz f=5.8ghz
hsg1003 rev.2.00, jan.25.20 05, page 36 of 37 pin-pout, oip3 pin-pout, oip3 -40 -40 -30 -30 -20 -20 -10 -10 0 10 10 20 20 -40 -40 -30 -30 -20 -20 -10 -10 0 10 20 pin (dbm) pin (dbm) pout , oip3 (dbm) pout , oip3 (dbm) pout pout oip3 oip3 @vce=2v @vce=2v ic=10ma ic=10ma fd=5.8ghz fd=5.8ghz fud=5.801ghz fud=5.801ghz
hsg1003 rev.2.00, jan.25.20 05, 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 HSG1003VE- 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 al ways 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) placement 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 technology corp. or a third party. 2. renesas technology corp. assumes no responsibility for any damage, or infringement of any third-party's rights, originating i n 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 in formation on products at the time of publication of these materials, and are subject to change by renesas technology corp. without notice due to product improvements or other reasons. it is therefore recommended that customers contact renesas technology corp. or an authorized renesas technology corp. product distributor 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 or errors. please also pay attention to information published by renesas technology corp. by various means, including the renesas technology 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, an d 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 cir cumstances 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, aerospace, 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 materia ls. 7. if these products or technologies are subject to the japanese export control restrictions, they must be exported under a lice nse 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.com refer to "http://www.renesas.com/en/network" for the latest and detailed information. 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, u.k. tel: <44> (1628) 585-100, fax: <44> (1628) 585-900 renesas technology hong kong ltd. 7th floor, north tower, world finance centre, harbour city, 1 canton road, tsimshatsui, kowloon, hong kong tel: <852> 2265-6688, fax: <852> 2730-6071 renesas technology taiwan co., ltd. 10th floor, no.99, fushing north road, taipei, taiwan tel: <886> (2) 2715-2888, fax: <886> (2) 2713-2999 renesas technology (shanghai) co., ltd. unit2607 ruijing 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 ? 2005. renesas technology corp., all rights reserved. printed in japan. colophon .2.0

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