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2SC5907 silicon npn epitaxial vhf/uhf wide band amplifier ade-208-1603 (z) rev.0 oct. 2002 features ? super compact package: mfpak (1.4 x 0.8 x 0.59 mm) outline mfpak 1. emitter 2. base 3. collecto r 1 3 2 note: marking is ?wk??.
2SC5907 rev.0, oct. 2002, page 2 of 19 absolute maximum ratings (ta = 25 c) item symbol ratings unit collector to base voltage v cbo 15 v collector to emitter voltage v ceo 4.0 v emitter to base voltage v ebo 1.5 v collector current i c 80 ma collector power dissipation p c 80 mw junction temperature tj 150 c storage temperature tstg ?55 to 150 c electrical characteristics (ta = 25 c) item symbol min typ max unit test conditions collector to base breakdown voltage v (br)cbo 15 ?? vi c = 10 a, i e = 0 collector cutoff current i cbo ?? 0.1 av cb = 15 v, i e = 0 collector cutoff current i ceo ?? 1.0 av ce = 3.5 v, r be = infinite emitter cutoff current i ebo ?? 0.5 av eb = 0.8 v, i c = 0 dc current transfer ratio h fe 120 140 170 ? v ce = 1 v, i c = 5 ma reverse transfer capacitance c re ? 0.45 ? pf v cb = 1 v, emitter ground, f = 1 mhz collector output capacitance c ob ? 0.85 1.0 pf v cb = 1 v, i e = 0, f = 1 mhz gain bandwidth product f t (1) 5.0 7.5 ? ghz v ce = 1 v, i c = 5 ma f = 1 ghz gain bandwidth product f t (2) ? 15.0 ? ghz v ce = 1 v, i c = 40 ma f = 1 ghz power gain pg 11.0 14.0 ? db v ce = 1 v, i c = 5 ma, f = 900 mhz noise figure nf ? 1.2 1.8 db v ce = 1 v, i c = 5 ma, f = 900 mhz
2SC5907 rev.0, oct. 2002, page 3 of 19 100 80 60 40 20 0 50 100 150 200 250 collector power dissipation p c (mw) ambient temperature ta ( c) collector power dissipation curve 50 40 30 20 10 1 23 4 collector to emitter voltage v ce (v) collector current i c (ma) typical output characteristics 50 40 30 20 10 0 0.2 0.4 0.6 0.8 1.0 base to emitter voltage v be (v) collector current i c (ma) typical transfer characteristics 200 100 0 0.1 1.0 10 100 collector current i c (ma) dc current transfer ratio h fe dc current transfer ratio vs. collector current i b = 10 a 110 a 210 a 310 a v ce = 1 v v ce = 1 v 0
2SC5907 rev.0, oct. 2002, page 4 of 19 1.0 0.8 0.6 0.4 0.2 0 0.5 1.0 1.5 2.0 collector to base voltage v cb (v) collector output capacitance cob (pf) 1.0 0.8 0.4 0.2 0 0.5 1.0 1.5 2.0 collector to base voltage v cb (v) reverse transfer capacitance c re (pf) collector output capacitance vs. collector to base voltage reverse transfer capacitance vs. collector to base voltage 20 16 12 8 4 0 1 2 5 10 20 50 100 collector current i c (ma) gain bandwidth product f t (ghz) 20 16 12 8 4 0 1 2 5 10 20 50 100 gain bandwidth product vs. collector current f = 900 mhz f = 1 ghz i e = 0 f = 1 mhz emitter ground f = 1 mhz v ce = 3 v 1 v v ce = 3 v 0.6 2 v power gain pg (db) power gain vs. collector current collector current i c (ma) 1 v 2 v
2SC5907 rev.0, oct. 2002, page 5 of 19 5 4 1 0 1 2 5 10 20 50 100 collector current i c (ma) noise figure nf (db) noise figure vs. collector current f = 900 mhz 3 2 v ce = 1 to 3 v
2SC5907 rev.0, oct. 2002, page 6 of 19 .2 1 scale: 10 / div. s 11 parameter vs. frequency s 21 parameter vs. frequency test conditions: v ce = 1 v , z o = 50 ? 100 to 2900 mhz (200 mhz step) (i c = 5 ma) (i c = 10 ma) test conditions: v ce = 1 v , z o = 50 ? 100 to 2900 mhz (200 mhz step) (i c = 5 ma) (i c = 10 ma) s 12 parameter vs. frequency test conditions: v ce = 1 v , z o = 50 ? 100 to 2900 mhz (200 mhz step) (i c = 5 ma) (i c = 10 ma) s 22 parameter vs. frequency test conditions: v ce = 1 v , z o = 50 ? 100 to 2900 mhz (200 mhz step) (i c = 5 ma) (i c = 10 ma) scale: 0.1 / div. 0 30 ?30 ?60 ?90 ?120 ?150 180 60 90 120 150 0 30 ?30 ?60 ?90 ?120 ?150 180 60 90 120 150 .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 4 ?4 34 .8 1.5 .2 .4 .6 2 5 ?10 ?5 ?3 ?2 ?1.5 5 3 2 1.5 ?1 ?.8 ?.6 ?.4 ?.2 0 .2 .4 .6 .8 1 4 ?4 34 .8 1.5 10
2SC5907 rev.0, oct. 2002, page 7 of 19 .2 1 scale: 10 / div. s 11 parameter vs. frequency s 21 parameter vs. frequency test conditions: v ce = 3 v , z o = 50 ? 100 to 2900 mhz (200 mhz step) (i c = 10 ma) (i c = 30 ma) test conditions: v ce = 3 v , z o = 50 ? 100 to 2900 mhz (200 mhz step) (i c = 10 ma) (i c = 30 ma) s 12 parameter vs. frequency test conditions: v ce = 3 v , z o = 50 ? 100 to 2900 mhz (200 mhz step) (i c = 10 ma) (i c = 30 ma) s 22 parameter vs. frequency test conditions: v ce = 3 v , z o = 50 ? 100 to 2900 mhz (200 mhz step) (i c = 10 ma) (i c = 30 ma) scale: 0.1 / div. 0 30 ?30 ?60 ?90 ?120 ?150 180 60 90 120 150 0 30 ?30 ?60 ?90 ?120 ?150 180 60 90 120 150 .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 4 ?4 34 .8 1.5 .2 .4 .6 2 5 ?10 ?5 ?3 ?2 ?1.5 5 3 2 1.5 ?1 ?.8 ?.6 ?.4 ?.2 0 .2 .4 .6 .8 1 4 ?4 34 .8 1.5 10
2SC5907 rev.0, oct. 2002, page 8 of 19 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 0.874 -29.1 14.076 159. 0 0.028 73.4 0.945 -20.2 200 0.793 -55.7 12.398 141. 0 0.056 63.5 0.807 -37.2 300 0.718 -78.8 10.717 127. 6 0.075 55.3 0.676 -49.8 400 0.655 -97.0 9.170 117.3 0 .084 49.8 0.565 -58.7 500 0.611 -111.5 7.878 109.4 0 .092 46.8 0.479 -65.3 600 0.583 -123.4 6.880 103.0 0 .098 45.4 0.412 -70.9 700 0.563 -132.9 6.054 97.9 0 .103 44.3 0.359 -75.1 800 0.551 -140.8 5.410 93.5 0 .108 44.3 0.318 -79.6 900 0.542 -147.6 4.873 89.6 0 .115 44.1 0.283 -82.8 1000 0.534 -153.5 4.439 86. 1 0.119 44.7 0.254 -86.6 1100 0.532 -158.8 4.074 82. 8 0.123 44.8 0.231 -90.5 1200 0.530 -163.6 3.762 79. 8 0.130 45.5 0.211 -94.5 1300 0.530 -167.7 3.492 77. 0 0.135 46.0 0.193 -98.3 1400 0.530 -171.5 3.267 74. 3 0.140 46.6 0.179 -102.9 1500 0.533 -175.2 3.063 71. 8 0.146 47.0 0.166 -108.0 1600 0.536 -178.4 2.886 69. 3 0.151 47.2 0.156 -113.3 1700 0.538 178.6 2.728 67.0 0 .156 47.3 0.148 -118.1 1800 0.541 175.7 2.588 64.7 0 .163 47.5 0.141 -123.9 1900 0.545 172.9 2.466 62.4 0 .168 47.8 0.137 -129.7 2000 0.549 170.4 2.353 60.2 0 .174 47.9 0.134 -135.9 2100 0.553 167.8 2.249 58.0 0 .181 48.0 0.133 -142.0 2200 0.558 165.5 2.154 56.0 0 .187 47.9 0.133 -148.6 2300 0.564 163.3 2.071 54.0 0 .193 47.7 0.136 -154.8 2400 0.569 161.2 1.989 52.0 0 .199 47.7 0.139 -159.8 2500 0.574 159.0 1.918 50.0 0 .205 47.7 0.144 -165.7 2600 0.581 157.2 1.848 48.1 0 .212 47.4 0.149 -170.3 2700 0.586 155.2 1.784 46.2 0 .217 46.9 0.156 -175.6 2800 0.592 153.3 1.725 44.4 0 .224 46.9 0.164 -179.5 2900 0.595 151.7 1.664 42. 7 0.231 46.4 0.172 175.9 3000 0.602 150.5 1.618 41. 5 0.236 46.2 0.181 172.5 3100 0.620 148.6 1.593 39. 7 0.243 45.6 0.191 168.7 3200 0.626 146.5 1.549 37. 3 0.249 45.2 0.200 166.1 3300 0.631 144.4 1.504 35. 2 0.255 44.8 0.212 162.8 3400 0.630 142.6 1.445 33. 3 0.262 44.1 0.223 160.3 3500 0.634 141.5 1.401 32. 1 0.267 43.6 0.233 157.4 3600 0.642 140.2 1.368 30. 7 0.273 43.1 0.243 154.9 3700 0.650 138.8 1.334 29. 1 0.278 42.5 0.255 152.5 3800 0.656 137.3 1.300 27. 6 0.284 42.1 0.266 150.3 3900 0.662 135.9 1.266 26. 1 0.290 41.2 0.278 148.3 4000 0.667 134.4 1.234 24. 7 0.295 40.8 0.288 146.1
2SC5907 rev.0, oct. 2002, page 9 of 19 (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 0.745 -45.0 24.250 149. 0 0.022 68.5 0.875 -32.2 200 0.634 -82.5 18.902 127. 2 0.045 57.5 0.651 -55.0 300 0.563 -108.0 14.610 113. 9 0.058 53.1 0.496 -69.8 400 0.524 -125.0 11.639 105. 3 0.064 53.1 0.392 -79.2 500 0.503 -137.3 9.581 99.3 0 .070 53.0 0.322 -86.8 600 0.493 -146.5 8.142 94.5 0 .076 54.0 0.273 -94.0 700 0.487 -153.6 7.049 90.7 0 .085 55.4 0.235 -100.1 800 0.484 -159.3 6.224 87.2 0 .092 55.9 0.210 -106.4 900 0.484 -164.5 5.561 84.2 0 .101 56.5 0.187 -112.6 1000 0.482 -168.8 5.036 81. 4 0.109 57.0 0.169 -118.8 1100 0.483 -172.5 4.600 78. 8 0.116 56.9 0.158 -125.5 1200 0.485 -176.2 4.231 76. 3 0.124 57.5 0.149 -132.4 1300 0.489 -179.3 3.913 73. 9 0.132 57.5 0.142 -138.7 1400 0.492 177.9 3.654 71.7 0 .140 57.4 0.138 -145.5 1500 0.497 175.0 3.418 69.5 0 .148 57.5 0.137 -152.8 1600 0.502 172.5 3.214 67.4 0 .155 56.9 0.138 -158.7 1700 0.506 170.3 3.032 65.4 0 .163 56.7 0.139 -164.2 1800 0.510 168.1 2.872 63.4 0 .171 56.2 0.142 -169.8 1900 0.515 165.9 2.732 61.4 0 .179 55.8 0.146 -175.3 2000 0.520 163.8 2.603 59.4 0 .186 55.1 0.151 -180.0 2100 0.526 161.7 2.485 57. 5 0.194 54.6 0.158 175.5 2200 0.532 159.8 2.377 55. 7 0.201 54.2 0.164 171.6 2300 0.538 158.0 2.282 53. 9 0.209 53.3 0.173 167.9 2400 0.545 156.2 2.190 52. 0 0.217 52.7 0.181 165.0 2500 0.551 154.4 2.109 50. 2 0.223 52.1 0.189 161.6 2600 0.557 152.8 2.030 48. 5 0.232 51.4 0.198 159.1 2700 0.564 151.1 1.958 46. 8 0.238 50.6 0.208 156.1 2800 0.568 149.5 1.890 45. 1 0.245 50.0 0.217 153.9 2900 0.574 148.1 1.822 43. 6 0.252 49.0 0.227 151.2 3000 0.582 147.1 1.771 42. 5 0.259 48.3 0.238 149.3 3100 0.599 145.5 1.741 40. 9 0.265 47.6 0.248 147.1 3200 0.606 143.4 1.692 38. 6 0.271 46.5 0.258 145.4 3300 0.611 141.5 1.642 36. 7 0.278 45.9 0.270 143.4 3400 0.611 139.8 1.576 34. 9 0.283 45.1 0.280 141.8 3500 0.615 139.1 1.527 33. 8 0.289 44.2 0.290 139.9 3600 0.623 137.8 1.491 32. 5 0.295 43.3 0.301 138.2 3700 0.632 136.5 1.454 31. 0 0.301 42.5 0.311 136.6 3800 0.638 135.1 1.416 29. 6 0.306 41.7 0.321 134.9 3900 0.644 133.8 1.379 28. 2 0.311 40.7 0.331 133.4 4000 0.650 132.4 1.343 26. 9 0.316 40.1 0.341 132.0
2SC5907 rev.0, oct. 2002, page 10 of 19 (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 0.572 -71.5 36.170 136. 2 0.020 71.8 0.749 -48.0 200 0.492 -113.8 23.674 114. 2 0.035 58.0 0.486 -74.5 300 0.465 -135.6 16.826 103. 7 0.044 58.3 0.358 -90.6 400 0.454 -148.2 12.929 97. 4 0.053 62.4 0.281 -101.5 500 0.451 -156.9 10.457 92. 9 0.060 64.7 0.234 -111.6 600 0.451 -163.2 8.789 89.2 0 .070 64.6 0.205 -120.8 700 0.452 -168.1 7.565 86.2 0 .080 65.4 0.184 -129.2 800 0.454 -172.0 6.648 83.4 0 .089 66.0 0.174 -136.9 900 0.456 -175.8 5.925 80.9 0 .098 65.8 0.164 -144.3 1000 0.458 -178.9 5.353 78. 6 0.107 65.1 0.159 -151.6 1100 0.461 178.4 4.880 76.3 0 .116 65.1 0.158 -158.1 1200 0.466 175.7 4.483 74.2 0 .125 64.8 0.157 -164.0 1300 0.471 173.4 4.142 72.1 0 .135 63.9 0.159 -169.7 1400 0.474 171.1 3.861 70.1 0 .145 63.6 0.163 -174.8 1500 0.480 168.8 3.609 68.2 0 .153 62.9 0.168 -179.9 1600 0.487 166.8 3.390 66. 2 0.162 62.1 0.173 176.2 1700 0.491 165.1 3.195 64. 4 0.170 61.2 0.178 172.1 1800 0.496 163.2 3.025 62. 6 0.179 60.6 0.184 168.4 1900 0.502 161.4 2.875 60. 7 0.188 59.7 0.191 165.1 2000 0.507 159.6 2.737 58. 9 0.196 58.8 0.198 162.2 2100 0.513 157.7 2.611 57. 1 0.205 57.9 0.207 159.3 2200 0.520 156.2 2.495 55. 4 0.214 57.0 0.216 156.6 2300 0.526 154.6 2.395 53. 7 0.222 55.8 0.225 154.2 2400 0.534 153.1 2.295 52. 0 0.229 54.9 0.233 152.1 2500 0.539 151.4 2.210 50. 3 0.237 54.0 0.243 149.8 2600 0.547 150.0 2.126 48. 7 0.244 53.2 0.251 148.0 2700 0.553 148.5 2.049 47. 1 0.251 52.2 0.262 145.9 2800 0.559 147.0 1.977 45. 5 0.259 51.1 0.271 144.2 2900 0.564 145.8 1.904 44. 1 0.266 50.1 0.281 142.2 3000 0.573 144.9 1.849 43. 1 0.273 49.1 0.291 140.6 3100 0.589 143.4 1.817 41. 5 0.279 48.2 0.302 138.9 3200 0.597 141.5 1.765 39. 4 0.286 47.1 0.310 137.5 3300 0.602 139.7 1.713 37. 5 0.292 46.3 0.322 135.8 3400 0.603 138.1 1.643 35. 8 0.298 45.1 0.331 134.5 3500 0.608 137.3 1.591 34. 8 0.303 44.3 0.343 133.0 3600 0.616 136.2 1.553 33. 5 0.309 43.2 0.352 131.3 3700 0.624 134.9 1.513 32. 2 0.314 42.4 0.361 130.0 3800 0.630 133.6 1.473 30. 8 0.319 41.4 0.371 128.5 3900 0.637 132.4 1.434 29. 5 0.323 40.3 0.380 127.2 4000 0.643 131.1 1.398 28. 2 0.328 39.6 0.388 125.8
2SC5907 rev.0, oct. 2002, page 11 of 19 (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 0.485 -93.3 41.381 128. 6 0.019 75.1 0.660 -57.3 200 0.448 -131.3 25.084 108. 6 0.029 62.5 0.409 -85.3 300 0.441 -148.8 17.402 99. 8 0.040 64.3 0.302 -102.3 400 0.439 -158.4 13.249 94. 4 0.050 68.1 0.245 -115.1 500 0.441 -165.1 10.669 90. 5 0.060 68.7 0.212 -125.7 600 0.442 -170.0 8.943 87.2 0 .069 68.9 0.194 -135.6 700 0.446 -173.9 7.687 84.5 0 .079 69.2 0.182 -144.0 800 0.449 -177.2 6.748 82.0 0 .089 69.7 0.178 -151.3 900 0.452 179.7 6.009 79.7 0 .099 68.9 0.173 -158.2 1000 0.454 177.2 5.426 77.5 0 .109 68.1 0.172 -164.3 1100 0.459 174.9 4.945 75.4 0 .118 67.8 0.174 -169.9 1200 0.463 172.3 4.540 73.3 0 .128 67.1 0.176 -175.3 1300 0.469 170.3 4.193 71.4 0 .138 66.4 0.178 -179.6 1400 0.472 168.3 3.909 69. 4 0.147 65.8 0.185 176.1 1500 0.478 166.4 3.651 67. 6 0.157 64.9 0.190 172.3 1600 0.484 164.5 3.429 65. 7 0.165 63.6 0.197 169.1 1700 0.489 163.0 3.230 64. 0 0.174 62.9 0.203 165.5 1800 0.495 161.2 3.057 62. 2 0.183 61.9 0.210 162.7 1900 0.501 159.5 2.906 60. 4 0.193 60.8 0.217 160.0 2000 0.506 157.9 2.765 58. 6 0.201 59.8 0.224 157.3 2100 0.512 156.2 2.636 56. 9 0.210 58.8 0.234 154.9 2200 0.519 154.7 2.520 55. 3 0.218 57.7 0.242 152.6 2300 0.526 153.2 2.418 53. 6 0.226 56.5 0.251 150.6 2400 0.533 151.7 2.317 51. 9 0.235 55.5 0.260 148.7 2500 0.539 150.2 2.230 50. 2 0.242 54.5 0.270 146.6 2600 0.547 148.8 2.144 48. 7 0.250 53.6 0.278 144.8 2700 0.553 147.4 2.066 47. 1 0.257 52.5 0.289 143.0 2800 0.559 145.9 1.994 45. 6 0.264 51.4 0.298 141.4 2900 0.563 144.7 1.919 44. 2 0.272 50.1 0.308 139.5 3000 0.572 144.0 1.863 43. 2 0.278 49.2 0.318 138.0 3100 0.589 142.4 1.832 41. 7 0.285 48.2 0.328 136.4 3200 0.596 140.6 1.779 39. 6 0.291 47.1 0.336 135.1 3300 0.602 138.8 1.725 37. 7 0.297 46.3 0.347 133.4 3400 0.602 137.3 1.654 36. 0 0.303 45.2 0.357 132.2 3500 0.608 136.5 1.603 35. 1 0.309 44.2 0.367 130.8 3600 0.615 135.5 1.562 33. 8 0.315 43.1 0.376 129.3 3700 0.624 134.2 1.523 32. 5 0.320 42.0 0.385 127.9 3800 0.630 132.9 1.483 31. 1 0.324 41.2 0.394 126.4 3900 0.637 131.7 1.443 29. 9 0.329 40.0 0.403 125.3 4000 0.642 130.4 1.406 28. 6 0.333 39.2 0.411 124.0
2SC5907 rev.0, oct. 2002, page 12 of 19 (v ce = 1 v, i c = 40 ma, z o = 50 ? ) s11 s21 s12 s22 f (mhz) mag ang mag ang mag ang mag ang 100 0.447 -110.0 43.022 123. 8 0.016 59.7 0.600 -63.4 200 0.434 -141.4 25.489 105. 8 0.028 68.5 0.369 -92.8 300 0.434 -155.9 17.520 97. 8 0.040 65.2 0.281 -110.7 400 0.436 -163.9 13.295 92. 9 0.049 70.5 0.233 -123.6 500 0.439 -169.6 10.689 89. 3 0.059 70.6 0.208 -134.9 600 0.443 -173.7 8.952 86.2 0 .069 71.8 0.195 -144.2 700 0.447 -177.1 7.688 83.7 0 .079 71.5 0.187 -152.2 800 0.450 -179.9 6.748 81.2 0 .089 71.4 0.185 -158.8 900 0.454 177.5 6.006 79.0 0 .100 70.7 0.182 -165.7 1000 0.456 174.9 5.423 76.9 0 .109 69.7 0.184 -170.6 1100 0.461 172.8 4.939 74.8 0 .120 68.8 0.188 -175.6 1200 0.465 170.6 4.536 72. 9 0.130 68.4 0.191 179.8 1300 0.471 168.7 4.187 70. 9 0.140 67.3 0.194 175.8 1400 0.475 166.9 3.904 69. 1 0.149 66.5 0.200 172.1 1500 0.482 164.9 3.646 67. 2 0.159 65.4 0.207 168.6 1600 0.487 163.2 3.422 65. 4 0.168 64.4 0.214 165.7 1700 0.492 161.7 3.225 63. 6 0.177 63.4 0.220 162.6 1800 0.497 160.1 3.051 61. 9 0.187 62.4 0.227 160.0 1900 0.504 158.5 2.900 60. 1 0.196 61.3 0.235 157.5 2000 0.509 156.9 2.759 58. 4 0.204 60.2 0.242 154.9 2100 0.515 155.3 2.631 56. 7 0.213 59.0 0.251 152.7 2200 0.522 153.8 2.514 55. 1 0.222 58.0 0.259 150.7 2300 0.528 152.3 2.412 53. 4 0.230 56.7 0.269 148.7 2400 0.536 151.0 2.311 51. 8 0.238 55.7 0.277 146.9 2500 0.542 149.3 2.224 50. 1 0.246 54.7 0.287 145.0 2600 0.549 148.1 2.138 48. 6 0.253 53.6 0.295 143.3 2700 0.556 146.7 2.060 47. 0 0.261 52.5 0.306 141.6 2800 0.562 145.2 1.988 45. 5 0.267 51.6 0.315 140.0 2900 0.566 144.2 1.913 44. 1 0.275 50.1 0.324 138.2 3000 0.574 143.3 1.858 43. 2 0.282 49.1 0.335 136.7 3100 0.592 141.9 1.826 41. 6 0.288 48.2 0.344 135.3 3200 0.598 140.0 1.773 39. 6 0.294 47.0 0.353 133.9 3300 0.605 138.2 1.719 37. 7 0.301 46.1 0.364 132.4 3400 0.605 136.7 1.649 36. 0 0.307 44.9 0.373 131.1 3500 0.610 136.0 1.596 35. 1 0.312 43.9 0.383 129.6 3600 0.618 134.9 1.557 33. 9 0.318 42.7 0.391 128.1 3700 0.626 133.7 1.517 32. 5 0.323 41.8 0.401 126.9 3800 0.633 132.3 1.476 31. 2 0.327 40.8 0.410 125.5 3900 0.639 131.2 1.437 29. 9 0.331 39.8 0.419 124.3 4000 0.645 130.0 1.400 28. 7 0.337 38.9 0.426 123.0
2SC5907 rev.0, oct. 2002, page 13 of 19 (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 0.884 -25.2 14.180 160. 9 0.023 73.7 0.957 -16.6 200 0.809 -49.5 12.718 144. 1 0.048 66.8 0.841 -30.7 300 0.732 -70.7 11.212 131. 0 0.065 58.5 0.720 -41.9 400 0.665 -88.3 9.750 120.7 0 .075 54.1 0.614 -49.3 500 0.612 -102.7 8.476 112.7 0 .083 49.6 0.528 -54.5 600 0.576 -114.8 7.464 106.2 0 .088 47.4 0.459 -58.6 700 0.550 -124.8 6.604 100.9 0 .093 47.3 0.405 -61.3 800 0.532 -133.1 5.922 96.4 0 .099 47.5 0.363 -64.2 900 0.519 -140.6 5.351 92.4 0 .103 47.4 0.326 -66.0 1000 0.508 -146.8 4.881 88. 9 0.109 47.3 0.296 -68.0 1100 0.505 -152.3 4.487 85. 6 0.113 48.2 0.270 -69.9 1200 0.499 -157.5 4.148 82. 6 0.118 48.4 0.248 -71.7 1300 0.498 -162.1 3.854 79. 7 0.123 48.9 0.228 -73.6 1400 0.497 -166.2 3.608 77. 1 0.129 49.3 0.211 -76.2 1500 0.499 -170.2 3.385 74. 5 0.134 49.6 0.194 -78.4 1600 0.500 -173.8 3.190 72. 1 0.139 49.9 0.181 -81.2 1700 0.503 -176.9 3.016 69. 8 0.143 50.4 0.169 -83.7 1800 0.506 -180.0 2.863 67. 5 0.150 50.7 0.157 -87.0 1900 0.508 177.1 2.728 65.3 0 .155 51.1 0.147 -90.5 2000 0.512 174.3 2.604 63.1 0 .160 51.2 0.137 -94.3 2100 0.516 171.6 2.489 61.0 0 .167 51.4 0.129 -99.2 2200 0.521 169.2 2.385 58.9 0 .173 51.4 0.122 -104.6 2300 0.527 166.8 2.292 56.9 0 .179 51.3 0.117 -110.9 2400 0.533 164.6 2.203 54.9 0 .185 51.2 0.113 -116.7 2500 0.538 162.4 2.124 52.9 0 .191 51.4 0.110 -123.9 2600 0.544 160.4 2.049 51.1 0 .197 51.0 0.109 -130.4 2700 0.549 158.3 1.977 49.2 0 .203 50.9 0.109 -138.4 2800 0.555 156.4 1.911 47.4 0 .210 50.5 0.111 -144.9 2900 0.560 154.8 1.844 45.7 0 .216 50.3 0.113 -152.6 3000 0.567 153.5 1.794 44.5 0 .223 50.2 0.119 -158.7 3100 0.584 151.6 1.767 42.7 0 .229 49.9 0.124 -165.3 3200 0.591 149.3 1.718 40.3 0 .236 49.3 0.131 -170.0 3300 0.597 147.2 1.670 38.2 0 .242 49.0 0.141 -176.0 3400 0.596 145.3 1.603 36. 2 0.248 48.4 0.149 179.6 3500 0.601 144.3 1.555 35. 0 0.254 47.7 0.159 175.4 3600 0.609 143.0 1.519 33. 6 0.261 47.3 0.168 171.4 3700 0.618 141.4 1.481 32. 0 0.267 46.7 0.179 167.7 3800 0.624 139.8 1.444 30. 4 0.272 46.2 0.190 164.2 3900 0.631 138.5 1.406 28. 8 0.278 45.5 0.201 161.2 4000 0.637 137.0 1.371 27. 3 0.284 45.0 0.212 158.4
2SC5907 rev.0, oct. 2002, page 14 of 19 (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 0.766 -38.1 24.687 152. 1 0.018 76.6 0.894 -26.2 200 0.651 -71.9 19.931 131. 0 0.039 62.6 0.697 -45.6 300 0.560 -96.5 15.796 117. 5 0.050 57.2 0.544 -57.5 400 0.507 -114.4 12.749 108. 5 0.059 56.5 0.435 -64.5 500 0.475 -127.4 10.568 102. 1 0.065 55.6 0.358 -69.4 600 0.459 -137.5 9.018 97.1 0 .071 56.8 0.302 -73.7 700 0.449 -145.5 7.828 93.1 0 .078 57.4 0.260 -76.6 800 0.442 -152.0 6.923 89.7 0 .084 58.4 0.228 -80.0 900 0.439 -157.7 6.196 86.6 0 .093 58.7 0.201 -82.7 1000 0.437 -162.5 5.613 83. 7 0.100 58.9 0.178 -85.6 1100 0.437 -166.8 5.133 81. 1 0.106 59.3 0.159 -89.3 1200 0.437 -170.8 4.723 78. 7 0.114 59.4 0.143 -92.9 1300 0.441 -174.2 4.373 76. 3 0.122 59.9 0.129 -96.8 1400 0.441 -177.3 4.082 74. 1 0.128 59.2 0.117 -101.9 1500 0.447 179.6 3.820 72.0 0 .136 59.5 0.107 -107.5 1600 0.451 176.8 3.593 69.9 0 .144 59.4 0.100 -113.8 1700 0.456 174.4 3.390 67.9 0 .150 59.1 0.093 -120.4 1800 0.460 172.1 3.212 66.0 0 .158 58.8 0.088 -127.7 1900 0.465 169.7 3.056 64.0 0 .165 58.4 0.085 -135.8 2000 0.470 167.6 2.912 62.1 0 .172 58.2 0.084 -144.1 2100 0.476 165.3 2.780 60.2 0 .180 57.7 0.085 -152.9 2200 0.482 163.4 2.661 58.4 0 .188 57.1 0.088 -160.3 2300 0.488 161.4 2.555 56.6 0 .195 56.4 0.094 -167.9 2400 0.496 159.6 2.451 54.8 0 .203 55.8 0.099 -173.8 2500 0.502 157.7 2.362 53. 0 0.209 55.2 0.106 179.8 2600 0.509 156.1 2.274 51. 3 0.216 54.7 0.112 175.3 2700 0.515 154.4 2.194 49. 6 0.223 53.9 0.121 170.3 2800 0.521 152.7 2.118 47. 9 0.230 53.4 0.130 166.7 2900 0.527 151.3 2.041 46. 4 0.238 52.4 0.140 162.5 3000 0.535 150.3 1.984 45. 4 0.244 51.9 0.150 159.6 3100 0.552 148.6 1.952 43. 7 0.251 51.0 0.160 156.5 3200 0.560 146.5 1.896 41. 5 0.257 50.3 0.169 154.3 3300 0.567 144.6 1.841 39. 4 0.263 49.6 0.182 151.4 3400 0.567 142.9 1.768 37. 6 0.270 48.6 0.193 149.5 3500 0.573 141.9 1.713 36. 6 0.276 47.9 0.204 147.1 3600 0.581 140.8 1.672 35. 2 0.283 47.0 0.214 144.9 3700 0.591 139.4 1.630 33. 7 0.288 46.2 0.225 143.0 3800 0.597 138.0 1.588 32. 2 0.293 45.5 0.237 141.0 3900 0.605 136.6 1.546 30. 8 0.298 44.6 0.248 139.4 4000 0.612 135.3 1.507 29. 5 0.304 44.0 0.258 137.7
2SC5907 rev.0, oct. 2002, page 15 of 19 (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 0.584 -58.1 37.700 140. 9 0.018 63.2 0.787 -37.8 200 0.477 -99.3 25.854 118. 3 0.031 66.8 0.538 -59.8 300 0.428 -122.9 18.692 107. 0 0.040 61.6 0.392 -72.0 400 0.407 -137.7 14.465 100. 2 0.048 64.3 0.301 -78.7 500 0.397 -147.8 11.741 95. 4 0.055 65.5 0.243 -84.3 600 0.395 -155.3 9.888 91.5 0 .064 65.4 0.202 -89.6 700 0.394 -161.2 8.522 88.4 0 .072 66.8 0.171 -94.3 800 0.394 -165.7 7.497 85.6 0 .081 67.5 0.151 -99.8 900 0.396 -170.0 6.687 83.1 0 .091 67.3 0.131 -104.7 1000 0.397 -173.5 6.043 80. 7 0.098 67.1 0.116 -111.3 1100 0.401 -176.6 5.512 78. 5 0.107 66.6 0.107 -117.9 1200 0.404 -179.7 5.066 76. 4 0.116 66.4 0.098 -124.9 1300 0.408 177.6 4.681 74.4 0 .125 65.9 0.091 -132.8 1400 0.412 175.3 4.366 72.4 0 .133 65.7 0.088 -140.7 1500 0.418 172.9 4.082 70.5 0 .142 65.0 0.088 -149.9 1600 0.424 170.8 3.835 68.6 0 .150 64.1 0.089 -157.0 1700 0.430 168.8 3.615 66.8 0 .158 63.7 0.091 -165.0 1800 0.434 166.9 3.423 65.1 0 .166 62.8 0.094 -171.5 1900 0.440 165.0 3.254 63.3 0 .174 62.1 0.099 -177.8 2000 0.446 163.2 3.098 61. 5 0.183 61.5 0.105 176.6 2100 0.452 161.3 2.956 59. 8 0.191 60.5 0.112 171.4 2200 0.459 159.6 2.826 58. 1 0.199 59.8 0.120 167.2 2300 0.467 157.9 2.713 56. 4 0.206 58.7 0.129 163.6 2400 0.474 156.4 2.601 54. 8 0.214 57.8 0.137 160.5 2500 0.481 154.7 2.504 53. 1 0.221 57.0 0.147 157.1 2600 0.488 153.3 2.409 51. 5 0.230 56.2 0.155 154.9 2700 0.496 151.8 2.322 49. 9 0.236 55.3 0.166 152.0 2800 0.502 150.2 2.242 48. 3 0.243 54.4 0.176 149.8 2900 0.508 149.1 2.159 46. 9 0.250 53.3 0.187 147.2 3000 0.517 148.2 2.097 46. 0 0.257 52.5 0.197 145.5 3100 0.534 146.6 2.062 44. 4 0.265 51.4 0.208 143.6 3200 0.542 144.6 2.004 42. 3 0.271 50.6 0.217 142.1 3300 0.550 142.9 1.943 40. 3 0.277 49.6 0.230 140.2 3400 0.550 141.3 1.865 38. 5 0.283 48.7 0.241 138.7 3500 0.557 140.4 1.805 37. 6 0.289 47.7 0.251 137.0 3600 0.566 139.4 1.761 36. 3 0.295 46.7 0.261 135.4 3700 0.574 138.1 1.717 34. 9 0.301 45.8 0.272 134.0 3800 0.582 136.7 1.672 33. 5 0.306 44.9 0.283 132.2 3900 0.590 135.4 1.627 32. 1 0.310 44.0 0.293 131.0 4000 0.596 134.2 1.585 30. 8 0.316 43.1 0.303 129.5
2SC5907 rev.0, oct. 2002, page 16 of 19 (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 0.464 -73.7 44.556 134. 3 0.021 59.3 0.724 -44.5 200 0.402 -115.2 27.999 112. 7 0.026 66.6 0.455 -67.1 300 0.383 -136.8 19.642 103. 0 0.036 65.3 0.325 -78.9 400 0.375 -148.6 15.027 97. 0 0.045 70.0 0.249 -86.7 500 0.373 -157.4 12.123 92. 9 0.052 69.5 0.200 -93.3 600 0.375 -163.1 10.186 89. 5 0.063 71.2 0.167 -99.7 700 0.377 -167.8 8.757 86.7 0 .072 70.9 0.142 -105.8 800 0.379 -171.6 7.697 84.2 0 .081 71.0 0.128 -113.1 900 0.382 -175.0 6.856 81.8 0 .091 71.1 0.112 -120.5 1000 0.383 -178.1 6.191 79. 6 0.100 69.4 0.104 -127.4 1100 0.388 179.4 5.644 77.6 0 .108 69.2 0.098 -134.9 1200 0.392 176.6 5.185 75.6 0 .117 69.4 0.093 -143.5 1300 0.398 174.5 4.791 73.7 0 .126 68.5 0.091 -151.2 1400 0.401 172.3 4.466 71.8 0 .135 67.7 0.092 -159.1 1500 0.409 170.1 4.174 70.0 0 .144 66.6 0.096 -167.4 1600 0.415 168.2 3.919 68.2 0 .152 65.8 0.100 -173.0 1700 0.420 166.5 3.694 66.5 0 .161 65.1 0.104 -179.2 1800 0.425 164.9 3.497 64. 7 0.169 64.4 0.110 175.7 1900 0.431 163.0 3.323 63. 0 0.179 63.4 0.116 170.8 2000 0.437 161.4 3.163 61. 3 0.187 62.4 0.123 166.7 2100 0.444 159.5 3.018 59. 6 0.195 61.4 0.131 163.0 2200 0.452 158.1 2.884 58. 0 0.203 60.4 0.140 159.6 2300 0.459 156.6 2.768 56. 4 0.211 59.4 0.150 156.9 2400 0.467 155.1 2.653 54. 8 0.219 58.5 0.157 154.3 2500 0.474 153.5 2.553 53. 1 0.226 57.5 0.168 151.7 2600 0.482 152.2 2.457 51. 6 0.234 56.4 0.177 149.8 2700 0.489 150.8 2.367 50. 0 0.241 55.6 0.187 147.4 2800 0.495 149.3 2.285 48. 5 0.248 54.6 0.198 145.8 2900 0.502 148.0 2.199 47. 1 0.256 53.3 0.208 143.6 3000 0.510 147.3 2.135 46. 2 0.263 52.6 0.218 142.1 3100 0.528 145.8 2.100 44. 7 0.269 51.5 0.229 139.9 3200 0.536 143.9 2.040 42. 5 0.276 50.6 0.239 138.9 3300 0.543 142.2 1.978 40. 6 0.282 49.6 0.252 137.1 3400 0.545 140.6 1.897 38. 9 0.288 48.5 0.262 135.9 3500 0.552 139.8 1.837 38. 0 0.294 47.6 0.273 134.1 3600 0.560 138.7 1.792 36. 7 0.300 46.6 0.282 132.7 3700 0.569 137.5 1.746 35. 4 0.305 45.5 0.293 131.2 3800 0.577 136.2 1.700 33. 9 0.311 44.7 0.303 129.8 3900 0.584 134.9 1.654 32. 6 0.315 43.6 0.313 128.6 4000 0.591 133.7 1.611 31. 3 0.321 42.8 0.323 127.2
2SC5907 rev.0, oct. 2002, page 17 of 19 (v ce = 3 v, i c = 40 ma, z o = 50 ? ) s11 s21 s12 s22 f (mhz) mag ang mag ang mag ang mag ang 100 0.396 -85.4 48.244 130. 4 0.012 85.0 0.667 -48.6 200 0.369 -125.9 28.970 109. 8 0.024 70.8 0.410 -71.1 300 0.364 -144.7 20.057 100. 9 0.035 67.8 0.291 -84.0 400 0.363 -155.2 15.271 95. 4 0.043 73.6 0.222 -92.1 500 0.363 -162.4 12.290 91. 6 0.053 73.6 0.179 -99.1 600 0.368 -167.4 10.310 88. 4 0.062 72.6 0.152 -106.8 700 0.370 -171.5 8.858 85.8 0 .072 72.6 0.130 -113.7 800 0.372 -174.7 7.780 83.4 0 .080 73.1 0.118 -121.3 900 0.377 -178.0 6.929 81.2 0 .091 71.3 0.107 -129.1 1000 0.379 179.4 6.255 79.1 0 .100 71.1 0.099 -137.5 1100 0.383 177.1 5.701 77.1 0 .109 70.8 0.097 -145.3 1200 0.388 174.6 5.236 75.2 0 .119 69.9 0.095 -153.7 1300 0.394 172.6 4.837 73.3 0 .128 69.4 0.094 -161.2 1400 0.397 170.6 4.507 71.5 0 .137 68.6 0.098 -168.1 1500 0.405 168.6 4.213 69.7 0 .145 67.6 0.103 -175.0 1600 0.411 166.8 3.955 67. 9 0.155 66.8 0.108 179.9 1700 0.417 165.3 3.728 66. 2 0.163 65.7 0.113 174.5 1800 0.422 163.7 3.528 64. 6 0.172 64.7 0.119 170.2 1900 0.428 162.0 3.352 62. 8 0.180 63.8 0.127 166.1 2000 0.434 160.4 3.191 61. 2 0.188 62.9 0.134 162.7 2100 0.441 158.7 3.043 59. 5 0.197 62.0 0.142 159.3 2200 0.449 157.4 2.909 57. 9 0.205 61.0 0.151 156.7 2300 0.456 155.8 2.790 56. 3 0.214 59.8 0.161 154.1 2400 0.464 154.3 2.674 54. 7 0.221 58.8 0.170 151.9 2500 0.472 152.9 2.573 53. 1 0.229 57.7 0.180 149.3 2600 0.479 151.5 2.476 51. 6 0.236 56.7 0.188 147.5 2700 0.487 150.1 2.386 50. 1 0.244 55.8 0.200 145.6 2800 0.493 148.7 2.301 48. 5 0.251 54.7 0.209 143.9 2900 0.499 147.6 2.215 47. 2 0.259 53.5 0.220 141.9 3000 0.508 146.8 2.151 46. 3 0.266 52.8 0.230 140.4 3100 0.526 145.4 2.115 44. 8 0.272 51.5 0.242 138.6 3200 0.534 143.5 2.054 42. 6 0.278 50.4 0.250 137.4 3300 0.541 141.7 1.993 40. 8 0.285 49.7 0.262 135.7 3400 0.543 140.2 1.910 39. 0 0.291 48.5 0.273 134.5 3500 0.549 139.5 1.849 38. 1 0.297 47.5 0.284 132.9 3600 0.558 138.4 1.804 36. 8 0.303 46.3 0.294 131.5 3700 0.567 137.2 1.757 35. 5 0.308 45.4 0.304 130.1 3800 0.575 135.8 1.710 34. 2 0.313 44.6 0.314 128.7 3900 0.583 134.6 1.665 32. 9 0.318 43.5 0.324 127.5 4000 0.589 133.4 1.621 31. 6 0.323 42.7 0.334 126.0
2SC5907 rev.0, oct. 2002, page 18 of 19 package dimensions 0.9 0.1 1.4 0.05 1.2 0.05 0.8 0.1 3-0.2 +0.1 ?0.05 0.2 0.2 0.45 0.45 (0.1) (0.1) 0.6 max hitachi code jedec jeita mass (reference value) mfpak ? ? 0.0016 g 0.15 +0.1 ?0.05 as of july, 2002 unit: mm
2SC5907 rev.0, oct. 2002, page 19 of 19 disclaimer 1. hitachi neither warrants nor grants licenses of any rights of hitachi?s or any third party?s patent, copyright, trademark, or other intellectual property rights for information contained in this document. hitachi bears no responsibility for problems that may arise with third party?s rights, including intellectual property rights, in connection with use of the information contained in this document. 2. products and product specifications may be subject to change without notice. confirm that you have received the latest product standards or specifi cations before final design, purchase or use. 3. hitachi makes every attempt to ensure that its products are of high quality and reliability. however, contact hitachi?s sales office before using the product in an application that demands especially high quality and reliability or where its failure or malfunc tion may directly threaten human life or cause risk of bodily injury, such as aerosp ace, aeronautics, nuclear power, co mbustion control, transportation, traffic, safety equipment or me dical equipment for life support. 4. design your application so that the product is used within the ranges guaranteed by hitachi particularly for maximum rating, operating supply voltage rang e, heat radiation characteristics, installation conditions and other characteristics. hitachi bears no responsibility for failure or damage when used beyond the guaranteed ranges. ev en within the guaranteed ranges, consider normally foreseeable failure rates or failure modes in semiconductor devi ces and employ systemic measures such as fail- safes, so that the equipment incorporating hitachi product does not cause bodily injury, fire or other consequential damage due to op eration of the hitachi product. 5. this product is not designed to be radiation resistant. 6. no one is permitted to reproduce or duplicate, in any form, the whole or part of this document without written approval from hitachi. 7. contact hitachi?s sales office for any questions regarding this document or hitachi semiconductor products. sales offices hitachi, ltd. semiconductor & integrated circuits nippon bldg., 2-6-2, ohte-machi, chiyoda-ku, tokyo 100-0004, japan tel: (03) 3270-2111 fax: (03) 3270-5109 copyright ? hitachi, ltd., 2002. all rights reserved. printed in japan. hitachi asia ltd. hitachi tower 16 collyer quay #20-00 singapore 049318 tel : <65>-6538-6533/6538-8577 fax : <65>-6538-6933/6538-3877 url : http://semiconductor.hitachi.com.sg url http://www.hitachisemiconductor.com/ hitachi asia ltd. (taipei branch office) 4/f, no. 167, tun hwa north road hung-kuo building taipei (105), taiwan tel : <886>-(2)-2718-3666 fax : <886>-(2)-2718-8180 telex : 23222 has-tp url : http://semiconductor.hitachi.com.tw hitachi asia (hong kong) ltd. group iii (electronic components) 7/f., north tower world finance centre, harbour city, canton road tsim sha tsui, kowloon hong kong tel : <852>-2735-9218 fax : <852>-2730-0281 url : http://semiconductor.hitachi.com.hk hitachi europe gmbh electronic components group dornacher str 3 d-85622 feldkirchen postfach 201, d-85619 feldkirchen germany tel: <49> (89) 9 9180-0 fax: <49> (89) 9 29 30 00 hitachi europe ltd. electronic components group whitebrook park lower cookham road maidenhead berkshire sl6 8ya, united kingdom tel: <44> (1628) 585000 fax: <44> (1628) 778322 hitachi semiconductor (america) inc. 179 east tasman drive san jose,ca 95134 tel: <1> (408) 433-1990 fax: <1>(408) 433-0223 for further information write to: colophon 7.0

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