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to our customers, old company name in catalogs and other documents on april 1 st , 2010, nec electronics corporation merged with renesas technology corporation, and renesas electronics corporation took over all the business of both companies. therefore, although the old company name remains in this document, it is a valid renesas electronics document. we appreciate your understanding. renesas electronics website: http://www.renesas.com april 1 st , 2010 renesas electronics corporation issued by: renesas electronics corporation (http://www.renesas.com) send any inquiries to http://www.renesas.com/inquiry.
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1993 data sheet silicon transistor document no. p10389ej2v0ds00 (2nd edition) (previous no. td-2401) date published july 1995 p printed in japan 2SC5010 description the 2SC5010 is an npn epitaxial silicon transistor designed for use in low noise and small signal amplifiers from vhf band to l band. low noise figure, high gain, and high current capability achieve a very wide dynamic range and excellent linearity. this is achieved by direct nitride passivated base surface process (nest3 process) which is an nec proprietary fabrication technique. npn silicon epitaxial transistor 3 pins ultra super mini mold features ? low voltage use. ? high f t : 12.0 ghz typ. (@ v ce = 3 v, i c = 10 ma, f = 2 ghz) ? low c re : 0.4 pf typ. (@ v ce = 3 v, i e = 0, f = 1 mhz) ? low nf : 1.5 db typ. (@ v ce = 3 v, i c = 3 ma, f = 2 ghz) ? high |s 21e | 2 : 8.5 db typ. (@ v ce = 3 v, i c = 10 ma, f = 2 ghz) ? ultra super mini mold package. ordering information part quantity packing style number 2SC5010 50 pcs/unit. 2SC5010-t1 3 kpcs/reel. * please contact with responsible nec person, if you require evaluation sample. unit sample quantity shall be 50 pcs. absolute maximum ratings (t a = 25 ?c) collector to base voltage v cbo 9v collector to emitter voltage v ceo 6v emitter to base voltage v ebo 2v collector current i c 30 ma total power dissipation p t 125 mw junction temperature t j 150 ?c storage temperature t stg C65 to +150 ?c embossed tape 8 mm wide. pin3(collector) face to perforation side of the tape. package dimensions in milimeters 1.6 ?0.1 0.8 ?0.1 1.6 ?0.1 1.0 0.5 0.5 0.2 +0.1 ? 0.3 +0.1 ? 2 1 3 0.75 ?0.05 0.6 0 to 0.1 0.15 +0.1 ?.05 1. emitter 2. base 3. collector
2SC5010 2 electrical characteristics (t a = 25 ?c) characteristic symbol min. typ. max. unit test conditions collector cutoff current i cbo 0.1 m av cb = 5 v, i e = 0 emitter cutoff current i ebo 0.1 m av eb = 1 v, i c = 0 dc current gain h fe 75 150 v ce = 3 v, i c = 10 ma * 1 gain bandwidth product f t 12.0 ghz v ce = 3 v, i c = 10 ma, f = 2 ghz feed-back capacitance c re 0.4 0.7 pf v ce = 3 v, i e = 0 , f = 1 mhz * 2 insertion power gain |s 21e | 2 7.0 8.5 db v ce = 3 v, i c = 10 ma, f = 2 ghz noise figure nf 1.5 2.5 db v ce = 3 v, i c = 3 ma, f = 2 ghz *1 pulse measurement pw 350 m s, duty cycle 2 % *2 the emitter terminal and the case shall be connected to the guard terminal of the three-terminal capacitance bridge. h fe classification rank fb marking 83 h fe 75 to 150
2SC5010 3 typical characteristics (t a = 25 ?c) 30 20 10 0 2 4 6 8 14 12 10 8 6 1 2 5 10 20 50 i b = 200 a v ce = 3 v f = 2 ghz 4 2 0 0.5 1 2 5 10 50 20 12 8 4 0 180 a 160 a 140 a 120 a 100 a 80 a 60 a 40 a 20 a m m m m m m m m m v ce = 3 v f = 2 ghz 50 40 30 20 10 0 0.5 1.0 v ce = 3 v 150 100 50 0 50 100 150 free air 500 200 100 50 20 2 5 10 20 50 100 v ce = 3 v 10 1 m 0.5 total power dissipation vs. ambient temperature p t e total power dissipation e mw t a e ambient temperature e ?c collector current vs. base to emitter voltage collector current vs. collector to emitter voltage dc current gain vs. collector current gain bandwidth product vs. collector current insertion power gain vs. collector current i c e collector current e ma h fe e dc current gain f t e gain bandwidth product e ghz |s 21 e| 2 e insertion power gain e db i c e collector current e ma v be e base to emitter voltage e v i c e collector current e ma i c e collector current e ma v ce e collector to emitter voltage e v i c e collector current e ma
2SC5010 4 25 20 15 10 5 0 0.2 0.5 1 2 5 5.0 1.0 0.5 1 2 5 10 0.1 |s 21e | 2 mag v ce = 3 v i c = 10 ma 0.1 20 50 f = 1 mhz 2.0 0.2 5 4 3 1 2 5 10 20 50 v ce = 3 v f = 2 ghz 2 1 0 0.5 c re e feed-back capacitance e pf feed-back capacitance vs. collector to base voltage nf e noise figure e db v cb e collector to base voltage e v i c e collector current e ma noise figure vs. collector current maximum available gain, insertion power gain vs. frequency mag e maximum available gain e db |s 21 e| 2 e insertion power gain e db f e frequency e ghz
2SC5010 5 s-parameter v ce = 3 v, i c = 10 ma, z o = 50 w frequency s 11 s 21 s 12 s 22 mhz mag ang mag ang mag ang mag ang 100.00 .735 e18.7 15.465 157.7 .017 78.5 .931 e15.0 200.00 .640 e37.8 14.330 142.1 .030 69.7 .810 e25.9 300.00 .534 e55.7 13.115 129.2 .040 66.3 .700 e32.4 400.00 .438 e71.4 11.574 118.3 .048 64.5 .612 e36.2 500.00 .364 e84.9 10.235 109.9 .057 63.7 .547 e38.2 600.00 .311 e96.6 8.943 103.1 .064 63.3 .499 e39.4 700.00 .268 e107.0 7.935 97.7 .072 62.8 .461 e40.4 800.00 .241 e116.9 7.105 92.7 .080 62.7 .430 e40.9 900.00 .218 e126.4 6.425 88.7 .088 62.6 .405 e41.7 1000.00 .204 e135.9 5.864 84.8 .095 62.0 .386 e42.2 1100.00 .192 e144.5 5.397 81.4 .103 61.0 .370 e42.8 1200.00 .186 e153.7 4.992 78.1 .111 60.9 .354 e43.6 1300.00 .183 e161.8 4.628 75.1 .119 60.5 .341 e44.5 1400.00 .184 e169.5 4.348 72.3 .127 59.4 .328 e45.4 1500.00 .185 e176.7 4.072 69.2 .134 58.4 .317 e46.8 1600.00 .189 176.4 3.851 66.6 .142 57.7 .305 e48.0 1700.00 .196 169.9 3.643 63.8 .151 56.9 .294 e49.1 1800.00 .201 164.8 3.457 61.3 .158 55.9 .285 e50.6 1900.00 .208 159.7 3.311 59.0 .166 55.1 .271 e52.2 2000.00 .219 155.1 3.156 56.6 .176 53.7 .261 e54.0 2100.00 .228 150.6 3.024 54.1 .183 52.3 .249 e55.6 2200.00 .239 147.1 2.904 51.5 .190 51.4 .239 e57.7 2300.00 .248 143.3 2.790 49.3 .199 50.3 .229 e59.8 2400.00 .259 139.9 2.685 46.8 .207 49.0 .218 e62.0 2500.00 .270 136.9 2.593 44.7 .215 47.9 .206 e64.6 2600.00 .281 133.7 2.511 42.2 .223 46.4 .197 e67.1 2700.00 .293 131.6 2.425 40.2 .230 45.5 .185 e70.1 2800.00 .305 128.7 2.354 37.9 .237 43.9 .174 e73.8 2900.00 .316 126.3 2.283 35.6 .246 43.0 .162 e77.0 3000.00 .329 124.5 2.220 33.5 .253 41.5 .151 e81.1 v ce = 3 v, i c = 7 ma, z o = 50 w frequency s 11 s 21 s 12 s 22 mhz mag ang mag ang mag ang mag ang 100.00 .855 e14.2 10.699 164.8 .019 80.2 .968 e10.6 200.00 .787 e28.4 10.334 151.4 .035 73.3 .902 e19.8 300.00 .715 e41.9 9.924 140.1 .048 68.5 .825 e27.0 400.00 .631 e54.9 9.183 130.2 .059 63.4 .743 e32.5 500.00 .561 e66.5 8.559 121.7 .068 60.9 .678 e36.5 600.00 .495 e77.0 7.749 113.9 .077 58.8 .621 e39.4 700.00 .434 e86.4 7.090 107.6 .084 57.5 .572 e41.9 800.00 .387 e95.8 6.490 101.5 .092 56.4 .531 e43.4 900.00 .346 e104.1 5.972 96.6 .099 55.5 .496 e45.1 1000.00 .313 e113.2 5.531 91.8 .105 55.0 .467 e46.4 1100.00 .287 e121.1 5.117 87.8 .113 54.3 .442 e47.3 1200.00 .266 e129.5 4.767 83.8 .119 54.0 .420 e48.4 1300.00 .251 e137.5 4.442 80.3 .126 53.3 .399 e49.7 1400.00 .242 e145.6 4.192 77.1 .133 52.8 .381 e50.5 1500.00 .232 e153.7 3.936 73.7 .140 52.3 .364 e51.9 1600.00 .228 e161.2 3.730 70.7 .147 51.7 .349 e53.1 1700.00 .227 e169.2 3.537 67.6 .155 50.8 .336 e54.4 1800.00 .226 e176.4 3.355 64.9 .161 50.1 .321 e55.8 1900.00 .230 177.5 3.210 62.1 .169 49.6 .307 e57.3 2000.00 .236 170.8 3.066 59.5 .177 48.7 .296 e59.0 2100.00 .243 164.7 2.944 56.7 .183 47.7 .282 e60.6 2200.00 .250 159.6 2.825 54.0 .190 47.0 .269 e62.6 2300.00 .258 154.8 2.725 51.8 .198 46.0 .259 e64.6 2400.00 .267 150.0 2.623 49.1 .205 45.0 .247 e66.7 2500.00 .277 145.9 2.534 46.8 .212 44.0 .235 e68.8 2600.00 .288 141.7 2.455 44.2 .221 43.1 .225 e71.3 2700.00 .300 138.8 2.370 41.9 .228 42.0 .211 e73.9 2800.00 .312 135.3 2.305 39.5 .234 41.0 .200 e77.3 2900.00 .321 132.0 2.230 37.1 .243 40.0 .189 e80.7 3000.00 .335 129.5 2.172 34.9 .250 38.7 .179 e84.3
2SC5010 6 s-parameter v ce = 3 v, i c = 5 ma, z o = 50 w frequency s 11 s 21 s 12 s 22 mhz mag ang mag ang mag ang mag ang 100.00 .900 e11.4 8.160 166.3 .019 80.5 .976 e9.1 200.00 .845 e23.9 8.072 154.4 .036 74.9 .927 e17.4 300.00 .788 e35.4 7.948 144.3 .051 68.4 .864 e24.2 400.00 .723 e46.6 7.529 135.0 .063 63.7 .795 e29.8 500.00 .657 e57.7 7.230 127.4 .074 60.9 .733 e34.2 600.00 .595 e67.8 6.685 119.6 .081 57.5 .678 e37.7 700.00 .528 e77.3 6.274 113.0 .089 56.1 .627 e40.7 800.00 .475 e86.7 5.874 106.5 .097 54.5 .583 e42.7 900.00 .425 e95.3 5.482 101.0 .103 53.4 .545 e44.7 1000.00 .384 e104.3 5.150 95.7 .110 52.3 .514 e46.4 1100.00 .347 e112.0 4.796 91.2 .118 51.5 .486 e47.5 1200.00 .321 e120.5 4.512 87.0 .123 51.3 .460 e48.8 1300.00 .298 e128.4 4.221 83.1 .129 50.4 .438 e50.3 1400.00 .283 e136.2 3.994 79.4 .137 49.6 .418 e51.4 1500.00 .268 e144.2 3.770 75.8 .143 49.4 .400 e52.8 1600.00 .258 e151.8 3.568 72.7 .149 48.6 .382 e54.2 1700.00 .254 e159.7 3.400 69.4 .155 48.3 .368 e55.2 1800.00 .249 e167.2 3.229 66.6 .162 47.3 .353 e56.7 1900.00 .250 e173.7 3.101 63.5 .169 46.8 .337 e58.4 2000.00 .253 179.0 2.957 60.8 .176 46.1 .324 e59.8 2100.00 .257 172.5 2.845 58.0 .183 45.4 .310 e61.7 2200.00 .263 166.7 2.730 55.2 .189 44.6 .296 e63.6 2300.00 .269 161.3 2.640 52.7 .196 43.7 .284 e65.5 2400.00 .277 156.2 2.539 49.9 .203 43.1 .272 e67.6 2500.00 .285 151.5 2.456 47.4 .211 41.9 .261 e69.8 2600.00 .296 147.0 2.380 44.8 .217 41.0 .250 e72.2 2700.00 .305 143.5 2.301 42.4 .223 40.4 .237 e74.4 2800.00 .318 139.6 2.234 39.9 .231 39.3 .225 e77.6 2900.00 .327 136.1 2.164 37.5 .238 38.3 .214 e80.7 3000.00 .341 133.2 2.110 35.2 .244 37.3 .204 e84.1 v ce = 3 v, i c = 3 ma, z o = 50 w frequency s 11 s 21 s 12 s 22 mhz mag ang mag ang mag ang mag ang 100.00 .948 e9.1 5.295 168.1 .020 82.4 .987 e7.0 200.00 .912 e18.6 5.291 158.4 .038 76.4 .955 e13.8 300.00 .876 e27.7 5.354 149.7 .055 70.1 .914 e19.8 400.00 .831 e37.1 5.177 141.3 .069 66.3 .864 e25.2 500.00 .784 e46.0 5.109 135.2 .082 61.6 .816 e29.7 600.00 .737 e54.7 4.832 127.8 .092 57.9 .769 e33.6 700.00 .680 e62.9 4.667 121.7 .101 55.1 .721 e37.2 800.00 .635 e71.7 4.504 115.1 .108 52.6 .678 e39.9 900.00 .581 e80.0 4.335 109.5 .115 50.8 .636 e42.7 1000.00 .530 e89.2 4.226 103.5 .123 48.8 .602 e44.7 1100.00 .480 e97.5 4.038 98.3 .129 47.8 .570 e46.5 1200.00 .441 e105.8 3.879 93.3 .135 46.8 .544 e48.2 1300.00 .408 e113.4 3.680 88.8 .140 45.5 .517 e50.1 1400.00 .382 e121.2 3.528 84.7 .146 44.3 .493 e51.6 1500.00 .358 e128.9 3.359 80.5 .151 43.8 .471 e53.2 1600.00 .339 e136.3 3.200 76.9 .156 43.2 .451 e54.8 1700.00 .324 e144.4 3.076 73.1 .161 42.6 .432 e56.2 1800.00 .311 e151.7 2.932 70.0 .166 41.9 .416 e57.7 1900.00 .305 e158.8 2.825 66.6 .172 41.2 .398 e59.3 2000.00 .301 e166.7 2.712 63.4 .178 40.5 .384 e60.9 2100.00 .299 e173.5 2.614 60.4 .183 40.2 .367 e62.6 2200.00 .300 180.0 2.508 57.2 .189 39.5 .354 e64.4 2300.00 .303 173.7 2.434 54.5 .195 38.9 .340 e66.4 2400.00 .307 167.8 2.348 51.5 .201 38.2 .329 e68.3 2500.00 .311 162.3 2.276 49.0 .206 37.9 .313 e70.6 2600.00 .320 156.7 2.209 45.9 .212 37.0 .303 e72.5 2700.00 .327 152.5 2.140 43.5 .218 36.5 .290 e75.1 2800.00 .337 148.0 2.080 40.8 .223 35.7 .278 e77.8 2900.00 .346 143.7 2.019 38.2 .229 35.1 .267 e80.5 3000.00 .359 140.1 1.967 35.8 .235 34.3 .256 e83.7
2SC5010 7 s-parameter v ce = 3 v, i c = 1 ma, z o = 50 w frequency s 11 s 21 s 12 s 22 mhz mag ang mag ang mag ang mag ang 100.00 1.007 e5.9 1.878 172.3 .020 83.6 .998 e4.2 200.00 .988 e12.5 1.925 164.3 .040 80.5 .986 e8.2 300.00 .978 e18.3 2.006 157.9 .059 75.4 .975 e12.3 400.00 .953 e25.2 2.012 150.9 .077 71.4 .955 e16.2 500.00 .939 e30.9 2.031 145.7 .095 66.7 .937 e19.8 600.00 .921 e37.5 1.974 139.1 .110 62.8 .916 e23.3 700.00 .889 e43.2 1.942 133.9 .125 58.6 .893 e26.9 800.00 .871 e49.3 1.914 127.9 .139 54.9 .865 e30.0 900.00 .838 e55.6 1.875 122.8 .149 50.9 .836 e33.6 1000.00 .811 e62.4 1.917 117.8 .160 47.9 .807 e36.5 1100.00 .770 e69.7 1.925 112.5 .169 44.6 .781 e38.9 1200.00 .739 e76.5 1.961 107.7 .175 42.1 .755 e41.4 1300.00 .706 e83.5 1.927 102.7 .182 39.6 .729 e44.0 1400.00 .677 e90.1 1.923 98.4 .188 36.8 .704 e46.3 1500.00 .646 e97.2 1.886 93.2 .192 34.9 .679 e48.6 1600.00 .616 e103.7 1.849 89.2 .196 32.6 .656 e50.8 1700.00 .589 e111.3 1.843 84.4 .200 30.8 .635 e53.0 1800.00 .562 e118.1 1.786 80.4 .201 29.0 .616 e55.1 1900.00 .538 e125.1 1.786 76.1 .203 27.7 .593 e57.1 2000.00 .512 e133.6 1.762 71.8 .206 26.1 .575 e59.1 2100.00 .495 e140.2 1.729 68.0 .207 25.2 .557 e61.2 2200.00 .480 e147.6 1.689 63.9 .207 23.9 .540 e63.2 2300.00 .468 e154.5 1.676 60.4 .209 23.0 .522 e65.2 2400.00 .459 e161.6 1.630 56.7 .210 22.3 .511 e67.3 2500.00 .451 e168.1 1.600 53.4 .210 21.7 .494 e69.5 2600.00 .447 e175.0 1.576 49.7 .212 21.5 .481 e71.7 2700.00 .443 179.1 1.538 46.5 .213 21.1 .467 e74.0 2800.00 .445 173.0 1.509 43.4 .214 21.0 .457 e76.5 2900.00 .443 166.8 1.482 40.1 .216 20.6 .441 e79.1 3000.00 .449 161.9 1.453 37.3 .217 20.5 .432 e81.9 v ce = 1 v, i c = 5 ma, z o = 50 w frequency s 11 s 21 s 12 s 22 mhz mag ang mag ang mag ang mag ang 100.00 .862 e14.2 8.672 160.8 .023 80.2 .956 e13.0 200.00 .795 e28.9 8.389 148.6 .042 70.5 .875 e24.2 300.00 .718 e43.2 8.162 137.5 .057 64.0 .778 e32.6 400.00 .638 e57.7 7.624 128.2 .070 59.5 .691 e39.0 500.00 .573 e71.2 7.259 119.8 .079 57.7 .618 e43.6 600.00 .510 e83.2 6.617 112.0 .088 55.2 .556 e47.2 700.00 .447 e95.3 6.154 105.2 .096 53.5 .504 e50.1 800.00 .402 e106.5 5.675 98.7 .103 52.8 .459 e52.2 900.00 .364 e117.0 5.254 93.5 .111 52.4 .423 e54.2 1000.00 .336 e127.2 4.875 88.6 .118 51.3 .393 e55.8 1100.00 .314 e136.0 4.517 84.4 .126 50.7 .366 e57.1 1200.00 .300 e144.9 4.206 80.3 .133 50.3 .343 e58.7 1300.00 .289 e153.1 3.922 76.7 .139 49.5 .323 e60.4 1400.00 .286 e160.7 3.699 73.4 .147 48.9 .303 e61.7 1500.00 .282 e167.9 3.473 69.9 .155 48.3 .286 e63.7 1600.00 .282 e174.7 3.293 66.9 .162 47.5 .271 e65.3 1700.00 .286 178.6 3.128 63.6 .170 46.8 .255 e67.1 1800.00 .288 172.9 2.962 60.9 .177 46.2 .242 e69.0 1900.00 .294 167.6 2.838 58.1 .186 45.3 .227 e71.6 2000.00 .303 162.2 2.707 55.2 .193 44.4 .214 e74.0 2100.00 .310 157.3 2.599 52.5 .201 43.5 .200 e76.5 2200.00 .318 152.9 2.487 49.6 .208 42.5 .189 e79.5 2300.00 .327 148.8 2.404 47.4 .215 41.5 .176 e83.1 2400.00 .336 144.9 2.312 44.6 .223 40.5 .166 e86.5 2500.00 .347 141.4 2.234 42.3 .231 39.5 .154 e90.9 2600.00 .359 137.6 2.165 39.6 .237 38.2 .146 e94.9 2700.00 .368 134.9 2.089 37.3 .245 37.3 .135 e100.8 2800.00 .381 131.9 2.028 34.8 .252 36.4 .126 e106.2 2900.00 .390 128.8 1.962 32.5 .260 35.1 .118 e113.3 3000.00 .403 126.6 1.913 30.2 .267 34.0 .113 e121.0
2SC5010 8 s-parameter v ce = 1 v, i c = 3 ma, z o = 50 w frequency s 11 s 21 s 12 s 22 mhz mag ang mag ang mag ang mag ang 100.00 .932 e10.9 5.529 165.7 .024 81.3 .977 e9.5 200.00 .886 e21.6 5.442 154.3 .045 73.7 .930 e18.3 300.00 .838 e32.2 5.475 144.7 .063 67.9 .869 e25.8 400.00 .788 e42.9 5.242 136.1 .079 61.7 .800 e32.3 500.00 .733 e53.6 5.156 129.6 .092 57.3 .739 e37.5 600.00 .682 e63.5 4.819 122.0 .102 53.8 .682 e41.9 700.00 .620 e73.4 4.644 115.5 .112 50.8 .628 e45.8 800.00 .573 e83.7 4.447 108.7 .119 49.1 .579 e48.8 900.00 .520 e93.9 4.276 103.0 .126 47.2 .535 e51.8 1000.00 .473 e104.2 4.118 96.8 .133 45.6 .498 e54.0 1100.00 .431 e113.9 3.894 91.7 .140 44.6 .467 e55.9 1200.00 .400 e123.4 3.708 86.7 .145 43.7 .439 e57.8 1300.00 .376 e131.6 3.495 82.4 .151 42.9 .412 e59.8 1400.00 .361 e139.7 3.333 78.7 .157 42.1 .389 e61.6 1500.00 .345 e147.7 3.151 74.5 .163 41.4 .368 e63.5 1600.00 .335 e155.3 3.003 71.0 .168 40.5 .347 e65.5 1700.00 .330 e163.1 2.872 67.3 .174 40.3 .329 e67.2 1800.00 .326 e169.9 2.735 64.3 .180 39.5 .313 e69.2 1900.00 .326 e176.4 2.628 61.1 .186 39.0 .297 e71.3 2000.00 .329 177.0 2.509 57.8 .194 38.1 .281 e73.7 2100.00 .333 171.0 2.419 54.9 .199 37.4 .266 e76.1 2200.00 .337 165.6 2.323 51.8 .205 36.7 .253 e78.5 2300.00 .344 160.5 2.251 49.2 .211 36.1 .239 e81.6 2400.00 .351 155.7 2.166 46.2 .218 35.5 .228 e84.2 2500.00 .359 151.3 2.097 43.7 .223 34.5 .214 e87.5 2600.00 .369 146.8 2.035 40.8 .230 33.8 .204 e91.0 2700.00 .378 143.2 1.966 38.4 .237 33.1 .193 e95.1 2800.00 .389 139.6 1.912 35.7 .242 32.0 .181 e99.7 2900.00 .399 135.9 1.853 33.2 .250 31.3 .172 e104.3 3000.00 .411 133.1 1.805 30.8 .256 30.2 .164 e109.4 v ce = 1 v, i c = 1 ma, z o = 50 w frequency s 11 s 21 s 12 s 22 mhz mag ang mag ang mag ang mag ang 100.00 1.006 e6.7 1.908 171.3 .025 84.6 .994 e5.1 200.00 .982 e13.7 1.949 162.2 .049 78.6 .982 e10.0 300.00 .970 e20.1 2.027 155.2 .072 73.9 .965 e14.8 400.00 .946 e27.6 2.024 147.2 .094 68.1 .938 e19.6 500.00 .924 e34.0 2.051 142.2 .114 63.6 .914 e23.9 600.00 .903 e41.0 1.977 135.3 .132 59.0 .887 e28.0 700.00 .867 e47.2 1.946 129.7 .148 54.6 .857 e32.2 800.00 .848 e54.0 1.915 123.4 .162 50.6 .822 e35.9 900.00 .811 e60.7 1.874 118.2 .173 46.2 .789 e39.8 1000.00 .783 e68.4 1.908 112.8 .184 43.0 .754 e43.2 1100.00 .741 e76.2 1.919 107.3 .193 39.9 .723 e46.0 1200.00 .707 e84.1 1.946 102.3 .201 37.1 .692 e48.6 1300.00 .675 e91.2 1.902 97.1 .207 34.5 .663 e51.5 1400.00 .647 e98.6 1.888 92.7 .212 31.8 .634 e54.1 1500.00 .617 e106.1 1.846 87.4 .216 29.5 .609 e56.8 1600.00 .589 e112.9 1.808 83.0 .220 27.1 .582 e59.4 1700.00 .565 e121.2 1.799 78.3 .223 25.4 .560 e61.8 1800.00 .542 e128.2 1.741 74.4 .224 23.6 .538 e64.1 1900.00 .523 e135.5 1.729 70.2 .226 22.4 .515 e66.4 2000.00 .502 e144.0 1.703 65.7 .228 20.7 .497 e68.6 2100.00 .489 e150.9 1.667 62.1 .228 19.7 .476 e71.1 2200.00 .479 e158.0 1.625 58.0 .229 18.6 .459 e73.4 2300.00 .470 e164.8 1.605 54.7 .230 17.6 .440 e76.0 2400.00 .466 e171.5 1.557 50.8 .230 16.7 .428 e78.3 2500.00 .461 e177.8 1.524 47.6 .230 16.0 .413 e81.1 2600.00 .462 175.8 1.497 44.0 .231 15.7 .399 e83.7 2700.00 .462 170.4 1.460 40.9 .231 15.5 .384 e86.7 2800.00 .465 164.8 1.433 37.8 .232 14.8 .372 e89.8 2900.00 .466 159.2 1.399 34.6 .233 14.7 .360 e92.9 3000.00 .474 154.9 1.374 31.8 .234 14.5 .351 e96.4
2SC5010 9 [memo]
8 2SC5010 no part of this document may be copied or reproduced in any form or by any means without the prior written consent of nec corporation. nec corporation assumes no responsibility for any errors which may appear in this document. nec corporation does not assume any liability for infringement of patents, copyrights or other intellectual property rights of third parties by or arising from use of a device described herein or any other liability arising from use of such device. no license, either express, implied or otherwise, is granted under any patents, copyrights or other intellectual property rights of nec corporation or others. while nec corporation has been making continuous effort to enhance the reliability of its semiconductor devices, the possibility of defects cannot be eliminated entirely. to minimize risks of damage or injury to persons or property arising from a defect in an nec semiconductor device, customer must incorporate sufficient safety measures in its design, such as redundancy, fire-containment, and anti-failure features. nec devices are classified into the following three quality grades: standard, special, and specific. the specific quality grade applies only to devices developed based on a customer designated quality assurance program for a specific application. the recommended applications of a device depend on its quality grade, as indicated below. customers must check the quality grade of each device before using it in a particular application. standard: computers, office equipment, communications equipment, test and measurement equipment, audio and visual equipment, home electronic appliances, machine tools, personal electronic equipment and industrial robots special: transportation equipment (automobiles, trains, ships, etc.), traffic control systems, anti-disaster systems, anti-crime systems, safety equipment and medical equipment (not specifically designed for life support) specific: aircrafts, aerospace equipment, submersible repeaters, nuclear reactor control systems, life support systems or medical equipment for life support, etc. the quality grade of nec devices in standard unless otherwise specified in nec's data sheets or data books. if customers intend to use nec devices for applications other than those specified for standard quality grade, they should contact nec sales representative in advance. anti-radioactive design is not implemented in this product. m4 94.11

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