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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. p10385ej2v0ds00 (2nd edition) (previous no. td-2399) date published july 1995 p printed in japan 2sc5006 npn silicon epitaxial transistor 3 pins ultra super mini mold description the 2sc5006 is an npn epitaxial silicon transistor designed for use in low noise and small signal amplifiers from vhf band to uhf 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 (nest2 process) which is an nec proprietary fabrication technique. features ? low voltage use. ? high f t : 4.5 ghz typ. (@ v ce = 3 v, i c = 7 ma, f = 1 ghz) ? low c re : 0.7 pf typ. (@ v ce = 3 v, i e = 0, f = 1 mhz) ? low nf : 1.2 db typ. (@ v ce = 3 v, i c = 7 ma, f = 1 ghz) ? high |s 21e | 2 : 9 db typ. (@ v ce = 3 v, i c = 7 ma, f = 1 ghz) ? ultra super mini mold package. ordering information part quantity packing style number 2sc5006 50 pcs./unit 2sc5006-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 20 v collector to emitter voltage v ceo 12 v emitter to base voltage v ebo 3.0 v collector current i c 100 ma total power dissipation p t 125 mw junction temperature t j 150 ? c storage temperature t stg C60 to +150 ? c 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 package dimensions in millimeters 1. emitter 2. base 3. collector embossed tape 8 mm wide. pin3 (collector) face to perforation side of the tape.
2sc5006 2 electrical characteristics (t a = 25 ?c) characteristic symbol min. typ. max. unit test conditions collector cutoff current i cbo 1.0 m av cb = 10 v, i e = 0 emitter cutoff current i ebo 1.0 m av eb = 1 v, i c = 0 dc current gain h fe 80 160 v ce = 3 v, i c = 7 ma *1 gain bandwidth product f t 3.0 4.5 ghz v ce = 3 v, i c = 7 ma, f = 1 ghz feed-back capacitance c re 0.7 1.5 pf v cb = 3 v, i e = 0, f = 1 mhz *2 insertion power gain |s 21e | 2 7.0 9.0 db v ce = 3 v, i c = 7 ma, f = 1 ghz noise figure nf 1.2 2.5 db v ce = 3 v, i c = 7 ma, f = 1 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 24 h fe 80 to 160
2sc5006 3 typical characteristics (t a = 25 ?c) 20 0 10 1.0 0.5 total power dissipation vs. ambient temperature p t e total power dissipation e mw 150 0 50 t a e ambient temperature e ?c 150 100 50 100 200 0.5 10 50 5 25 0 510 20 15 10 5 v ce = 3 v i b = 160 a m 140 a m 120 a m 100 a m 80 a m 60 a m 40 a m 20 a m 20 10 2 1 100 20 50 v ce = 3 v 14 0.5 0 50 5 10 0 0.5 100 8 6 4 2 20 10 2 1 6 2 4 v ce = 3 v f = 1 gh z 50 20 10 5 12 100 8 10 12 v ce = 3 v f = 1 gh z 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 21e | 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 free air i c e collector current e ma
2sc5006 4 25 0 5.0 0.5 3 0 1 100 50 2 2 2.0 1 250 1.0 0.5 0.2 0.1 v ce = 3 v i c = 7 ma v ce = 3 v f = 1 gh z 20 10 5 1 0.5 20 15 10 5 0.1 0.2 1.0 2.0 mag |s 21e | 2 51020 f = 1 mh z 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
2sc5006 5 s-parameter vce = 3 v, ic = 10 ma, zo = 50 w frequency s11 s21 s12 s22 mhz mag ang mag ang mag ang mag ang 100.00 .745 e49.8 15.831 144.0 .034 61.8 .782 e34.1 200.00 .627 e94.7 13.204 121.0 .049 51.3 .551 e50.9 300.00 .565 e123.3 10.330 106.9 .058 48.6 .412 e58.5 400.00 .535 e140.9 8.264 97.8 .066 48.6 .331 e62.2 500.00 .522 e153.3 6.841 91.1 .073 49.5 .278 e64.8 600.00 .518 e162.1 5.783 85.6 .080 50.7 .238 e66.7 700.00 .515 e169.5 5.026 80.9 .089 51.0 .212 e68.1 800.00 .515 e175.6 4.430 76.7 .096 51.8 .190 e70.6 900.00 .517 179.1 3.984 72.9 .104 52.2 .173 e71.8 1000.00 .518 174.3 3.589 69.2 .113 52.5 .160 e75.2 1100.00 .523 170.2 3.279 65.8 .122 52.7 .147 e76.7 1200.00 .528 165.9 3.042 62.5 .131 52.6 .140 e79.9 1300.00 .532 162.3 2.814 59.3 .139 52.1 .129 e83.1 1400.00 .538 158.6 2.629 55.9 .148 51.9 .124 e86.4 1500.00 .542 155.4 2.466 53.0 .157 51.1 .114 e91.6 1600.00 .549 152.3 2.334 49.8 .166 50.6 .111 e95.4 1700.00 .553 149.1 2.202 46.8 .175 49.8 .104 e103.8 1800.00 .562 146.4 2.093 44.1 .185 48.9 .101 e107.5 1900.00 .567 143.4 1.994 41.5 .194 47.5 .098 e118.2 2000.00 .577 140.7 1.902 38.5 .202 46.8 .088 e129.3 2100.00 .584 138.0 1.828 35.4 .210 45.8 .093 e138.5 2200.00 .590 135.6 1.749 33.1 .219 44.7 .092 e146.4 2300.00 .600 132.9 1.681 30.5 .229 43.5 .099 e155.3 2400.00 .605 130.7 1.616 27.8 .236 42.2 .104 e162.8 2500.00 .613 128.4 1.562 25.4 .246 41.2 .112 e170.0 2600.00 .622 126.0 1.507 22.7 .255 40.0 .119 e176.9 2700.00 .629 123.9 1.453 20.5 .263 38.8 .130 176.7 2800.00 .639 121.6 1.409 17.9 .272 37.1 .138 172.2 2900.00 .643 119.5 1.360 15.7 .280 36.0 .153 166.6 3000.00 .654 117.6 1.327 13.4 .290 34.7 .160 163.0 v ce = 3 v, i c = 7 ma, z o = 50 w frequency s11 s21 s12 s22 mhz mag ang mag ang mag ang mag ang 100.00 .812 e41.5 11.847 148.4 .036 64.6 .840 e27.9 200.00 .706 e80.2 10.621 127.0 .056 51.2 .634 e43.9 300.00 .629 e109.6 8.889 112.3 .066 45.3 .494 e51.4 400.00 .585 e129.8 7.349 101.8 .073 43.6 .405 e55.4 500.00 .562 e144.2 6.212 94.1 .079 43.8 .346 e57.7 600.00 .550 e154.6 5.288 88.0 .085 44.5 .303 e59.3 700.00 .544 e163.2 4.643 82.7 .091 45.1 .273 e60.6 800.00 .541 e170.2 4.102 78.1 .098 45.9 .249 e62.3 900.00 .543 e176.1 3.705 73.8 .104 47.2 .230 e63.4 1000.00 .541 178.5 3.346 69.8 .111 47.8 .216 e66.2 1100.00 .543 173.8 3.065 66.3 .119 48.0 .203 e67.4 1200.00 .548 169.1 2.835 62.8 .127 48.1 .195 e69.8 1300.00 .550 165.4 2.628 59.3 .134 48.5 .183 e72.3 1400.00 .557 161.4 2.460 56.0 .142 48.8 .176 e75.1 1500.00 .560 157.8 2.310 52.6 .149 48.2 .166 e78.7 1600.00 .568 154.4 2.184 49.7 .158 48.2 .162 e81.8 1700.00 .572 151.0 2.075 46.6 .166 47.6 .152 e87.6 1800.00 .580 148.2 1.966 43.7 .175 47.5 .149 e90.7 1900.00 .585 145.0 1.876 40.7 .183 46.7 .143 e97.9 2000.00 .594 142.1 1.784 38.0 .192 45.9 .128 e104.5 2100.00 .601 139.3 1.716 34.8 .200 45.3 .128 e112.1 2200.00 .608 136.8 1.646 32.4 .209 44.6 .124 e118.6 2300.00 .616 134.0 1.579 29.6 .218 43.7 .126 e126.7 2400.00 .620 131.5 1.520 26.9 .226 42.7 .127 e134.1 2500.00 .629 129.2 1.469 24.3 .235 41.8 .130 e142.4 2600.00 .638 126.7 1.418 21.7 .244 40.7 .133 e149.2 2700.00 .645 124.5 1.368 19.4 .253 39.6 .141 e157.4 2800.00 .653 122.1 1.326 16.8 .262 38.5 .147 e163.5 2900.00 .659 120.1 1.280 14.5 .271 37.4 .157 e170.6 3000.00 .669 118.1 1.249 12.2 .281 36.0 .165 e175.6
2sc5006 6 s-parameter v ce = 3 v, i c = 5 ma, z o = 50 w frequency s11 s21 s12 s22 mhz mag ang mag ang mag ang mag ang 100.00 .812 e41.5 11.847 148.4 .036 64.6 .840 e27.9 200.00 .706 e80.2 10.621 127.0 .056 51.2 .634 e43.9 300.00 .629 e109.6 8.889 112.3 .066 45.3 .494 e51.4 400.00 .585 e129.8 7.349 101.8 .073 43.6 .405 e55.4 500.00 .562 e144.2 6.212 94.1 .079 43.8 .346 e57.7 600.00 .550 e154.6 5.288 88.0 .085 44.5 .303 e59.3 700.00 .544 e163.2 4.643 82.7 .091 45.1 .273 e60.6 800.00 .541 e170.2 4.102 78.1 .098 45.9 .249 e62.3 900.00 .543 e176.1 3.705 73.8 .104 47.2 .230 e63.4 1000.00 .541 178.5 3.346 69.8 .111 47.8 .216 e66.2 1100.00 .543 173.8 3.065 66.3 .119 48.0 .203 e67.4 1200.00 .548 169.1 2.835 62.8 .127 48.1 .195 e69.8 1300.00 .550 165.4 2.628 59.3 .134 48.5 .183 e72.3 1400.00 .557 161.4 2.460 56.0 .142 48.8 .176 e75.1 1500.00 .560 157.8 2.310 52.6 .149 48.2 .166 e78.7 1600.00 .568 154.4 2.184 49.7 .158 48.2 .162 e81.8 1700.00 .572 151.0 2.075 46.6 .166 47.6 .152 e87.6 1800.00 .580 148.2 1.966 43.7 .175 47.5 .149 e90.7 1900.00 .585 145.0 1.876 40.7 .183 46.7 .143 e97.9 2000.00 .594 142.1 1.784 38.0 .192 45.9 .128 e104.5 2100.00 .601 139.3 1.716 34.8 .200 45.3 .128 e112.1 2200.00 .608 136.8 1.646 32.4 .209 44.6 .124 e118.6 2300.00 .616 134.0 1.579 29.6 .218 43.7 .126 e126.7 2400.00 .620 131.5 1.520 26.9 .226 42.7 .127 e134.1 2500.00 .629 129.2 1.469 24.3 .235 41.8 .130 e142.4 2600.00 .638 126.7 1.418 21.7 .244 40.7 .133 e149.2 2700.00 .645 124.5 1.368 19.4 .253 39.6 .141 e157.4 2800.00 .653 122.1 1.326 16.8 .262 38.5 .147 e163.5 2900.00 .659 120.1 1.280 14.5 .271 37.4 .157 e170.6 3000.00 .669 118.1 1.249 12.2 .281 36.0 .165 e175.6 v ce = 3 v, i c = 3 ma, z o = 50 w frequency s11 s21 s12 s22 mhz mag ang mag ang mag ang mag ang 100.00 .931 e29.1 5.571 155.3 .042 70.0 .933 e16.3 200.00 .857 e56.6 5.450 138.3 .071 55.4 .813 e28.4 300.00 .790 e81.9 5.078 124.1 .088 45.7 .698 e35.7 400.00 .736 e102.8 4.587 112.7 .098 39.2 .613 e40.5 500.00 .696 e120.2 4.161 103.1 .104 35.4 .548 e43.5 600.00 .669 e133.4 3.667 95.2 .107 32.4 .499 e45.8 700.00 .647 e144.9 3.340 88.3 .110 31.2 .464 e47.7 800.00 .635 e154.5 3.015 82.4 .112 30.8 .437 e49.5 900.00 .628 e162.4 2.768 77.1 .115 31.0 .415 e51.0 1000.00 .619 e169.7 2.534 72.2 .116 31.2 .398 e53.6 1100.00 .619 e175.5 2.333 67.8 .118 31.8 .384 e55.4 1200.00 .621 178.8 2.179 63.9 .120 32.9 .374 e57.7 1300.00 .621 173.8 2.026 59.9 .123 34.2 .365 e59.8 1400.00 .623 169.1 1.901 55.9 .126 35.7 .356 e62.7 1500.00 .626 164.7 1.790 52.2 .129 36.6 .346 e65.5 1600.00 .632 160.7 1.700 48.7 .133 38.2 .341 e68.8 1700.00 .635 156.6 1.620 45.1 .138 39.4 .331 e72.3 1800.00 .641 153.3 1.538 42.4 .145 41.0 .328 e75.5 1900.00 .645 149.5 1.462 38.8 .151 41.8 .319 e80.1 2000.00 .653 146.1 1.402 35.8 .158 42.7 .305 e83.8 2100.00 .660 142.8 1.350 32.7 .165 43.3 .301 e88.9 2200.00 .664 139.9 1.295 30.0 .173 44.2 .297 e93.5 2300.00 .671 136.7 1.245 26.9 .182 44.3 .294 e99.0 2400.00 .676 133.8 1.199 24.0 .191 44.4 .291 e104.1 2500.00 .684 131.2 1.158 21.5 .201 44.5 .289 e110.0 2600.00 .690 128.3 1.118 18.7 .210 44.2 .287 e115.2 2700.00 .696 125.9 1.079 16.3 .221 43.7 .289 e121.9 2800.00 .705 123.3 1.048 13.7 .233 43.1 .289 e127.6 2900.00 .709 121.0 1.009 11.3 .243 42.4 .294 e134.0 3000.00 .717 118.6 .983 9.1 .255 41.6 .298 e139.4
2sc5006 7 s-parameter v ce = 3 v, i c = 1 ma, z o = 50 w frequency s11 s21 s12 s22 mhz mag ang mag ang mag ang mag ang 100.00 .984 e20.9 1.971 162.0 .045 75.7 .980 e8.3 200.00 .952 e42.4 1.987 146.3 .082 62.6 .938 e15.7 300.00 .917 e62.4 1.964 133.0 .111 51.8 .882 e21.7 400.00 .880 e80.5 1.870 121.5 .130 42.0 .831 e26.4 500.00 .850 e96.8 1.812 111.5 .143 34.9 .787 e30.1 600.00 .822 e110.7 1.645 102.1 .149 28.2 .750 e33.5 700.00 .798 e123.5 1.585 93.9 .153 23.3 .721 e36.4 800.00 .778 e134.8 1.496 86.6 .152 19.1 .697 e39.3 900.00 .763 e144.6 1.430 80.3 .150 16.6 .677 e41.9 1000.00 .752 e153.6 1.347 74.0 .147 13.1 .660 e44.9 1100.00 .743 e161.2 1.266 68.7 .143 11.8 .650 e47.9 1200.00 .742 e168.3 1.202 63.5 .137 10.4 .640 e50.9 1300.00 .738 e174.4 1.128 58.8 .131 10.3 .632 e53.8 1400.00 .740 179.5 1.069 54.2 .126 11.0 .625 e57.0 1500.00 .737 174.2 1.016 50.0 .120 12.1 .617 e60.3 1600.00 .740 169.1 .973 46.2 .113 14.8 .614 e63.9 1700.00 .741 164.0 .932 42.3 .110 17.8 .605 e67.7 1800.00 .745 159.8 .890 39.1 .107 22.5 .602 e71.5 1900.00 .749 155.1 .850 35.5 .107 27.2 .595 e75.7 2000.00 .752 151.1 .820 32.3 .108 32.6 .586 e80.0 2100.00 .758 147.1 .785 29.3 .112 37.8 .582 e84.8 2200.00 .760 143.5 .756 26.7 .119 42.5 .579 e89.3 2300.00 .765 139.8 .727 24.0 .127 47.0 .576 e94.5 2400.00 .765 136.4 .703 21.6 .139 49.6 .573 e99.4 2500.00 .771 133.2 .678 19.3 .152 52.0 .570 e104.9 2600.00 .775 129.9 .657 17.2 .168 53.2 .565 e110.1 2700.00 .777 127.0 .633 15.4 .181 53.6 .566 e115.9 2800.00 .784 123.9 .616 13.5 .199 53.3 .565 e121.3 2900.00 .784 121.2 .596 12.0 .215 53.2 .567 e127.3 3000.00 .790 118.6 .584 10.6 .233 51.9 .567 e132.8 v ce = 1 v, i c = 5 ma, z o = 50 w frequency s11 s21 s12 s22 mhz mag ang mag ang mag ang mag ang 100.00 .842 e44.3 8.583 146.4 .055 62.1 .831 e32.8 200.00 .743 e83.2 7.816 125.8 .082 46.4 .619 e53.1 300.00 .683 e113.0 6.585 110.6 .095 38.8 .473 e64.8 400.00 .649 e133.3 5.491 99.9 .101 35.5 .379 e72.3 500.00 .633 e147.6 4.661 91.7 .108 34.9 .318 e78.5 600.00 .621 e157.8 3.977 85.2 .112 34.1 .272 e83.5 700.00 .618 e166.1 3.499 79.5 .118 34.5 .242 e87.8 800.00 .613 e172.9 3.094 74.6 .122 35.2 .217 e92.8 900.00 .616 e178.8 2.792 70.3 .129 35.7 .199 e97.3 1000.00 .614 175.9 2.525 65.9 .134 36.2 .187 e102.4 1100.00 .618 171.2 2.327 62.0 .141 37.1 .174 e106.5 1200.00 .622 166.9 2.158 58.2 .147 37.3 .170 e111.3 1300.00 .626 163.0 2.003 54.4 .154 38.0 .161 e116.6 1400.00 .630 159.1 1.878 50.7 .161 38.6 .160 e121.4 1500.00 .633 155.6 1.762 47.5 .168 38.4 .155 e128.6 1600.00 .640 152.1 1.668 44.3 .177 38.6 .156 e133.0 1700.00 .644 148.8 1.584 41.0 .183 38.5 .159 e140.4 1800.00 .651 146.0 1.503 37.7 .192 38.3 .160 e144.6 1900.00 .656 142.7 1.434 34.7 .200 37.9 .167 e152.0 2000.00 .663 139.9 1.371 31.7 .208 37.4 .167 e160.7 2100.00 .670 137.0 1.318 28.7 .217 36.7 .178 e166.1 2200.00 .674 134.3 1.267 26.4 .225 36.4 .185 e171.2 2300.00 .683 131.6 1.217 23.4 .234 35.7 .196 e176.2 2400.00 .686 129.1 1.173 20.7 .242 34.7 .205 179.3 2500.00 .694 126.7 1.134 18.2 .251 33.9 .218 175.3 2600.00 .701 124.2 1.094 15.4 .260 33.0 .227 170.3 2700.00 .707 122.0 1.056 13.3 .268 31.8 .244 166.4 2800.00 .712 119.6 1.026 10.7 .278 30.9 .255 162.7 2900.00 .717 117.4 .989 8.6 .286 29.9 .270 159.1 3000.00 .725 115.3 .964 6.4 .295 28.7 .282 155.9
2sc5006 8 s-parameter v ce = 1 v, i c = 3 ma, z o = 50 w frequency s11 s21 s12 s22 mhz mag ang mag ang mag ang mag ang 100.00 .917 e34.1 5.513 151.3 .059 67.2 .900 e23.1 200.00 .829 e66.1 5.260 133.1 .095 49.7 .740 e39.7 300.00 .764 e93.7 4.746 117.9 .115 39.8 .602 e49.8 400.00 .718 e115.3 4.195 106.1 .125 33.8 .505 e56.5 500.00 .691 e132.2 3.715 96.7 .131 29.9 .437 e61.3 600.00 .670 e144.4 3.234 89.0 .134 27.4 .385 e65.0 700.00 .659 e154.8 2.902 82.3 .137 26.0 .349 e68.3 800.00 .651 e163.1 2.601 76.6 .138 25.2 .320 e71.7 900.00 .650 e170.2 2.373 71.4 .140 25.1 .299 e74.6 1000.00 .645 e176.5 2.165 66.6 .143 25.3 .284 e78.2 1100.00 .646 178.2 1.987 62.3 .144 26.0 .268 e81.7 1200.00 .651 173.1 1.854 57.9 .146 26.7 .261 e85.0 1300.00 .651 168.6 1.725 53.9 .149 27.7 .251 e88.8 1400.00 .656 164.1 1.621 49.9 .152 28.7 .246 e92.9 1500.00 .657 160.2 1.523 46.3 .157 29.7 .236 e97.6 1600.00 .665 156.5 1.448 43.1 .162 30.7 .237 e102.4 1700.00 .668 152.6 1.376 39.2 .167 31.4 .231 e108.3 1800.00 .675 149.4 1.309 36.3 .172 32.9 .233 e112.5 1900.00 .679 146.0 1.249 32.8 .178 33.2 .231 e119.3 2000.00 .687 142.7 1.194 29.8 .184 33.6 .224 e126.5 2100.00 .695 139.6 1.148 26.6 .192 34.0 .231 e132.8 2200.00 .699 136.7 1.105 23.9 .199 34.4 .234 e138.6 2300.00 .705 133.8 1.062 21.1 .208 34.5 .242 e144.9 2400.00 .708 131.1 1.021 18.2 .216 34.6 .248 e150.5 2500.00 .717 128.5 .988 15.8 .226 34.5 .259 e156.3 2600.00 .724 125.9 .953 13.1 .236 33.9 .265 e162.0 2700.00 .728 123.3 .918 10.9 .245 33.4 .280 e167.7 2800.00 .736 120.8 .891 8.4 .257 32.7 .291 e173.0 2900.00 .739 118.6 .860 6.3 .265 32.1 .306 e178.0 3000.00 .747 116.4 .838 4.1 .277 31.2 .317 177.5 v ce = 1 v, i c = 1 ma, z o = 50 w frequency s11 s21 s12 s22 mhz mag ang mag ang mag ang mag ang 100.00 .976 e23.4 1.919 159.5 .064 73.8 .968 e11.6 200.00 .939 e46.9 1.964 141.9 .115 58.7 .906 e21.4 300.00 .896 e68.6 1.916 127.2 .152 46.5 .830 e29.0 400.00 .856 e87.7 1.803 114.8 .175 36.7 .765 e35.0 500.00 .826 e104.5 1.720 104.3 .189 29.1 .709 e39.7 600.00 .799 e118.3 1.556 94.5 .195 22.4 .664 e43.8 700.00 .778 e130.8 1.482 86.2 .198 17.5 .630 e47.4 800.00 .762 e141.5 1.384 78.7 .197 13.1 .603 e50.8 900.00 .751 e150.6 1.309 72.2 .194 9.9 .583 e54.2 1000.00 .741 e159.1 1.229 65.9 .190 6.7 .564 e58.0 1100.00 .737 e166.2 1.152 60.5 .184 5.2 .552 e61.5 1200.00 .740 e172.7 1.089 55.3 .176 3.4 .544 e65.2 1300.00 .737 e178.6 1.021 50.4 .168 2.7 .535 e68.9 1400.00 .740 175.8 .969 45.7 .162 2.7 .530 e73.2 1500.00 .740 170.9 .918 41.6 .154 3.3 .520 e77.4 1600.00 .745 166.2 .875 37.7 .146 4.8 .520 e81.9 1700.00 .746 161.4 .835 33.8 .140 6.5 .513 e86.8 1800.00 .752 157.3 .797 30.6 .135 10.6 .513 e91.3 1900.00 .755 153.1 .764 27.0 .132 14.1 .507 e97.1 2000.00 .762 149.1 .735 23.9 .131 18.5 .498 e102.6 2100.00 .767 145.3 .701 21.1 .133 23.1 .501 e108.4 2200.00 .771 141.9 .676 18.7 .138 27.8 .502 e114.0 2300.00 .778 138.4 .648 16.1 .145 31.9 .504 e120.1 2400.00 .778 135.0 .623 13.8 .155 35.1 .505 e125.8 2500.00 .785 131.9 .602 11.9 .166 37.5 .511 e132.0 2600.00 .790 128.7 .582 9.9 .180 39.3 .511 e137.9 2700.00 .792 125.9 .562 8.4 .194 40.5 .522 e144.2 2800.00 .797 122.9 .546 6.8 .210 40.5 .524 e150.1 2900.00 .800 120.1 .528 5.6 .225 40.2 .535 e156.2 3000.00 .804 117.5 .516 4.7 .243 39.6 .540 e161.7
2sc5006 9 [memo]
10 2sc5006 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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