1995 preliminary data sheet silicon transistor the 2sc4571 has built-in 2 transistors which were developed for uhf. features ? high f t f t = 5.0 ghz typ. (@ v ce = 5 v, i c = 5 ma, f = 1 ghz) ? small collector capacitance c ob = 0.9 pf typ. (@ v cb = 5 v, i e = 0, f = 1 mhz) ? a surface mounting package adopted ? built-in 2 transistors (2 2sc4571) ordering information part number quantity packing style m pa804t loose products embossed tape 8 mm wide. pin 6 (q1 (50 pcs) base), pin 5 (q2 base), pin 4 (q2 emitter) face to perforation side of the tape. m pa804t-t1 taping products (3 kpcs/reel) remark if you require an evaluation sample, please contact an nec sales representative. (unit sample quantity is 50 pcs.) absolute maximum ratings (t a = 25 c) parameter symbol rating unit collector to base voltage v cbo 20 v collector to emitter voltage v ceo 12 v emitter to base voltage v ebo 3v collector current i c 60 ma total power dissipation p t 120 in 1 element mw 160 in 2 elements note junction temperature t j 125 ?c storage temperature t stg C55 to 125 ?c note 90 mw must not be exceeded in 1 element. m pa804t pin configuration (top view) printed in japan document no. id-3638 (o.d. no. id-9145) date published april 1995 p 2.1?.1
1.25?.1
1 2 3 6 5 4 0.2 ? +0.1 0.65 0.65 1.3 2.0?.2 0.9?.1 0.7 0~0.1 0.15 ? +0.1 654 q 1 q 2 123 pin connections
1. collector (q1)
2. emitter (q1)
3. collector (q2)
4. emitter (q2)
5. base (q2)
6. base (q1)
xy npn silicon epitaxial transistor (with built-in 2 elements) mini mold package drawings (unit: mm) the information in this document is subject to change without notice.
m pa804t 2 electrical characteristics (t a = 25 c) parameter symbol condition min. typ. max. unit collector cutoff current i cbo v cb = 15 v, i e = 0 0.1 m a emitter cutoff current i ebo v eb = 1 v, i c = 0 0.1 m a collector to emitter v ce (sat) h fe = 10, i c = 5 ma 0.5 v saturation voltage dc current gain h fe v ce = 5 v, i c = 5 ma note 1 60 200 gain bandwidth product (1) f t v ce = 5 v, i c = 5 ma, f = 1 ghz 3 5 ghz feed-back capacitance c re v cb = 5 v, i e = 0, f = 1 mhz note 2 0.9 1.2 pf insertion power gain (1) |s 21 | 2 v ce = 5 v, i c = 5 ma, f = 1 ghz 5 db h fe ratio h fe1 /h fe2 v ce = 5 v, i c = 5 ma 0.85 a smaller value among h fe of h fe 1 = q1, q2 a larger value among h fe of h fe 2 = q1, q2 notes 1. pulse measurement: pw 350 m s, duty cycle 2 % 2. measured with 3-pin bridge, emitter and case should be connected to guard pin of bridge. h fe classification rank fb gb marking t76 t77 h fe value 60 to 120 100 to 200 typical characteristics (t a = 25 c) 50 100 150 50 0 total power dissipation p t (mw) ambient temperature t a (?) 120 mw 160 mw 100 150 free air p t ? a characteristics 0 v ce = 5 v 8 16 24 0.2 0.4 0.6 0.8 1.0 collector current i c (ma) i c ? be characteristics base to emitter voltage v be (v) per element 2 elements in total
m pa804t 3 0.5 gain bandwidth product f t (ghz) collector current i c (ma) f t ?| i c characteristics 0 f = 1 ghz 2 4 6 8 1 3 7 10 30 50 100 0.5 insertion power gain l s 21e l 2 (db) collector current i c (ma) l s 21e l 2 ?i c characteristics 0 f = 1 ghz 4 8 12 16 12 5 1020 50 0 collector current i c (ma) collector to emitter voltage v ce (v) i c ? ce characteristics 246810 10 20 30 dc current gain h fe collector current i c (ma) h fe ?| i c characteristics 20 100 200 60 m a 80 m a 100 m a 50 10 0.5 1 2 5 10 20 50 v ce = 5 v 40 m a i b = 120 m a v ce = 5 v 3 v 3 v v ce = 5 v 0.1 frequency f (ghz) 0 5 10 15 20 3 v 1 collector capacitance c ob (pf) collector to base voltage v cb (v) c ob ?v cb characteristics 0.1 0.2 0.5 0.7 2.0 2571020 insertion power gain l s 21e l 2 (db) l s 21e l 2 ?f characteristics 0.2 0.5 1.0 2.0 5.0 25 1.0 f = 1 mhz i c = 5 ma 20 m a v ce = 5 v 70
m pa804t 4 s-parameters v ce = 5 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 .874 C24.2 8.628 152.9 .032 71.8 .910 C18.4 200.00 .752 C49.1 8.089 135.3 .054 61.2 .763 C30.3 300.00 .625 C70.9 7.278 121.4 .068 55.5 .643 C36.7 400.00 .523 C89.3 6.406 110.0 .079 52.9 .560 C40.1 500.00 .444 C105.3 5.617 101.1 .088 52.1 .502 C42.3 600.00 .396 C117.4 4.890 94.1 .097 51.8 .462 C43.8 700.00 .359 C129.0 4.345 88.0 .105 51.9 .434 C45.2 800.00 .336 C138.5 3.893 82.9 .114 52.0 .414 C46.6 900.00 .318 C147.3 3.529 78.3 .122 52.4 .398 C47.9 1000.00 .307 C155.3 3.221 74.0 .131 52.3 .385 C49.5 1100.00 .299 C162.8 2.959 70.1 .140 52.2 .376 C51.0 1200.00 .294 C169.3 2.751 66.4 .149 52.0 .371 C52.7 1300.00 .292 C175.3 2.565 62.9 .158 52.4 .364 C54.2 1400.00 .292 179.1 2.407 59.5 .167 51.9 .359 C55.6 1500.00 .293 173.6 2.269 56.4 .177 51.3 .356 C57.3 1600.00 .296 168.8 2.155 53.3 .186 51.2 .350 C58.9 1700.00 .298 164.4 2.045 50.2 .195 50.6 .346 C60.4 1800.00 .300 160.2 1.950 47.4 .206 49.9 .342 C62.3 1900.00 .302 156.1 1.873 44.6 .215 49.4 .337 C64.5 2000.00 .310 151.8 1.793 41.6 .225 48.8 .327 C67.1 2100.00 .314 148.3 1.726 38.9 .235 48.2 .322 C69.4 2200.00 .318 144.7 1.662 36.3 .245 47.2 .317 C72.4 2300.00 .323 141.3 1.609 33.7 .255 46.3 .312 C75.3 2400.00 .328 138.2 1.556 31.2 .265 45.4 .307 C78.9 2500.00 .335 135.1 1.513 28.7 .274 44.5 .304 C82.9 2600.00 .339 131.9 1.466 26.3 .284 43.4 .302 C87.1 2700.00 .345 129.3 1.427 23.9 .294 42.5 .302 C91.0 2800.00 .349 126.3 1.387 21.5 .304 41.5 .304 C94.8 2900.00 .356 123.8 1.353 19.3 .315 40.4 .309 C98.9 3000.00 .361 121.0 1.323 17.2 .323 39.4 .313 C102.4 v ce = 5 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 .923 C19.2 5.456 157.3 .034 75.1 .951 C13.6 200.00 .844 C39.4 5.317 142.0 .060 63.0 .852 C24.1 300.00 .746 C57.9 5.047 128.9 .078 55.7 .752 C31.3 400.00 .660 C74.5 4.667 118.1 .091 51.5 .674 C35.8 500.00 .575 C90.3 4.321 108.3 .101 48.3 .612 C39.0 600.00 .516 C102.7 3.860 100.4 .108 46.4 .567 C41.5 700.00 .461 C114.8 3.546 93.2 .115 45.7 .532 C43.6 800.00 .423 C125.2 3.237 87.1 .122 45.3 .507 C45.4 900.00 .396 C134.9 2.979 81.6 .128 44.8 .486 C47.1 1000.00 .375 C143.6 2.749 76.6 .134 45.2 .471 C48.8 1100.00 .362 C151.4 2.547 72.4 .142 45.3 .461 C50.5 1200.00 .349 C158.8 2.380 68.0 .147 45.4 .452 C52.3 1300.00 .343 C165.2 2.222 64.2 .154 45.9 .445 C54.0 1400.00 .339 C171.7 2.101 60.4 .161 46.1 .438 C55.6 1500.00 .336 C177.6 1.984 57.0 .169 46.4 .433 C57.3 1600.00 .337 177.0 1.887 53.5 .177 46.5 .428 C59.0 1700.00 .338 172.0 1.798 50.3 .184 46.6 .423 C61.1 1800.00 .337 167.1 1.719 47.2 .193 46.7 .419 C63.1 1900.00 .339 162.7 1.648 44.0 .201 46.5 .411 C65.2 2000.00 .345 158.0 1.579 41.2 .211 46.3 .405 C68.0 2100.00 .348 153.8 1.524 38.4 .219 46.0 .399 C70.4 2200.00 .351 150.0 1.470 35.4 .229 45.6 .394 C73.4 2300.00 .357 146.1 1.424 32.8 .238 45.3 .389 C76.4 2400.00 .361 142.5 1.376 30.1 .247 44.6 .386 C80.0 2500.00 .367 139.2 1.338 27.5 .257 44.0 .383 C83.8 2600.00 .371 135.8 1.296 25.0 .266 43.5 .381 C88.0 2700.00 .376 132.6 1.263 22.5 .275 42.9 .380 C91.4 2800.00 .381 129.3 1.231 20.1 .287 42.1 .385 C95.4 2900.00 .387 126.4 1.199 17.9 .297 41.4 .389 C99.2 3000.00 .392 123.4 1.169 15.7 .306 40.4 .391 C103.0
m pa804t 5 s-parameters v ce = 5 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 .977 C14.2 1.896 165.0 .036 79.9 .988 C7.4 200.00 .944 C28.0 1.948 150.9 .069 69.5 .954 C14.2 300.00 .897 C41.9 1.954 139.2 .095 61.1 .911 C20.1 400.00 .848 C54.9 1.907 128.9 .116 53.7 .867 C25.2 500.00 .793 C68.0 1.878 119.8 .131 47.9 .820 C29.5 600.00 .744 C79.1 1.745 110.9 .143 42.2 .786 C33.4 700.00 .689 C90.6 1.697 102.7 .151 38.6 .752 C36.6 800.00 .646 C101.4 1.630 95.2 .155 35.1 .726 C39.6 900.00 .605 C111.3 1.579 88.5 .157 32.9 .702 C42.3 1000.00 .570 -121.0 1.519 82.1 .161 31.1 .684 C44.8 1100.00 .542 C130.0 1.455 76.5 .162 30.0 .669 C47.4 1200.00 .516 C138.2 1.393 71.2 .162 29.1 .661 C49.9 1300.00 .500 C145.7 1.325 66.3 .161 29.0 .650 C52.2 1400.00 .489 C153.1 1.270 61.8 .163 29.4 .643 C54.3 1500.00 .478 C160.1 1.213 57.5 .163 29.3 .637 C56.7 1600.00 .470 C166.6 1.168 53.5 .163 30.5 .631 C59.0 1700.00 .465 C172.8 1.128 49.5 .164 31.6 .624 C61.6 1800.00 .461 C178.5 1.086 45.9 .166 33.5 .621 C64.0 1900.00 .458 175.7 1.047 42.5 .169 34.4 .614 C66.7 2000.00 .458 170.1 1.012 39.2 .173 36.3 .608 C69.6 2100.00 .460 165.0 .980 36.1 .178 38.0 .603 C72.6 2200.00 .460 160.3 .946 33.1 .183 39.5 .599 C76.0 2300.00 .462 155.6 .922 30.4 .191 40.9 .593 C79.3 2400.00 .465 151.1 .889 27.7 .198 42.3 .591 C83.1 2500.00 .469 146.7 .867 25.3 .206 43.0 .588 C87.2 2600.00 .472 142.5 .843 22.8 .216 44.2 .588 C91.3 2700.00 .476 138.7 .820 20.5 .227 44.8 .586 C95.3 2800.00 .479 134.7 .799 18.5 .239 45.2 .589 C99.4 2900.00 .482 130.9 .779 16.5 .251 45.2 .591 C103.3 3000.00 .487 127.2 .761 14.8 .263 45.4 .593 C107.1 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 .871 C26.4 8.583 152.2 .037 69.9 .894 C21.2 200.00 .735 C53.1 7.998 133.6 .061 59.2 .730 C35.0 300.00 .608 C76.6 7.129 119.2 .076 53.4 .601 C42.3 400.00 .512 C96.0 6.208 107.9 .087 51.2 .515 C46.6 500.00 .441 C112.5 5.402 99.1 .096 49.9 .452 C49.3 600.00 .400 C125.0 4.681 92.2 .105 49.8 .410 C51.2 700.00 .367 C136.5 4.139 86.3 .116 50.1 .379 C52.9 800.00 .349 C146.0 3.707 81.3 .124 50.1 .358 C54.5 900.00 .338 C154.7 3.362 76.6 .133 50.5 .341 C55.7 1000.00 .328 C162.1 3.061 72.4 .142 50.5 .327 C57.7 1100.00 .324 C168.9 2.817 68.5 .153 50.5 .317 C59.3 1200.00 .319 C175.4 2.611 64.8 .162 50.1 .311 C61.0 1300.00 .319 179.0 2.436 61.4 .172 49.9 .305 C62.6 1400.00 .321 173.8 2.296 57.9 .181 49.7 .300 C64.3 1500.00 .322 168.7 2.159 54.7 .192 49.5 .294 C65.8 1600.00 .324 164.3 2.048 51.6 .201 48.8 .289 C67.7 1700.00 .328 160.2 1.950 48.5 .212 48.2 .284 C69.3 1800.00 .329 155.9 1.858 45.8 .221 47.6 .280 C71.4 1900.00 .333 152.0 1.777 42.7 .234 46.9 .272 C73.9 2000.00 .339 148.2 1.716 40.0 .242 46.1 .265 C77.0 2100.00 .343 144.7 1.647 37.4 .253 45.2 .258 C79.9 2200.00 .348 141.6 1.587 34.7 .264 44.1 .254 C83.4 2300.00 .353 138.2 1.537 32.2 .274 43.3 .249 C86.6 2400.00 .357 135.1 1.487 29.6 .284 42.3 .246 C90.8 2500.00 .364 132.3 1.446 27.1 .293 41.0 .243 C95.6 2600.00 .368 129.3 1.403 24.8 .305 40.4 .244 C100.0 2700.00 .373 126.5 1.366 22.4 .313 39.2 .245 C104.3 2800.00 .377 123.8 1.330 19.9 .324 38.1 .250 C109.0 2900.00 .383 121.1 1.298 17.9 .334 36.9 .255 C112.8 3000.00 .388 118.3 1.268 15.7 .344 35.8 .260 C116.4
m pa804t 6 s-parameters 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 .912 C21.6 5.515 157.0 .039 74.4 .941 C15.6 200.00 .834 C42.0 5.289 140.5 .068 61.3 .829 C27.6 300.00 .733 C61.8 4.989 127.0 .088 54.0 .720 C35.4 400.00 .645 C79.5 4.582 115.9 .102 48.7 .634 C40.9 500.00 .563 C95.8 4.216 106.2 .111 46.0 .567 C44.5 600.00 .508 C108.6 3.750 98.3 .119 44.2 .520 C47.3 700.00 .459 C121.1 3.422 91.1 .126 43.4 .483 C49.6 800.00 .426 C131.5 3.114 85.1 .134 43.0 .457 C51.6 900.00 .403 C140.9 2.860 79.8 .140 42.7 .435 C53.4 1000.00 .387 C149.5 2.628 74.7 .147 43.0 .418 C55.3 1100.00 .374 C157.2 2.441 70.4 .155 43.2 .408 C57.2 1200.00 .365 C164.3 2.273 66.1 .161 43.0 .399 C59.1 1300.00 .360 C170.7 2.132 62.3 .169 43.3 .390 C60.8 1400.00 .359 C176.5 2.007 58.7 .176 43.6 .383 C62.6 1500.00 .358 177.6 1.899 55.2 .184 43.7 .378 C64.5 1600.00 .359 172.6 1.801 51.8 .192 43.8 .371 C66.4 1700.00 .360 167.7 1.720 48.3 .200 43.6 .366 C68.5 1800.00 .361 163.3 1.648 45.3 .209 43.6 .361 C70.6 1900.00 .363 158.7 1.582 42.3 .218 43.4 .355 C72.9 2000.00 .369 154.5 1.513 39.2 .227 43.1 .347 C76.1 2100.00 .372 150.4 1.462 36.5 .236 42.9 .340 C78.8 2200.00 .375 146.9 1.409 33.7 .246 42.4 .336 C82.3 2300.00 .380 143.2 1.366 31.0 .256 41.8 .331 C85.3 2400.00 .385 139.8 1.323 28.4 .265 41.4 .328 C89.4 2500.00 .391 136.5 1.287 25.8 .275 40.3 .326 C93.8 2600.00 .394 133.3 1.250 23.4 .284 39.8 .326 C98.0 2700.00 .401 130.2 1.215 20.9 .295 39.0 .327 C102.2 2800.00 .405 127.0 1.183 18.5 .305 38.2 .332 C106.2 2900.00 .410 124.2 1.156 16.3 .314 37.4 .337 C110.2 3000.00 .415 121.3 1.130 14.2 .324 36.5 .342 C113.8 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 .970 C14.8 1.932 163.5 .042 78.2 .984 C8.3 200.00 .940 C29.4 1.944 149.6 .079 68.4 .945 C16.0 300.00 .890 C43.9 1.949 137.4 .109 59.0 .895 C22.6 400.00 .839 C57.5 1.894 127.0 .132 51.8 .846 C28.2 500.00 .782 C71.0 1.854 117.6 .149 45.3 .795 C32.8 600.00 .734 C82.5 1.723 108.5 .161 40.1 .757 C36.9 700.00 .680 C94.1 1.674 100.1 .168 36.1 .720 C40.5 800.00 .638 C105.2 1.606 92.6 .174 32.7 .691 C43.7 900.00 .598 C115.4 1.548 85.8 .177 30.0 .666 C46.5 1000.00 .565 C125.0 1.486 79.4 .179 28.5 .646 C49.3 1100.00 .541 C133.7 1.422 73.9 .180 27.2 .633 C51.8 1200.00 .518 C142.1 1.354 68.5 .179 26.0 .621 C54.5 1300.00 .504 C149.6 1.287 63.6 .180 25.9 .610 C56.9 1400.00 .494 C156.8 1.235 59.0 .180 26.0 .603 C59.3 1500.00 .485 C163.5 1.183 54.8 .179 26.2 .596 C61.8 1600.00 .478 C169.9 1.136 50.8 .180 27.0 .590 C64.3 1700.00 .476 C175.8 1.098 46.9 .181 27.5 .584 C66.9 1800.00 .472 178.5 1.054 43.4 .182 29.1 .578 C69.6 1900.00 .470 173.0 1.019 39.9 .184 30.4 .573 C72.3 2000.00 .472 167.6 .987 36.6 .189 31.9 .566 C75.6 2100.00 .473 162.6 .952 33.8 .193 33.5 .560 C78.9 2200.00 .474 158.0 .922 30.8 .198 34.5 .556 C82.5 2300.00 .476 153.5 .897 28.0 .205 36.1 .551 C86.1 2400.00 .480 149.2 .866 25.4 .212 37.3 .548 C90.2 2500.00 .484 144.9 .846 23.0 .220 38.3 .546 C94.5 2600.00 .488 141.0 .823 20.7 .230 39.3 .547 C98.9 2700.00 .491 137.0 .801 18.5 .240 39.9 .546 C103.1 2800.00 .495 133.2 .781 16.4 .252 40.2 .550 C107.3 2900.00 .498 129.7 .763 14.6 .263 40.4 .553 C111.3 3000.00 .501 125.9 .745 12.9 .275 40.5 .555 C115.2
m pa804t 7 [memo]
m pa804t 8 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 [memo]
|
