i, o ne. 20 stern ave. springfield, new jersey 07081 u.s.a. telephone: (973) 376-2922 (212)227-6005 fax: (973) 376-8960 power darlingtons 10 amp, 150v, planar npn features ? high current gain: up to 2000 min @ lc = 5a ? low saturation voltage: as low as 1.5v max @ lc = 5a ? high voltage: up to 150v min vcer ? monolithic design incorporating multiple-emitter techniques ? triple-diffused planar construction ba5ez u2t101 U2T105 u2t201 u2t205 absolute maximum ratings collector-emitter voltage emitter base voltages, d.c. col lector current . peak collector current base 1 current power dissipation ambient d case .... lion to case nperature range to-33 u2t101 u2t1d5 80v 150v 6v 6v 12v 12v 5a 5a 10a . . 10a. . 0 5a 0.5a 1w ... 1w . 5w . . 5w 20c/w -65-c to 200c 3 pin to-66 u2t201 u27205 eov ..... i5ov .. 6v 12v .. 5a . 10a 0.5a 6v .12v 5a 10a 0.5a . 2.5w ...... 2.5w 25w ....... 25w 4-c/w . -65'cto200'c mechanical specifications nj semi-conductors reserves the right to change test conditions, parameter limits and package dimensions without notice. information furnished by nj semi-conductors is believed to.be both accurate and reliable at the time of going to press. however, nj semi-conductors assumes no responsibility for any errors or omissions discovered in its use. nj semi-conductors encourages customers to verify that datasheets are current before placing orders. quality semi-conductors
electrical specifications (at 25c unless noted) u2t101 U2T105 u2t201 u2t205 test d.c. current gain (note 1) d.c, current gain ?(note 1) collector saturation voltage (note 1) collector-emitter breakdown voltage (note 1) collector cutoff collector cutoff collector capacitance a,c. current gain delay time switching risetlme speeds storage time fall time symbol hre h vce(sat) bvce, lea icer ci*0 h,. td t. t, t, u2t101 i u2t201 mln. 2000 2000 80 _ ? 5 max. - 1.5 ? 1.0 1.0 100 ? 100 typ. 300 typ. 600 typ. 500 typ. U2T105 & u2t305 win. 1000 1000 . _. 150 ? , ? 5 max. - _. 2.5 ? 1.0 1.0 100 ? 100 typ, 400 typ. 500 typ. 500 typ. units - v v ,a ma pf ? ns ns ns ns test conditions lc = 1.0a, voe = 2v, r,ie = ik 1 = 5a, v = 5v, r = 100 ic = 5a,rb6=100 u2t101, 20h i,, = 5ma U2T105, 205: 1,, = 10ma lc = 25ma, rb|e = 2.2k, rhe = 100 r,,e = 2.2k, rb!e = 100 ust101,201:vct = 80v U2T105, 205. vc= 150v r,ie = 2.2k, r8i = 100, t = 150c u2t101, 201:vce = 80v U2T105, 205: vce = 150v vce, = 10, ie = 0, f = lmhz lc = l.oa, vc = 10v, f = 10mhz, ruj = 100 vcc = 30v, uiflol, 201: ib (on) = 1, (off) = 5ma, U2T105, 205: 1, (on) = 1, (off) = 10ma, rb!e=100 hole: 1. pulse width = 300 lit: duty cycle <2%. maximum safe operating area u2t101&105 8 i \ \. 1 s > \j s \ v_ \ vj ^ \_ ta = 25'c duty cycle - 2.5% >ulse wiaih -- 1 ms rbuty c pulf.,w pi > \ e v \ ycle - 10% dth = 1 ms iycle - 25% vvidth~~l ms i ? U2T105 uztw1 12 5 10 20 5080100150 vc( ? collector -emitter voltage (v) maximum safe operating area u2t201 & 205 o,c s \ ? s\ ^. -\e width - 'ims duty cycle = 25% pul! ?out < wldt / cycle h = = 1 1ms n\ \ a \c = 100-c i ? u2t205 ? u2t201 10,000 12 5 10 40 so 80100150 vct ? collector - emitter voltage (v) d.c. current gain vi. collector current u2t101, u2ti05, u2t201, u2t205 vci s= svdc r. , = 100(1 .01 .1 1.0 10 i,. ? collector current (a)
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