^e-ml-conauctoi ^ptoaucti, one.. 20 stern ave. springfield, new jersey 07081 u.s.a. i D5K2 - silicon complementary unijunction transistor m absolute maximum ratings:(25 c free air) voltage interbase voltage D5K2 20 v current average emitter (forward) 150 ma peak emitter (forward) peak reverse emitter power average total temperature operating storage (notel) 2 a 15 ma 200 mw -55 to +100 c -55 to +150 c telephone: (973) 376-2922 (212)227-6005 fax: (973) 376-8960 dimensions within [? -110 ***__ jedcc outline to-li "" | . except km l j'jh lead configuration ' ."??"? > ?oil* ^rl*?m?ro5 t!w3uv"se*?vsirl>li -*0"? ??kfii^'.*rs(^eit1*?mm^?*t ?*? ' ' ^?v^^st?^^il"?8oti1' i n n \ bubtttnvkj wt l??ii d!m? if?. u jj (j \ 4 aja^sf^"*8858*10 naff.ti v-??? ivprok weioht 019 or x/h~^ov?o* ""ti z} (hmcnskmi in mkhcs m^\*' ft\ ?p x/tu?j^\v7yt u-l^pj is^c^ /"'? '"^^., v*"^^^ lew 5 \^ \ .? ?o >; (is? "!i electrical characteristics: (25 c free air) intrinsic standoff ratio peak point voltage (vbb = 5v) (vbb = 10v) interbase resistance (ibb = o.lma) emitter breakdown voltage (!ebi = 10/ia) peak point current (vbb = 10v) valley point current (vbb = 10v) emitter reverse current (vebi = 5v) emitter saturation voltage (ie = 50ma, vnn = 10v) modulated interbase current (ie = 50ma, vn? = 10v) peak pulse voltage (note 4) diode voltage drop (note 3) minimum charge to trigger (vnn = 10v) turn-on time (see figure 7) recovery time (see figure 7) min. r, 0.58 vp 3.2 vr 6.1 rhho veb10 8.0 li- ly 1 iebio ve(snn ifi2 (modi v 35 vd .30 qt ton wee typ. max. 0.60 0.62 3.45 3.7 volts 6.45 6'.8 volts 8 15 kohms 9.5 volts 15 ma 2 ma 0.1 10 na 1.1 1.5 volts 4 10 ma 4.5 volts .45 .60 volts 50 pc 1 /isec. 10 /xsec. relaxation oscillator frequency shift from 25'c value (see figure 1, c = 0.1/if, rn2 = ikn, vs -15~cto +65 = 12.5v) c -55cto +100c 0.3 1.0 % 0.5 2.0 % 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
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