<^.ml-donduBF415 *bf 417 $f preferred device oiipotitif ntemrmmu video output steps in tv seta saga d? sortii dtt implifiatturs video dtnt let tfuviseurs ceo 250v BF415 300v bf417 h21e (25ma) ft (25ma) i 30 min. 70 mhz typ. maximum power dissipation dissipation depuisiancemaxima/e plastic caie jo-126- see outline drawing cb-16 on list pages bojtier pltitique vel, ,??,? ratf ca.,e ounitm o*t? lot iwi 6 4 3 0 ^ 1 1 1 i i 1 i .i v \0 too 150 c e collector connected to metal pert of case t (oci weisht : 0,7 g, collkttur tiuirl t it ptrtk mtul- ?? ' w??" //?wdk>toft/.r absolute ratings (limiting values) t ._+25c (unless otherwise stated) valeurs limites absolves d'utilisation amb t'" " istufindiatiomeenininil bf41s bf417 collector-base voltage ttntion cohkour-bm comector-emitter voltage tffition colltclhtr-jmittwr emitter-base voltage ttnsioft tmtttmr-btit collector current counnt eoflbctm/r peak collector current couflmt df erf 1* dt ceutcnur power dissipation tcase= 2bc o/?;w?wto? bf 415, bf 417 static characteristics t i..25?c caracteristiques statiques amb (un ins otherwise stated) istu i indkttiont contnirnl collector-ban cut-off current courtnt rttuuil eotticiwiivtw emitter-base cut-off current courtnt rttidutl imtntur-btm collector-bim breikdown voltig* ttntlon dt cltgittgt n?kikir-6m collector-emitter breakdown voltage ttntfon dt cltqutgt cohtcttur-tonttttvr etnitter-bise breakdown voltage ttniioa in eltqutft tmtmur-bm static forward currant transfer ratio vmhur lutiqv* du npport dt tnntftrt dirtet du cottffat collector-emitter saturation voltage r??a?n * hivntfon ealhtwur-timtmir base-emitter voltage tvaion bftf^mnmir collector-emitter saturation voltage tuition dt utuimtion tallnmif-tmtmur test conditions condition dt mtiurt vcb= 200v ie =o vcb = 2bo v ie =0 ve8? 3v lc =0 lc = 10 ma ie =o lc = 10ma ib =0 ie = 10/ia ic =0 vce= isv lc = 5ma vce= 15v \q =* 25ma lc = 5ma ig =1 ma vce= 15v iq =? 5 ma vce= 15v lc = 25ma lc = 15v ig ? 25 ma 'cbo 'ebo v(br)cbo v(br)ceo* v(br)e80 "21 e vcesat vbe vcesat BF415 bf417 8f415 bf417 bf41s bf417 win. typ. max. 50 50 50 250 300 250 300 5 25 30 0,2 0,5 0,65 0,9 0,72 1 0,4 1 na na na v v v v v v v v v pulsed t = 300 m 5 < 2 %
bf 416. bf 417 dynamic characteristics caractefttstioues oynauiques . 25c (unless otherwist stated) istuf mxitiom centrum) output capacitance transition frequency frtqvtnct dt nwu/r/on high frequency knee voltage ttntion dt eoudt tit tttutt irtqutnct test conditions condltiwn dt mtiurt v b 30 v ie =0 f - 1 mhz vce = 25 ma lc - 1 mhz f = 20 mhz lc = 25 ma f = 1 mhz c22b 't vcek(hf) notel min. typ. max. 4,5 70 -20 f mhz v note 1 : the high frequency knee voltage of a transistor is that value of the collector emitter voltage at which the small signal forward currant transfer ratio h2!? has dropped to 80% of the value at vce - 50 v. li tmitn c* coadf t htult frtqutnc* fun tnmktor tit, ptr dtllnltlon. it rtltur d* it italian coltteuur tmttuvr pour itqutul it itpffrt dt trtmltn dirta du courtnt t pttit ilgntl h!t, ta tambt t b0% dt a nltur t so v. h21e (x) 100 80 "cek 60 vce(v) thermal characteristics caracteristiques theffmiques junction-case thermel resistance /mtf??? rhvmtut uonctiv*,,,*,, junction-ambient thermel resistance rttfinnct thtmlqut lianetlon^mbltaal rth(j^) rth(j-a) 20,83 too c/w "c/w
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