12FL10S02

1N3879 IRF | Alldatasheet

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Data Sheet No. PD-2.030D INTERNATIONAL RECTIFIER 1N3879, INS889, GFL, 12FL, 16FL SERIES GA, 12A and 16A Fast Recovery Rectifiers Major Ratings and Characteristics Description Serer] This range of fast recovery diodes is [sires Tes [on for Tiere Tone | designe for aptcstions la BC power tay? ee | ep supplies, inverters, converters, choppers, ultrasonic systems and for use as free wore | 75° | 60" 145150 | 190A whet 26 | 1030 | 103 180 | A Features com 29 | 9e_| 55 Short reverse recovery time = 30) sz) 8 Wl Low stored charge [ime | Wie current rae Excellent surge capabilities Standard JEDEC types “TEDEC regatered velo Stud cathode and stud anode versions

1 At mn, Te ~ 10086 Types up to 1000V Var

Fully characterised reverse recovery conditions CASE STYLE AND DIMENSIONS wie = 02 0961037 a /e™ : g4 aa ers 20322 i 1 Hy 2 158 (0500) b Honk e “tax 10.28 e T Ait

4 MAX a een ol a

(os) (074) (os) Cortera to JEDEC: 00-2094 100-8) 11.90 (0.4301 MAX Nee 191-2: AU ACROSS FLATS 1032UNF-2A 18 2694 SO-108 owar8a5 101 62 {Ail dimensions in mithmevestnches)

1N3879, 1N3889, 6FL, 12FL, 16FL Series INTERNATIONAL RECTIFIER [TOR] REVERSE VOLTAGE RATINGS ca SIO van —Mex. | non apuive Pe Renan n eatve pace | "Reneae ere > Rew Voge |g" Sr cus numoe: OD ae sea a —=——— z ‘anes 1 wea | tes oe inaest | i 4 eae. | yet 38 © ihe Be 2 Soe | 18s ab ines Pd FP goes: fa ‘hes = . : 5 Thasee 18 1 tae) es Bi a 38 fa Soe | 3h $8: taaees Fd Fy See de eo: 4 3 3 Sos | 350 Eo. TEESE orissoe—] SELES 2 — 7 Werte | Griese | setione 1 Ra toe BH Seuicser | Grtueces | Setaosto Pd Ed Bed Ha Setaosoa | Sruaeses | Grtzosio & | (S88 8 © Seieeste | Grteeses | | etaosto i % Be Ha fosoa | Grisoses, | Grusesto Fa Ea Bed Ha STaETaRGE—[ tarvesos] TaRLaSTO = + ae - Tertisee | Urtiosis | tdtiasio 8 13 coe) Ha rBeeaeees | aetaoene | etaeeie i # eee = so eeatse | iaruassos | tdecaasio 83 Ba eee |= £8 © TBELEESEE | VBetanene | (deveusr9 Ea 53 eee |= HY Mosca | ares | teeters $3 EA $e |= Hy =| arose | ectsssts | 1388 3 oe = Ha STGFLSBSE tertssos | ar tasto = = Torciosaz | isrtiosss | terticsio 18 1 te | HH iBetlesee | Sttsasas | iettosts % Ba gee |= $3 tertarses | iertaosae | 1Secasste io ea Be 8 o IBELAEEES | iSetaaeze | jerugssrs & Ea See 83 twose? | Terifosoe_ | terceoeo Bs S 838 | = HH = EL ee = 3 seo |= 88 REVERSE RECOVERY CHARACTERISTICS — | [vse] sso [v0] aes] soo}so0] 250/420] v0] 225/990] = [ote ioonme | RET SETS IT [IRMCREC) eee) TP ee pe Sets | wo | [mlmeembolsomleimoe = | [seo] sco [so] ao) ac ato nn] ooo] ve [Ty avn rian TRIGAL SPI ATIONS a eed | [eras toe serge oromcurens] oT [1] A eae ee TESTO] [eeu marr fomerdcurene [38 [0s | eae] AP ea "aie cesScunene Tape], [ese WOE VARO | Sci at nae Ee orie see inna aoe ete ene aia Te Ee nat Ty 160° aeons ogee ee] Se pg ee Veen EYE tn eS na [PvE mere] t6n [ose | ese | zzo0 [i2VaTeconwiom [a Statice Ce Esa ES Ea TTEDEC gwd oe DA Ore an a TET af lac ina SP CRORE t2tfor tine eV» Ve Dyed we crpoe tc: fr wocesncam cuca “Rin Bian en Sic dod whoa ti og. OME See 8 ete eee armasseee a red sam coc ree i a aon

[TOR] nrennanona RECTIFIER 1N3879, 1N3889, GFL, 12FL, 16FL Series ‘Thermal and mechanical specifications insees | INO Tray Sterage temperature ora Tee 7% Fue EEE area ese a TS | en Siw | BC operation — Race Spann tema reiwanc. coe T “35 aa aa i Seong eae em TOSS”S~S*dSCU | ica ress (eeenve 00- See OS = aeoee 00 © 00 “ODI Sooo As Bo PASSES Tl F op NTT TT CONROE ONSET Pd NE i [atthe nt] 5 [ot te | fee aT I Sst io soe Sea Hint - Ane iecne terpecte Fe te tasieeewee a Ee SS . PTT ARSON fe be et itt aif ~ Rate offal of forward current

1N3879, 1N3889, GFL, 12FL, 16FL Series INTERNATIONAL RECTIFIER|TOR | g 4 1 f SS ee 3? Aa semi ee i [A 1 | egution ————=. [oe 3 lt 2 = ee ee y * q teyT_] @ if 60". a, Ela Baa 8 87 8 8 10 1020 9040 BO 83080 G0 100 ee RENE isle a | seer | PAIX. dle|

2 SOE TZ SESS SS] ldls

a) a7 SSeS NY - g "beet 77 ORS SE SS een ey POSSESS foes) © eA as RE SS 2 ‘+ Y Ls = =s ol v02) A SSSs cs v7 Sur fg avon nas oon onto oF

1N3879, 1N3889, GFL, 12FL, 16FL Series INTERNATIONAL RectIFIER [TOR] Paes ee ra —_ TTS Ss He z 1 eben ee, | gle

7 BSI

H " wif ESS 120 | 0.46

2 Ly SSS [el

PAL ee, GEES § °—7a 7a ee 10 12 14 168 Te 2010 20 30 40 G0 6D 70 Bo G0 100 5 os ie ee YS | En a ne ABA A ON EK Ag COP ESE BRON RT| En Ed Ree N34 E y z SSN EF /)\\ EE SSS LZ ° Pea OST SS i OAL ee ESS 2 a ae Se 2 no ee, TV ALT INN HE

2 LES | Pees N is

3 AVERAGE FORWARD CURRENT —A MAXIMUM ALLOWABLE AMBIENT TEMPERATURE — °C

1N3879, 1N3889, GFL, 12FL, 16FL Series INTERNATIONAL RECTIFIER [TOR] Se —— a8? n888 | ee

1 Ew ——— g pre a

5 a ———| g 110 - too i 2 oT z ene Sy 9 3 2 | A LS ok i oo Bitte Le eo oo 2 a oS EES 3 ——=| 3 ey. — 3 ao] f st Ww | 2 — : Soa SSS § Aa 27 yg : a 2 vyiere 0 08 10 18 20 25 30 35 40 gr 10 ry 10 INSTANTANEOUS FORWARD VOLTAGE - V AVERAGE FORWARO CURRENT — & Fis, 11 = Maximum Forward Voltage Vs. Forward Fig. 12~Maximnim High Level Forward Power Lost ‘Current, IN3B79 and FL Series, Vi Average Forward Currant, {INSB7S and SFL Senet ee ——— <0 Eingese nase = 10 Pyisess es Spe Fa n a 3 pre ee Aol 7 a —€ toot eo" AHA cull Ff) ey a A Se 2 —— 6 Se ee Fs § eS we & Pee ear 2 2 —— : E==s8 2 SSS SSS 2 fo zy Ail o os is ao me eae eo) | ET ie 9 vo INSTANTANEOUS FORWARD VOLTAGE - V AVERAGE FORWARD CURRENT ~ A Fig, 13 — Maximum Forward Voltage Vs. Forward Fig, 14 Maximum High Level Forward Power Loss Ccurrene, 1N3BB9 and 12° Series Vs aerge Forward Caren ot Alara eee ae it sp 7 2 = SS ee a ee ee & é zp s 2 or eS 7 i ee 2 Y { bit th = CUT TT TT | pa i {it CCC ee 16 ry ro INSTANTANEOUS FORWARD VOLTAGE - V AVERAGE FORWARD CURRENT —A Fig, 15 — Maximum Forward Voltage Vi Fis. 16 — Maximum High Level Forward Power Loss Forward Gurren, 1OFL Series Vi. Average Formard Current, 1BFL Soon

[TOR|NreRNaTioNAL RECTIFIER 113879, 1N3BB9, GFL, 12FL, 16FL Series seo FSS ort tty jartisee CHE ed 2 32 SS VOFL..802 po = Sot 3 Fe ee es 8 EE 83 hk OAR ee Ebel ies TT § * Bae aa sor soa 2 AS Sas sees ine wt HN FS A p a ey Pe a) RATE OF FALLOF FORWARD CURRENT — Ale RATE OF FALL OF FORWARD CURRENT ~ Ais Fig, 17A— Maximum Reverse Recovery Time Ve Fig. 178 — Maxirarn Recovered Charge Vs. Rate of ‘oteat Fallot Forward Current all Sees S02 Fall of Forward Carron Al Serie S02 Fo so 108 errr errr oe 7 aa r2rt..sos pd 2806 Pee Hes a tarts Saiitemeteial fool ET er mtnl tot Lee ig le rhea ¥ 2” err 2 0) Lad | { |S eaeeaed 7S SOs PBS 3: Saad § Zwei! | $ op} nT (fee Ses 100 yo LL LE . 7 te 30100 ee AATE OF FALL OF FORWARD CURRENT — Ale ATE OF FALL OF FORWARD CUMRENT — Alan Fig, 184 Maximum Reverse Recovery Time Vs. Fig. 188 — Maximum Recovered Charge Vs. Rate of Fate Fallot Forward Current, All Sariet 808 Fall of Forword Current, all Seriss S08 SSS Sasi esses 1 re 7 000) EEE Te 200d rca Fie tse ay) foo Pte To ott Ne P= [PS Fs yagi mail = Sa aas| 2 ies = so Fat ea & FY cot menial 8 soft ry Se Z Te TT Eee ret i il TCs ert

100 LEAS 0 Co

1 E 10 30 100 ey 2 10 30 100

RATE OF FALLOF FORWARD CURRENT — Alas AATEOF FALL OF FORWARD CURRENT — Aus Fig 198 Maxionum Reverse Recovery Tima Vi. Fl. 108 ~ Maximum Recovered Charge Vs. Rate of Feiwat Fallot Forward Current All Series S10, Fall of Forward Current, All Serier ~-810

1N3879, 1N3889, GFL, 12FL, 16FL Series INTERNATIONAL RECTIFIER[IOR] "| eR a i aeeamerT] & Ta EE ieee ES Sooocooe ooSo Pek aS 4 7 sR SS a eee LBs EP BS SST TS oo 2 i es" O area st = ee it} eee aa ae TT i 2 (oes Go oo Eg a ee) Poo Co Fig, 20 — Maximum Nor- Repetitive Surge Current Fig, 21 ~ Maximum Non Repetitive Surge Current Wis Wut of Current Puen, TNSBT® Serie, i Rumber of Curren Pasay, FU Sevier

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ie - eH : TARAS Sooo) ewe ey Ss SS ee Fee NS 2osscoerog dP ee Stee i SS es SS as Bees sb Jee So Pose eee aS oes See Booth Pe og SS 3 y—_ TP ia 5 a as a Ty | Fr TS Se a Pk a a a Fi. 22 — Maximum Nor Repetitive Surge Currant Fig, 28 — Maximum Non-Repettive Surge Current ‘Var Mumber of Current fuse Ve Number of Coren Plses, 13PL sures {NS0B9 on ZF Sei ° Seog > RSS| 1 FS

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SOUAME WAVEULSE DURATION ~ + Fig. 24 — Maximum Transient Thermal Impedance, “Knction to Case Vi ulte Duration A Sere