40HFLR100S05 IRF | Alldatasheet
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Data Sheet No. PD-2.093 INTERNATIONAL RECTIFIER 40OHFL, 7OHFL, SSHFL SERIES 40A, 7OA, S85A Fast Recovery Rectifiers Major Ratings and Characteristics Description T ‘This range of fast racovery diodes is designed for applications Ulwazoniesysterns and for Use asa free wheeling diode. A A [es Ta | fesunes 76 76 7 | °c 1 Short reverse recovery time 400 | 700 | 1100 © Low stored charge. FSM [a0 [ost Ta] Mite crencronm saris | 420] 700 [51 [A |S ctient rg canes >, S0Hz | 800 | 2450 | 6050 8 Stud cathode and stud anode versions [ame | meme |_| CASE STYLE AND DIMENSIONS As ras maraenr 100 8 aK TAAL 3) LU ak 1748 : FAvow pas (0 | + si ti om anes t Gy a) om WY “Sa wraabhos04 ae 17.45 (0687) MAX. EN ed ACROSS FLATS SSN a 20uNe ak Contr 1 EBEE outing 00-0248 (208)
40HFL, 7OHFL, 8SHFL Series INTERNATIONAL RECTIFIER: ELECTRICAL SPECIFICATIONS Reverse voltage ratings Vere amneen|,,aga teen omn_ | yu en meee SEM OTST | Rae “nL Tosoe soars. aE LIESTO 709 = or 0 “SU son, esos sae ie Ee 18h Fa ‘Shr aowog sour Lamson, cone Laos F3 4 3 % ‘Sri eosoy sor ous sonst ee E at i ae ses Sosy sone Cs fo ie u 2 ‘ti hsse sour cabo 0 fr) a a TORELIOGOR, 7OnF 0505, 793610510 109 5 or | Jorrczoces, Jour Coss, rove Casto Bod oe a Bi Jone Leceon Pou Latss, Pout aes19 Pe P | ie ‘Dn coro, 24" aos. Fn aost9 eo 00 e | " Jnr Loneae,Youruasaes, Your ust PA EA a) 1% Ton Tos ees10 1000 i at i nF oamySenr Game apart ‘20 ro or % SSrrczoeod sour aos, asa Cassio Ey Ed ot Fo ‘Scent son oumy abwe Lasso i io A Fo SSurLaoead’eburcaoss, ose Loose oo no a FA {Sr osnz so cao tee Los'0 fo 0 } 8a FA Sour toceoe sou e080 10 feo ot 2 ‘Diver nied we cro eve, for anoae cam “A” Yo Coan, | SOMFURZOSO2, @SHFLMTOOSOS we Reverse recovery characteristics ear [ase | sos [sro Tse [sos [sro [soz sos 1 so | Ot eres tas ree m0 | 190 | 350 | 60 ve 1fy=BrG p= ATovq=30 | bon \\* | aie 10M lus teal Gan Mamma are Toe [ee we | TE T= 25, ip = 100 Vq = SSome cage “Wipe 100A oe aET HO] [aR] AE = BG age \\ tees vend avn | [iran niwomewmnterareceren [wo |e Pe eee | (ies venir BS Trmertrene —P Tey car pan pein fe ere a Tes nize ore ese ren anv eo] 700] 188) 008 | Srrmientrware 1008 Val 7s [90 [1908 [A] = 1008 | Sant tenn vote a oe Ee he Macmum Fe for fang coo | eo 100% Vg reno Fa | nya0 134g) 8886 7AM | T= TOR | Wo vitae renntint | 7090] 31@0 | 7510 _|_Ae | a= ten] tah Tu Fa men Te wanna tier omy Tso | wom] 80 | AE] ote lomnemun moe | Vero) Mente wie of eA ea von seas tes TY Tee [ine eemwnmirettee Y D Retortime te = i2V7 + Vie
[TOR] nrennanonaL RECTIFIOR 40HFL, 70HFL, 85HFL Series THERMAL AND MECHANICAL SPECIFICATIONS a Tan coe noe are ae =o (Trg seaweed SA a Touring trae or Tur oO na 923 (0.29) Treafem] (Pon brcates nana [—~"2an em Pro 7 Tern | afer] a oe a a eC te Tnanea SMEG) ~~- Nef —~ ORR teste + Peak lonard caren prot te commatation area ~ Rate fa of oreara curent Imac)” Peak revere recovery cent tee Revers recovery te Onn = Reverse recoveret charge Fig. 1 — Reverse Recovery Time Test Wevetorm
4OHFL, 7OHFL, 8SHFL Series INTERNATIONAL RECTIFIER » [eis lel J VN NNN TT Al Me Hf Sa 4b Sel TA me SS eN [=e | i w Teac Poss s epo T 7I7 TN TTT TTT I ° in A foo Se Ne s Po fe = IN eo tf ey ES
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
40HFL, 7OHFL, 8SHFL Series INTERNATIONAL RECTIFIER, = Foe . Tipe . Hl j EASY = 4 } 7) ar ao Ai ea) 2 Lull ed 2 eS aS snes : aaa Woo i iy aan ria 1] wA LT Ti wo ij eat 10 10" 10” 108 10 107 10° 10° Aweregs Forward Current — A ‘Average Forward Current ~ A Fig. 8 Maximum High Level Forward Power Los Fig. 9 Maximum High Level Forward Power Los ‘i. Anerage Forward Curent, SOHFL Sales Wt. Aerage Forward Current, OHFL Series pee ge, fee f ttt Y/ ‘ [I z yF 180°") LH Fie pot wT yall : ts | aS 2S H 2 eee a ia ete ‘gos 10 TE 30 95 30 TS 40 vl ia TL Ineuareus Forward Voge = ¥ " awa Forward Caren © A e Fig, 11 — Maximum Forward Voltage Fig. 10 — Maximum High Lavel Forward Power Loss Vs, Forward Current, 4OHFL Series Vi. Average Forward Gurren, SSHFL Soret 1 pe Cena a Sz ——— PS | ~« Se Bae vA | oo SS : EA — aa —o EIR 9 7 Sues ae ae ae BO sO b ; + + 7 Ingantaneous Foraara Vola — V tnmamtaneous Formard Voluge— V ig, 12 - Monit Forwar ig, 13 — Maximum Forward Vola "i arants Corrnt, TOHL See Wi. Foswara Current, QSHL Serie
[TOR] wrennanonaL RECTIFIER AOHFL, 7OHFL, 8SHFL Series ™ INS TTT mi \\\\ eRe 2) \\ NSS g S| Tbe | 3 toot y eo r 2 100] a Boar PUeZzCAIST Ni] eazy N PLO Le PAE febett eH cui 0H TABR Bo | a ~ Fobra BNR ou i. oe
1 PIE LORRS No i SST
28 +) fot SR Ee Fol | [NSN Ne | Em CSS POTTS SSS PCAC} JE LET Tb HEF 02 30 oH nese 0 C06 ANTON HALE GELS EATON 8 eee Tempe er Se ee etre A SS : _ aii bee cee i aap oO | i arn TTT ‘er " Sausre Wave Pulse Duration = 5 '
40HFL, 7OHFL, 85HFL Series INTERNATIONAL RECTIFIER | TOR 1009 mS ot oy 00 Ecorse 1° Fone... 502 , a Se =A = “| po ees ees een oe RANE I va eS A ee SSS B60 a H sa i) a eT é a Le ee | ene oe Leh | wl (ee oot a a a oe) Fig. 10° ttaimum Reverse Recovery Tie Fig, 20~ Mim Recovered Charge Vs, Rate of ‘Je Ratwat Fal of Forward Govern, Fait ot Poura GurensAOHFL S02 Seis “OMFU's00 Sees, 000 fn 8 Pon. ————s | as 5 i} Co Se oe SSS S| ig ee eA = isi 1 See aa Ti} Sonal icaariil so ol bn to oe eo Fig, 21 —Manimurn fever Recovery Tira Vi Rate Fig. 22 ~ Matimurn Recovered Charge Ve Rat of ‘1 Fa of Forward Conon, SOHPL S08 ers Fallot roruua Curent sOHFL S08 Series —— 10° SSS SS EEL Ty zee SY ESS SSS soo PE ses ee FE Diese Eo —esr Be 7d Ht] « eee = 200 rt 10 See i Sea a, an 2 of SE, AZ| Bev oa LA —— i 300}— Ie = 20a Pea = LZ te Sel eee TT 1 ee SS 200] SS LU Ee v0 Poot —— ee a Awol aol ore Caren = At hel fal of Fora Get = Fig: 28 — Maximum Reverse Recovery Time Vs ate Fig. 24 — Maximum Racovrad Charge Va. Rate of Br Fuilot Forware Covers, 4OHPL__STO Sores aot Forward Cures SOHEL St gees
(TOR) nrennaionaL RECTIFIER AOHEL, JOHFL, 8SHFL Series = 7 = see pai | Soeeeeenes| Fok rym ee gL) ed
5 SS TT = LA, TT ian
1° Lo Cor Fg, 5 —Maaimum Rovere Recovery Time Vs, Rate Fig 28 ~ Maximum Recovered Chast Vs "St fail of Forward Curtnt, OMFL_-S02 Seren, (of fall of Forword Current, JOM Ls. 802 Seria al SE | == soe ae ee ee ( PSS gs —_ } 2 SSE Le Js ie 2204 ZO aT 00 6 SSS Sy Co es = ge SSS Hisaele 1 ——aac nae 100] i in| LLL} +f] ia, 27 — Maximum Revers Recovery Tina Vi Rate Fig. 28 —Mnimur Recover Core Vi, Rat of FF iat Posuard Covane MOHEL_S05 ares” fat ot Foranrd Cra TONEL Sos Sener,
000 FE 1s 2 ee ST ———
$900 ie 22a — fo ee i: a vol Ese RSE I il SSS Pad EE La tate | | soo ir 2 oe a | AA es i Be a ‘a oS ' es Ag Bereta’ TT eee Sa
100 RR so Li)
Maximum Reverse Recovery Tine Vs Rte ‘Fig, 30 — Maximum Recovered hare Vs. Rate of "Gy Ful ot Formed Curent OHEL_—st0 eres, alto forwan Guten TOM S10 seis,
AOHFL, 7OHFL, B5HFL Series INTERNATIONAL RectiFieR|IOR] ese eee | Fig, 31 ~ Maximum Reverse Recovery Fig. 32 Maximum Recovered Chrse Se ane See she ae, SSS = Saw esse: : any ee t SS Fig. 33 Maximum Reverse Recovery Tine Fig 34 — Maximum Becovered Charge Vs. SHEL es eure Sober : SaaS > See i Sp eed | iia a nema Sa nd —- 7 5 |