30FQ030 IRF | Alldatasheet
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INTERNATIONAL RECTIFIER SS DEM 4assyse gooso91 & ' : 4855452 INTERNATIONAL RECTIFIER 55C 05091 OD i Data Sheet No. PD-2.039B T-oO3-/9 INTERNATIONAL RECTIFIER [IR] ee
30 Amp Schottky Power Rectifiers
a ! Major Ratings and Characteristics Description/Features i - ‘The 30FO and 30FO-A Series Schottky rectifiers ae deioned to be [__Choresteristic | SOFQ | 30FG-A| Units | operated at 176°C Ty. Thay employ the "620" proces which results Tren ine vey on aor la crentounin tne 1 @ 180° Rectangular seat dovicce tho guaranteed repetitive peak reverca voltage Cap2- j A binty end excellon ability to withstand reverse energy transients, @ 180° Half Sine Wave They can be used for both existing and new designs, lFsM = 175°C Ty operation @50 Hz 576 © High current at high temperature 600 | A Extremely low revere leakage: 25 mA at 125°C i t | xo | eo | ‘© Provides extremely high power supply reliability ' @50 Hz 1750 No thermal runaway within opereting and temperature | @60Hz [1600 |” 1600_| parameters, [Vawm | S0t0 4 = Ablity to withstand rovriaeneraytranslents ! ' [ce-sv | 2000 . Can be supplied to meet stringent military, aerospace : ror : CASE STYLE AND DIMENSIONS vey 4 Lge i (| ase.00 : aa a fakes A — 1 ‘S 20.32 (0.800) Sop j . ungon il \\" : 11.00 (0.433) i. omen | na 130943 ACROSS FLATS: ai wigea 10-32UNF-2A woe come Sys 00.2094 (00-4) ‘AL omentans tn fier ond nce c-51
INTERNATIONAL RECTIFIER 55 DEP 4assyse gogsode & |
4855452 INTERNATIONAL RECTIFIER 55C 05092 D ,
30FQ & 30FQ-A Series INTERNATIONAL RECTIFIER ' _—"_ .
1 VOLTAGE RATINGS 7-O3-/ q
~ Var ~ Max. Vrwe ~ Max. Repetitive Peak . Working Peak Reverse Reverse Voltage (V}@ Vp — Max. : : Voltage (V) (1) (200 ns Max. Pulse Width) —_| Direct Reverse Voltage (V) @ : i 300030 30FQ0308 30 36 30 ! 30F.0035 30FQ035A 38 42 35 30FQ040 30FQ040A 40 48 40 30FQ045 30FQ045A 45 54 45 ELECTRICAL SPECIFICATIONS Tet T soak [vis [contre | Tetav) Max. average forward eurent 180° conduction, : rectangular waveform —@T¢ = —85 to 118°C for 30FO, and : | Ti cmdicion, @TG = abt EC ter OeOA i sinvscidal wavetor . Tesm Max. peak one cycle, non-epetive 5 Haley ne ware or mapetangule pu, Walleye sine wae or 8 ms foctnular pul, OH: following any reed load condition, and with rated V pwns applied following surge. [0 | 7 | 50H With Vint = folowing sure, ae Gove iit Ty = 176°C 1 [1050 | 1760 | 1Oms With rated Veayyy applied following surge, | 1.800 | 1.600 83s _ Initial Ty = 170" Pe Max Feforinaivdusl dover ting | 2300 | 2800 YO ms with Vp plied following surge = 0, [2100 | 2260 | Same init Ty" 175°C, f Max. for individual 23,000 | 25000 | A $0.1 40 10 me, Vaya folowing srge =O, itl Pas ee | i Vey Max peak forward voltage [083 [075 [= “|_71=28°C_ rated gay) (60A peek) 180" conduction, . H [ors [om ty T= 17656 rectangle woveocm . <a i [oso] oss | i a Tames Ne cM . oy ‘Max. capacliance oF Te = 25°C, Vp = 6 Vae (Test signal in the range of 100 kHe to 1 M2.) | ate of reverse vo vi T= 26°C, Vayy rated VY) a THERMAL-MECHANICAL SPECIFICATIONS Ca fanee A lc [Face Meteors amromak | om [anal | omit momere | pepe] to ix [0s org | a [cng [po zeanntooay [sepa @ Tg = -66°C to 167°C, 180° conduction. @T c= -86°C to 148°C . @® Tc = 0°C to 167°C, 180° conduction. Ole for time ty= 1 2Vt + Vy C52 ~~ : a a 1
INTERNATIONAL RECTIFIER s5 DE 4855452 [INTERNATIONAL RECTIFIER 55C 05093 i3) INTERNATIONAL RECTIFIER 30FO & 30FQ-A Series ‘S0FQ Serles T- O03 -14 ' eo ooo “TCC ELLE LL VELL VL i 2 eee TH totodetodedanot t] EB , Coe :
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é FANS RSet E 00] ane ALA Se CCA tH eer bees cee eee: 2 Lee Le pwn SAH BCC OCCA gc Aw ANI 222 4 Se COCCI et 8 nL tem VS era er | COCCI eer bse La eave g CNA eee Toe 3 0 EE CE TE ne C\\vave = get hee Fe aig Bs 3 gaa re Be COCCHI ey Peete § "og BFE Tohalelad | EEE EEE »CCCCC CAC eer < mer | [TT TTT yr} a ae i ar a a Fig. 1— Maximum Allowable Case Temperature Vs. Fig.2— Maximum Forward Fower Loss Vs. forward Current ee === _=====->_ SS Pel a ! : XK a ee a Ee a a I eaae=>77GSSsa== LASSE 4 5 a ee BEA So oS DSS eS SSS== Eo Ssscee om! = eo Se SERA (ot gee ARA ee sO INSTANTANEOUS FORWARD VOLTAGE (VOLTS) (NUMBER OF EQUAL AMPLITUDE HALF CYCLE CURRENT PULSES (N) Fig. 3 — Maximum Forward Voltage Vs. Fig. 4 — Maximum Non-Repetitive Surge Current Vs. Forward Current ‘Number of Cycles
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gi! aati ES NS ase Ba ae cee I b Beams eee 6 & oT | PA LT) 3 CUM ah pe 7S Sees PPS SSr aS . SHES ee rariersget ais Fee BEEP cit inessverre vate aoes cl 2 2 io atfemeommocmbe rt, = wel | TTT TTT : S22 Swtz? S19 2 5 m 2 § we 1 2 4 6 68 0 07 j Fig, 5 — Moximum Transient Thermal! Impedance, Fig. 6 — Typical Capacitance Junction-to-Case Vs. Square Wave Pulse Duration Vs. Reverse Voltage | C53 ‘
“INTERNATIONAL RECTIFIER ~—~—«»55.« DEB 4sss4se2 ooosoa4 2 T i 4 " 4855452 INTERNATIONAL RECTIFIER 55C 05094 OD ' 30FQ & 30FQ-A Series INTERNATIONAL RECTIFIER | i i ; 30FO Series T-03-/9 : : 2 ERR REE qeeeeeeeecccnaca ) Coe i a er Ee eee a i Poe OO Pe A A A A A SH : nT eraransaone : 8 ew a ne me eee RCC Fig. 7 — Typical Variation of Reverse Current Vs. Junction Temperature and Reverse Voltage \\ SY "6 -B8 | on : zy /| K hk we fon | ULF IZ AAV EE 5 | SS ‘ PSS \\\\ Fig. 8 — Thermal Nomogram . i sou A ern nephew fontaine Memo C54 :
INTERNATIONAL RECTIFIER SS Depyassuse coosois 3 j .
4855452 INTERNATIONAL RECTIFIER 55C 05095 OD
[T@R] iwrennanonaL RECTIFIER 30FO & S0FQ-A Series 30FQ-A Series -03-/4 | -A Seri eos i & BORER Erato] Foe i : “SSS CH oleae PTT ZT A 5 wl LU SSSSRRS So el eine NOTA ev . gM CCCPSSSSSSSOT SS ee ww PSH Be CECCLEEER SSSR Em A REY La BP Ceeccocco 2 eT NS Bot rere a Evol tnt] er nve ER WsNV 40274 ce Foe ee LAN ZA A Pee er eee eeu SEERA ves>caneael
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eCOHeCC Taree errr g CO AB EEE ETHIC deen og ECEEEo ECC mo § toy FA ounce + sCOOCCe eee) * ee TT LTT tT) : ‘ cc i Oe Rendtercnvatecunmenttauretey ent on¥AnO CURRENT OVER FuLLYELEQNPERE Fig. 9— Maximum Allowable Case Temperature Vs. Fig. 10 — Maximum Forward Power Loss Vs. orwal trent Forward Current A) = = = ; BREESE eee Fo — 2 ee ee ees ON == Se Sa
2 LS BSS
1 BR Se eS FSS
a eee 2 A a ! no a 7 a PSS t = ==2-5===S SS S===| E of — | Set Ck | BESS RS et | a 5 a a Ber WORT) gC) INSTANTANEOUS FORWARD VOLTAGE VOLTS) "jus oF EouA ANPUTUDE ALE CYELE CURRENT ULES Fig. 11 — Maximum Instantaneous Forward Voltage Vs. Fig. 12 — Maximum Non-Rpetitive Surge Current Vs. ' Number of Current Pulses ' PE Zapf 2 of te 2 st 2 SL Ne 10s : Ap eeiaiis ness: =etl oo ee og sel Ty=26°C. maiill [Sica Tie DoT” ern, |S PM ataeiiese aii craig eiiiliiaceacni L__| = Pap sisiils cestaiiaiggo stil teil A Le . i JET a, | 38 Sea eee
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BFP Tritt tstenny sae vate oes, cl 2 i Be atemaamemrrime, el TTT TTT ; Sw2? Put? St 2 $02 8 we T 2 + 6 6 0 6 8 0? 1 SQUARE WAVE PULSE DURATION SECONDS), sevense VOLTARE,VOLT Fig. 13 — Maximum Transient Thermal Impedance, Fig. 14 — Typical Capacitance Junction-to-Case Vs. Square Wave Pulse Duration ‘Vs. Reverse Voltage C55
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4855452 INTERNATIONAL RECTIFIER 55C 05096 D
“B0FQ & 30FQ-A Series INTERNATIONAL RECTIFIER —_— ! 30FQ-A Series 7-03-19 i mur rise a “ A os JE Sg A A OS a fm ee purvevete <1 i a a HO . LEE er ver @) C= dam a oe ° (BE 4
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eae EPrPrrprprrprypr rey 80v) our FullLtTTTTrry Teri tet) I a a se 8 8 em + : ! JUNCTION TEMPERATURE (°c) Fig. 16 —IRRM Test Circuit RATED Vay (PER CENT) . . Fig. 15 — Typical Variation of Reverse Current Vs. ‘Junction Temperature and Reverse Voltage na|__ re Pave 2, rotate! SS +e | _ meron 2 8 Faatae 4// je cane Pe : Zz fate iL IN RS [foe] 2 VA 5 i & V4 Y ! ‘ 4 [SSX SS \\ i a ae DSSN _*avensacronunnocunnentoven ruuscrcce aueenesy "wax ALLOWABLE AMMEN TEMPERATUME a ae * . Fig. 17 — Thermal Nomogram t. tran teecentlarentetamsntstntnaortenanepom on fey 20 C-56