60CDQ | DigiCamel IC Datasheet

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INTERNATIONAL RECTIFIER — 5S DEPyassuse ooosoi 7 I oo . Data Sheet No. PD-2.058B . 4855452 INTERNAT TONAL RECTIFIER 55C 05097 D i i INTERNATIONAL RECTIFIER | . | Te 23-07 | 40 and GO Amp Dual Schottky | Center Tap Rectifiers Major Ratings and Characteristics Description/Features = ‘The 40CDQ and 601 Dusl Schottky tifier Series and SO241 [Characteristics [40000 [86241 [600Da apy ie 0 noes whine ne vty ag re Sinusoidal Waveform | 96 | 64 | 64 | wl a guRranoed epee ie bees onary wansente. Tecan be Trem @80HZ [se fey | ‘hed In Both exiting and new designs. @ 176°C Ty operation e@eone | 400 | 00 | Voom revere enery tested esc junction} (2 @50Hz [730 | 1140 | m2 400A and 600A surge, 60 He, one cycle (per junction) i @60 Hz [665 | 1040 | “* = Extremely low reverse leskage: 10 mA @ 26°C : [eye *d| Cts | lazy © No voltage derating of Vjawm Over temperature rango . Cn eatabiiey ! WM [20-45] 35 20-48] © High power supply reliability : c@-5V ee | © Minimizes problem of thermal runsway i fy SCC Sto 8 0 TORINE ped TO.) coe Srvc avoibie

1 J (60CDQ series)

i = Canbosupelied to mest stringent military, aerospace i ‘nd other high-raliability requirements, 1 anes H CASE STYLE AND DIMENSIONS a ! “i ' * * fe con PaO on. Tre aan uw on PABee i nee Wo PLACES 7 “3 : Se , souon. NE asTatiax = . Es ay

1 Brad Bagot 197

~~ (0.043) none ANODE 2° K Wax DIA, — . Hh TMEASURED AT oats eon hil ana 80.95 11572), Conforms to JEDEC Outline TO-204AA (TO-3) *Conforms to JEDEC Outline TO-204AE (Modified TO-3) All Dimensions in Millimeters and (Inches) ° C57

INTERNATIONAL RECTIFIER 55 DE | 4a554S2 9005094 4 | f : 40CDQ & 60CDO Series and SD241 INTERNATIONAL RECTIFIER |T¢2R 4855452 INTERNATIONAL RECTIFIER _. 55€ 05098 OD ! VOLTAGE RATINGS PER JUNCTION ; y Me Wann = Max. : : RWM a repetitive Peak i Working Peak Reverse Voltage (VI@) Va ~ Max. Direct | Reverse Voltage (VI @) {tp = 200 ns Max.) Reverse Voltage (VI@ 40cpa020 60CD0020 20 24 20 . 40CDQ030 60CD0030 ~ "30 5 36 30 40cpa035 60CD0035 s@® a2@ 358 40coa040 60C00040 40 48 40 4ocDa046 60CDO045 45" 84 L468 ELECTRICAL SPECIFICATIONS T=23-097 . Janene | sonar | e0ca [unite [Conditions To Max. average output current 780° conduction, rectangular waveform, Tg = -40 to from center tap circult 143°C for 40CDQ, Te = ~40 to 120°C for 60CDQ. 180° conduction, sinusoidal waveform, Tc = ~40 to 1419C for 40CDQ, Tg = ~40 to 116°C for 60CDA. I tt ‘condition end with rated ber junction G0 Hz halfeycio sine wave Vay applied. or & ms rectangular pulse, : a B02 With Vayng =O folowing wre, : [ate [ees] [a ie int ta 178. : TR tox itor tgs per [700 | 1140] [te tm Rated Vay following rn, Kenevion [665 | toao |S [a= e.ame._ init ty 17820. : Ti tins Petorindwiaat” | vaa0 | 1610. |, [t= 10me Va elonina r= 0, Junction fusing, per junction |——~g4 | ~4a70 | 02s ama intial Ty = 175°C. 12/t Max. 12/1 for individual i . vy Max. poak fe ard voll tFM = 20A peak for 40CDQ, Ix = 30A { FM Meine [om | oo | Ty=26°C posh for 60600 and sv261" ! So 180° rectangular wave. H . [oor [109 | Ty=28°C Rated le(ay) (OA Peak fer 40000, 604 : peak for 60CDQ and 80241 : * [orm [os | Ty= 1786 ape rectangular wave. i Tam Max poakreverecurent, | —+10~—S~=S™ Ty = 26°C : 1 |; Max. repetitive peak To = 26°C, t, = 2 us rectsingular pulse, f= 1 kHz. . ' ©, Max. capacitance, Te = 26°C, Vg = 5 Vee (Test signal in the range of ' per junction 100 kHz to 1 MHz) : THERMAL-MECHANICAL SPECIFICATIONS [tomcat [wee Te TO temperature range 1 Trap Max, storage terporatare ! a Rinse Max. thermal resstance, 7 ' ahac Mox. thermal resistance, 14 . asd on pow dispsted in one junction, both i 1 DC operation des. ow ng i Max. composite thermal ea. . resistance, junction-to-case, 0.7 Based on power dissipated in both junctions. DC operation [ene | sae] nme [at Approximate wight | _—_ 12.8 (048) | —TORoHAA | TOROAAE "Terminale Vand 2: Anodes t end? (T0-3) (Modified Case: Common Cathodes TO3) @ Tc = -55 to 172°C, 180° conduction @ Te = 0 to 172°C, 180° conduction — @ Te = -85 to 162°C. For $D241 rated V| and os 7 2) hampered aan _ @ Petortime ye BVT * Vig © For test ercut reer to Fig. 11. J c C58 :

_ ee , INTERNATIONAL RECTIFIER 55 DEP ysssuse ooosos o | [TOR] INTERNATIONAL RECTIFIER 40CDQ & 60CDOQ Series and SD241 EA Coo . EECCA ach pei ==SSReennR8 8m EEE kero teint gS SE TL pire ori 2 feomsieeo LECCE EEE CSS cl 2 wo SSS FE a) SSS=Nm = to PRET EET § wo LEIS RSS RS ct CCHS SSSSSeSe ee CCCs NSSSS SS Be CCLELEL CES ESE SESH TPT Ey CPN NSSSESSTTTT)

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2 of Tele Te § e LUE HLF erie bee i Cehiep iweb eee] § EP Co e012 ese CR COPE TAPS Pe ° ® Fr rr a Ce ee : AVERAGE GURNENT OVER FULL EYELE(ANPERES) AVERAGE CURREKT OVER FULL CYCLE (AMPERES) . Fig. 1 — Maximum Allowable Case Temperature Fig. 2—Maximum Allowable Case Temperature ‘Vs. Average Forward Current, Per Junction ‘Vs. Average Forward Current, Per Junction (40CD0O Series) (60CDQ Series and $D241) Z . Fad ee ye A 2 2 ab rae Ta pide SA [4 =====>>==S=S==— g CTRL = SS Pe coghgin 76 0467072200 2S Fao Tepe SNA eee § ae é I SOSA | 2 ee SSS Hisat2etee.cs777 ase seg Mao oe Fy ineZC2eEen _ PEEREUNDRRA TT BEE Ay pe : A a AAA ime + 2 eee eee Cc § ol ee ebctotee ERR 3 "Cg SS Fan _ «00 A ce z 0 5 © &© 02 8 DB B 0 4 80 “o 4 08 12 1 20 2 28 AVERAGE FORWARD CURRENT OVER FULL CYCLE (AMPERES) INSTANTANEOUS FORWARD VOLTAGE (VOLTS) Average Forward Current, Per Junction Vs, Instantaneous Forward Current, Per Junction (Both Series and SD241) (Both Series and SD241) H ™ Fa BLT phn ratomi toe, | 2 SSS coe ae

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PSS SRE) gs EBS fie Sebati Se PSSESSSSCC CH 2 Ec rec ECTS 8 tae Ee a 8 csi = ma PSA ee FA Eb ; 5g a a se ees, sa

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rr Wa? $y32 8 w2? Swi? Si? 8 sueen oF EOUAL AMPLITUDE HALE CYELECURREAT PULSES ‘ "QUAREWAVEPULEOURATON(SecONOH) Fig. 5 — Maximum Non-Repetitive Surge Current Fig. 6 — Maximum Transient Thermal Impedance, ‘Vs. Number of Cycles, Per Junction Junction-to-Case, Vs. Square Wave Pulse Duration, (Both Series and SD241) Per Junction (Both Series and $D241) c-59

“INTERNATIONAL RECTIFIER = ~—~——~—«*5S.-DE@4a554S2 oooszoo a r . 40CDOQ & 60CDOQ Series and SD241 _ INTERNATIONAL RECTIFIER

4855452 INTERNATIONAL RECTIFIER 55C 05100 D i

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: ALT TT EET) * EEE Ww 2 ntuease Von nce vous 6 2 JUNCTION TEMPERATURE (°C) Fig. 7 — Typical Capacitance ee areo vn oc ‘Vs. Reverse Voltage, Per Junction we t (Both Series and SD241) Fig. 8 — Typical Variation of Reverse Current Vs. Junction Temperature and Reverse Voltage, Per Junction i (Both Series and SD241) LETTE TT TTT TT ty IVY YT : go tv wore Qanene PETE PrTr TT Ty YE Fa cs NAW fc

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Ber tw NAN SIZING | inte Tose] B [eine aT TT TENN — i AL Nd KAA Wee | # LLL Ag |Z. TONSIL WV : Eo eV YA | | Ae NNN i aL aA VP ke NAA : iL ee Se PNINAT TT IAA eT TN ENANET . RGR? Cee TN eee PRE 48 See Nee “eer TE ET Pte ST ‘OVER ONE FULL CYCLE (AMPERES) 7 ATURE Fla e eoeba sare) ; fev pa te ee nn ge 1) = 18% Lave ee es | . c-60 :

INTERNATIONAL RECTIFIER 55 DE Byassuse 0005101 5 T |

4855452 LNTERNATIONAL RECTIFIER 55C 05101 =O

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: eci Tbr ites TTT TTT TT Tae AQT aS) TOTAL OUTPUT CUNRENT FON ONE PackAce VER asim ALLOWAOCE AMBIENT TEMPERATURE {Gncba Sees and SDE) i ek aim i mt ganesh in Rg ie, Ang he Nye Naat Tasty aoa pepo ny sug ommend ewan), ho meee ourveveue <6 | WRF200 a ' (180¥) our Fig. 11 —Ipam Test Circuit ; | cet ‘

Product Information

60CDQ specifications and overview.

Summary

40 AND 60 AMP DUAL SCHOTTKY CENTER TAP RECTIFIERS

Description

40 AND 60 AMP DUAL SCHOTTKY CENTER TAP RECTIFIERS

Source title 60CDQ Datasheet(PDF) - International Rectifier

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