12CTQ030 IRF | Alldatasheet

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INTERNATIONAL RECTIFIER SS DE | 48SS4Se2 g0050b43 1 ii . ‘ "4855452 LNTERNATLONAL RECTIFLER 55C 05063 D Data Sheet No. PD-2.054A4 : : T.03-/7 \\ INTERNATIONAL RECTIFIER |T@2R a

12 Amp Dual Schottky Center Tap

| Rectifiers i a Major Ratings and Characteristics Description/Features ‘The 12CTQ Schottky employs the "830" process which results in o ee ee ae acne ates arent foneion tamper, In : vary i rt of revert lity ene partorranc, wa Tged | Sinusoidal Waveform | 108 | A_| fn both existing and naw designs ” 7 La] Ty = 150°C (rep), Ty = 176°C (non-rep) ! 00 He [wo] A | f {aoa surge, 60 He, one eye (par junction) ‘ Pe ee | 1 Extvmly fo evermlakage: 6 mA a 12500 ; [va wiih 20% above Vina [vawa «| 0s |v Hoh power supay rly | Mininiza problem of thermal runawey CASE STYLE AND DIMENSIONS toseo4y Team a- : roggeas—ef be EE | eb |] me mee i : a1 fF ke = rent ne | eghiy 2 LY 13.97 (0.550) 357 seo) \\ jt ein os LAN | ea | “he Ee | soe conform to JEDEC Outline 70-2208 Santas a armanetrs ond ache) C-23 |

INTERNATIONAL ' NTERNATIONAL RECTIFIER SS DE 4855452 0005064 3 i : 4855452 INTERNATIONAL RECTIFIER 55C 05064 OD : 12CTQ Series INTERNATIONAL RECTIFIER: | VOLTAGE RATINGS PER JUNCTION . T-O3-/7 Vewua = Mex peat Pea aviyy ~ Mex. oe Working Peck, @ Reverse Voltage (Vv) @ Vp Max. Direct @ Reverse Voltage (V) (200 ns Max.) Reverse Voltage (V) 12CTQ030 ~ 30 36 30 12CTQ035 36 42 35 12CTQ040 40 48 40 12CTQ045 45 584 45 ELECTRICAL SPECIFICATIONS . [wera] a | Gatos To Mat arroge ouput corent rom [no | 120° conduction @ To = =40 1 1216, rectanglr waveform ssntiap eeu [8 | 186° conduction @ Tg = #010 120°, andl waveorm 1 Tax oak one oye, convepettive 30 fal ese si wave tron Seg tettthacioe | =| SURNLEBIC TS petoingny rete! ce ! iL _| GDH Fal cl sine woe tnd wih rated Vag led Seattactomter pues TO Half eel de wave ‘or 6 me rectangular PUe. With V away = 0 following surge, GOH bat vcle doa ve In T= EOC relnerestenuer psc a Fi Wane forinddsl neon tang =| T= 10m vo muuyeuue Fre ESSE atten TY Mex. Afar incivdal unetion fui © 260 += 0.1 to 10 ms, Initial Ty = 160°C. . AVE) Vawina = 0 following surge. Te a pak Tred vt, eran GHEE a gay AA pa 0 resol i : [| T= TFS wnt I. Tq Macpaik reves coretjperjweton {25 —«| Tee i [a in aera [0 trate wera i Wouteo tiny : (eign pr neton THERMAL-MECHANICAL SPECIFICATIONS = | rotexced 150°C) | [Tg _Mervoomunmaeme | woe | ve [| . Rud Han ternal eftnc, uneien toca, Teed en power pated oor anton bath uneons besoeragen Sree , ‘Max. composite thermal resis » on | ar | ior : Tova Mex al esses, power dept in both ne — Rapes Thermal etnce, cs to sink ia ae i ‘ce Bile [O220A8 Seminal nd 3, Anodes a OTe = -40 to 147°C, 180° conduction. @ Tc =-40 to 145°C. @Tc = 0 to 147°C, 180° conduction. — @ 2k for time t= |2VT + VI « c-24

TER 55 De ffyassuse ooosons s | 4855452 INTERNATIONAL RECTIFIER 55C 05065 D [TOR] inrernanionaL RECTIFIER ‘T2CTO Series J-03-/7 1 : es 7 es emmAs7/4vea En CoS ste 5 w NAKA Pte teenie] af [| vee 7 Vor Lente & co) [ ae AAMAS Sr rere} 85 | | Ap Serene eCard 3: MYER Z Fa ne aa 1902 [7] & WAVE: gS Vir, \\~) 1902 7 8 7). wave:

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Fe LA schuouetionsehoo eS LAE Fig. 1 — Maximum Allowable Case Temperature Fig. 2 ~ Maximum Forward Power Loss ‘Vs, Average Forward Current, Per Junction Vs. Average Forward Current, Per Junction aX pr \\ ee Ne ! Bs ==========>=—>—— ee rao} SS rena kaw RATED Vy APPLIED FOLLOWING Sune SS a ee dS ieee 2 eS = SS SS = eg

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Me Dor eee cor Cees SE eset Seca ¢ | = SaaS 2 SS SS SS SS § SEARS EH ES A Fe Oe Fig. 3 — Maximum Instantaneous: Forward Voltage Fig. 4 -- Maximum Non-Ropotitive Surge Current ' ‘Vs. Instantaneous Forward Current, Per Junction ‘Vs. Number of Cycles, Per Junction t Width tt te Sa eee a ree tench Amtenlllmnmealill a i RE Mls etc cig coeeei tant tet a Bs CeerHED iH teiil) | § 1 ee ' CoP eC, 3 ee : BL Remar CCC, (a ; pV e Se Sietitmamcaccmaetl. § 3 —t—--+T] as oo a : t B PETAR ACHHIETEHHfease an owen oussieareo iy)” (Eh

1 ERR mls PT LTT

n Fiot EGER hie HH TEC CT 9-1 10 t w32 Fw22? Swi? & wo 2 5 0 2 § we 1 2 4 6 8 0 2 4 6 8 0 Fig. 5 — Maximum Transient Thermal Impedance, Fig. 6 — Typical Capacitance Vs. Reverse Voltage, Per Junction Junction-to-Case, Vs. Square Wave Pulse Duration, Per Junction C-25

INTERNATIONAL RECTIFIER = 55 peffyassuse coosons 7 | | 4855452 INTERNATIONAL RECTIFIER 55C 05066 OD ° : | 12CTQ Series INTERNATIONAL RECTIFIER i J-03-17 | (AREER g Gocco" ee areasntinnnecat J pal PO eer oe dae fone g EER EEE EEE REE (&) o— 4 fun” € Joe eee eee ° rm ESC ee ee raat TTT) xe EE ~~ | etree" fr Fon i eLOPTT TTT TE oN yin runenavnee) id * ° ave Vga 8RCET, ° “ Fig. 8 — IRRM Test Circuit . Fig. 7 — Typical Variation of Reverse Current Vs. Junction Temperature and Reverse Voltage, Per Junction | ;: [TTTT TT TTT TAT TT ey PORE CONR EE ie PiLepeter tT TTT ATT NE TT er | ae SOA NH | [ets tema TA INI ALT Pe Ta anaes VA A Nest NAH ae ias/AAneeS KINA | EA Z TT RENIN A | PUZZLES SSAA : TAAL ETT INSASSA AA mL i ES SA g SN CE Ea TTT SSVI Fig. 9 — Thermal Nomogram C-26 . fe | . - oe _ _ ’