B40J IRF | Alldatasheet
Document overview
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Technical content
Features
§ Electrically isolated base plate (3500V RMS) Available up to 1200 Vary Voay @ High surge capability mi Large creepage distances @ Simplified mechanical designs, rapid assembly m B-package case style MULE 78996 approved
Description
power diodes in half-bridge configuration. The semiconductors are electrically isolated from ‘the metal base allowing common heatsink and com- pact assemblies to be built. They can be intercon- nected to form single or three phase bridges. These modules are intended for chargers, regulated power supplies and general purpose applications. Major Ratings and Characteristics tay — | Ta | 'esm cox | cas || come | ao | a | a | cov | tos |e a ec a ee
071 Bulletin 12783/A
B40J/B40C/B40D Series M@™ 48554S2 0016552 313 MB INR_ ELECTRICAL SPECIFICATIONS INTERNATIONAL RECTIFIER bSE D Voltage Ratings Vann Maximum Vasa Maximum non- Var eeu Voltage | repetitive peak reverse | repetitive peak reverse max @ max @ code voltage voltage T,= 150°C | T,=25°C Vv v mA pA Baa a | ea0c | Ben [4 [oot a DO | a [100 [100 [0 id to [v0 [200 00 to Forward Conduction [—Paretr — vate [ute] contons Fra Waterson | © | A [18Penaconitommn TO | [ise MacFStonerdewren [PAL \\fsy Maximum peakonehattcycionon | 655 | A | toms |Novotage | ai 7 repettive forward current |_ 685 | A | 8.ams | reapplied cee eee [air ae ict [1510 [Ate | 10ms [100% Vany [1380 [as [ems | reappied | IntalTur Tames Fh waiminFan | 260 | a6 [-owiOmrortmraras DW Vero) Max.valuecfthresholdvotage | 0.78 | V [towlevel(@) [tise | [ost |v [ron [tere =
7 Waxvahictfowardsepe [442 [ma [lowivel @) [tire
resistance [380 [ ma | Hohl) | —_—T,ptaro Thermal and Mechanical Specifications a a [T= framoce | ieee | junctionto case Ren teem [oe [lemme | to heatsink Per module/Per junctio T Module Ma wom, scar |? [me [xincrmeceees, Tommi | 08 [Wn Moesroremis; Novice | | wt Approximatewoight | ao Po PO [___Conosyin | sertypo || Scocutinotabio (1) Fi for time t= Pt vt, IE TH KX Ieigy <= *X logy EXT gy <1< 20K EX ayy (4) A mounting compound is recommended and the torque should be rechecked after a period of about 3 hours to allow for the spread of the compound. D72
M™ 4855452 0016553 25T MMINR B40J/B40C/B40D Series INT : AR Conduction (per Junction) NTERNATIONAL RECTIFIER 6SE D ! (The following table shows the increment of thermal resistance Ry, ,, when devices operate at different conduction angles 1 than DC) |__Gonductionangle | Sinusoidal [Rectangular | Units a 5) | A OX, a XY | a a Outlines Table M3 SCREWS Bg ole () EE ! ! a ee ae: TT an a ee 3 i i_|_ sale a ee 40(1 57) All dimensions in millimeters (inches) Ordering Information Table D Code Circuit configuration ** B | 20 | J j= ao Beoc e400 TB - Module type - : x Eh - Average current Ed - Circuit configuration * * Ed - Voltage code (See Voltage Ratings Table) D73
B40J/B40C/B40D Series mm 4855452 OOLb554 196 BBINR
160 INTERNATIONAL RECTIFIER bSE D
= © 160 S wo 5 140--% pS ONNECOAG | WI pe NS SENSE © 120 NS onuciton onal gz 120 Wo ‘Conduction Period TMEEAUNS AN ERONNGSe 3 cot + AS soo IAAL é ris NI & 80 90° NI CECCHPPER | CCUITTEIS'.
2 CTT 3 )
5 0 5 10 15 20 25 30 35 40 45 Z Oo 10 20 30 40 50 60 70 = AVERAGE FORWARD CURRENT — A 3 AVERAGE FORWARD CURRENT - A Fig. 1 - Current Ratings Characteristics Fig. 2-Current Ratings Characteristics 200 fy Tt BINION [ft fd = 180 . No, Nes ee eA cee a sy YA Ke INKA [|| & 12 Je ka BALSA Ze “Yi | | Re IANA
2 NNN
2 40 | | TA 2 MODULES RSS SNe Ge | Oo 10 20 30 40 50 60 70 80 20 40 60 80 100 120 TOTAL OUTPUT CURRENT ~ A MAXIMUM ALLOWABLE AMBIENT TEMPERATURE — °C Fig. 3- Forward Power Loss Characteristics 200 .* THERA
50 HPT LURRS Pop
& ws BEZEeNNNae © 100 NE BEEN 2a NNN CLO ESSA Bas LA | nee istceoce| | A SO
2 OT Ee SE SN
10 20 30 40 50 60 70 80 20 40 60 30 100 120 TOTAL OUTPUT CURRENT - A MAXIMUM ALLOWABLE AMBIENT TEMPERATURE ~ °C Fig. 4- Forward Power Loss Characteristics D74
MM 4855452 0016555 O22 MBINR B40J/B40C/B40D Series INTERNATIONAL RECTIFIER bSE D = 70 ; o-oo el] V7 180~ p 180 oA. LI Z, g ete gyi: ST _| & sll oe & so 28 tt gol ey 3 tT |_| e 40 VIH 2 40 UML, pc ool YC = Ft) = 150°C « |A PER JUNCTION ne
3 A BER JUNCTION L {J 3 ° f | Wy = 150°C
0 5 10 15 20 25 30 35 40 45 z Oo 10 20 30 40 SO 60 70
3 AVERAGE FORWARD CURRENT - A bal AVERAGE FORWARD CURRENT ~ A
Fig. 5- Forward Power Loss Characteristics Fig. 6 - Forward Power Loss Characteristics © 509 Nii S82 fe 9 9083 s ETN ae nate! econ
3 I QL | 3 KNEE RATED VRRM REAPPLIED:
22 Neo g NT oth
& 400 x 2 soy NNT So | NA TT 100 SS E50 Nt fOr SSN Coo 2 yo | LTT © sof TT SINT = 300 . = 300 I 2 ooo | UTNE Tl ¢ LR AH 5 exol/eu0k/aets| NUIT] 2 200) 2404/e40¢/e400-— > Z 200 LBEO/B40 18 Ne % PER JUNCTION meat = 150 lll 2 100 mani! 3S 1 10 100 ¥ ot 1 1 * NUMBER OF EQUAL AMPLITUDE HALF CYCLE CURRENT PULSES - N & PULSE TRAIN DURATION — s Fig. 7 - Maximum Non-Repetitive Surge Current Fig. 8 - Maximum Non-Repetitive Surge Current 075
B40J/B40C/B40D Series WH 4855452 OOLL55b TT MBINR INTERNATIONAL RECTIFIER &SE D < 1000 eS SSS ' SS s FREE peer fed Pret pr é wo LLL Ve g ESS ance e EYReee cere @ ott a 5 a = 150°c_[ ||
2 EPRREB ETT
= 5 1 15 2 25 3 38 INSTANTANEOUS FORWARD VOLTAGE - V Fig. 9 - Forward Voltage Drop Characteristics ¥ EE ‘ Peach aera ae (DC OPERATION) COT Pe Pe) cae & CoCo nh ari n Sen LUTE Te TT z Se ee
2 Rea See acre
5 a > oT 8 eo TI CN TE é 16-4 1E-3 1E-2 1E-1 1€0 1E1 _ SQUARE WAVE PULSE DURATION - s Fig. 10- Thermal impedance ZthJC Characteristics D76