International 1R|Rectifier TS) THREE PHASE BRIDGE ms -VORSS H Universal, 3 way terminals: push-on, wrap around or soldar @ High thermal conductivity package, electrically insulated case er al aia eee ame ace mC | OSE KVAUE Te] cehi Te Description A ranga of axtramely compact, encapsulated three phase bridge rectifiers offering efficient and rali- able operation. They are intended for use in general purpose and instrumentation applications. Major Ratings and Characteristics Power Modules aay 35A Parameters | 26MT-A|36MT-A| Units I ph 35 FN Q oP 55 ta 9 PEL cc) rE rN CN Fa 410 498 r Lae As 770 TKI As Tsp 700 1030 A*s SPT Eh 50 to 1600 V i wT nist! J) y Oh SVMMT-A & MT-A Series ELECTRICAL SPECIFICATIONS Mell e-le(sm atl ale fs A PerveCPadLL La OAT dial LLL Type number Voltage repetitive paak non-repetitive paak Mae N (Tel ferelol-) reverse voltage reverse voltage aa T= T, max. T= T,) max, CUS od) 1) ira) 26MTSA / 36MT5A 5 50 75 ya 26MT10A / 36MT10A 10 100 150 2 ae] aa LY 20 ye) 275 Hl 26MTAOA / 36MT40A 10) 400 tst6]) Ps 26MTEDA / 36MT60A 60 600 Tiss) 4 vis) Mest ac ole Eo L 07) 80 800 900 Va Ps) RG Tee wee)! Ue eer 100 1000 1100 Hi 26MT1i20A / 36MT120A 120 1200 1300 va 26MT140A / 36MT140A 140 1400 1500 2 26MT160A / 36MT160A 160 1600 atl) Pa Forward Conduction ae le Ua 1 26MT-A|36MT-A| Units Conditions ly Maximum DC output current 25 35 A | 120 Rect Conduction angle in ots. 60 c ar Maximum peak, one-cycle eie18] 475 A |t=10ms No voltage reapplied non-repetitive forward current uae 498 A |t=8.3ms| T)=150C TI aS 330 400 A |{t=10ms 100% ny reapplied 345 420 A |t-83ms|] 7 =150C bd Maximum I*t for fusing 770 1130 | As |t=i10ms | Novoltage reapplied Initial T= T max. rive) 1030 ra See Se] oO 545 S108) As |t=10ms 100% Lay reapplied 500 730 As |t=8.3ms| T)=150C at Maximum [?'t for fusing ects CRD AU iene SAO dS ok ee Arce , Low-level of threshold voltage 0.78 tres] ne oO UAL aes Nt Pa 24 IN Vecroye High-level of threshold voltage ono Ome] Vo} T,=150C, 2 vi Ro4ib ea 3 NY 4 Low-levelforward slope resistance | 6.42 Mel] ma | T @150C, (16.7% x mx lay) Ca arm aN) Np High-level forward sloperesistance| 4.43 2.58 mQ |T =150C, (xx! rN he 1<20xnxl , ey A Maximum forward voltage drop 1.13 1.07 VT, =25C, ay] a maa - Persingle Junction aR Max. DC reverse current 10 10 ED Ome turers) Voam ies RMS isolation voltage 2700 2700 Vo T,=25C, Allterminal shorted f=S50Hz ,t= 15 D10MT-A & MT-A Series Thermal and Mechanical Specifications aU CIES 26MT-Aj 36MT-A |Units| Conditions iF Max. junction temperature range -40 to 150 0} Ps Max. storage temperature range Lea CoM Eel0) C Seo DC operation per bridge junction to case rn) 1.4 |K/W{ (Based on total pawer loss of bridge) Race Max. thermal resistance, case to heatsink Oy 0.2 eh Fo aT TUCO MMT oTe LLM Lte te] (<]-1:1:70] i Approximate weight 20 ft] a Mounting Torque + 10% 2.0 Ta) stile lo OM TCL VLU Le) Ordering Information Table yr) Le) Current rating cade: - 36 = 3A (Avg) Basic part number Voltage code ( coae x 10 =V ey Outline Table Suggested plugging force: 200 N max; axially applied to faston terminals | 7 ~O oO z PM Tul arti la MMA 1a (ata Not To Scale oaMT-A & MT-A Series rf p Py L\ WA a loaat as ral YA | oe ui (Rect 2 an fail ] 4.-0WA49! ron mam il al ad tal q al Cre an * na merele aes aa) aT = | mel i aie 4 com . ia ho NI NSTAN ANZ OUS FORWARD VOLTAGE - Fig. 2- Forward Voltage Drop Characteristics eo (ol Cele OWAR_ 2. AVAEN WEMOERATIR- Fig. 3- Total Power Loss Characterislics a a . - o- ee Se i an 15 rae) ean a st 7 fone wane) erclUnMnONN -1- 00 mom Fig. 1 - Currant Ratings Characteristics Poop Ficnse ae tL soe = [nn tenre o ue Co a * fan Qa a hae Co i . Li ~ a6) uy on BOs eee Oneal dM Orete tad ott mer a cokes CTC TST SNAG Wate ON Er EN Na 7" RATED V&RM 4P5L'E) FOLLCW NG SLRGE. i ih. Ea ne td Bn Soa ae: anes] pS iN Beatie, Bec Eom lore 7 bem 7 y a ee = =a x a a0 ys =" a 7 NI a NG ee RN Pratl q : Dae : IN a) are a a Pach we-t aor ENE a. ee ar ane a i ane a (} ; i. aan) 1 a AO LO OOM Lod OL) ed 8 OO OE] 1 Sol 0 OT Fig. 4 - Maximum Non-Hepetitive Surge Currant Par va SNe nn re re aRC ONO] Mian) a 101-10 OL et VERSJS PULSE RAIN CURATION CONTRO! a QF CUNDOCTION MAY NOT BE Ma NTAINFD, aa ee eee ole LLING va. TAGF RFAPPLLZO wan \ ed eg aes iot tera Te <a aaa Ne 4 anh, 200 hs ie AC = neal Ree anv be a vy fol a Tar r | mee ae I i = J_S TRAN DURA GN Fig. 5- Maximum Non-Repetitiva Surge CurrentTFMPPFRA IRE ores = era vate ae i ered aaa arr ane mre aa Tard Mr ar ae muIGTS cae me date 7 Leer: i} ang 6, m fa \ rl va = et! IN al ety aX - [eu < a cand es Fa Cc iN " ie a C , i a ue. ; CU EE ; a aaa t | | | : cna Oo & 10 5 20 2h fo 35 ee : ne A vane) 5) ane \STAN TANEOUS err rene vel PAT Eee \STANTANEGUS FORUERI VOL AGF alee CUTIE Vale | mena eCard ce) a RU ole BO ge) ROTEL Story leh MS 1a PRY = 50 ira G0) a af 120 ar nn vA fo) i f a) | i ya} | Z| N ca WA IN 2 * a SA i x th WA SN Fol A ny . . an a0 20 a OOO 10 2 19 G10 Rs OE OOD 20 Cle CLE) OC IRRENT = 4 eS aaa | OO Tt i ae Ls) 1 ee mela Tete site) Oe ee ae AT ANY RATED LCAD CONDITION AND TE 7 MAXIMUM NON REPETIIVE SURGE CURR NT RATFD VRRV APPIED FCILOWKG SURG! 7a tSIN SU st ao DLT VIO) OE DOO ane BL ee eo) oa son) cy CONTE CS way NO] SE MANTANED| er Re ene oe r eee vs thee een reenact im a pein Cre a ee on LTT Lt an ean r acta cae et eee ne PF N aa in a | Pant \ a : IAA K aT anne) = I \ a yp N | if Pelt NE x i. AN PEt eh N <l oo AN ae Ne . ae mae a tt | aN ae T oN A es a 7 ae loka et SET Slak =e) as en ee ~ abe 5 rm mann | a > oC nan : 0 one a ' if ait 0 Se) oe Ce an rn Ce es te DU eal) ce me re CM OL TTI MEM ChbeCrem te Reach D13