Pat "+ IGBT-IPM EES me x BOOV / 100A / 6 {BiH (NYUAZA) 6MBP1OONA060-01 Tink Mik & Features DRA FLIES MEI TX > | RIVMEBE - Sf * Low switching-surge and noise + Low power loss * High reliability M@ & Hf Maximum ratings and characteristics @ a RARI Absolute maximum ratings (at Tc=25'C unless otherwise specified) ltern Symbol Rating Unit _ Min. Max, _ See Voc ae: 450 Vv Te _ Mase (+ 4) VDC (SUAGE} 0 500 Vv BaD (aaa) Vse 200 400 Vv 3277S Ti y SABE Voes 0 600 v , abas eit DC Ic - 100 A N imS icp _ 200 A Duty=42.0% Ic 7 100 A ALT aR LF Po _ 400 Ww Tae Tj 150 c _ BAERS | Veo #4 0 20 Vv AIRE Vin #2 0 Vz V _ATEA lin {o= 1 mA F7e-bHAAMBE Valm * 3 0 Vcc Vv ms 7 5-kEARH aim 4 = 15 mA A 7 Ame ( RRB Tstg 40 125 Measurement of case temperature Hes EE 21 ER Top 20 100 _i SME (7 ARTIS) Viso_* 5 ~ ACZ5 | kV Note P.3 70-7 7 RIF Refer to block diagram, page 3. 1 Veit, OO. O-@, O-@. &-O RFMCRBLTF EU. #2 Vini<, @-D. @-@. O-B. HW &- i MPM CHL TFA, *3 Vaid. 10-50 FRC LTR SU, ea laMit, WMFLUANL TK AW, *5 SOHZ/60H2 ERR 1 Oh * 1 Voc shai be applied to the input voltage between terminal No. @) and (>, @ and @, @) and @, dD and (@. * 2 Vin shall be applied to the input voltage between terminal No. @ and), Gand @), @andH, 9 4 Band. * 3 Vat shail be applied to the voltage between terminal No. 6 and (0. * 4 lau Sha! be apptiad to the input curren: to terminal No. 18. * 5 50Hz/60Hz sine wave 1 minute. 96 No.3 M@ 2238792 0005458 25S me6MBP100NA060-01 f= + IGBT-IPM @ Bats t7-28 Electrical characteristics of power circuit (at Tc=Tj=25'C , Vec=15V) tiem Symbol Condition Min Typ. Max. Unit || De72-Tiy Shee ICES Vce=600V - - 1.0 mA N| DLb72-Zr8 SMe VCE {sat} Ice tO0A _ - 2.9 v v | #1 o ERE VF lo=100A ~ ~ 2.3 v @ SR HMM Electrical characteristics of control circuit (at Tc=Ti=25C , Veo=15V) ltem Symbol Condition | Min. Typ. Max. Unit P44 KARSRER (1 El) locr | fswet5kHz * 6 Duty=50% | 8 18 mA Nt FBG H BS At Icon fsw=15kHz _ 24 54 mA (3 NPE SE ey Es) Duty=50% ADLEMEBE Vin (ons ON 1.00 1.35 1.70] Vv Vin (OFF) OFF 1.25 1.60 41.95 Yat-Be Vz _ 6.9 - 7.7 =| WERHRRE b Uy FL IL Tou Voes<0V, ics04 100 _ 125 Cc Case temperature EAFUYVA Tu - 20 _ C ERE KU PLAN [INV loc Tj~125 Collector current 130 - = A SABE ME ASR] A 2 eae {605 Tp=25'C ; = 8 = eS BANE BIL FRE L WIL Vuvt +1.0 12.0 12.5 | V ~ EAFY YR Vie 0.2 - = V PATHE DR A 7 tam ; 0.8 2 : - ms SARE Sh 3 Bee Isc = - 12.3 | 2S P37 HLH IER RaALM 1425 1500 1575 G * 6 Switching trequency of IPM @ 44+2 47% Dynamic characteristics (at Te=Tj=125,, Vec=15V) Item Symbot Gondition Min. Typ. Max. Unit At yF > ThHla) Els B38 ton Ica 190A, Voc=300V 0.3 _ - KS toll = - 36 | 4S Ra y Fy PRR (FWD) tir IF2100A, Voc=a00V = = 400 nS NPUT Signal | < trr OO fre ; : ~ Collector Current (Ic) + 7 etpoe | i <> tor toff | ' : te > M2 VAS ARE esl (tdoc}) MOSER M4 Af y Ft TRA (ton, toff) OFS Definition of OC delay time Definition of switching time tee wl | wf : _ al Alarm disable Alaom disable Alarm enadle AS JRABCR MEE TLDSTAl (tsc) OIF Definition of tsc Mm 2238792 0005439 19)tL IGBT-IPM 6MBP1 00NA060-01 @ FA Thermal characteristics (Tc=25C) Iter Symbo! Typ. Max. Unit Wir: 7 ZARA INV IGBT Ath (-c} = 0.34 CW _ FWD Ath (j-<) _ 0.90 TW FA 74 PAA LN BH) Ath (c-f) 0.05 ~ CW @ BHA Mechanical characteristics @ 22(8 Recommendable value _ttera . Typ. | Max. | Unit _item Symbo' Min. | Typ. | Max. | Unit HOTU NIL) FRA BB(MS) | 3.5) Nem BREE Voc 200 | 400 |v _Seraw torque | Ee7BB(M5)| 3.5: Nem 5) fo Veco 13.5} 15 | 16.5] V Hit Mass 550 lq IPM A4 1 FT RRR isw 1 | 20 | kHz SEABOTAE A OST tin (sc) 12.3, - 1 us Bott bo] MAMANMS) | 25f | 3.5] N-m Screw torque | =3a=BB(M5)[ 25st 3.5] Nem BM 7O71 Block diagram VEE Bye wt + Op Vint @ Pre-Driver | A | | GNOU 4h fo | 4 ; st Ou Vee! @}- - ~ | : Vir! @--- K ] Pre-Driver | * | Me | GND @---_- a + OV Vecy! $y ! 1 i | A Vin! G4 Pre- Driver i : Vr a | GNOV' 4 + +4 OW Ve oH - Vint: BD FF Pre-Oriver | Ve A | I | GNU -+ : Vin 4 7 Ve K de Vin! 39 Pre- Driver [| Vr a T OB NC & tN - | Temperature senses Rate Over heating protec: [AA > ALM -~ - -W tion Grcuit Poe 7 i SLED aga TF ACOHRE 2 BO, Pre-drevers include following functions (1) 55 PAAR Ee > Short circuit protection circuit if BRE 2) Amplitier tor driver 3) Bl DS RF ee ne <3: Under voltage lockout circuil 238 BRR REIS 4) Over current protection circuit 2238792 OOOS440 1036MBP100NA060-01 Matthies (fH) @ HM Control circuit Tco=100T 30 7 7 : | < o 2 2 5 v ~ a c 3 1 1 Vege 13V 2 3 cyan . i s a cob scessstedisssiin des ctbess ne cesta + : | : 0 ! : L I G 5 10 is 29 25 Switching frequency . fswikHz) BRERA yy F > TRRB Ht Power supply current vs. Switching frequency 14 * Tt 1 T 12 2 -1OF _ q a a 4 > r i 7 a > au * a ghee conn cae eee i aed o Gee Ba pre es & = r 2 . 4 0 L h L : 20 40 60 89 100 120 140 Junction temperature T) (C) ER ER FREE LL HS aE Under voltage vs. Junction temperature 3 - o u wv = a a < Alarm held time 6 L_ : I : ; Loe : t 12 13 14 15 16 17 18 Power supply voltage ; Vec(V) P5 SHR Bat Alarm hold time vs. Power supply voltage =-+ IGBT-IPM Characteristics (Representative) T25E sease Tal 25T 2.5 : ~ 2 u -_ at 2 =c ow > &+ D> ! 22 1.5 32 ce => 3 ] BD % 5 05 : a i | | | i I : : 12 13 14 15 t i7 18 power supply voltage : Vez (V} ALE GEE-S RRL Input signal threshold voltage vs. Power supply voltage Vy 2 z= = 0.8 # 5 06 y & 0.4 + 5 > BO2F - 4 E 40 60 80 1a 120 140 Juncucn temperature : Tj (C) BRE FEATUY A +HARBRERMI Under voltage hysterisis vs. Junction temperature PTET 7 ~ 120 eee TCH wa v = i: xr | : 100 aa A OB on | SE a0 Lo 23 60 i i : De ceed A vel . ge > i | : ae sz 25 perp i : $ | 7 TH re | 12 13 14 1S 16 WF 18 Power supply voltage : Voc (Y) WRF REE by TL AIRE Over heating characteristics TOH,TH, vs. Voc Me 223579e OOOS44) S4Tat IGBT-IPM @ {LY A-BM Inverter Tj=25T 240: pomemeened OW TEV VT 200+ : {> c 2 = 160 5120 L 5 a 80 3 J 40 gu os Collector-Emitter veltage : Vee (V) AL TPER-ALVSR+- Livy aMeeiaet Collector currert vs Collector-Emitter voltage | Ede=300V. ees! $V, Ir25e eee g i { i Hott | en (ton = 1000 near te Cc . E Cc Cc 2 ira 0 29 4m 6 8&0 100 126 #140 '60 180 Collector current . ic (A) Atv, F > PRA-ILD 2 Be Switching tme ys. Collector currenl c : | Fe i | i : ' 2120 : : : 5 i ' : : 2 on op eettteccse crete forrenegtences Cb eet ceo 3 | ! i : 80 re 7 Po MZ cnet dis L 1 ; ' : 40 - ; : i: ( vt 0G 1 ft L 0.0 0.5 1.0 15 2.0 2.5 3.0 35 4.0 Forward voltage : VF (V} NESS Tt WA SBE tt Forward current vs. Forward voltage tire (A) Reverse recovery current Reverse recovery time 6MBP100NA060-01 240 : 200 - i ; < A ML Lo Me ceccccce | So fee sor VA WA fanned 5120 i =o ? 40 t ; ; 0 \ i 0 1 3 4 5 : 2 2 Collector-Emitter voitage : You (} IPO SGR-ALVR- Li y see Collector current vs, Collector-Emitter voltage _Eace300V Vee= | SN, Tjs 165% Jeet 1000 : ton, toff,tf (nsec} o E a & 5 : 3 : 0 20 49 6 ao CM 120 1400 18D 180 Collector current: Ie (2 At vy F FR -IL 7 oT Switching lime vs. Callector current co ow 5 oO 0 20 40 60 80 100 6120140 Forward current : lF (A) BRE NA SE HE Reverse recovery characteristics trr, Ire vs. IF Mm 2256792 OOOS44e 7&6 Me6MBP100NA060-01 & + IGBT-IPM Vec=15V,Tj}S125T ee 1000 z | | Pwo 990 8 - _ TEEEeed 300 > < 2 %@ 700 z 2 400 . 2 2 5 500}- 3 % 5 409 3 300 2 S 200 z 160 | : ; 0.001 0.01 Ct | % 100. 200~2300~S:isC<i SCD Pulse wndth :Pw (sec) Collector-Emutter voltage : Ves (V} BE RRS HE WIN, PARSE ET Transient thermal resistance Reversed biased safe operating area soo > Pe (W) 2Po WY Collecter Power Dissipation Coltecter Power Dissipation t 2 o 20 40 60 80 100 120 140 100 Cage Temperature : Te (TC) Case Temperaiure IGBT & Ait FWD BB Reta tt Power delating for |IGBT Power delating for FWO (per device) (per dev'ce} Edc=300V,Veca15V, T2506 Edc=300V, VecrISi0:= 25 1 any : aes ' ! | Zon LY 40: Eon, Eoff,Err (mi/cycle) > Eon. Eoff,rr (m J/cycte) 1 2 5} A 3 i 2 = a e Ceres hae 2 3 . z = \ i Ao: 3 0 20 40 ot ac 6-100 128) 120160 0 20 40 60 30. 100 325143~=488 Collector Current : te (A) Collecter Current : tc (A3 AfyvF VIBA-AL7 SEM Adv Fy TIRK-IL FBR Switching loss vs. Collector current Switching less vs. Collector current M@ 7e23875e OOOS443 bic Me= +IGBT-IPM sloc {Ad Over Current Protection Level 0 20 40 60 380 100 120 140 Junction temperature : Tj (C) Be REE S aR Over current prctection vs. Junction temperature BM 44A2tsK Outline drawings, mm 1O9zI 95403 67.4 | \ i I i ' | ; 8927 f47U.5 a I = Oh Q = nm 1 N in 22 hs ] 1 195 32D WM 22346792 OOOSe44 555 6MBP100NA060-01