6MBP30RY060 FUJI
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Technical content
HF DeviceName : — IGBT-IPM Hil Type Name : 6MBP30RY060 Hin Spec.No. : | MS6M0364 25225 Fuji Electric Co.,Ltd. Matsumoto Factory : OE ee ee Fuji Electric Co.,Ltd. pao Rowne| ie MS6M0364 1M ie man - Tox00n07
(43 Issued | 4. cat ; come —| | ft bw AN Adokitran , packing spec Sep 24 ‘ op. |) od /, Pp. 1D L. . iqg|Revisren Revsio. ottme 3/ was LO AY Yabo. Lbs - Nov.- (@ Correct errere Nw. <7 ; ca rg [Correction fs [a sents | ae] 7 lp Ahaha | 8.4 Feb -29 sen ReviSicu :Sine of packing box Feb ->3 -'94 Revisi & Corectou: Exrors wv writing | — a4 f | hr SK . ; g ani Fuji Electric Co.,Ltd. 3 MS6M0364 ro eT Ho04-004-03
- Outlines ( +76) Dimensions in mm § = Tz fl 8 : = 2 i 2 = « 2 : 3 a 7 cee S ¢ 5 2 id - 2 3 i 1 2 3 os | 2 a ¢ 9 = : i 3 -s % 5 1 F egigé 505 = she, g t Syste I . SA 2K € = i (2h) RERSEE, 3 ee al E Hea ge ess = 3 Ba . Rehee eas Bl E la és] Toh E ‘ 3 fe [c! suey goR2-fes + 2 al = 2e58 = 5 4 +6 oS 3 SI ie > pe33 “t 3 pikes gy5s 3 F3 Pog Seid ' 7 tisk ——— 5 |= 8h a 7 ; iz § nl g By) — oo IF | 3 a | = —_ i! 65 | =! 2] [5 — Fh ne ee eS EN Md Be hoe = mh 3! F 2 § & y el Ile G |< a Sam 2 | er | kr ! 2 32 2) ig i | | ec | Si A -| é fall — a = fO\\n ie | : - lj 4 eosC 31 —- ears te wee : ; 3/11 HEE Fuji Electric Co.,Ltd. MS6M0364 rom H04-004-03
- Block Diagram ( JO» 7 &) pot Pre-driver 1 OP @vVecu O—9 Vee OHO | @vinu ©-—9IN end oUuTO | o @endu O = OU | Pre-driver 1 | ©vecv O—O vec OH | ©vinv O—?'N end ouro | @eanov O it Ov | Pre-driver 1 | @vVeew C—¢ Veo ond | senn6———¥ Z\\ I @vinew O—9'N eno our | 3iti @enow O Ow 3835 £3 33 | Pre-driver 2 | 2228 |
28855 OHX> y
33 ayy @vee OC—9 vee senoxb_——5 Z\\ | 23238 | OUTXO | Epi? | ae ®vinx OQ—# Inx | Pobis | OHYO 2, 28dtt @vay Odin senovg———5 ZN | 3022] @vnz Q—omz | O N1 | ein | ALM d ALM SGNDZO Z\\ ® ourzo | Ri i a Re | et | @and O | To Pre-driver 1 includes following functions. (P-side) Pre-driver 2 includes following functions. (N-side) ® . (1) Amplifier for drive (1) Amplifier for drive (2) Power supply under voltage protection (2) Power supply under voltage protection (3) IGBT chip over heating protection (8) IGBT chip over heating protection (4) Over current protection (5) Alarm signal output ji i ani Ag Fuji Electric Co.,Ltd. MS6M0364 te 5 —— H04-004-03
- Maximum Ratings ( A374) (Tc=25°C unless otherwise specified) Reeawue SSCS Two ces von) SSSCS*dtCts | sed | cau votun Ger oan) ———SSSCSCSC~dCSC ws iY wd | ee a arom |e | a eect Pore Dasison [owner | | w | luncinTonere Pe | EEz2 Tat | [faveeiccoaae [sans ros 008-63
- Electrical Characteristics ( MAMH#tt)
4.1 Electrical Characteristics of Power Circuit ( =e S RA HtH£)
(Tj=Te=25°C, Veo=15V) es Collector Current at off Signal Input} ICES — | VCE=600V, lin=OmA | - | - [10 | ma] Collector-Emitter Saturation VE(sat) |IC=30A, lin=10mA | - | - [|v] oltag
4.2 Electrical Characteristics of Control Circuit ( #/@IaB ER A044 tt)
(Tj=Te=25°C, Veo=15V) ee Pre-driver (one unit) Pre-driver Pera mA eek Current, $2328 ri i £22] |Over Heating Protection (x8 ARIE) 53223 23 see IGBT chips Over HeatProtection | tion [sur eof IGBT [so] - | - | C 22225 | [Temperature Level y Eris? Bags? 3838 32 Over Current Protection (six RE) 32222 acanectngrsicrwae [re | + - | as | - [na Psion Oserine | sooo frase rete | [so] va |» | Power Supply Under Voltage Protection (Si M EE F Ri) pee fw [Pel Ta Level a Alarm Signal Output (75—L{B Sih A) Awnscuwitnn | ww | - J] ]-Ja| a . et BH Fuji Electric Co.,Ltd. MS6M0364 eo a H04-004-03
- Switching Characteristics ( A4y FU 7 HIE) (Tj=Te=25°C, Veo=15V) ear [nf | Switching Time (IGBT) te=a0a voc=soov [| 05 | - | - | os | Switching Time (FWD) Inductive-Load, Fig. 3 L - [ - [os | os | 6. Thermal Characteristics ( S#tt) - (Tj=Te=25°C, Veo=15V) [tems LSambols | min. | tm | max | unit | Junction to Case Thermal Rth(ive) | = | = [147 [rom Case to Fin Thermal Resistance with Compound Rth(c-f) | - [00s | - [eorw] 2352 | 7. Recommendable Value ( #388) Sef: gi: _22353| |Range of Pre-drive vec 138 | 15 Vv zR2's 2EEse 2372! Fests 8. Weight ( ##) ca ee wee | PP - fi| Fuji Electric Co.,Ltd A MS6M0364 71 abel 5 — H04-004-03
Ic : ‘ ALM : ; toc; Fig. 1. Definition of OC protection delay time (_ 8 % ii Ri 2 +S IO eH) Soft shutdown BaF? Ic Ic ha cf poo giz : : 32 338 IALM \\ALM 1ALM 52493 ERs SPis? Fig. 2. Definition of protection delay time at short circuit (_ 55 #305 FR iW si +85 fl © 3 2) egev?e 3obs2 Zeeks 2323 sieee z25z: Input signal (lin) current + ‘ ‘ ‘ . nia ‘ sae Meee 10% ton + toff Fig. 3. Definition of switching time ( A4 vy FY 7 RMOLR) ant Ae Fuji Electric Co.,Ltd. MS6M0364 a HO04-004-03
- Typical Application Circuit ( AEB) 1PM Opto-Coupler O.1uF 10uF db: apt 2) oo d, O.1uF 10uF Os ' H — Os O.1uF 10uF C) 9 U © Pap =e) sees — O7 vO A bas: — On
2322 Veco] “Set
52328 Pee ee O 2
ES EeS > $5345 IF 4 <i uO) 2t28% ' igs FI <j seo nO O Ez5z2 i! O wl O 1s O 10 OAuF S3uF - Recommendale condition of Opto-coupler ( #2+b A 75 RMAF) “g_.4;_] Input Forward Current of P ; ont BY Fuji Electric Co.,Ltd. MS6M0364 | a H04-004-03
- Application Guideline ( @H#O2BSR) - The wiring between the opto-couplers and the input terminals of the IPM should be as short as possible. The stray capacitance between primary and secondary side of the opto-couplers should not be increased by pattern lay-out of the control circuits. Dah AFTEPNOADMFMMRSTE SEES L. DtbhAFIOI R: 2 RMOPE BRE MMs CELINE -U LAP UREL TS ESL - Capacitors should be connected between Vcc and GND terminals of the opto-coupler as closely as possible. DAK APS OVGNDMIDIe, AY FUE CE SEMEL TRY HTK HEL. - Each power supplies for drive circuits should not have transient voltage fluctuation. Four power supplies which are isolated should be applied individually. : SUABRGRBEESHODE, BBE NEE OE 4 BIRWICRAL TK HEL. - In order to prevent noise from AC line, connect capacitor (approx. 4.7nF) between three-phase line and earth. M1 YDS ODS A XAODBAEMS EH, 3 EA—7 —AMIL4MFREOAY Fy VEER LT< HEL. - - Do not connect N2-terminal of main circuit to ground (GND) of the control circuit. AADBOTS YE (GND)& EB BNMTE BRL BUT. HEL. © 3aii 11. Heat sink mounting precautions ( | P MORY {tit Aik) 3 2 : - Amounting surface of a heat sink should be finished to a roughness below 10um and a flatness 242 : between screw holes below 100um. If the flatness is below -100um, a thermal resistance between tiles an IPM and a heat sink is increased. If the flatness is over +100um, there is the danger of the 3232 é isolation failure. $33 A 1 PMERY HSE YY I BOLTS, BS OuMUT, ATMEMCOHOFRE EEESE ( BY) 10pmEAISL TRE LY, FBSA MU FORE. Eb 7 AO RARARE ra ?5 i PAMWMLET. Ek. FEA. MULOWA, BRBRE HO TERENHY ET. 22g ? 3 - Apply a thermal compound between an IPM and a heat sink to reduce a contact thermal resistance. ie RAMEE EC THRMIS. | PMEE Hh YYZ OMISG—VILALNGUE EBL T Fs 33 i 2 - Mount an IPM in parallel with extruded direction of a heat sink to reduce an influence of a change of a heat sink, when a heat sink which is made by an extruder is applied. FAL EL MIL ko CHS hie bh YU EAT S BAS, Eb YU ORBORBE be < FSH PMEE bh YY OL WL AME FATICRY HIF TEL. | { “o0um | Heat sink | | | ~ ih aaa ~ neg | i <«_ Extruded direction \\ qo BH 3 a H04-004-03
- Packing and indication ( #@t #*) © AEN diy ~ Material —_: Corrugated cardbord MPT Tp, al orrugated cardbor: $ LES He FN RSC” 9] Weight : Approx. 3.1kg (max.) SIS =e 493.1ke GX) SS Quantity: 50pes (max.) a 276 383, a 5048 (XA) PartNo. Lot No. BR Ovhes Ae 7 8 Quantity #2234 13. Storage and transportation notes ( R#, BRLOZERR) ~ fi ? 2 = - The IGBT-IPM should be stored at a standard temperature of 5 to 35°C and humidity of 45 to 75%. 2st SACHEMERAMBELL. (5 ~35 °C, 45 ~75 %) 23 3 - Store modules in a place with few temperature changes in order to avoid condensation on the tte i module surface. iil BAEBERLABUCL, ( Ea RBMERL BUTE) 2 332 2 - Avoid exposure to corrosive gases and dust. BRKHAZORESM, SROSMMSHTSCL. - Avoid excessive external force on the modules. HMAMRICA EMD MS GWE 5ISEBTSECE. - Store modules with unprocessed terminals. EVI —NOMFSRMLORECREFS CL. - Don't drop and shock the modules during transportation. MPIC MRE SAIL BFE GWOL. 14. Operation environment ( ##/A#U#) - Avoid exposure to corrosive gases. RRAAOSHACORALHISC&. 15. Applicable category ( @ Fist) - This specification is applied to the IGBT-IPM named 6MBP30RY060. Att HAMS, IGBT-IPM( #!st: 6MBP3ORY060) IXBATS. © TF 3 a : H04-004-03