MIG20J103

MIG20J103H TOSHIBA | Alldatasheet

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TOSHIBA INTELLIGENT POWER MODULE SILICON N CHANNEL IGBT HIGH POWER SWITCHING APPLICATIONS MOTOR CONTROL APPLICATIONS @ Intelligent Power Module that include IGBT drive circuits, overcurrent, undervoltage lockout, and overtemperature protection. @ The Electrodes are Isolated from Case. © High speed type IGBT : VCE (sat)=2.7V (MAX.) toff=2.0us (MAX.) trr= 0.28 (MAX.) @ Outline : TOSHIBA 2-99E1A (See page 5 for the device outline) @ Weight : 80g EQUIVALENT CIRCUIT mm OO OOO Or OO Or ORO OOOO 9 1 ! i} 1 i [I —_ | i . GND Vcc Vro Vinz Viny VINX GND Vin Vcc GND Vin Vcc GND Vin Voc + ! Ww v U !

1 GND 1

: Vsz Voz Vsy Voy Vsx Vox GND Vs Vo GND Vg Vo lGND Vg Vo . 1 1 to lL LE LL ; LLAL LAL PLR TLR LR | 1 ! el cel cel es ee ee or PL i es i : | oo as ! ! | ! 1 1 Len eee ee ee Ode ee ee OD eee Ot nee Ode HO 1. VINU 2. VpU 3. GNDU 4. VINv 5. Vpv 6. GNDy 7. VINW 8. Vpw 9. GNDwW 10. GND, 11 Vp 12. VINX 13. ViIny 14.VINZ 15.VFO Q61001EAA2 @ TOSHIBA jis continually working to improve the quality and the reliability of its products. Nevertheless, semiconductor devices in general can maltunction or ‘all due to their inherent electrical Sensivty and vulnerability to physical stress. It is the responsibilty of the buyer, when lizing TOSHIBA products, to observe standards of safety, and to avoid situations in which a malfunction or failure of a TOSHIBA product could cause loss of human life, bodily injury or damage to property. In developing your designs, please ensure that TOSHIBA products are used within specified Operating ranges as set forth in the most recent products specifications. Also, please keep in mind the precautions and conditions set forth in the TOSHIBA Semiconductor Reliability Handbook. © ‘he information contained herein is presented only as a guide for the applications of our products. No_ responsibilty is assumed by, TOSHIBA CORPORATION for any infringements of intellectual property or other rights of the third parties which may result from its use. No license is granted by implication or otherwise under any intellectual property or other rights of TOSHIBA CORPORATION or others. @ The information contained herein is subject to change without notice 1998-07-01 1/10

MAXIMUM RATINGS (T; = 25°C) Supply Voltage Vous |Collectormitter Voltage | = — | goo |v | Inverter Part Collector Current (DC) Te=25°C | 20 | a | Collector Power Dissipation |Te=25°C | 62 | wi | % [Junction Temperature | — | 50 Supply Voltage ee ee ee | Vin [intput Vottage [Vin=Vp | 20 Control Part VIN tput Voltage VIN=Vp ‘0 Vv Foul Output Voltage Vro=Vp Foul Output Current | =| mal Operating Temperature | | = 20~ + 100 All System Storage Temperature Range =40~ +125 Vigo _ [Isolation Voltage 2500 Poe Yocew torque wes | ELECTRICAL CHARACTERISTICS (Tj = 25°C) Inverter Part SYMBOL TEST CONDITION SPEC UNIT | MIN. | Typ. [MAX. | vy Collector-Emitter Saturation |vp=isv LC=204 | = | 24 | 27 | v CE (sat) Voltage TN=0mA I¢=20A, T)=125°C Forward Voltage Tp=20A | = | 18] 25 |v | Voc =300V Switching Time Vp=15V Hs TN=ImAcOmA | = | o4 | 15 | Inductive Toad | — | o12 | 02 | IcEs Collector Cut-off Current VcE=600V BC | — | = | mA 1998-07-01 2/10

Note 1 : Switching Time Test Circuit & Timing Chart a) Low Side Switching Intelligent Power Module H P Vp ? 15kO zi | Vo Vp=15V VIN ' ° Voc Vp iu(V, W) 15kQ : | Vo i Vp=15V @: | VIN i GND----- "\\ ! ! N Input Puls doesceeee teen seeennnennecneed nput Pulse nr - ~Ic b) High Side Switching LW Lt dIvp ? : 15KOE | | Vo : Vp=15V o4 VIN i @ : | Input Pulse GND~---- LUCY, W) uu: ? Voc Vp 15k NE | Vo ; Vp=15V VIN : iN f H Input Waveform L. [vox (on) VIN (off) i i i ter i i ++ Ig Rating i n Voltage Waveform Vor 4 ler [ i eaves ! Yy LL. Ic Rating ~~" tees a i c i 90% \\ i / i f Hl ! ‘ i 1 i U i i i ! i i i i i i ! i i {7 te(on) 1 fe(of ton toff 1998-07-01 3/10

Control Part (Tj = 25°C) SYMBOL ITEM TEST CONDITION SPEC UNIT Ip Circuit Current Vp=15V igh Side |_| 8 mA Input On Signal Voltage v Input Off Signal Voltage Ino Foul Output Current (Protection) Vp=15V, Vro=15V [| s| 5] 7| mA Foul Output Current (Normal) ;—-|-] 1] Vp=16V oc Over Current Protection Trip Level |-2 | 40 | | = | A toff(OC)_ [Over Current Cut Off Time Vp=15V or _ | Over Temperature Case T - Protection oe Mere’ [80 [90 [100 | Control Supply Under- |Trip Level ¥v Voltage Protection Foul Output Pulse Width Vp=15V. [5 { 10] 15 | ms | Thermal Resistance (Tj = 25°C) SYMBOL ITEM TEST CONDITION SPEC UNIT Junction to Case Thermal INV. IGBT [— | — [20 | Resistance INV. FWD |= | = | 48 Jog Case to Fin Thermal Resistance Rin (ef coe hig MmarmatResitnee = - ff =| 8998-07-01 4/10

ELECTRICAL CHARACTERISTICS TEST CIRCUIT (VcR (gat), VF. ICES, Ip, VIN; Ifo, tro) a) VCE (sat) Pw, Vv, W) VCE (sat) atv 9 15V mae ° © Bhic o|Gnp-----L- U, V, WN) b) V; ) VR P(U, V, W) real’? ; 15V olVyy VO M4 © @B {Ic U, V, WN) I ©) Ices P(U, V, W) ofVp ra ® y 15V olviy VO M4 600V U, V, WN) 4) Ip @—o-Vp 15V otenp e) VIN(OFF) P(U, V, W) Vv oJ V; $ IN(ON) D vo re 15V LP |NN © { C i; U, V, WN) f ° o[Vp FO } i 15V 5 oy ai 4 © Bic W o|enp-----H-$ N #) 180 pee uw otVp FO } 15V 5 | VIN © { Ic W olanp-----|_ N OT 7998-07-01 5/10

OUTLINE : TOSHIBA 2-99E1A Unit in mm

8 E : A 3

56+ 3 & fen) & SS | q 3 . | a rot | — | = Bg » "| 3| = } | SS S i || = aA [eel | 4 iq | tr ee i 1. Vinu 2. Vou 3. GNDy 4. VINV 5. Vpv 6. GNDy 7. VINw 8. Vow 9. GNDw 10. GND, 11 VpL 12. VINX 13. VINY 14.VINZ 15.VFO TO 9BOF-OT «60

TIMING CHART (High side) Typical example of drive circuit Intelligent Power Module ; photoeouper Vp r scevetensven ot Tpe16mA ot ”) Vay : mare fa | PED, mipesoadiy oe *1) or Vay, VAW *2) or VINv, VINW *3) or Vav, Vow *4) or V, W UVr Vp UV H L H L oT, Te / \\ OTr 25°C tg k- tg 4 “ers oc Ic UV : Under-Voltage Trip Level ty : 2.5us (Typ.) UVr : Under-Voltage Reset Level tg : 10s (Typ.) OT : Over Temperature Trip Level tg : 10ms (Typ.) OTr : Over Temperature Reset Level OC: Over Current 1998-07-01 7/10

TIMING CHART (Low side) Typical example of drive circuit Intelligent Power Module YFo se 4) ; p= 16mA ! ° » VGx “ey fol | O— Driver po *1) or Vay, VAZ *2) or VINY, VINZ *3) or Vay, VGz *4) or V, W UVr VD UV H L H L oT— Te / x OTr 25°C tg k- tg 4 +t ty oc Ic H VFO L UV : Under-Voltage Trip Level ty : 2.5ys (Typ.) UVr : Under-Voltage Reset Level tg : 10us (Typ.) OT : Over Temperature Trip Level tg : 10ms (Typ.) OTr : Over Temperature Reset Level OC: Over Current 1998-07-01 8/10

25 25) COMMON EMITTER COMMON EMITTER

2 Te=25°C 2 Te=100°C

~ 20) ~ 20) y 2 vp=17V ] 2 Vi: av P | P ff Zz 15 HY] 15] ff 13V / y 2 10 fi 2 10 "i E é 3 5 5] 005 1 15 2 25 3 35 005 1 18 2 25 3 35 COLLECTOR-EMITTER VOLTAGE Vcr (V) COLLECTOR-EMITTER VOLTAGE Vcg (V) Ip - VF SWITCHING TIME - Ic 25] 10) Ss a Ss a a a COMMON CATHODE COMMON EMITTER Fry —— oes = VgE=0V Voec=300V — oe z= Vp=15v a & zg L-Load he a . te=100% / = | ex2ore 1 f° i oe | 3 ar —— eee 10 2 le 3 is} a SO Es a z = PH om HH on 2 § WV | | tom TTT Z ET se | I a Ua oal | 005 1 15 2 25. 335 1 10 100 FORWARD VOLTAGE Vp (V) COLLECTOR CURRENT Ig (A) SWITCHING TIME - Ic 3 ter, Ir — IF

0 A — x} <== aaa

COMMON EMITTER pp iy < COMMON CATHODE a | a ce ee D= & - za L-Load a gS ~ see A $ ° gq = Te=100°0 A ge a ee | § ieee fol ot ee

2 See ery eee

—E —o Cee |

2 Ese Te a

ee get | Ti Tt TT L Ti) TT et TT TT oa Soot 1 10 100 4 1 10 100 COLLECTOR CURRENT Ic (A) FORWARD CURRENT Ip (A) 1998-07-01 9/10

g ter, Inr — IF ‘a Eon, Eoff — Ic ee COMMON CATHODE FEE COMMON EMITTER SS SSasee ie di/dt=150A/ ps kr Voc=300V re E Vp=15v a a S Vp=15V a a ton 100° A a L-Load A ge : a a Te=100% a a te 8 ETT TT BE oon J ope iWK—— bof eee Be ad 2 tenon to te a 5 a OS ge ro BE CoO 33 a = Ee ert HH i a i cere et LTT TTT Ed | (001 on a 1 10 100 1 10 100 cf FORWARD CURRENT Ip (A) COLLECTOR CURRENT Ic (A)

100 REVERSE BIAS SOA o Rth(t) — tw

~ a a ee ee A a z a ol © a é Pt - ee L__ Be 2 ireawstoron sexs] z SS = eer ge eee em | 2 - eee ep EHR ed | E att A TT 8 es a 2 3 Ce a aa aaa a a a a a a = rg 2 J} 7 a a | 8 a | | 8 besrP fF EE | eg ee ol | fT | oon LIM TTT TINE CIMT HT 0 100 200 300 400 500 600 700 1 10 100 1000 10000 100000 COLLECTOR-EMITTER VOLTAGE Vcg (V) PULSE WIDTH ty (ms) OVERCURRENT — TEMP UNDERVOLTAGE — TEMP TEETTT) @0 2 tele |e ohne eee a BE a ee ee 2 A SERRE See 5 Er 0 5 ol 0 2 ~<40 ~~60 80 +100 ~~«120 0 2 40 60 80 100 120 CASE TEMP Te (°C) CASE TEMP Te (°C) 1998-07-01 10/10