MIG100Q201H

MIG100Q201H TOSHIBA | Alldatasheet

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TOSHIBA INTELLIGENT POWER MODULE SILICON N CHANNEL IGBT HIGH POWER SWITCHING APPLICATIONS MOTOR CONTROL APPLICATIONS @ Integrates Inverter, Brake Power Circuits & Control Circuits (IGBT drive units, Protection units for Over-Current, Under-Voltage & Over-Temperature) in One Package. @ The Electrodes are Isolated from Case. @ High Speed Type IGBT : VCR (sat)=3.5V (Max.) toff=2.548 (Max.) tyr =0.21s (Max.) @ Outline : TOSHIBA 2-136A1A © = Weight : EQUIVALENT CIRCUIT 16 15 14 138 12 11 10 9 8 7 6 5 4 3 2 1 Rm Or OOOO OO rr Oe OHO OO O82 OOO ! 1 i A a i lei [itt Tim alr itr ile : 1 |Fo IN vp GNp| |FO IN Vp GND] |FO IN VpGND| FO IN Vp GND Vp IN GND Vp IN GND Vp IN GND 1 ! 1 1 [GND Vs OUT] [GND Vs OUT] |GND Vs OUT GND Vg OUT GND Vg OUT GND Vg OUT GND Vg OUT i Pet A PLA PLA LA PLA PLA PLA! i PyN EAN ES rN PSN EY es A es GG | Ty fj | | ! i | ES rs es | i : a | : I a | ! : WwW Vv U B N P : aren @ Seren @ arenas @ Serene @ Steerer arate @ Sharer @atee 13.IN (X) 14.IN (Y) —15.IN (Z) 16.FO 9610016 4A @ TOSHIBA is continually working to improve the quality and the reliability of its products. Nevertheless, semiconductor devices in general can malfunction or fail due to their inherent electrical sensitivity and vulnerability to physical stress. It is the responsibility of the buyer, when utilizing 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. @ The information contained herein is presented only as a guide for the applications of our products. No responsibility 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 1/7

MAXIMUM RATINGS (Tj = 25°C) [Supply Votiage [PN power terminal | Veo | 900] V_ [Collector Emitter Voliage | = ~——+| Vers | 1200 | _v_ [Junction Temperature [| ‘(| | 150 | c_| [Supply Voltage [PN power terminal | Veg | 900 | V_ [Collector Power Dissipation [Te=25°C | Pg | 400 | _w_ [Control Supply Voltage _|Vp-GND terminal | Vp | 20 | V_| [Input Voltage _—__|IN-GND terminal | Vy | 20 | V_ Control 7 [Fault Output Voltage [FO-GND ) terminal | Vr | 30 | V_| [Fault Output Current [FO sink current | Ino | 14 | mA [Operating Temperature | ~~ | TC [=20=+i00| °c _| [Storage Temperature Range | — | Tag | =40= +125] "C_| [Screw Torque —[Ms—SSSSCSCSCSC~r SS | SS | Wm | ELECTRICAL CHARACTERISTICS (Tj = 25°C) a. Inverter stage Fence | ex foseww — RSS = T= Palm Collector-Emitter Saturation Vp=15V, Ic=100A [T)=25°C | — | 2.7 | 35 | Vv Voltage Vor(sab |vpy=av-ov__—j=ta6rc| — | 26] — | fForward Voliage | Vr |ip=1008_———SC=~dY CY 2 | | ton I 4=600V, Io=100A [os | 1.5 | 2.2 | [tefoay [VOCs SOV. Ho= 1008 os [10 | Switehing Time Vo=18V, VIN [= fos [021] ys inductive load [= | 03] 06 | 1998-07-01 2/7

b. Brake stage CHARACTERISTIC SYMBOL TEST CONDITION [xan. | rye. max. [unr] Cellector Cut-Off Current Icgx |VcEx=1200V T1258] — | — | 20 | mA Collector-Emitter Saturation | Vp=I15V, Io=50A | T)=25°C | — | 27] 35) Voltage CE (sat) | viy=3V—0V T\\=125°C| — | 26] — | Forward Vollage Tp=50A [= [sop a7] Vv [ton fon Voc=600V, I¢=50A | 08 | 05 | tecom) | sy, Vin =3ve0V | — | 05 | 1.0 | Switehing Time D=18V, Vin [= [oso [045 | ys Inductive load [— | 03] 06 | c. Control stage (Tj = 25°C) CHARACTERISTIC SYMBOL TEST CONDITION [xan. | rye. [max. [unr] Control Greutt [High Side | IDG Iv —yay == ar Current D= [= [0 | 20 | Input On Signal Voltage Vp=15V, Ic=100mA | o9 | 11{ 13] Vv | Fault Output 7 [ s| wl 12] Current Noe iv [=7=7 7 ™ Protection oc Vp =15V, T)=125°C A Protection sc Vp =15V, T)=125°C A Over Current Cut-Off Time toff(OC) | Vp=15V [| — | 10/ — | ps | ‘emperature ‘ase temperature nder Voltage Fault Output Palse Width | tro | Vp=16V Data 3] ms | 1998-07-01 3/7

d. Thermal resistance (Tj = 25°C) CHARACTERISTIC SYMBOL TEST CONDITION Inverter IGBT [| — | — [0.156 Junction to Case Thermal Ring Inverter FRD [| — | — | 050], crw Resistance thi) [Brake IGBT | — | — [os12 Brake FRD b= [| 100] Case to Fin Thermal . . °, nice [omens | [ow | ~ [om Attached 1 : Switching time test circuit & timing chart Intelligent Power Module Yb - | i lenp onp/-3 Loa----4 ! Voc a) ' 1U (V, W, B) He H)¥ 1 t OUT 1 9) i t * TIN Vs ' i i ‘GND GND = i H ! ' Hl ten-----4 ' i I i Input Pulse Vin WAVEFORM | | | \\ a | \\ ln er 1 1

1 I ;| |

| I i! | Vo WAVEFORM | 10% f Nao | 10% A i Now i 1 tog ty te (oft) | ton? {te (on) ei p72 _ 1998-07-01 4/7

200) 7 200 Foner one] IFT [| PTT conosco eee ae e LEE TT TTI : fl | oes, eae fC P 2 100 Fisv 5 109 nee, ie eoLiTyA TT TT Z go tt ve 2 LLL 3 sd y} 2 3 ] $ / 8 “YY & ] y | a | LlA7 Tt tt % 1 2 3 4 5 °% 1 2 3 4 5 COLLECTOR-EMITTER VOLTAGE Vcg (V) FORWARD VOLTAGE Vy (V) SWITCHING TIME - Ic SWITCHING TIME - Ic Fe a Fs a ee | SS fetta a a LEE | ej Zz a a A A a | z ee A 2 “erry g “iP é é Pit | BJ Popes tt eg Lo

8 ESS SS ae | a cs rn

Le fF vocesoov | vecto0v FE | ttoan LEE] ttoan 030 408930100 0 030 40901000 COLLECTOR CURRENT Ig (A) COLLECTOR CURRENT Ig (A) 2 ter, Ir — IF OC - Te <2 [common camone F171] 2 “Tw | | |... = 3 900] vp=i5v a a — B | ee zt ttt ty tT ee eee os og Seat z INVERTER STAGE = SS ee ee | | [| > pPrr By ce 5_ 200) i Bet sare e TTT TT tit tt | BS aN = | CPPPores 2 || eet a A 2 109 rT

2 SSS SSS SSS a Li {i ||

i ———— g <= Fa a 3 i @ 0 20 40 60 80 100 oO 25 50 1 100 125 FORWARD CURRENT Ip (A) CASE TEMPERATURE Te (°C) 1998-07-01 5/7

g “Loew TTT TTT TY": WELLL LLL LL z ~ y 2 2 we LEE P COTTE): CESSES 5 gd L | we 9 SERRE SEAS 5 “COPD merceccis 2 Sse SSE EE EAS

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zs % <S oe. BSS ge | + | 1 | tt Bo | 52 4 a ee € LITT TT tT titi. § LEE BCOCPrrrreerr so geeeSe SSS eee B 8 o3 ee P COP PrP Cle Fee = d lo oaLvo=v_| TP TT TTT TT | 3 10 15 30 98 0200 400 G00 00000 1200" Tav0 CARRIER FREQUENCY f, (kHz) COLLECTOR-EMITTER VOLTAGE Vcg (V) sw Rth(t) — tw INVERTER STAGE si Rth(t) — tw BREAK STAGE ee eo

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é oop LUT TTT TET CT) 2 oop THIN TUTTI TAIN FEI PULSE WIDE ty (s) PULSE WIDE ty (s) TTT 4998-07-01 6/7

OUTLINE : TOSHIBA Unit : mm Te seratio pean danas d 2 nae o=Ms a a a a Ne s. ipsa CGE EHS) =f ef] - zat lel lNosalllgse] al oc i a A=] sz || 2al|le0 | i i 6245 215.24 || F . . . ry ¢ . sel a] 38 { 5 6] | a {6}; fal, (eLej— l 4-9 5.5103, sisio 28108 08s 705003 ans popoee so-n0.595 a JIM MyS | Mpp manos 13.IN (X) 14.IN (Y) 15.IN (Z) 16.FO TTT 7998-07-01 7/7