MIG20J951H | DigiCamel IC Datasheet

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INTEGRATED GTR MODULE MIG20J951H ———— Unit in mm High Power Switching Applications 183210 153210 Motor Control Applications 7 320: L-| Sent i a a 4 Integrates inverter, Converter and Brake Power | ie wil 3] Circuits in One Package. o ttt fi l| $13 < [SRE Pfs eee osiniieian al? | © Output (Inverter Stage) am rk arene | : 8@20A/600V High Speed Type IGBT < BEER CHEE | Vee(sat) = 4.00V (Max.) |) LEE vn oNT IT ty = 0.30ps (Max.) PEE 3 ty = 0.15ps (Max.) efzszi | pe Piero HS © Input (Converter Stage) t]s.st0. ee 520 : 1@30A/800V Silicon Rectifier [szos 3205 Ve = 1.20V (Max.) oas03 osato3 * Brake Stage me pyet oe : 1SA/600V IGBT & 15A/600V FRD esd esd ae © The Electrodes are Isolated from Case. 3 cls SIGNAL TERMINAL = 1:G1_-2:£1 3:G2_ 4: £2 9:66 10:E 11:G7 12:67 JEDEC - TOSHIBA 2-99A1A Weight : 175g Equivalent Circuit Pl Pi P2 RO so a u To ODE ae ee E2 ° oW BK = @uK FUE eK : a es The inormationcontainedhereis subjectto change wihoutnotice. ‘The information containedhereinis presentedonlyas guide forthe appicationscf our products. No responsibity's assumedby TOSHIBA for any inkingerentsof patentsr other rights ofthe third panies ‘which may resulrom ts use. No icenseis grantedby molcationo otherwise under any patentor palentrghiso! TOSH@Acr others, These TOSHIBA procuctsare intended fr usage n general elecvonic ‘equipments (ofce equipment. commuricalionequipment, measizing equipment. domestic electrification, etc ) Pease make eure tha you consult wih vs befere you uve these TOSHIBA products in equp- ments nich requirehigh quay andlor iby, anc in equiorents wich could have major mpactto te weifareol humane. (alomicenergy Corto spaceship tafe signal, comibustonconvo. al yoos ‘of salty devices...) TOSHIGACennot accept habillylo ary damage which may occurin cage tiese TOSHIBA products were Used in tne menitonedequipments wiiou orice consullationwih TOSHIBA

Electrical Characteristics (Ta = 25°C) a. Inverter Stage Lu [Collector Cut Curent tees [Vor =6000,Voe=0 | - | - | 10 | ma | [GateEmiter Cutofvorage | acon | Voe=SVilg=20ma | 30 | - | 60 | v_| [ColectorEmiter Saturation Votage | Vee way [lc =20A,Var=15V | - | a0 | 40 | v_| , Vee = 10V, Vee =0 F | = [008 | ox6 | Voor seo [ = [ove [02a | Setcning Time Voc= 215V | = [080 [060 | (Neve 1 [= [ois | | = { o60 [1.00 | [ForwardVotage |e (ee OAVge=0 «dT ~*d| st | 28 | | meomnrne | [means | = | 200 [ons | | [= [6 | ed ee b. Converter Stage |______suanacrenisnc | svweon | testconomon [wm [ rv [mx | arr | [Repetitive Peak Reverse Curent [tana [Var =600V S| | - | 60 | wa | [PeakFowardvotage | Mew [ewe 90ASSS*d| C+ | ao |v [Peak One Cyclo Surge Forward Curent [les _[S0HzSinehalfwave | 400 | - [ - | A | [ThermalResisance | Ryo | SSC CS (| C(t | oe |

c. Brake Stage [mere [arc wm [ re [a | [eaieteatageGuret tees | Ven =2000Vee=0 = | = [oo] oa] Collector Cut-off Current Voce = 600V, Vae = 0 | - | = [10 [ma] Repellive Peak Reverse Current | ter [Vanw=600v 0 ma Gate-Emitar Cut-off Vottage Ve = 8V. lg = 15mA [30 | - | so Tv | Collector-Emitter Saturation Voltage c= 18A, Ve = 15V [| - [| 30 | 40 |v | Vee = 10V, Vge = 0 pescowne me ft [oe - || [= [ae [oe Rise Time a bev | = [012 | 024 | Switching Th Ig= 158A | = | 040 | 080 | i ‘witching Time TurwotfDelayTime |" yan | Yor =318V | - | 030 | 060 | Fall Time | | inte 1) | = | 030 | oss | | = | 065 [4.00 | FomerdVoiage [ve [ee isa veese =r fas Dv] [taster | =f | Thermal Resistance Rin G-c) [pide T= = J 280 | Note. 1 Switching Time Test Circuit & Timing Chart VGE ! 90% -VGE i A Ic} L Vee Ic tt H Vcr oNCB_10%-+ 10% 10% tf! -L-10% =a pana weneeedee. td (off)! i ite td (on); itr, : ae H eat H i toff! fton }

a. Inverter Stage Ic - VoE cs Vee - Vor ° eV TT. >» | oom UT TT s UA eT TT Ff mews HUT TT TT - LLIVYZET TT 2 LETT E §

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.an)/@Geeeee ett Le ere] |_| aa, === ae Pri itr VAT eer) 8 it iz 16 20 COLLECTOR-EMITTER VOLTAGE Ycg (V) GATE-EMITTER VOLTAGE Voge (V) ~ Vce - VGE ~ 16 VCE — VGE > Se HHSC: | HHH Es Te=25°C > Tew 125°C 8 "TTT TT 2 "TTT IL

3 COCOA TT 3 HHH

2 COMMON EMITTER, 1’, [| i

. i ie cl 3 aap Z| ea 16 20 8 Perit 708 GATE-EMITTER VOLTAGE Vcg (¥) . CHARGE Qo (nC)

a. Inverter Stage 1 ton, tr, td(on) — IC 20 ton, tr. td(on) — RG 3 ata tese Tear yy BO) res |= SERS ed a ee | --- tense ESPRAEE HHH aa z o3} —__ eee Eee 3 wL_L ETE TT 3 Sra == = Pe ee alll 2 aC 2 a ae g = 2 tee

8 TT : Poet Hd

1 3 10 30 10 30 100 300 1000 COLLECTOR CURRENT Ic (A) GATE RESISTANCE Rg (ft) 3.0) tom th td(o — Ic 30, tom tf, ld(om — Ra s CE TTT Fee ce a OT § LI UT gfe ewe [Il | ase 5 fF — er § —accmnee: ames anal OE ee | a OS oD? ee | 8 eens te 2 os} ear NT = Yori et TRU TT g Yoc=300¥ S g ae a ad ee | : . COLLECTOR CURRENT I¢ GATE RESISTANCE Rg (ft) Ip - Vr 2 ter. ler — IP FASS 2 BFS]

2 LET TTA TT ge | teers apa Reuse

g/l TT | me See fe fa a Se eS A A A 2 29 i & Pla

8 Li TTAAVT TTT ge EPP

PAT) BRS BTA AZ | comes carnooe 5 — SV Yor=0 a8 | it q/ t Ler | ~ ~irTirt ly FORWARD VOLTAGE Vp (¥) FORWARD CURRENT Ip (A) oe peserees Cuneinee tare

$A 20951 a. Inverter Stage

10000 C - Vce Rin) — tw

ee 19) SS «SSS 6 ere & scoot LTT cies | Tl @. LUI Co

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30] st mea s oo} TT eo f=1MHe EOCESSEE ce EHH = ae a A gl 2S LCT Til oon TMI TTI TET TTT try t 3 10 ww 100-300 1000 107? 107? 107 1 10 COLLECTOR-EMITTER VOLTAGE Voce (Vv) PULSE WIDTH ty (s) SAFE OPERATING AREA. REVERSE BIAS SOA 3 emax ruiseo « =PHHE Pett 2 eee “fcr commu HSNO ° wee EEE EERE | y] ie - = : COST NCS === a==SSs === & brace SHES HTH Boo Paces NUN fo oemwe SEEN 2 ouaves saree LEN IN LU 3 ey -====SS == Heaney wre EE co he === osLtewrenarune. FPR ool SoC 1 3 10 30 100 300 1000 ° 100200 300 0 «500 600 700 COLLECTOR-EMITTER VOLTAGE Veg (V) COLLECTOR-EMITTER VOLTAGE Ycg (V)

b. Converter Stage 300, Ip - VF 0 Rth(t) — tw eS LS A PS Ct oom) tweet te EEE a) | < Ss 23h SEs ee SEs ——— | & See os SESE comes til eo os Raa sce ae ess = —— ae a Z 2ST eo Cee 68 Be ps 5 555 Ss SS SE 5S S SE He: 3 ae 22 oe ee oF Se Ss Sc acs | a1 = COU no ® LL [yy TT 7 _ Re aeesiiiiimeeeeiit oem saiilie msi —— E ona a A SE] common cariooe | COI Conn ToC os 0.01 0 Os 10 15 20 2s 107 107? 107 1 10 FORWARD VOLTAGE Vp (Vv) PULSE WIDTH ty (s) feenien GUMMUMATION

c. Brake Stage a Ic - Vee s 16 Voce - VGE R=] : [= ie

2 LOGE Fomor (LT

CO “Ceo (F888 /-annee ee en) eee eee ee) ese P COCs s LIM TT it : LIT TUS EES U4 CE rrr) COLLECTOR-EMITTER VOLTAGE Vcg (¥) GATE-EMITTER VOLTAGE Vge (¥) ~ COMMON - COMMON $ |= HHH : (@ HHH oe 2 TUTTI AT

2 CCCCOee 8 COCOA

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COPE Coe} GATE-EMITTER VOLTAGE Vor (vy) GATE-EMITTER VOLTAGE Voz ™ « Ic — VoE a VCE, VGE - 9G ome | DTT = CITITILLI, ; 2 few FP ST TOWEL" 3 o/c 3 a mo TWAT a ee Att TAA See CPT, Fe LETTE A TTT ae (ee p Bane 4e0n8 2 vem | OE i . f 2 WET mvica . 3 A COOP : LLLA TIT TTT 2 VSEEETTTTTI é 0 ry @ 12 16 20 ° 0 20 ry 60 ry 100 GATE-EMITTER VOLTAGE Voge (V) CHARGE Qg (nC) MIG20)951H -9

— eee c. Brake Stage wic20195149 ec, Brake Stage ton, tr, td(on) — Ic no ton. tr, td(on) — RG ee Soe ees Eom 3 oe et B | vaitev Cosrcuvel | TTT 3 ee OC 3M sonia eee ee * oo $ ost ee oo i” SSS Sy 7° Spee Cn Soot ert ir 2° SSS eeee EO UNA TTT TTT 5. eee Et 3 r 2 000), — EY eee ety | LETH | veces z ee BT ie —— eer ee ee I & ooosHit—t —=:tewtase | Row1s0n 3 8 SS ae (= ee 1 3 10 30 100 10 ET) 100 wo 1000 COLLECTOR CURRENT I¢ (A) GATE RESISTANCE Rg (f) 20 toff. th td(om — Ic 20 tom, tf td (off) — RG B [feert00y rennet a a | Noor 0 seaase LT pe See) y [ER ESR pay s Fe SSeee see Be eee So Hoc tees EH - tase tt goof UST 2 | Serra ig ce cae a ee SP ll ee oc | = ort ee a st ce | a | = - So rrr

5 FRR & Eee ee

oes COCO T th or) a Sa Os L EJ 10 30 10 ET) 100 300 1000 COLLECTOR CURRENT Ic (A) GATE RESISTANCE Rg () Ip — VF . oT SER g ott rr : jpn AAT TY @ tt eT TT BLT TTY WT TT | Fy : COT 2 1 ITV | COMMON CATHODE Len |v 0 08 16 24 32 40 FORWARD VOLTAGE Vp (¥)

c. Brake Stage C- VcE Reh) — tw 10000 ey 10, SSS Se ERR 8 | weave FEE oor sce] s000 SC re z 3 I § AA a = See em pare See EN A eeepc sii oe cath masiiiem merit 2 Sa eee ed ASSO Ze Cec OO Con Co

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f=1MHa ECS cou THE z CO Oo en gl terse CTF 4 Tt oot LUTE TE TTT TTT 85 7 EJ 10 301003001000 10°? 10°? 10-* 1 10 COLLECTOR EMITTER VOLTAGE Vcg (¥) PULSE WIDTH tw (s) SAFE OPERATING AREA REVERSE BIAS SOA fie Posen = — FA o REE REEEESEEEES z posas iormoue TH Seer 3 EEE NT © toN UL LN Noose SNM === == === eS =|

5 Amati Com eacti § GCeCRECEE

E | Sesame NUTH Noni He ===S===5=== === i] Sonmsrenreve | ANTI Null g a eee Curves must BE FEES Ene oft TT EEE Neen Eee Fa ‘as =| Sl Nereaseie COO 8 ons] Yorn tiv FEE oxLTemrenaruns. | | TT ATT PP Mace OO 1 3 10 30 100 300 1000 L) 100 200 300 400 500 600-700 COLLECTOR-EMITTER VOLTAGE Voz COLLECTOR EMITTER VOLTAGE Vos (v)

Product Information

MIG20J951H specifications and overview.

Summary

INTEGRATED GTR MODULE

Description

INTEGRATED GTR MODULE

Source title MIG20J951H Datasheet(PDF) - Toshiba Semiconductor

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