SKMD40F10

SKFH30 ETC1

Document overview

• Manufacturer or author: Provided By www.digicamel.com(FREE DATASHEET DOWNLOAD SITE)
• PDF pages: 6

Technical content

Features

Ty = BCik= Me w= 25°C;lr= 150A 2ov 1.86V © Heat transfer through ceramic Vero) | Ty = 125°C 12V 1,0V isolated metal baseplate t Ty = 125°C 4mQ 5mQ © Hard soldered joints for high Ri OF “G/w/0.88C, reliability Be } per diode/per module 7 aur “ /W © UL recognized, file no, E 63 532 then 12 C/W/0.1 °C/W Typical Applications w 740. +1250 © Self-commutated inverters Tetg ~40... +125°C @ DC choppers @ AC motor speed control M1 | Case to heatsink Slunits/ 5Nm/44lb.in + 15% © Uninterruptible power supplies M2 Busbars to terminals { US units 3Nm/26 Ib. in. + 15% @ Electronic welders @ General power switching w approx. : 120g applications Case |—+pageB2-12 SKKD A10 SKMD Atl SKFH A8 1) Forthe data of the thyristor see page B 2-33 © by SEMIKRON 82-7

SEHIKRON.INC TEHQS-a3 25E 0 ff 8236671 ooorued 4 | [a SkKD a0F [3 aLa.SKKD 40F | 3” 2°SKMD 40F ll 7 2°SKMD 40 F ll Tease" 60°C teat Tease” 80 °C ot 1000 |e he a Et >, «gov 1000 K$—k- EHH Yee 600 ESS ENGR BSC COTS 1 bane PSSESS PARTIES At soo PS ESTES 00 LSS NSS SCHIST 1 ENTIRE SS SSS AN SSE | ano SSS TPN woo SETNTTISSSPNTE ST | -NNJANWIAN TG CONTH AANA p CrTst = 1000 500, a ss (82 fe 20000 TT ‘on Soret ‘oo00 tt Tt CTT vol SN al CTT TT iit ‘Ip 10 1 mat ‘tp 10 2 et : Fig. 12a Rated sinusoidal peak forward current Fig. 12b Rated sinusoidal peak forward current | “" Ep SKK a0 F HES. Lp SKK som 2° SKMD 40 F Ht SKFH 30 & | \\ [NEN TSIEN TT TANT seat Tease* 60 °C teat CORE RNIIR INSTT vo00 | PE LL 9 i

00 NTI NTT TT ESSER SSE |

NIU NS . PSSST SSE | NJ ntl NI NI NI] WI 500 aS EN i LAUTAN SNRNUMCSETE 100} —} LHI NINE NS 300 s Sait NY SSS SSE [CUTE NUNING TT RoE NSH ll ul ; co SSCL ASCE IN NI NI : SCOTT TONE NOON IN IN IN IN so NTT I bo 390 [205 woo NN NUE | ECE HEE po SIO

4 IN anit od

“ : few EEE HE oO tp ‘ 7 ‘0 ae aot ars 10 10 ws a0! Fig. 12¢ Rated sinusoidal peak forward current Fig. 12d Rated sinusoidal peak forward current als. SkKKD aom ||” aE1, SKKD 4OM i |" * SKFH 30,4 sok 2 SKFH 30 4 iit Teaye” 80°C t+ CoCoNTIrS CN 000 SC HHHSISE RHE ¥ ‘soo! 00 HT STN cob SSSA CPE tl (NOTING ASIEN 500 (NCO SS N| ATT ITN N | CPN ON THESE N N lh h oo KOCH SETHI gol LLIN LN TITIN LAU I HHIN NTN ES Sears L TNUIONOHINTMD EHH SERS woo L—}_ENNIHL_ LUNI N 1] SLEUTH SSH ST Tae FREE EES PSH CPN 22 TTT so eo Eoin sok ‘ease’ WT} SEE See T1890 T- CTH ‘om LTT CCT INTE) 0 Z 1 ip 1 10 ra 0 tp i ‘0 ra) Fig. 12 Rated sinusoidal peak forward current Fig. 12f Rated sinusoidal peak forward current B2-8 © by SEMIKRON

SEMIKRON INC 7=Q5-23 SE 0 I 8136671 OOORWES & I | SEMIKRON | 500 2 SKMD 40 F HHH soo 2, SKFH 3O & Tif ae a | re au rea 300 2 oI EAE 359 i906 2030} 00 st 38 #29 ipog S800 | | woo NINCNTRNGNTHT LAC NINO NH ESSE HSS SEER SEE E= SSE SS CERES ag :

60 SHS ASS wo NEO RSSSENSHE ;

I ICNTIIN INSETS PSSST Fe CNAHI SOR TINSN \\ sob ost NUNIE NE NCINIE SENTING oo PRISTINE NOTE SN | NAINA LINAC mL NOR NNT [SIA NINN wl NUNIT LN NN NIN 10 tp 10 10 a 10 tp 10 10 us 10! Fig. 13 a Forward energy dissipation, sinusoidal Fig. 13 b Forward energy dissipation, sinusoidal 2000 2000 SKKD 40 F M 71 “| 2*Skmp 40 F i “to A 4.SKkKD 40 F [Ill “HO 000 st RH ISH eo 00 SEH ICH oo BSCE NHS ony ESSE EN

500 SUNN INET = 100 500 PSE EE ERE 36-10 | 4

RTSTANUINCONTTTIN [SRN ONT kl i

300 LAINE AON 300 KIN INSESTTIN ECT

K INITIATE SN LN UMUIRSNT ANTE NUTT ; LC NTINANAT NSSININ NU | ooh PNM ON NNN ONIN 100 IN SNIINSSNING EN BSSEEN HTK =ESSERTIN SH ESSERE SS ONETRE SEEN ESSENSE SSS PSH Semel Semen icemciin 50 Fee Haier tt 50 FE ENHISS NESE NH . 1) a COC Orr ‘rm LH gt ee Tie eta 1 tp 16 10 mit tip 10 107 matt Fig. 14. Rated rectangular peak forward current Fig. 14b Rated rectangular peak forward current “Ea, SkkD aoF THE 3, [20 SKKD 40m ||] cL 2°SKMD 40 F till im) 2° SKFH 30 & “TT

800 NNR TST se Teato™ 60 °C ll akin

200 SS NLT sooo SEE — AE coo

| SNONNTTIN NUTTIN e008 HES AT ARAN NUIIT co SEBRRIROSSEIS oe

100 NUBINASIL NII soo NE SENT NS

ESS SNES EN L_LNUININ TANT FC PSCTIE SENT TTTN iN NIIIN NI so EASING STIRS i N IN Ih 20} SHR ANAS t00 ele HAIN INT Nt HNIC HR] SEC NEHA vol | 8000, 6000, Yeate™ 100 8c EE HE He S22 o W SoG —L LTT 2000 [fT TT TTT 10 tp 10 10 a) 1 tp 1 cS ra) Fig. 14 Rated rectangular peak forward current Fig. 14d Rated rectangular peak forward current © by SEMIKRON . B2-9

SEMIKRON.INC 7=Q5-93 Ase O J 8236671 cools 2 ff | a ve a, SKKD 40M||||_ “Ey, SkkD 40m f+ Tease 80°C" | Shin 500 STN a

100 FH 0 oof USN THIN Se

KSSH NHR K LENIN TIITIN 3-20 3]

500 PSSERTEISET ANTI -$6- 10 2 NI Wi

100 LN SRMIN so CTI NECTION AT

ae TiN aT " N to i 10 a] 1 tp rs 10 mit Fig. 14 Rated rectangular peak forward current Fig. 14f Rated rectangular peak forward current 1000 ron 00 Ton : aEs.SKKD 40 F Hii * *Eg. SKB omit a 2’ SKMD 40 F tif i soo 2 _SKFH 30 & tit} S00 eo | eh

300 PeERUIWNCN $04 000 200 300 Pe ENTIRCSCRUIRC SCT

ARCHES “EEN Bet Sen Soa E2 CANS SEN SENG

50 IN CCONTIES_INCOSTTENENNNT sot SUENTIES TN TEN TNT -

ENG SNCNAITTTR ALT ET RANCHISONNTHIIDSS NENG oo SATIN SS ORTTIN SST oo NCHS SENUIN NNT wm (NMI. SMT = ENT NINN ml NIA AVIAN NY @LTNIWASNIN NM 10" tp ry 10 os i 1 Wp 1 ry ms i Fig. 15 a Forward energy dissipation, rectangular Fig. 15 b Forward energy dissipation, rectangular 90 ee ew" 90° eee weed SKKD 40 FE cot v4 SKKD 40 M ttt

2 Me 40 eee 2° SKFH 30% =F

ee Pee eer { | CO ae tT {} a | Lt eet ot a Coo eer tT rrr I} HAH ot he 8H Co ae o, CT's on TT ww LH TTT TTT I wl MOL TT Ti I 5 -digkt 10 20 60 100 Abs 5 ~digidt 10 20 60 100 Alps . Fig. 16 a Recovered charge vs. current decrease Fig. 16b Recovered charge vs. current decrease nnn B2-10 © by SEMIKRON

SEMIKRON INC 7-25-93 SE 0 ff 4330b72 oooL4L? Tt ff | SEMIKRON | 0? er 10? ep Meg aEa, SKKD 40 Ft +++} — aE 4 SKKD 40 M Sod 2° SKMD 40 Ft t ttt —t BYsKrn 30 4 bette Co la] Leer Creare Tl CO ee I) | | ee | {| Leis tt Li et ao tl a Ae I} . HT ea eee COT Ar TT} ew LH [| eee wt TTT TTT | Se eee oe oS en | FRR See EERE — A | COO Ae ree Corre COA} a | They Pr er ee ee BA | a | le | fea LETT TT TTT we LUTE TT TT TT | wil TET TT ‘ 5 ~digidt © 20 50 100 Abs S -digidt 10 20 60 100 Alps ‘ Fig. 17a Peak recovery current vs. current decrease _—*Fig. 17 b Peak recovery current vs. current decrease | t NO ST rb 1-H 200 i 28 Eee echt, SKKD 40 Fi. SKFH 30 4] “U4, SKKD 40 FDA ; Wa? SKKD 40 MATH TIE 2°skmp 4o FTA TTP UTTT j SKMD 40 F CALLE | Het ECC ger EPICA ee 150 CCOCCCCCCCCC Ss wo UIT ITT sn CoCo ce | Sane COCO eae ‘ EHH RS rT inet i CECE a | yoo ECCT COA) COC CACC CIC rir COOP ae vo AIT Tl ECCT ra abet CC eC tHe HHH Heo Coe Arr wo CHEECH EHEC EE i AB AABM so? LUI 6 COCCCEC Pe Pee wt 10% 101 10° tof 10? 109s 108 Ov, Os 1 1s 2. Vv 28 Fig. 18 Transient thermal impedance vs. time Fig. 19 a Forward characteristics 200 )ti«‘s I “Pa caneo som HEATH TT rl

2 SkFH 30 * Trg ATT feiras Oc rr s28 °C :

180 WEA MIN NEHItTeeee 2] 100] o0_fl

PO CANT 'F enw 40F | COCCOCCCeCeee ec “ Ht ee 20%] goo | 700 CECCCCCC Ce RAIN TTT 2° 20 l HRHEHCHEMR eee] = ANN Pe ECEEE EEE FAA EE ECC Ae aL NNT Noveem LMI TTT FERIA! = EEN Cee ee Ni Hi veent LH i 86 -E-EELEH HAW CEEEEE 082 Yee Tl : ECC CCC sete DOSE CTT HCA StL CTH eS oCLECECT AY Ct oa LLCO TTT Ove O05 1 Ss z vas ‘1 ¢ 108 ‘102 ms 109 : Fig. 19 b Forward characteristics Fig. 20 Surge overload current vs. time © by SEMIKRON B2-11 ,

SEMIKRON INC J=-Q5-23 5€ O Pf 4236671 OOOLHES Pe . t a SKFT 30, 40, 60 1EC 192-2: A77A SKFH 30, 40, 60 Tea AIO MA Case AS JEDEC: TO-240 AA Case A8 JEDEC: TO-240 : SEMIPACK® 1 UL recognized, file no. E 63 532 SEMIPACK® 4 UL recognized, tle no. £6363 | 2,8x0,8. ete Tod 28x08, fete 1 i 7 H i i Te A Ht =[pee 2.2.0 @ ft ee oo 0 ' .

4 Zi il 1 Gt L Zi al Kt | Gt :

83 a2 ¥ x | 83 ¥ x | . . | G1 245: a1 --24 \\ Bato ieee RSS TeeT = |

4 AS ee |S oS TL | SO |

a ad a | 80 80: Hi G2 92. HKA 92 i Dimensions in mm Dimensions in mm | SKKD 40F, 40M, 42F, 105F, 115F SKKD 50E CaseA 10 UL recognized, file no. E 63 532 Case A20 ° cffgas msn ee Y K | AN VY SKMD 40F UL recognized, file no. E 63532 SKMD 42F, 105F CaseA 11 Case A33 ETD EET SKND50E SKND 42F, 105 F Case A 19 Case A37 (ALN (PET QO B2-12 © by SEMIKRON