id sid tid token lemma pos fuelectenerg-163 1 1 instruction instruction NOUN fuelectenerg-163 1 2 facta facta PROPN fuelectenerg-163 1 3 universitatis universitatis PROPN fuelectenerg-163 1 4 series series NOUN fuelectenerg-163 1 5 : : PUNCT fuelectenerg-163 1 6 electronics electronic NOUN fuelectenerg-163 1 7 and and CCONJ fuelectenerg-163 1 8 energetics energetics NOUN fuelectenerg-163 1 9 vol vol NOUN fuelectenerg-163 1 10 . . PUNCT fuelectenerg-163 1 11 27 27 NUM fuelectenerg-163 1 12 , , PUNCT fuelectenerg-163 1 13 no no DET fuelectenerg-163 1 14 1 1 NUM fuelectenerg-163 1 15 , , PUNCT fuelectenerg-163 1 16 march march PROPN fuelectenerg-163 1 17 2014 2014 NUM fuelectenerg-163 1 18 , , PUNCT fuelectenerg-163 1 19 pp pp ADJ fuelectenerg-163 1 20 . . PUNCT fuelectenerg-163 2 1 13 13 NUM fuelectenerg-163 2 2 23 23 NUM fuelectenerg-163 2 3 doi doi NOUN fuelectenerg-163 2 4 : : PUNCT fuelectenerg-163 2 5 10.2298 10.2298 NUM fuelectenerg-163 2 6 / / SYM fuelectenerg-163 2 7 fuee1401013i fuee1401013i ADJ fuelectenerg-163 2 8 review review NOUN fuelectenerg-163 2 9 of of ADP fuelectenerg-163 2 10 advanced advanced ADJ fuelectenerg-163 2 11 igbt igbt PROPN fuelectenerg-163 2 12 compact compact ADJ fuelectenerg-163 2 13 models model NOUN fuelectenerg-163 2 14 dedicated dedicate VERB fuelectenerg-163 2 15 to to ADP fuelectenerg-163 2 16 circuit circuit NOUN fuelectenerg-163 2 17 simulation simulation NOUN fuelectenerg-163 2 18   PUNCT fuelectenerg-163 2 19 petar petar PROPN fuelectenerg-163 2 20 igić igić PROPN fuelectenerg-163 2 21 1 1 NUM fuelectenerg-163 2 22 , , PUNCT fuelectenerg-163 2 23 nebojša nebojša NOUN fuelectenerg-163 2 24 janković janković VERB fuelectenerg-163 2 25 2 2 NUM fuelectenerg-163 2 26 1 1 NUM fuelectenerg-163 2 27 electronic electronic ADJ fuelectenerg-163 2 28 system system NOUN fuelectenerg-163 2 29 design design NOUN fuelectenerg-163 2 30 centre centre NOUN fuelectenerg-163 2 31 , , PUNCT fuelectenerg-163 2 32 college college NOUN fuelectenerg-163 2 33 of of ADP fuelectenerg-163 2 34 engineering engineering PROPN fuelectenerg-163 2 35 , , PUNCT fuelectenerg-163 2 36 swansea swansea PROPN fuelectenerg-163 2 37 university university PROPN fuelectenerg-163 2 38 , , PUNCT fuelectenerg-163 2 39 singleton singleton PROPN fuelectenerg-163 2 40 park park PROPN fuelectenerg-163 2 41 , , PUNCT fuelectenerg-163 2 42 swansea swansea PROPN fuelectenerg-163 2 43 sa2 sa2 PROPN fuelectenerg-163 2 44 8pp 8pp PROPN fuelectenerg-163 2 45 , , PUNCT fuelectenerg-163 2 46 united united ADJ fuelectenerg-163 2 47 kingdom kingdom PROPN fuelectenerg-163 2 48 2 2 NUM fuelectenerg-163 2 49 department department NOUN fuelectenerg-163 2 50 of of ADP fuelectenerg-163 2 51 microelectronics microelectronic NOUN fuelectenerg-163 2 52 , , PUNCT fuelectenerg-163 2 53 faculty faculty NOUN fuelectenerg-163 2 54 of of ADP fuelectenerg-163 2 55 electronics electronic NOUN fuelectenerg-163 2 56 engineering engineering NOUN fuelectenerg-163 2 57 , , PUNCT fuelectenerg-163 2 58 university university NOUN fuelectenerg-163 2 59 of of ADP fuelectenerg-163 2 60 niš niš PROPN fuelectenerg-163 2 61 , , PUNCT fuelectenerg-163 2 62 serbia serbia PROPN fuelectenerg-163 2 63 abstract abstract ADJ fuelectenerg-163 2 64 . . PUNCT fuelectenerg-163 3 1 the the DET fuelectenerg-163 3 2 paper paper NOUN fuelectenerg-163 3 3 aims aim VERB fuelectenerg-163 3 4 to to PART fuelectenerg-163 3 5 review review VERB fuelectenerg-163 3 6 the the DET fuelectenerg-163 3 7 research research NOUN fuelectenerg-163 3 8 area area NOUN fuelectenerg-163 3 9 of of ADP fuelectenerg-163 3 10 the the DET fuelectenerg-163 3 11 igbt igbt PROPN fuelectenerg-163 3 12 compact compact ADJ fuelectenerg-163 3 13 modelling modelling NOUN fuelectenerg-163 3 14 and and CCONJ fuelectenerg-163 3 15 to to PART fuelectenerg-163 3 16 introduce introduce VERB fuelectenerg-163 3 17 different different ADJ fuelectenerg-163 3 18 device device NOUN fuelectenerg-163 3 19 models model NOUN fuelectenerg-163 3 20 . . PUNCT fuelectenerg-163 4 1 the the DET fuelectenerg-163 4 2 models model NOUN fuelectenerg-163 4 3 are be AUX fuelectenerg-163 4 4 separated separate VERB fuelectenerg-163 4 5 in in ADP fuelectenerg-163 4 6 two two NUM fuelectenerg-163 4 7 groups group NOUN fuelectenerg-163 4 8 , , PUNCT fuelectenerg-163 4 9 one one NUM fuelectenerg-163 4 10 that that PRON fuelectenerg-163 4 11 solves solve VERB fuelectenerg-163 4 12 ambipolar ambipolar ADJ fuelectenerg-163 4 13 diffusion diffusion NOUN fuelectenerg-163 4 14 equation equation NOUN fuelectenerg-163 4 15 ( ( PUNCT fuelectenerg-163 4 16 ade ade PROPN fuelectenerg-163 4 17 ) ) PUNCT fuelectenerg-163 4 18 and and CCONJ fuelectenerg-163 4 19 one one NUM fuelectenerg-163 4 20 that that PRON fuelectenerg-163 4 21 does do VERB fuelectenerg-163 4 22 not not PART fuelectenerg-163 4 23 . . PUNCT fuelectenerg-163 5 1 both both DET fuelectenerg-163 5 2 types type NOUN fuelectenerg-163 5 3 of of ADP fuelectenerg-163 5 4 compact compact ADJ fuelectenerg-163 5 5 models model NOUN fuelectenerg-163 5 6 have have AUX fuelectenerg-163 5 7 been be AUX fuelectenerg-163 5 8 successfully successfully ADV fuelectenerg-163 5 9 used use VERB fuelectenerg-163 5 10 in in ADP fuelectenerg-163 5 11 the the DET fuelectenerg-163 5 12 past past NOUN fuelectenerg-163 5 13 for for ADP fuelectenerg-163 5 14 power power NOUN fuelectenerg-163 5 15 electronic electronic ADJ fuelectenerg-163 5 16 circuit circuit NOUN fuelectenerg-163 5 17 design design NOUN fuelectenerg-163 5 18 . . PUNCT fuelectenerg-163 6 1 key key ADJ fuelectenerg-163 6 2 words word NOUN fuelectenerg-163 6 3 : : PUNCT fuelectenerg-163 6 4 igbt igbt PROPN fuelectenerg-163 6 5 , , PUNCT fuelectenerg-163 6 6 compact compact ADJ fuelectenerg-163 6 7 , , PUNCT fuelectenerg-163 6 8 model model NOUN fuelectenerg-163 6 9 , , PUNCT fuelectenerg-163 6 10 power power NOUN fuelectenerg-163 6 11 , , PUNCT fuelectenerg-163 6 12 inverter inverter NOUN fuelectenerg-163 6 13 , , PUNCT fuelectenerg-163 6 14 circuit circuit NOUN fuelectenerg-163 6 15 1 1 NUM fuelectenerg-163 6 16 . . PUNCT fuelectenerg-163 7 1 introduction introduction NOUN fuelectenerg-163 7 2 insulated insulate VERB fuelectenerg-163 7 3 gate gate NOUN fuelectenerg-163 7 4 bipolar bipolar ADJ fuelectenerg-163 7 5 transistors transistor NOUN fuelectenerg-163 7 6 ( ( PUNCT fuelectenerg-163 7 7 igbts igbt NOUN fuelectenerg-163 7 8 ) ) PUNCT fuelectenerg-163 7 9 are be AUX fuelectenerg-163 7 10 devices device NOUN fuelectenerg-163 7 11 of of ADP fuelectenerg-163 7 12 choice choice NOUN fuelectenerg-163 7 13 in in ADP fuelectenerg-163 7 14 modern modern ADJ fuelectenerg-163 7 15 power power NOUN fuelectenerg-163 7 16 converter converter NOUN fuelectenerg-163 7 17 systems system NOUN fuelectenerg-163 7 18 targeting target VERB fuelectenerg-163 7 19 medium medium NOUN fuelectenerg-163 7 20 to to ADP fuelectenerg-163 7 21 high high ADJ fuelectenerg-163 7 22 voltage voltage NOUN fuelectenerg-163 7 23 and and CCONJ fuelectenerg-163 7 24 current current ADJ fuelectenerg-163 7 25 applications application NOUN fuelectenerg-163 7 26 , , PUNCT fuelectenerg-163 7 27 such such ADJ fuelectenerg-163 7 28 as as ADP fuelectenerg-163 7 29 hybrid hybrid ADJ fuelectenerg-163 7 30 or or CCONJ fuelectenerg-163 7 31 electric electric ADJ fuelectenerg-163 7 32 vehicles vehicle NOUN fuelectenerg-163 7 33 [ [ X fuelectenerg-163 7 34 1 1 NUM fuelectenerg-163 7 35 ] ] PUNCT fuelectenerg-163 7 36 , , PUNCT fuelectenerg-163 7 37 [ [ X fuelectenerg-163 7 38 2 2 NUM fuelectenerg-163 7 39 ] ] PUNCT fuelectenerg-163 7 40 . . PUNCT fuelectenerg-163 8 1 during during ADP fuelectenerg-163 8 2 the the DET fuelectenerg-163 8 3 power power NOUN fuelectenerg-163 8 4 circuitry circuitry NOUN fuelectenerg-163 8 5 early early ADJ fuelectenerg-163 8 6 design design NOUN fuelectenerg-163 8 7 stages stage NOUN fuelectenerg-163 8 8 , , PUNCT fuelectenerg-163 8 9 one one PRON fuelectenerg-163 8 10 could could AUX fuelectenerg-163 8 11 consider consider VERB fuelectenerg-163 8 12 an an DET fuelectenerg-163 8 13 igbt igbt NOUN fuelectenerg-163 8 14 to to PART fuelectenerg-163 8 15 be be AUX fuelectenerg-163 8 16 a a DET fuelectenerg-163 8 17 binary binary ADJ fuelectenerg-163 8 18 on on ADP fuelectenerg-163 8 19 - - PUNCT fuelectenerg-163 8 20 off off ADP fuelectenerg-163 8 21 switch switch NOUN fuelectenerg-163 8 22 , , PUNCT fuelectenerg-163 8 23 thus thus ADV fuelectenerg-163 8 24 achieving achieve VERB fuelectenerg-163 8 25 very very ADV fuelectenerg-163 8 26 fast fast ADJ fuelectenerg-163 8 27 simulation simulation NOUN fuelectenerg-163 8 28 of of ADP fuelectenerg-163 8 29 the the DET fuelectenerg-163 8 30 converter converter NOUN fuelectenerg-163 8 31 operation operation NOUN fuelectenerg-163 8 32 . . PUNCT fuelectenerg-163 9 1 however however ADV fuelectenerg-163 9 2 , , PUNCT fuelectenerg-163 9 3 this this DET fuelectenerg-163 9 4 modelling modelling NOUN fuelectenerg-163 9 5 approach approach NOUN fuelectenerg-163 9 6 can can AUX fuelectenerg-163 9 7 not not PART fuelectenerg-163 9 8 be be AUX fuelectenerg-163 9 9 used use VERB fuelectenerg-163 9 10 to to PART fuelectenerg-163 9 11 analyze analyze VERB fuelectenerg-163 9 12 some some DET fuelectenerg-163 9 13 key key ADJ fuelectenerg-163 9 14 aspects aspect NOUN fuelectenerg-163 9 15 of of ADP fuelectenerg-163 9 16 the the DET fuelectenerg-163 9 17 device device NOUN fuelectenerg-163 9 18 and and CCONJ fuelectenerg-163 9 19 converter converter NOUN fuelectenerg-163 9 20 performance performance NOUN fuelectenerg-163 9 21 such such ADJ fuelectenerg-163 9 22 as as ADP fuelectenerg-163 9 23 heat heat NOUN fuelectenerg-163 9 24 dissipation dissipation NOUN fuelectenerg-163 9 25 for for ADP fuelectenerg-163 9 26 example example NOUN fuelectenerg-163 9 27 , , PUNCT fuelectenerg-163 9 28 very very ADV fuelectenerg-163 9 29 important important ADJ fuelectenerg-163 9 30 design design NOUN fuelectenerg-163 9 31 parameter parameter NOUN fuelectenerg-163 9 32 especially especially ADV fuelectenerg-163 9 33 during during ADP fuelectenerg-163 9 34 operation operation NOUN fuelectenerg-163 9 35 at at ADP fuelectenerg-163 9 36 high high ADJ fuelectenerg-163 9 37 switching switch VERB fuelectenerg-163 9 38 frequencies frequency NOUN fuelectenerg-163 9 39 [ [ X fuelectenerg-163 9 40 3]-[5 3]-[5 X fuelectenerg-163 9 41 ] ] X fuelectenerg-163 9 42 . . PUNCT fuelectenerg-163 10 1 obviously obviously ADV fuelectenerg-163 10 2 , , PUNCT fuelectenerg-163 10 3 this this PRON fuelectenerg-163 10 4 will will AUX fuelectenerg-163 10 5 not not PART fuelectenerg-163 10 6 lead lead VERB fuelectenerg-163 10 7 to to ADP fuelectenerg-163 10 8 robust robust ADJ fuelectenerg-163 10 9 equipment equipment NOUN fuelectenerg-163 10 10 design design NOUN fuelectenerg-163 10 11 , , PUNCT fuelectenerg-163 10 12 as as SCONJ fuelectenerg-163 10 13 it it PRON fuelectenerg-163 10 14 does do AUX fuelectenerg-163 10 15 not not PART fuelectenerg-163 10 16 provide provide VERB fuelectenerg-163 10 17 any any DET fuelectenerg-163 10 18 information information NOUN fuelectenerg-163 10 19 regarding regard VERB fuelectenerg-163 10 20 switch switch NOUN fuelectenerg-163 10 21 failure failure NOUN fuelectenerg-163 10 22 mechanisms mechanism NOUN fuelectenerg-163 10 23 . . PUNCT fuelectenerg-163 11 1 to to PART fuelectenerg-163 11 2 overcome overcome VERB fuelectenerg-163 11 3 all all DET fuelectenerg-163 11 4 the the DET fuelectenerg-163 11 5 above above ADJ fuelectenerg-163 11 6 issues issue NOUN fuelectenerg-163 11 7 , , PUNCT fuelectenerg-163 11 8 one one PRON fuelectenerg-163 11 9 could could AUX fuelectenerg-163 11 10 develop develop VERB fuelectenerg-163 11 11 and and CCONJ fuelectenerg-163 11 12 use use VERB fuelectenerg-163 11 13 the the DET fuelectenerg-163 11 14 igbt igbt PROPN fuelectenerg-163 11 15 models model NOUN fuelectenerg-163 11 16 based base VERB fuelectenerg-163 11 17 on on ADP fuelectenerg-163 11 18 full full ADJ fuelectenerg-163 11 19 internal internal ADJ fuelectenerg-163 11 20 physics physics NOUN fuelectenerg-163 11 21 of of ADP fuelectenerg-163 11 22 the the DET fuelectenerg-163 11 23 device device NOUN fuelectenerg-163 11 24 . . PUNCT fuelectenerg-163 12 1 these these PRON fuelectenerg-163 12 2 would would AUX fuelectenerg-163 12 3 be be AUX fuelectenerg-163 12 4 typically typically ADV fuelectenerg-163 12 5 2d 2d NUM fuelectenerg-163 12 6 or or CCONJ fuelectenerg-163 12 7 3d 3d NUM fuelectenerg-163 12 8 finite finite ADJ fuelectenerg-163 12 9 - - NOUN fuelectenerg-163 12 10 element element ADJ fuelectenerg-163 12 11 ( ( PUNCT fuelectenerg-163 12 12 fe fe NOUN fuelectenerg-163 12 13 ) ) PUNCT fuelectenerg-163 12 14 models model NOUN fuelectenerg-163 12 15 developed develop VERB fuelectenerg-163 12 16 and and CCONJ fuelectenerg-163 12 17 run run VERB fuelectenerg-163 12 18 in in ADP fuelectenerg-163 12 19 some some PRON fuelectenerg-163 12 20 of of ADP fuelectenerg-163 12 21 the the DET fuelectenerg-163 12 22 commercially commercially ADV fuelectenerg-163 12 23 available available ADJ fuelectenerg-163 12 24 simulation simulation NOUN fuelectenerg-163 12 25 tools tool NOUN fuelectenerg-163 12 26 . . PUNCT fuelectenerg-163 13 1 this this DET fuelectenerg-163 13 2 modelling modelling NOUN fuelectenerg-163 13 3 approach approach NOUN fuelectenerg-163 13 4 will will AUX fuelectenerg-163 13 5 provide provide VERB fuelectenerg-163 13 6 designers designer NOUN fuelectenerg-163 13 7 with with ADP fuelectenerg-163 13 8 detailed detailed ADJ fuelectenerg-163 13 9 knowledge knowledge NOUN fuelectenerg-163 13 10 of of ADP fuelectenerg-163 13 11 the the DET fuelectenerg-163 13 12 igbt igbt PROPN fuelectenerg-163 13 13 devices device NOUN fuelectenerg-163 13 14 , , PUNCT fuelectenerg-163 13 15 but but CCONJ fuelectenerg-163 13 16 it it PRON fuelectenerg-163 13 17 requires require VERB fuelectenerg-163 13 18 very very ADV fuelectenerg-163 13 19 long long ADJ fuelectenerg-163 13 20 simulation simulation NOUN fuelectenerg-163 13 21 time time NOUN fuelectenerg-163 13 22 , , PUNCT fuelectenerg-163 13 23 and and CCONJ fuelectenerg-163 13 24 it it PRON fuelectenerg-163 13 25 is be AUX fuelectenerg-163 13 26 numerically numerically ADV fuelectenerg-163 13 27 prohibitive prohibitive ADJ fuelectenerg-163 13 28 if if SCONJ fuelectenerg-163 13 29 one one PRON fuelectenerg-163 13 30 would would AUX fuelectenerg-163 13 31 like like VERB fuelectenerg-163 13 32 to to PART fuelectenerg-163 13 33 study study VERB fuelectenerg-163 13 34 complex complex ADJ fuelectenerg-163 13 35 circuits circuit NOUN fuelectenerg-163 13 36 containing contain VERB fuelectenerg-163 13 37 multiple multiple ADJ fuelectenerg-163 13 38 power power NOUN fuelectenerg-163 13 39 devices device NOUN fuelectenerg-163 13 40 requiring require VERB fuelectenerg-163 13 41 many many ADJ fuelectenerg-163 13 42 switching switch VERB fuelectenerg-163 13 43 events event NOUN fuelectenerg-163 13 44 [ [ X fuelectenerg-163 13 45 6 6 NUM fuelectenerg-163 13 46 ] ] PUNCT fuelectenerg-163 13 47 . . PUNCT fuelectenerg-163 14 1 the the DET fuelectenerg-163 14 2 compact compact ADJ fuelectenerg-163 14 3 modelling modelling NOUN fuelectenerg-163 14 4 approach approach NOUN fuelectenerg-163 14 5 is be AUX fuelectenerg-163 14 6 placed place VERB fuelectenerg-163 14 7 between between ADP fuelectenerg-163 14 8 these these DET fuelectenerg-163 14 9 two two NUM fuelectenerg-163 14 10 extremes extreme NOUN fuelectenerg-163 15 1 [ [ X fuelectenerg-163 15 2 7]-[27 7]-[27 NUM fuelectenerg-163 15 3 ] ] PUNCT fuelectenerg-163 15 4 . . PUNCT fuelectenerg-163 16 1 compact compact ADJ fuelectenerg-163 16 2 models model NOUN fuelectenerg-163 16 3 are be AUX fuelectenerg-163 16 4 lower low ADJ fuelectenerg-163 16 5 complexity complexity NOUN fuelectenerg-163 16 6 , , PUNCT fuelectenerg-163 16 7 but but CCONJ fuelectenerg-163 16 8 yet yet ADV fuelectenerg-163 16 9 fully fully ADV fuelectenerg-163 16 10 physically physically ADV fuelectenerg-163 16 11 based base VERB fuelectenerg-163 16 12 and and CCONJ fuelectenerg-163 16 13 very very ADV fuelectenerg-163 16 14 accurate accurate ADJ fuelectenerg-163 16 15 , , PUNCT fuelectenerg-163 16 16   PROPN fuelectenerg-163 16 17 received receive VERB fuelectenerg-163 16 18 december december PROPN fuelectenerg-163 16 19 18 18 NUM fuelectenerg-163 16 20 , , PUNCT fuelectenerg-163 16 21 2013 2013 NUM fuelectenerg-163 16 22 corresponding correspond VERB fuelectenerg-163 16 23 author author NOUN fuelectenerg-163 16 24 : : PUNCT fuelectenerg-163 16 25 petar petar PROPN fuelectenerg-163 16 26 igic igic ADJ fuelectenerg-163 16 27 electronic electronic ADJ fuelectenerg-163 16 28 system system NOUN fuelectenerg-163 16 29 design design NOUN fuelectenerg-163 16 30 centre centre NOUN fuelectenerg-163 16 31 , , PUNCT fuelectenerg-163 16 32 college college NOUN fuelectenerg-163 16 33 of of ADP fuelectenerg-163 16 34 engineering engineering PROPN fuelectenerg-163 16 35 , , PUNCT fuelectenerg-163 16 36 swansea swansea PROPN fuelectenerg-163 16 37 university university PROPN fuelectenerg-163 16 38 , , PUNCT fuelectenerg-163 16 39 singleton singleton PROPN fuelectenerg-163 16 40 park park PROPN fuelectenerg-163 16 41 , , PUNCT fuelectenerg-163 16 42 swansea swansea PROPN fuelectenerg-163 16 43 sa2 sa2 PROPN fuelectenerg-163 16 44 8pp 8pp PROPN fuelectenerg-163 16 45 , , PUNCT fuelectenerg-163 16 46 united united ADJ fuelectenerg-163 16 47 kingdom kingdom PROPN fuelectenerg-163 16 48 ( ( PUNCT fuelectenerg-163 16 49 e e NOUN fuelectenerg-163 16 50 - - NOUN fuelectenerg-163 16 51 mail mail NOUN fuelectenerg-163 16 52 : : PUNCT fuelectenerg-163 16 53 p.igic@swansea.ac.uk p.igic@swansea.ac.uk NUM fuelectenerg-163 16 54 ) ) PUNCT fuelectenerg-163 17 1 14 14 NUM fuelectenerg-163 18 1 p. p. NOUN fuelectenerg-163 18 2 igic igic NOUN fuelectenerg-163 18 3 , , PUNCT fuelectenerg-163 18 4 n. n. PROPN fuelectenerg-163 18 5 jankovic jankovic PROPN fuelectenerg-163 18 6 models model NOUN fuelectenerg-163 18 7 of of ADP fuelectenerg-163 18 8 the the DET fuelectenerg-163 18 9 power power NOUN fuelectenerg-163 18 10 devices device NOUN fuelectenerg-163 18 11 dedicated dedicate VERB fuelectenerg-163 18 12 to to ADP fuelectenerg-163 18 13 circuit circuit NOUN fuelectenerg-163 18 14 simulation simulation NOUN fuelectenerg-163 18 15 . . PUNCT fuelectenerg-163 19 1 this this DET fuelectenerg-163 19 2 physical physical ADJ fuelectenerg-163 19 3 modelling modelling NOUN fuelectenerg-163 19 4 approach approach NOUN fuelectenerg-163 19 5 could could AUX fuelectenerg-163 19 6 be be AUX fuelectenerg-163 19 7 based base VERB fuelectenerg-163 19 8 on on ADP fuelectenerg-163 19 9 certain certain ADJ fuelectenerg-163 19 10 mathematical mathematical ADJ fuelectenerg-163 19 11 simplifications simplification NOUN fuelectenerg-163 19 12 of of ADP fuelectenerg-163 19 13 the the DET fuelectenerg-163 19 14 fundamental fundamental ADJ fuelectenerg-163 19 15 semiconductor semiconductor NOUN fuelectenerg-163 19 16 charge charge NOUN fuelectenerg-163 19 17 transport transport NOUN fuelectenerg-163 19 18 equations equation NOUN fuelectenerg-163 19 19 , , PUNCT fuelectenerg-163 19 20 for for ADP fuelectenerg-163 19 21 example example NOUN fuelectenerg-163 20 1 [ [ X fuelectenerg-163 20 2 9 9 NUM fuelectenerg-163 20 3 ] ] PUNCT fuelectenerg-163 20 4 , , PUNCT fuelectenerg-163 20 5 [ [ X fuelectenerg-163 20 6 20 20 NUM fuelectenerg-163 20 7 ] ] PUNCT fuelectenerg-163 20 8 , , PUNCT fuelectenerg-163 20 9 [ [ X fuelectenerg-163 20 10 21 21 NUM fuelectenerg-163 20 11 ] ] PUNCT fuelectenerg-163 20 12 , , PUNCT fuelectenerg-163 20 13 [ [ X fuelectenerg-163 20 14 24 24 NUM fuelectenerg-163 20 15 ] ] PUNCT fuelectenerg-163 20 16 . . PUNCT fuelectenerg-163 21 1 in in ADP fuelectenerg-163 21 2 order order NOUN fuelectenerg-163 21 3 to to PART fuelectenerg-163 21 4 develop develop VERB fuelectenerg-163 21 5 an an DET fuelectenerg-163 21 6 igbt igbt PROPN fuelectenerg-163 21 7 model model NOUN fuelectenerg-163 21 8 that that PRON fuelectenerg-163 21 9 will will AUX fuelectenerg-163 21 10 describe describe VERB fuelectenerg-163 21 11 correctly correctly ADV fuelectenerg-163 21 12 its its PRON fuelectenerg-163 21 13 static static ADJ fuelectenerg-163 21 14 and and CCONJ fuelectenerg-163 21 15 dynamic dynamic ADJ fuelectenerg-163 21 16 behaviour behaviour NOUN fuelectenerg-163 21 17 , , PUNCT fuelectenerg-163 21 18 the the DET fuelectenerg-163 21 19 main main ADJ fuelectenerg-163 21 20 challenge challenge NOUN fuelectenerg-163 21 21 is be AUX fuelectenerg-163 21 22 to to PART fuelectenerg-163 21 23 incorporate incorporate VERB fuelectenerg-163 21 24 into into ADP fuelectenerg-163 21 25 a a DET fuelectenerg-163 21 26 device device NOUN fuelectenerg-163 21 27 model model NOUN fuelectenerg-163 21 28 conductivity conductivity NOUN fuelectenerg-163 21 29 modulation modulation NOUN fuelectenerg-163 21 30 and and CCONJ fuelectenerg-163 21 31 nonquasistatic nonquasistatic ADJ fuelectenerg-163 21 32 charge charge NOUN fuelectenerg-163 21 33 storage storage NOUN fuelectenerg-163 21 34 effects effect NOUN fuelectenerg-163 21 35 [ [ X fuelectenerg-163 21 36 22 22 NUM fuelectenerg-163 21 37 ] ] PUNCT fuelectenerg-163 21 38 , , PUNCT fuelectenerg-163 21 39 [ [ X fuelectenerg-163 21 40 23 23 NUM fuelectenerg-163 21 41 ] ] PUNCT fuelectenerg-163 21 42 . . PUNCT fuelectenerg-163 22 1 the the DET fuelectenerg-163 22 2 absence absence NOUN fuelectenerg-163 22 3 of of ADP fuelectenerg-163 22 4 an an DET fuelectenerg-163 22 5 industry industry NOUN fuelectenerg-163 22 6 - - PUNCT fuelectenerg-163 22 7 accepted accept VERB fuelectenerg-163 22 8 igbt igbt PROPN fuelectenerg-163 22 9 model model NOUN fuelectenerg-163 22 10 and and CCONJ fuelectenerg-163 22 11 the the DET fuelectenerg-163 22 12 pronounced pronounce VERB fuelectenerg-163 22 13 industry industry NOUN fuelectenerg-163 22 14 - - PUNCT fuelectenerg-163 22 15 need need NOUN fuelectenerg-163 22 16 for for ADP fuelectenerg-163 22 17 more more ADV fuelectenerg-163 22 18 accurate accurate ADJ fuelectenerg-163 22 19 igbt igbt PROPN fuelectenerg-163 22 20 compact compact ADJ fuelectenerg-163 22 21 model model NOUN fuelectenerg-163 22 22 have have AUX fuelectenerg-163 22 23 triggered trigger VERB fuelectenerg-163 22 24 very very ADV fuelectenerg-163 22 25 intensive intensive ADJ fuelectenerg-163 22 26 research research NOUN fuelectenerg-163 22 27 in in ADP fuelectenerg-163 22 28 this this DET fuelectenerg-163 22 29 area area NOUN fuelectenerg-163 22 30 for for ADP fuelectenerg-163 22 31 more more ADJ fuelectenerg-163 22 32 than than ADP fuelectenerg-163 22 33 a a PRON fuelectenerg-163 22 34 decade decade NOUN fuelectenerg-163 22 35 . . PUNCT fuelectenerg-163 23 1 the the DET fuelectenerg-163 23 2 distinct distinct ADJ fuelectenerg-163 23 3 challenge challenge NOUN fuelectenerg-163 23 4 in in ADP fuelectenerg-163 23 5 developing develop VERB fuelectenerg-163 23 6 igbt igbt PROPN fuelectenerg-163 23 7 compact compact ADJ fuelectenerg-163 23 8 model model NOUN fuelectenerg-163 23 9 for for ADP fuelectenerg-163 23 10 circuit circuit NOUN fuelectenerg-163 23 11 simulation simulation NOUN fuelectenerg-163 23 12 lays lay VERB fuelectenerg-163 23 13 in in ADP fuelectenerg-163 23 14 the the DET fuelectenerg-163 23 15 fact fact NOUN fuelectenerg-163 23 16 that that SCONJ fuelectenerg-163 23 17 model model NOUN fuelectenerg-163 23 18 needs need VERB fuelectenerg-163 23 19 to to PART fuelectenerg-163 23 20 satisfy satisfy VERB fuelectenerg-163 23 21 some some DET fuelectenerg-163 23 22 refuting refute VERB fuelectenerg-163 23 23 requirements requirement NOUN fuelectenerg-163 23 24 . . PUNCT fuelectenerg-163 24 1 it it PRON fuelectenerg-163 24 2 needs need VERB fuelectenerg-163 24 3 to to PART fuelectenerg-163 24 4 provide provide VERB fuelectenerg-163 24 5 high high ADJ fuelectenerg-163 24 6 quantitative quantitative ADJ fuelectenerg-163 24 7 accuracy accuracy NOUN fuelectenerg-163 24 8 , , PUNCT fuelectenerg-163 24 9 short short ADJ fuelectenerg-163 24 10 cpu cpu NOUN fuelectenerg-163 24 11 time time NOUN fuelectenerg-163 24 12 , , PUNCT fuelectenerg-163 24 13 and and CCONJ fuelectenerg-163 24 14 physical physical ADJ fuelectenerg-163 24 15 , , PUNCT fuelectenerg-163 24 16 yet yet CCONJ fuelectenerg-163 24 17 easy easy ADJ fuelectenerg-163 24 18 to to PART fuelectenerg-163 24 19 determine determine VERB fuelectenerg-163 24 20 model model NOUN fuelectenerg-163 24 21 parameters parameter NOUN fuelectenerg-163 24 22 . . PUNCT fuelectenerg-163 25 1 as as ADP fuelectenerg-163 25 2 a a DET fuelectenerg-163 25 3 result result NOUN fuelectenerg-163 25 4 different different ADJ fuelectenerg-163 25 5 igbt igbt PROPN fuelectenerg-163 25 6 compact compact ADJ fuelectenerg-163 25 7 models model NOUN fuelectenerg-163 25 8 have have AUX fuelectenerg-163 25 9 been be AUX fuelectenerg-163 25 10 developed develop VERB fuelectenerg-163 25 11 and and CCONJ fuelectenerg-163 25 12 presented present VERB fuelectenerg-163 25 13 in in ADP fuelectenerg-163 25 14 the the DET fuelectenerg-163 25 15 literature literature NOUN fuelectenerg-163 25 16 , , PUNCT fuelectenerg-163 25 17 some some PRON fuelectenerg-163 25 18 of of ADP fuelectenerg-163 25 19 those those PRON fuelectenerg-163 25 20 suitable suitable ADJ fuelectenerg-163 25 21 for for ADP fuelectenerg-163 25 22 long long ADJ fuelectenerg-163 25 23 time time NOUN fuelectenerg-163 25 24 inverter inverter ADJ fuelectenerg-163 25 25 simulations simulation NOUN fuelectenerg-163 25 26 ( ( PUNCT fuelectenerg-163 25 27 minutes minute NOUN fuelectenerg-163 25 28 ) ) PUNCT fuelectenerg-163 26 1 [ [ X fuelectenerg-163 26 2 15 15 NUM fuelectenerg-163 26 3 ] ] PUNCT fuelectenerg-163 26 4 . . PUNCT fuelectenerg-163 27 1 the the DET fuelectenerg-163 27 2 aim aim NOUN fuelectenerg-163 27 3 of of ADP fuelectenerg-163 27 4 this this DET fuelectenerg-163 27 5 paper paper NOUN fuelectenerg-163 27 6 is be AUX fuelectenerg-163 27 7 to to PART fuelectenerg-163 27 8 review review VERB fuelectenerg-163 27 9 the the DET fuelectenerg-163 27 10 research research NOUN fuelectenerg-163 27 11 area area NOUN fuelectenerg-163 27 12 of of ADP fuelectenerg-163 27 13 the the DET fuelectenerg-163 27 14 igbt igbt PROPN fuelectenerg-163 27 15 compact compact ADJ fuelectenerg-163 27 16 modelling modelling NOUN fuelectenerg-163 27 17 and and CCONJ fuelectenerg-163 27 18 to to PART fuelectenerg-163 27 19 introduce introduce VERB fuelectenerg-163 27 20 different different ADJ fuelectenerg-163 27 21 models model NOUN fuelectenerg-163 27 22 , , PUNCT fuelectenerg-163 27 23 such such ADJ fuelectenerg-163 27 24 as as ADP fuelectenerg-163 27 25 igbt igbt PROPN fuelectenerg-163 27 26 models model NOUN fuelectenerg-163 27 27 based base VERB fuelectenerg-163 27 28 on on ADP fuelectenerg-163 27 29 the the DET fuelectenerg-163 27 30 ambipolar ambipolar ADJ fuelectenerg-163 27 31 differential differential ADJ fuelectenerg-163 27 32 equation equation NOUN fuelectenerg-163 27 33 ( ( PUNCT fuelectenerg-163 27 34 ade ade NOUN fuelectenerg-163 27 35 ) ) PUNCT fuelectenerg-163 27 36 solutions solution NOUN fuelectenerg-163 28 1 [ [ X fuelectenerg-163 28 2 18]-[24 18]-[24 X fuelectenerg-163 28 3 ] ] PUNCT fuelectenerg-163 28 4 and and CCONJ fuelectenerg-163 28 5 the the DET fuelectenerg-163 28 6 ones one NOUN fuelectenerg-163 28 7 which which PRON fuelectenerg-163 28 8 are be AUX fuelectenerg-163 28 9 not not PART fuelectenerg-163 28 10 solving solve VERB fuelectenerg-163 28 11 ade ade NOUN fuelectenerg-163 28 12 , , PUNCT fuelectenerg-163 28 13 typically typically ADV fuelectenerg-163 28 14 physics physics NOUN fuelectenerg-163 28 15 - - PUNCT fuelectenerg-163 28 16 based base VERB fuelectenerg-163 28 17 sub sub ADJ fuelectenerg-163 28 18 - - ADJ fuelectenerg-163 28 19 circuit circuit ADJ fuelectenerg-163 28 20 models model NOUN fuelectenerg-163 29 1 [ [ X fuelectenerg-163 29 2 14 14 NUM fuelectenerg-163 29 3 ] ] PUNCT fuelectenerg-163 29 4 , , PUNCT fuelectenerg-163 29 5 [ [ X fuelectenerg-163 29 6 16 16 NUM fuelectenerg-163 29 7 ] ] PUNCT fuelectenerg-163 29 8 , , PUNCT fuelectenerg-163 30 1 [ [ X fuelectenerg-163 30 2 17 17 NUM fuelectenerg-163 30 3 ] ] PUNCT fuelectenerg-163 30 4 , , PUNCT fuelectenerg-163 31 1 [ [ X fuelectenerg-163 31 2 25]-[27 25]-[27 NUM fuelectenerg-163 31 3 ] ] PUNCT fuelectenerg-163 31 4 . . PUNCT fuelectenerg-163 32 1 2 2 X fuelectenerg-163 32 2 . . X fuelectenerg-163 32 3 ade ade NOUN fuelectenerg-163 32 4 solution solution NOUN fuelectenerg-163 32 5 based base VERB fuelectenerg-163 32 6 models model NOUN fuelectenerg-163 32 7 to to PART fuelectenerg-163 32 8 describe describe VERB fuelectenerg-163 32 9 igbt igbt PROPN fuelectenerg-163 32 10 's 's PART fuelectenerg-163 32 11 static static ADJ fuelectenerg-163 32 12 and and CCONJ fuelectenerg-163 32 13 dynamic dynamic ADJ fuelectenerg-163 32 14 behaviour behaviour NOUN fuelectenerg-163 32 15 , , PUNCT fuelectenerg-163 32 16 the the DET fuelectenerg-163 32 17 incorporation incorporation NOUN fuelectenerg-163 32 18 of of ADP fuelectenerg-163 32 19 conductivity conductivity NOUN fuelectenerg-163 32 20 modulation modulation NOUN fuelectenerg-163 32 21 and and CCONJ fuelectenerg-163 32 22 non non ADJ fuelectenerg-163 32 23 - - ADJ fuelectenerg-163 32 24 quasistatic quasistatic ADJ fuelectenerg-163 32 25 charge charge NOUN fuelectenerg-163 32 26 storage storage NOUN fuelectenerg-163 32 27 effects effect NOUN fuelectenerg-163 32 28 into into ADP fuelectenerg-163 32 29 the the DET fuelectenerg-163 32 30 device device NOUN fuelectenerg-163 32 31 model model NOUN fuelectenerg-163 32 32 is be AUX fuelectenerg-163 32 33 vital vital ADJ fuelectenerg-163 32 34 [ [ X fuelectenerg-163 32 35 7 7 NUM fuelectenerg-163 32 36 ] ] PUNCT fuelectenerg-163 32 37 , , PUNCT fuelectenerg-163 32 38 [ [ X fuelectenerg-163 32 39 22 22 NUM fuelectenerg-163 32 40 ] ] PUNCT fuelectenerg-163 32 41 . . PUNCT fuelectenerg-163 33 1 when when SCONJ fuelectenerg-163 33 2 the the DET fuelectenerg-163 33 3 excess excess ADJ fuelectenerg-163 33 4 carrier carrier NOUN fuelectenerg-163 33 5 density density NOUN fuelectenerg-163 33 6 overcomes overcome VERB fuelectenerg-163 33 7 the the DET fuelectenerg-163 33 8 igbt igbt PROPN fuelectenerg-163 33 9 's 's PART fuelectenerg-163 33 10 n n PRON fuelectenerg-163 33 11 base base NOUN fuelectenerg-163 33 12 doping doping NOUN fuelectenerg-163 33 13 level level NOUN fuelectenerg-163 33 14 by by ADP fuelectenerg-163 33 15 several several ADJ fuelectenerg-163 33 16 orders order NOUN fuelectenerg-163 33 17 of of ADP fuelectenerg-163 33 18 magnitude magnitude NOUN fuelectenerg-163 33 19 within within ADP fuelectenerg-163 33 20 the the DET fuelectenerg-163 33 21 carrier carrier NOUN fuelectenerg-163 33 22 storage storage NOUN fuelectenerg-163 33 23 region region NOUN fuelectenerg-163 33 24 , , PUNCT fuelectenerg-163 33 25 the the DET fuelectenerg-163 33 26 assumption assumption NOUN fuelectenerg-163 33 27 that that SCONJ fuelectenerg-163 33 28 the the DET fuelectenerg-163 33 29 excess excess ADJ fuelectenerg-163 33 30 electron electron NOUN fuelectenerg-163 33 31 concentration concentration NOUN fuelectenerg-163 33 32 , , PUNCT fuelectenerg-163 33 33 n n CCONJ fuelectenerg-163 33 34 , , PUNCT fuelectenerg-163 33 35 and and CCONJ fuelectenerg-163 33 36 excess excess ADJ fuelectenerg-163 33 37 hole hole NOUN fuelectenerg-163 33 38 concentration concentration NOUN fuelectenerg-163 33 39 , , PUNCT fuelectenerg-163 33 40 p p PRON fuelectenerg-163 33 41 , , PUNCT fuelectenerg-163 33 42 are be AUX fuelectenerg-163 33 43 equal equal ADJ fuelectenerg-163 33 44 is be AUX fuelectenerg-163 33 45 valid valid ADJ fuelectenerg-163 33 46 [ [ X fuelectenerg-163 33 47 21 21 NUM fuelectenerg-163 33 48 ] ] PUNCT fuelectenerg-163 33 49 . . PUNCT fuelectenerg-163 34 1 then then ADV fuelectenerg-163 34 2 , , PUNCT fuelectenerg-163 34 3 the the DET fuelectenerg-163 34 4 carrier carrier NOUN fuelectenerg-163 34 5 transport transport NOUN fuelectenerg-163 34 6 is be AUX fuelectenerg-163 34 7 determined determine VERB fuelectenerg-163 34 8 by by ADP fuelectenerg-163 34 9 the the DET fuelectenerg-163 34 10 ambipolar ambipolar ADJ fuelectenerg-163 34 11 diffusion diffusion NOUN fuelectenerg-163 34 12 equation equation NOUN fuelectenerg-163 34 13 ( ( PUNCT fuelectenerg-163 34 14 ade ade ADJ fuelectenerg-163 34 15 ): ): PUNCT fuelectenerg-163 34 16 2 2 NUM fuelectenerg-163 34 17 2 2 NUM fuelectenerg-163 34 18 ( ( PUNCT fuelectenerg-163 34 19 , , PUNCT fuelectenerg-163 34 20 ) ) PUNCT fuelectenerg-163 34 21 ( ( PUNCT fuelectenerg-163 34 22 , , PUNCT fuelectenerg-163 34 23 ) ) PUNCT fuelectenerg-163 34 24 ( ( PUNCT fuelectenerg-163 34 25 , , PUNCT fuelectenerg-163 34 26 ) ) PUNCT fuelectenerg-163 34 27 p p NOUN fuelectenerg-163 34 28 x x X fuelectenerg-163 35 1 t t NOUN fuelectenerg-163 35 2 p p X fuelectenerg-163 35 3 x x X fuelectenerg-163 35 4 t t NOUN fuelectenerg-163 35 5 p p X fuelectenerg-163 35 6 x x X fuelectenerg-163 35 7 t t PROPN fuelectenerg-163 35 8 d d NOUN fuelectenerg-163 35 9 x x SYM fuelectenerg-163 35 10 t t NOUN fuelectenerg-163 35 11   ADJ fuelectenerg-163 35 12   PROPN fuelectenerg-163 35 13   PROPN fuelectenerg-163 35 14   ADJ fuelectenerg-163 35 15   ADJ fuelectenerg-163 35 16   ADJ fuelectenerg-163 35 17 ( ( PUNCT fuelectenerg-163 35 18 1 1 NUM fuelectenerg-163 35 19 ) ) PUNCT fuelectenerg-163 35 20 where where SCONJ fuelectenerg-163 35 21 d d NOUN fuelectenerg-163 35 22 represents represent VERB fuelectenerg-163 35 23 the the DET fuelectenerg-163 35 24 ambipolar ambipolar ADJ fuelectenerg-163 35 25 diffusion diffusion NOUN fuelectenerg-163 35 26 constant constant ADJ fuelectenerg-163 35 27 and and CCONJ fuelectenerg-163 35 28 stands stands PROPN fuelectenerg-163 35 29 for for ADP fuelectenerg-163 35 30 the the DET fuelectenerg-163 35 31 ambipolar ambipolar ADJ fuelectenerg-163 35 32 carrier carrier NOUN fuelectenerg-163 35 33 lifetime lifetime NOUN fuelectenerg-163 35 34 . . PUNCT fuelectenerg-163 36 1 the the DET fuelectenerg-163 36 2 boundary boundary ADJ fuelectenerg-163 36 3 conditions condition NOUN fuelectenerg-163 36 4 for for ADP fuelectenerg-163 36 5 the the DET fuelectenerg-163 36 6 above above ADJ fuelectenerg-163 36 7 equation equation NOUN fuelectenerg-163 36 8 are be AUX fuelectenerg-163 36 9 determined determine VERB fuelectenerg-163 36 10 by by ADP fuelectenerg-163 36 11 the the DET fuelectenerg-163 36 12 current current NOUN fuelectenerg-163 36 13 at at ADP fuelectenerg-163 36 14 the the DET fuelectenerg-163 36 15 left left NOUN fuelectenerg-163 36 16 ( ( PUNCT fuelectenerg-163 36 17 xl xl PROPN fuelectenerg-163 36 18 ) ) PUNCT fuelectenerg-163 36 19 and and CCONJ fuelectenerg-163 36 20 right right ADJ fuelectenerg-163 36 21 ( ( PUNCT fuelectenerg-163 36 22 xr xr NOUN fuelectenerg-163 36 23 ) ) PUNCT fuelectenerg-163 36 24 ends end NOUN fuelectenerg-163 36 25 of of ADP fuelectenerg-163 36 26 the the DET fuelectenerg-163 36 27 carrier carrier NOUN fuelectenerg-163 36 28 storage storage NOUN fuelectenerg-163 36 29 region region NOUN fuelectenerg-163 36 30 . . PUNCT fuelectenerg-163 37 1 at at ADP fuelectenerg-163 37 2 the the DET fuelectenerg-163 37 3 left left ADJ fuelectenerg-163 37 4 end end NOUN fuelectenerg-163 37 5 of of ADP fuelectenerg-163 37 6 the the DET fuelectenerg-163 37 7 carrier carrier NOUN fuelectenerg-163 37 8 storage storage NOUN fuelectenerg-163 37 9 region region NOUN fuelectenerg-163 37 10 , , PUNCT fuelectenerg-163 37 11 the the DET fuelectenerg-163 37 12 electron electron NOUN fuelectenerg-163 37 13 and and CCONJ fuelectenerg-163 37 14 hole hole NOUN fuelectenerg-163 37 15 currents current NOUN fuelectenerg-163 37 16 are be AUX fuelectenerg-163 37 17 given give VERB fuelectenerg-163 37 18 by by ADP fuelectenerg-163 37 19 : : PUNCT fuelectenerg-163 37 20 ( ( PUNCT fuelectenerg-163 37 21 ) ) PUNCT fuelectenerg-163 37 22 ( ( PUNCT fuelectenerg-163 37 23 ) ) PUNCT fuelectenerg-163 37 24 l l NOUN fuelectenerg-163 37 25 electron electron PROPN fuelectenerg-163 37 26 l l PROPN fuelectenerg-163 37 27 nl nl PROPN fuelectenerg-163 37 28 n n PROPN fuelectenerg-163 37 29 l l NOUN fuelectenerg-163 37 30 n n CCONJ fuelectenerg-163 37 31 x x SYM fuelectenerg-163 37 32 n n NOUN fuelectenerg-163 37 33 i i PRON fuelectenerg-163 37 34 x x PROPN fuelectenerg-163 38 1 i i NOUN fuelectenerg-163 38 2 anq anq PROPN fuelectenerg-163 38 3 e e PROPN fuelectenerg-163 38 4 x x PUNCT fuelectenerg-163 38 5 aqd aqd NOUN fuelectenerg-163 38 6 x x X fuelectenerg-163 38 7   NOUN fuelectenerg-163 38 8   NOUN fuelectenerg-163 38 9   PROPN fuelectenerg-163 38 10   PROPN fuelectenerg-163 38 11   ADJ fuelectenerg-163 38 12   ADJ fuelectenerg-163 38 13 ( ( PUNCT fuelectenerg-163 38 14 2 2 NUM fuelectenerg-163 38 15 ) ) PUNCT fuelectenerg-163 38 16 ( ( PUNCT fuelectenerg-163 38 17 ) ) PUNCT fuelectenerg-163 38 18 ( ( PUNCT fuelectenerg-163 38 19 ) ) PUNCT fuelectenerg-163 38 20 l l NOUN fuelectenerg-163 38 21 hole hole NOUN fuelectenerg-163 38 22 l l PROPN fuelectenerg-163 38 23 pl pl X fuelectenerg-163 38 24 p p X fuelectenerg-163 38 25 l l NOUN fuelectenerg-163 38 26 p p X fuelectenerg-163 38 27 x x X fuelectenerg-163 38 28 p p X fuelectenerg-163 39 1 i i PRON fuelectenerg-163 39 2 x x PROPN fuelectenerg-163 40 1 i i PRON fuelectenerg-163 40 2 apq apq VERB fuelectenerg-163 40 3 e e NOUN fuelectenerg-163 40 4 x x NOUN fuelectenerg-163 40 5 aqd aqd NOUN fuelectenerg-163 40 6 x x X fuelectenerg-163 40 7   NOUN fuelectenerg-163 40 8   NOUN fuelectenerg-163 40 9   PROPN fuelectenerg-163 40 10   PROPN fuelectenerg-163 40 11   PROPN fuelectenerg-163 40 12   NOUN fuelectenerg-163 40 13 . . PUNCT fuelectenerg-163 41 1 ( ( PUNCT fuelectenerg-163 41 2 3 3 X fuelectenerg-163 41 3 ) ) PUNCT fuelectenerg-163 41 4 in in ADP fuelectenerg-163 41 5 the the DET fuelectenerg-163 41 6 above above ADJ fuelectenerg-163 41 7 equations equation NOUN fuelectenerg-163 41 8 , , PUNCT fuelectenerg-163 41 9 q q PROPN fuelectenerg-163 41 10 stands stand VERB fuelectenerg-163 41 11 for for ADP fuelectenerg-163 41 12 the the DET fuelectenerg-163 41 13 electron electron NOUN fuelectenerg-163 41 14 unity unity NOUN fuelectenerg-163 41 15 charge charge NOUN fuelectenerg-163 41 16 , , PUNCT fuelectenerg-163 41 17 a a PRON fuelectenerg-163 41 18 is be AUX fuelectenerg-163 41 19 the the DET fuelectenerg-163 41 20 cross cross ADJ fuelectenerg-163 41 21 sectional sectional ADJ fuelectenerg-163 41 22 area area NOUN fuelectenerg-163 41 23 of of ADP fuelectenerg-163 41 24 the the DET fuelectenerg-163 41 25 carrier carrier NOUN fuelectenerg-163 41 26 storage storage NOUN fuelectenerg-163 41 27 region region NOUN fuelectenerg-163 41 28 , , PUNCT fuelectenerg-163 41 29 dn dn NOUN fuelectenerg-163 41 30 and and CCONJ fuelectenerg-163 41 31 dp dp NOUN fuelectenerg-163 41 32 stand stand VERB fuelectenerg-163 41 33 for for ADP fuelectenerg-163 41 34 the the DET fuelectenerg-163 41 35 electron electron NOUN fuelectenerg-163 41 36 and and CCONJ fuelectenerg-163 41 37 hole hole NOUN fuelectenerg-163 41 38 diffusion diffusion NOUN fuelectenerg-163 41 39 constants constant NOUN fuelectenerg-163 41 40 respectively respectively ADV fuelectenerg-163 41 41 , , PUNCT fuelectenerg-163 41 42 n n PROPN fuelectenerg-163 41 43 represents represent VERB fuelectenerg-163 41 44 the the DET fuelectenerg-163 41 45 electron electron NOUN fuelectenerg-163 41 46 mobility mobility NOUN fuelectenerg-163 41 47 , , PUNCT fuelectenerg-163 41 48 p p PROPN fuelectenerg-163 41 49 is be AUX fuelectenerg-163 41 50 the the DET fuelectenerg-163 41 51 mobility mobility NOUN fuelectenerg-163 41 52 of of ADP fuelectenerg-163 41 53 the the DET fuelectenerg-163 41 54 holes hole NOUN fuelectenerg-163 41 55 , , PUNCT fuelectenerg-163 41 56 and and CCONJ fuelectenerg-163 41 57 e e NOUN fuelectenerg-163 41 58 stands stand VERB fuelectenerg-163 41 59 for for ADP fuelectenerg-163 41 60 the the DET fuelectenerg-163 41 61 electric electric ADJ fuelectenerg-163 41 62 field field NOUN fuelectenerg-163 41 63 . . PUNCT fuelectenerg-163 42 1 dividing divide VERB fuelectenerg-163 42 2 equation equation NOUN fuelectenerg-163 42 3 ( ( PUNCT fuelectenerg-163 42 4 2 2 NUM fuelectenerg-163 42 5 ) ) PUNCT fuelectenerg-163 42 6 with with ADP fuelectenerg-163 42 7 dn dn NOUN fuelectenerg-163 42 8 and and CCONJ fuelectenerg-163 42 9 equation equation NOUN fuelectenerg-163 42 10 ( ( PUNCT fuelectenerg-163 42 11 3 3 NUM fuelectenerg-163 42 12 ) ) PUNCT fuelectenerg-163 42 13 with with ADP fuelectenerg-163 42 14 dp dp NOUN fuelectenerg-163 42 15 and and CCONJ fuelectenerg-163 42 16 then then ADV fuelectenerg-163 42 17 subtracting subtract VERB fuelectenerg-163 42 18 ( ( PUNCT fuelectenerg-163 42 19 3 3 NUM fuelectenerg-163 42 20 ) ) PUNCT fuelectenerg-163 42 21 from from ADP fuelectenerg-163 42 22 ( ( PUNCT fuelectenerg-163 42 23 2 2 NUM fuelectenerg-163 42 24 ) ) PUNCT fuelectenerg-163 42 25 ( ( PUNCT fuelectenerg-163 42 26 under under ADP fuelectenerg-163 42 27 condition condition NOUN fuelectenerg-163 42 28 n n PRON fuelectenerg-163 42 29   NOUN fuelectenerg-163 42 30 p p X fuelectenerg-163 42 31 andn andn X fuelectenerg-163 42 32 /dn /dn PUNCT fuelectenerg-163 43 1 = = ADJ fuelectenerg-163 43 2 p p X fuelectenerg-163 43 3 /dp /dp PUNCT fuelectenerg-163 43 4 ) ) PUNCT fuelectenerg-163 43 5 gives give VERB fuelectenerg-163 43 6 a a DET fuelectenerg-163 43 7 derivative derivative ADJ fuelectenerg-163 43 8 boundary boundary ADJ fuelectenerg-163 43 9 condition condition NOUN fuelectenerg-163 43 10 on on ADP fuelectenerg-163 43 11 p p NOUN fuelectenerg-163 43 12 for for ADP fuelectenerg-163 43 13 the the DET fuelectenerg-163 43 14 ade ade NOUN fuelectenerg-163 43 15 at at ADP fuelectenerg-163 43 16 the the DET fuelectenerg-163 43 17 left left ADJ fuelectenerg-163 43 18 end end NOUN fuelectenerg-163 43 19 of of ADP fuelectenerg-163 43 20 the the DET fuelectenerg-163 43 21 carrier carrier NOUN fuelectenerg-163 43 22 storage storage NOUN fuelectenerg-163 43 23 region region NOUN fuelectenerg-163 44 1 [ [ X fuelectenerg-163 44 2 18]-[22 18]-[22 NOUN fuelectenerg-163 44 3 ] ] X fuelectenerg-163 44 4 : : PUNCT fuelectenerg-163 44 5 review review NOUN fuelectenerg-163 44 6 of of ADP fuelectenerg-163 44 7 advanced advanced ADJ fuelectenerg-163 44 8 igbt igbt PROPN fuelectenerg-163 44 9 compact compact ADJ fuelectenerg-163 44 10 models model NOUN fuelectenerg-163 44 11 dedicated dedicate VERB fuelectenerg-163 44 12 to to ADP fuelectenerg-163 44 13 circuit circuit PROPN fuelectenerg-163 44 14 simulation simulation NOUN fuelectenerg-163 44 15 15 15 NUM fuelectenerg-163 44 16   PROPN fuelectenerg-163 44 17   PROPN fuelectenerg-163 44 18   NOUN fuelectenerg-163 45 1   PROPN fuelectenerg-163 45 2   PROPN fuelectenerg-163 45 3   PROPN fuelectenerg-163 46 1   PROPN fuelectenerg-163 46 2   NOUN fuelectenerg-163 46 3   ADJ fuelectenerg-163 46 4   PROPN fuelectenerg-163 46 5   PROPN fuelectenerg-163 46 6 p p PROPN fuelectenerg-163 46 7 pl pl PROPN fuelectenerg-163 46 8 n n ADV fuelectenerg-163 46 9 nl nl NOUN fuelectenerg-163 46 10 x x PROPN fuelectenerg-163 47 1 d d NOUN fuelectenerg-163 47 2 i i PRON fuelectenerg-163 48 1 d d VERB fuelectenerg-163 48 2 i i PRON fuelectenerg-163 48 3 qax qax VERB fuelectenerg-163 48 4 p p NOUN fuelectenerg-163 48 5 l l NOUN fuelectenerg-163 48 6 2 2 NUM fuelectenerg-163 48 7 1 1 NUM fuelectenerg-163 48 8 . . PUNCT fuelectenerg-163 49 1 ( ( PUNCT fuelectenerg-163 49 2 4 4 X fuelectenerg-163 49 3 ) ) PUNCT fuelectenerg-163 49 4 a a DET fuelectenerg-163 49 5 similar similar ADJ fuelectenerg-163 49 6 expression expression NOUN fuelectenerg-163 49 7 is be AUX fuelectenerg-163 49 8 obtained obtain VERB fuelectenerg-163 49 9 for for ADP fuelectenerg-163 49 10 the the DET fuelectenerg-163 49 11 right right ADJ fuelectenerg-163 49 12 end end NOUN fuelectenerg-163 49 13 of of ADP fuelectenerg-163 49 14 the the DET fuelectenerg-163 49 15 carrier carrier NOUN fuelectenerg-163 49 16 storage storage NOUN fuelectenerg-163 49 17 region region NOUN fuelectenerg-163 49 18 : : PUNCT fuelectenerg-163 50 1   PROPN fuelectenerg-163 50 2   PROPN fuelectenerg-163 50 3   NOUN fuelectenerg-163 51 1   NOUN fuelectenerg-163 51 2   PROPN fuelectenerg-163 51 3   PROPN fuelectenerg-163 52 1   PROPN fuelectenerg-163 52 2   NOUN fuelectenerg-163 52 3   ADJ fuelectenerg-163 52 4   ADJ fuelectenerg-163 52 5   PROPN fuelectenerg-163 52 6 p p PROPN fuelectenerg-163 52 7 pr pr NOUN fuelectenerg-163 52 8 n n NOUN fuelectenerg-163 52 9 nr nr NOUN fuelectenerg-163 52 10 x x PROPN fuelectenerg-163 53 1 d d NOUN fuelectenerg-163 53 2 i i PRON fuelectenerg-163 54 1 d d VERB fuelectenerg-163 54 2 i i PRON fuelectenerg-163 54 3 qax qax VERB fuelectenerg-163 54 4 p p NOUN fuelectenerg-163 54 5 r r NOUN fuelectenerg-163 54 6 2 2 NUM fuelectenerg-163 54 7 1 1 NUM fuelectenerg-163 54 8 , , PUNCT fuelectenerg-163 54 9 ( ( PUNCT fuelectenerg-163 54 10 5 5 NUM fuelectenerg-163 54 11 ) ) PUNCT fuelectenerg-163 54 12 where where SCONJ fuelectenerg-163 54 13 inr inr PROPN fuelectenerg-163 54 14 and and CCONJ fuelectenerg-163 54 15 ipr ipr PROPN fuelectenerg-163 54 16 represent represent VERB fuelectenerg-163 54 17 electron electron NOUN fuelectenerg-163 54 18 and and CCONJ fuelectenerg-163 54 19 hole hole NOUN fuelectenerg-163 54 20 currents current NOUN fuelectenerg-163 54 21 respectively respectively ADV fuelectenerg-163 54 22 at at ADP fuelectenerg-163 54 23 the the DET fuelectenerg-163 54 24 cathode cathode NOUN fuelectenerg-163 54 25 end end NOUN fuelectenerg-163 54 26 ( ( PUNCT fuelectenerg-163 54 27 see see VERB fuelectenerg-163 54 28 fig fig NOUN fuelectenerg-163 54 29 . . PUNCT fuelectenerg-163 55 1 1 1 NUM fuelectenerg-163 55 2 ) ) PUNCT fuelectenerg-163 55 3 . . PUNCT fuelectenerg-163 56 1 ( ( PUNCT fuelectenerg-163 56 2 a a X fuelectenerg-163 56 3 ) ) PUNCT fuelectenerg-163 56 4 ( ( PUNCT fuelectenerg-163 56 5 b b X fuelectenerg-163 56 6 ) ) PUNCT fuelectenerg-163 56 7 fig fig NOUN fuelectenerg-163 56 8 . . PUNCT fuelectenerg-163 57 1 1 1 NUM fuelectenerg-163 57 2 schematic schematic ADJ fuelectenerg-163 57 3 representation representation NOUN fuelectenerg-163 57 4 of of ADP fuelectenerg-163 57 5 the the DET fuelectenerg-163 57 6 nptigbt nptigbt NOUN fuelectenerg-163 57 7 structure structure NOUN fuelectenerg-163 57 8 ( ( PUNCT fuelectenerg-163 57 9 a a NOUN fuelectenerg-163 57 10 ) ) PUNCT fuelectenerg-163 57 11 and and CCONJ fuelectenerg-163 57 12 bipolar bipolar ADJ fuelectenerg-163 57 13 part part NOUN fuelectenerg-163 57 14 of of ADP fuelectenerg-163 57 15 the the DET fuelectenerg-163 57 16 structure structure NOUN fuelectenerg-163 57 17 ( ( PUNCT fuelectenerg-163 57 18 b b NOUN fuelectenerg-163 57 19 ) ) PUNCT fuelectenerg-163 57 20 2.1 2.1 NUM fuelectenerg-163 57 21 . . PUNCT fuelectenerg-163 57 22 exponential exponential ADJ fuelectenerg-163 57 23 solution solution NOUN fuelectenerg-163 57 24 based base VERB fuelectenerg-163 57 25 models model NOUN fuelectenerg-163 57 26 an an DET fuelectenerg-163 57 27 exponential exponential ADJ fuelectenerg-163 57 28 approximation approximation NOUN fuelectenerg-163 57 29 based base VERB fuelectenerg-163 57 30 solution solution NOUN fuelectenerg-163 57 31 for for ADP fuelectenerg-163 57 32 this this DET fuelectenerg-163 57 33 equation equation NOUN fuelectenerg-163 57 34 has have AUX fuelectenerg-163 57 35 been be AUX fuelectenerg-163 57 36 developed develop VERB fuelectenerg-163 57 37 . . PUNCT fuelectenerg-163 58 1 to to PART fuelectenerg-163 58 2 model model VERB fuelectenerg-163 58 3 the the DET fuelectenerg-163 58 4 plasma plasma NOUN fuelectenerg-163 58 5 carrier carrier NOUN fuelectenerg-163 58 6 distribution distribution NOUN fuelectenerg-163 58 7 , , PUNCT fuelectenerg-163 58 8 set set NOUN fuelectenerg-163 58 9 of of ADP fuelectenerg-163 58 10 exponential exponential ADJ fuelectenerg-163 58 11 shape shape NOUN fuelectenerg-163 58 12 functions function NOUN fuelectenerg-163 58 13 is be AUX fuelectenerg-163 58 14 used use VERB fuelectenerg-163 58 15 [ [ PUNCT fuelectenerg-163 58 16 21 21 NUM fuelectenerg-163 58 17 ] ] PUNCT fuelectenerg-163 58 18 . . PUNCT fuelectenerg-163 59 1 these these DET fuelectenerg-163 59 2 shape shape NOUN fuelectenerg-163 59 3 functions function NOUN fuelectenerg-163 59 4 are be AUX fuelectenerg-163 59 5 found find VERB fuelectenerg-163 59 6 to to PART fuelectenerg-163 59 7 model model VERB fuelectenerg-163 59 8 the the DET fuelectenerg-163 59 9 shape shape NOUN fuelectenerg-163 59 10 of of ADP fuelectenerg-163 59 11 the the DET fuelectenerg-163 59 12 plasma plasma NOUN fuelectenerg-163 59 13 correctly correctly ADV fuelectenerg-163 59 14 , , PUNCT fuelectenerg-163 59 15 without without ADP fuelectenerg-163 59 16 16 16 NUM fuelectenerg-163 59 17 p. p. NOUN fuelectenerg-163 59 18 igic igic NOUN fuelectenerg-163 59 19 , , PUNCT fuelectenerg-163 59 20 n. n. PROPN fuelectenerg-163 59 21 jankovic jankovic PROPN fuelectenerg-163 59 22 oscillations oscillation NOUN fuelectenerg-163 59 23 in in ADP fuelectenerg-163 59 24 the the DET fuelectenerg-163 59 25 internal internal ADJ fuelectenerg-163 59 26 distribution distribution NOUN fuelectenerg-163 59 27 . . PUNCT fuelectenerg-163 60 1 the the DET fuelectenerg-163 60 2 slopes slope NOUN fuelectenerg-163 60 3 to to ADP fuelectenerg-163 60 4 the the DET fuelectenerg-163 60 5 carrier carrier NOUN fuelectenerg-163 60 6 distribution distribution NOUN fuelectenerg-163 60 7 at at ADP fuelectenerg-163 60 8 the the DET fuelectenerg-163 60 9 boundaries boundary NOUN fuelectenerg-163 60 10 are be AUX fuelectenerg-163 60 11 also also ADV fuelectenerg-163 60 12 physically physically ADV fuelectenerg-163 60 13 correct correct ADJ fuelectenerg-163 60 14 . . PUNCT fuelectenerg-163 61 1 in in ADP fuelectenerg-163 61 2 steady steady ADJ fuelectenerg-163 61 3 state state NOUN fuelectenerg-163 61 4 forward forward ADJ fuelectenerg-163 61 5 bias bias NOUN fuelectenerg-163 61 6 operation operation NOUN fuelectenerg-163 61 7 the the DET fuelectenerg-163 61 8 plasma plasma NOUN fuelectenerg-163 61 9 carrier carrier NOUN fuelectenerg-163 61 10 concentration concentration NOUN fuelectenerg-163 61 11 has have VERB fuelectenerg-163 61 12 a a DET fuelectenerg-163 61 13 distribution distribution NOUN fuelectenerg-163 61 14 of of ADP fuelectenerg-163 61 15 catenary catenary ADJ fuelectenerg-163 61 16 form form NOUN fuelectenerg-163 61 17 requiring require VERB fuelectenerg-163 61 18 just just ADV fuelectenerg-163 61 19 two two NUM fuelectenerg-163 61 20 exponential exponential ADJ fuelectenerg-163 61 21 basis basis NOUN fuelectenerg-163 61 22 functions function NOUN fuelectenerg-163 61 23 giving give VERB fuelectenerg-163 61 24 [ [ PUNCT fuelectenerg-163 61 25 21 21 NUM fuelectenerg-163 61 26 ] ] X fuelectenerg-163 61 27 : : PUNCT fuelectenerg-163 61 28 lxlx lxlx ADJ fuelectenerg-163 61 29 beaep beaep VERB fuelectenerg-163 61 30 // // NUM fuelectenerg-163 61 31   PRON fuelectenerg-163 61 32 ( ( PUNCT fuelectenerg-163 61 33 6 6 NUM fuelectenerg-163 61 34 ) ) PUNCT fuelectenerg-163 61 35 where where SCONJ fuelectenerg-163 61 36 l l NOUN fuelectenerg-163 61 37 is be AUX fuelectenerg-163 61 38 the the DET fuelectenerg-163 61 39 diffusion diffusion NOUN fuelectenerg-163 61 40 length length NOUN fuelectenerg-163 61 41 . . PUNCT fuelectenerg-163 62 1 in in ADP fuelectenerg-163 62 2 transient transient ADJ fuelectenerg-163 62 3 operation operation NOUN fuelectenerg-163 62 4 , , PUNCT fuelectenerg-163 62 5 more more ADJ fuelectenerg-163 62 6 complex complex ADJ fuelectenerg-163 62 7 profiles profile NOUN fuelectenerg-163 62 8 can can AUX fuelectenerg-163 62 9 be be AUX fuelectenerg-163 62 10 approximated approximate VERB fuelectenerg-163 62 11 using use VERB fuelectenerg-163 62 12 a a DET fuelectenerg-163 62 13 number number NOUN fuelectenerg-163 62 14 of of ADP fuelectenerg-163 62 15 exponential exponential ADJ fuelectenerg-163 62 16 basis basis NOUN fuelectenerg-163 62 17 functions function NOUN fuelectenerg-163 62 18 with with ADP fuelectenerg-163 62 19 a a DET fuelectenerg-163 62 20 range range NOUN fuelectenerg-163 62 21 of of ADP fuelectenerg-163 62 22 decay decay NOUN fuelectenerg-163 62 23 length length NOUN fuelectenerg-163 62 24 parameters parameter NOUN fuelectenerg-163 62 25 , , PUNCT fuelectenerg-163 62 26 shorter short ADJ fuelectenerg-163 62 27 than than ADP fuelectenerg-163 62 28 the the DET fuelectenerg-163 62 29 steady steady ADJ fuelectenerg-163 62 30 state state NOUN fuelectenerg-163 62 31 ones one NOUN fuelectenerg-163 62 32 . . PUNCT fuelectenerg-163 63 1 the the DET fuelectenerg-163 63 2 models model NOUN fuelectenerg-163 63 3 reported report VERB fuelectenerg-163 63 4 in in ADP fuelectenerg-163 63 5 [ [ X fuelectenerg-163 63 6 21 21 NUM fuelectenerg-163 63 7 ] ] PUNCT fuelectenerg-163 63 8 , , PUNCT fuelectenerg-163 63 9 [ [ X fuelectenerg-163 63 10 22 22 NUM fuelectenerg-163 63 11 ] ] PUNCT fuelectenerg-163 63 12 actually actually ADV fuelectenerg-163 63 13 uses use VERB fuelectenerg-163 63 14 up up ADP fuelectenerg-163 63 15 to to PART fuelectenerg-163 63 16 seven seven NUM fuelectenerg-163 63 17 exponential exponential ADJ fuelectenerg-163 63 18 basis basis NOUN fuelectenerg-163 63 19 functions function NOUN fuelectenerg-163 63 20 to to PART fuelectenerg-163 63 21 model model VERB fuelectenerg-163 63 22 the the DET fuelectenerg-163 63 23 plasma plasma NOUN fuelectenerg-163 63 24 distribution distribution NOUN fuelectenerg-163 63 25 during during ADP fuelectenerg-163 63 26 transient transient ADJ fuelectenerg-163 63 27 operation operation NOUN fuelectenerg-163 63 28 . . PUNCT fuelectenerg-163 64 1 to to PART fuelectenerg-163 64 2 implement implement VERB fuelectenerg-163 64 3 model model NOUN fuelectenerg-163 64 4 and and CCONJ fuelectenerg-163 64 5 make make VERB fuelectenerg-163 64 6 it it PRON fuelectenerg-163 64 7 functional functional ADJ fuelectenerg-163 64 8 , , PUNCT fuelectenerg-163 64 9 one one PRON fuelectenerg-163 64 10 needs need VERB fuelectenerg-163 64 11 to to PART fuelectenerg-163 64 12 determine determine VERB fuelectenerg-163 64 13 forward forward ADJ fuelectenerg-163 64 14 junction junction NOUN fuelectenerg-163 64 15 voltage voltage NOUN fuelectenerg-163 64 16 between between ADP fuelectenerg-163 64 17 p+ p+ NOUN fuelectenerg-163 64 18 emitter emitter NOUN fuelectenerg-163 64 19 and and CCONJ fuelectenerg-163 64 20 nbase nbase PROPN fuelectenerg-163 64 21 ( ( PUNCT fuelectenerg-163 64 22 see see VERB fuelectenerg-163 64 23 fig fig NOUN fuelectenerg-163 64 24 . . PUNCT fuelectenerg-163 65 1 1 1 NUM fuelectenerg-163 65 2 ) ) PUNCT fuelectenerg-163 65 3 , , PUNCT fuelectenerg-163 65 4 the the DET fuelectenerg-163 65 5 ohmic ohmic ADJ fuelectenerg-163 65 6 voltage voltage NOUN fuelectenerg-163 65 7 drop drop NOUN fuelectenerg-163 65 8 across across ADP fuelectenerg-163 65 9 the the DET fuelectenerg-163 65 10 plasma plasma NOUN fuelectenerg-163 65 11 region region NOUN fuelectenerg-163 65 12 , , PUNCT fuelectenerg-163 65 13 the the DET fuelectenerg-163 65 14 depletion depletion NOUN fuelectenerg-163 65 15 voltage voltage NOUN fuelectenerg-163 65 16 , , PUNCT fuelectenerg-163 65 17 depletion depletion NOUN fuelectenerg-163 65 18 capacitance capacitance NOUN fuelectenerg-163 65 19 , , PUNCT fuelectenerg-163 65 20 and and CCONJ fuelectenerg-163 65 21 depletion depletion NOUN fuelectenerg-163 65 22 current current NOUN fuelectenerg-163 65 23 at at ADP fuelectenerg-163 65 24 the the DET fuelectenerg-163 65 25 anode anode NOUN fuelectenerg-163 65 26 end end NOUN fuelectenerg-163 65 27 . . PUNCT fuelectenerg-163 66 1 the the DET fuelectenerg-163 66 2 depletion depletion NOUN fuelectenerg-163 66 3 current current NOUN fuelectenerg-163 66 4 is be AUX fuelectenerg-163 66 5 a a DET fuelectenerg-163 66 6 small small ADJ fuelectenerg-163 66 7 extra extra ADJ fuelectenerg-163 66 8 current current ADJ fuelectenerg-163 66 9 component component NOUN fuelectenerg-163 66 10 that that PRON fuelectenerg-163 66 11 exists exist VERB fuelectenerg-163 66 12 under under ADP fuelectenerg-163 66 13 high high ADJ fuelectenerg-163 66 14 speed speed NOUN fuelectenerg-163 66 15 transient transient NOUN fuelectenerg-163 66 16 conditions condition NOUN fuelectenerg-163 66 17 as as SCONJ fuelectenerg-163 66 18 described describe VERB fuelectenerg-163 66 19 in in ADP fuelectenerg-163 66 20 [ [ X fuelectenerg-163 66 21 21 21 NUM fuelectenerg-163 66 22 ] ] PUNCT fuelectenerg-163 66 23 , , PUNCT fuelectenerg-163 66 24 [ [ X fuelectenerg-163 66 25 22 22 NUM fuelectenerg-163 66 26 ] ] PUNCT fuelectenerg-163 66 27 . . PUNCT fuelectenerg-163 67 1 this this DET fuelectenerg-163 67 2 model model NOUN fuelectenerg-163 67 3 has have AUX fuelectenerg-163 67 4 been be AUX fuelectenerg-163 67 5 used use VERB fuelectenerg-163 67 6 successfully successfully ADV fuelectenerg-163 67 7 to to PART fuelectenerg-163 67 8 predict predict VERB fuelectenerg-163 67 9 switching switch VERB fuelectenerg-163 67 10 characteristics characteristic NOUN fuelectenerg-163 67 11 of of ADP fuelectenerg-163 67 12 different different ADJ fuelectenerg-163 67 13 commercially commercially ADV fuelectenerg-163 67 14 available available ADJ fuelectenerg-163 67 15 igbt igbt PROPN fuelectenerg-163 67 16 devices device NOUN fuelectenerg-163 67 17 ; ; PUNCT fuelectenerg-163 67 18 one one NUM fuelectenerg-163 67 19 example example NOUN fuelectenerg-163 67 20 is be AUX fuelectenerg-163 67 21 given give VERB fuelectenerg-163 67 22 in in ADP fuelectenerg-163 67 23 fig fig NOUN fuelectenerg-163 67 24 . . PUNCT fuelectenerg-163 68 1 2 2 X fuelectenerg-163 68 2 . . X fuelectenerg-163 68 3 turn turn VERB fuelectenerg-163 68 4 - - PUNCT fuelectenerg-163 68 5 off off ADP fuelectenerg-163 68 6 time time NOUN fuelectenerg-163 69 1 [ [ X fuelectenerg-163 69 2 s s X fuelectenerg-163 69 3 ] ] X fuelectenerg-163 69 4 0.0 0.0 NUM fuelectenerg-163 69 5 0.1 0.1 NUM fuelectenerg-163 69 6 0.2 0.2 NUM fuelectenerg-163 69 7 0.3 0.3 NUM fuelectenerg-163 69 8 0.4 0.4 NUM fuelectenerg-163 69 9 0.5 0.5 NUM fuelectenerg-163 69 10 0.6 0.6 NUM fuelectenerg-163 69 11 v v ADP fuelectenerg-163 69 12 a a DET fuelectenerg-163 69 13 [ [ PUNCT fuelectenerg-163 69 14 v v NOUN fuelectenerg-163 69 15 ] ] PUNCT fuelectenerg-163 69 16 -100 -100 PROPN fuelectenerg-163 69 17 0 0 NUM fuelectenerg-163 69 18 100 100 NUM fuelectenerg-163 69 19 200 200 NUM fuelectenerg-163 69 20 300 300 NUM fuelectenerg-163 69 21 400 400 NUM fuelectenerg-163 69 22 500 500 NUM fuelectenerg-163 69 23 i i PRON fuelectenerg-163 69 24 a a DET fuelectenerg-163 69 25 [ [ X fuelectenerg-163 69 26 a a X fuelectenerg-163 69 27 ] ] X fuelectenerg-163 69 28 -3 -3 SYM fuelectenerg-163 69 29 0 0 NUM fuelectenerg-163 69 30 3 3 NUM fuelectenerg-163 69 31 6 6 NUM fuelectenerg-163 69 32 9 9 NUM fuelectenerg-163 69 33 12 12 NUM fuelectenerg-163 69 34 15 15 NUM fuelectenerg-163 69 35 -------experiment -------experiment ADJ fuelectenerg-163 69 36 -------compact -------compact NOUN fuelectenerg-163 69 37 model model NOUN fuelectenerg-163 69 38 fig fig NOUN fuelectenerg-163 69 39 . . PUNCT fuelectenerg-163 70 1 2 2 NUM fuelectenerg-163 70 2 igbt igbt PROPN fuelectenerg-163 70 3 turn turn NOUN fuelectenerg-163 70 4 - - PUNCT fuelectenerg-163 70 5 off off ADP fuelectenerg-163 70 6 characteristic characteristic ADJ fuelectenerg-163 70 7 experimental experimental ADJ fuelectenerg-163 70 8 results result NOUN fuelectenerg-163 70 9 vs. vs. ADP fuelectenerg-163 70 10 compact compact ADJ fuelectenerg-163 70 11 model model NOUN fuelectenerg-163 70 12 the the DET fuelectenerg-163 70 13 downside downside NOUN fuelectenerg-163 70 14 of of ADP fuelectenerg-163 70 15 this this DET fuelectenerg-163 70 16 modelling modelling NOUN fuelectenerg-163 70 17 approach approach NOUN fuelectenerg-163 70 18 is be AUX fuelectenerg-163 70 19 model model NOUN fuelectenerg-163 70 20 complexity complexity NOUN fuelectenerg-163 70 21 [ [ X fuelectenerg-163 70 22 20 20 NUM fuelectenerg-163 70 23 ] ] PUNCT fuelectenerg-163 70 24 , , PUNCT fuelectenerg-163 70 25 large large ADJ fuelectenerg-163 70 26 number number NOUN fuelectenerg-163 70 27 of of ADP fuelectenerg-163 70 28 model model NOUN fuelectenerg-163 70 29 parameters parameter NOUN fuelectenerg-163 70 30 [ [ X fuelectenerg-163 70 31 19 19 NUM fuelectenerg-163 70 32 ] ] PUNCT fuelectenerg-163 70 33 , , PUNCT fuelectenerg-163 70 34 [ [ X fuelectenerg-163 70 35 22 22 NUM fuelectenerg-163 70 36 ] ] PUNCT fuelectenerg-163 70 37 , , PUNCT fuelectenerg-163 70 38 difficult difficult ADJ fuelectenerg-163 70 39 model model NOUN fuelectenerg-163 70 40 implementation implementation NOUN fuelectenerg-163 70 41 in in ADP fuelectenerg-163 70 42 circuit circuit NOUN fuelectenerg-163 70 43 simulators simulator NOUN fuelectenerg-163 70 44 such such ADJ fuelectenerg-163 70 45 as as ADP fuelectenerg-163 70 46 pspice pspice PROPN fuelectenerg-163 70 47 , , PUNCT fuelectenerg-163 70 48 long long ADJ fuelectenerg-163 70 49 simulation simulation NOUN fuelectenerg-163 70 50 time time NOUN fuelectenerg-163 70 51 . . PUNCT fuelectenerg-163 71 1 many many ADJ fuelectenerg-163 71 2 modern modern ADJ fuelectenerg-163 71 3 igbt igbt PROPN fuelectenerg-163 71 4 devices device NOUN fuelectenerg-163 71 5 include include VERB fuelectenerg-163 71 6 localize localize VERB fuelectenerg-163 71 7 life life NOUN fuelectenerg-163 71 8 time time NOUN fuelectenerg-163 71 9 control control PROPN fuelectenerg-163 71 10 ( ( PUNCT fuelectenerg-163 71 11 llc llc PROPN fuelectenerg-163 71 12 ) ) PUNCT fuelectenerg-163 71 13 region region NOUN fuelectenerg-163 71 14 in in ADP fuelectenerg-163 71 15 order order NOUN fuelectenerg-163 71 16 to to PART fuelectenerg-163 71 17 reduce reduce VERB fuelectenerg-163 71 18 current current ADJ fuelectenerg-163 71 19 tail tail NOUN fuelectenerg-163 71 20 during during ADP fuelectenerg-163 71 21 device device NOUN fuelectenerg-163 71 22 turn turn NOUN fuelectenerg-163 71 23 - - PUNCT fuelectenerg-163 71 24 off off NOUN fuelectenerg-163 71 25 and and CCONJ fuelectenerg-163 71 26 increase increase VERB fuelectenerg-163 71 27 operating operating NOUN fuelectenerg-163 71 28 frequency frequency NOUN fuelectenerg-163 71 29 [ [ X fuelectenerg-163 71 30 11 11 NUM fuelectenerg-163 71 31 ] ] PUNCT fuelectenerg-163 71 32 . . PUNCT fuelectenerg-163 72 1 the the DET fuelectenerg-163 72 2 above above ADJ fuelectenerg-163 72 3 discussed discuss VERB fuelectenerg-163 72 4 model model NOUN fuelectenerg-163 72 5 does do AUX fuelectenerg-163 72 6 not not PART fuelectenerg-163 72 7 have have VERB fuelectenerg-163 72 8 the the DET fuelectenerg-163 72 9 ability ability NOUN fuelectenerg-163 72 10 to to PART fuelectenerg-163 72 11 directly directly ADV fuelectenerg-163 72 12 include include VERB fuelectenerg-163 72 13 llc llc PROPN fuelectenerg-163 72 14 region region NOUN fuelectenerg-163 72 15 . . PUNCT fuelectenerg-163 73 1 in in ADP fuelectenerg-163 73 2 order order NOUN fuelectenerg-163 73 3 to to PART fuelectenerg-163 73 4 include include VERB fuelectenerg-163 73 5 this this DET fuelectenerg-163 73 6 feature feature NOUN fuelectenerg-163 73 7 , , PUNCT fuelectenerg-163 73 8 it it PRON fuelectenerg-163 73 9 needs need VERB fuelectenerg-163 73 10 some some DET fuelectenerg-163 73 11 alterations alteration NOUN fuelectenerg-163 73 12 . . PUNCT fuelectenerg-163 74 1 if if SCONJ fuelectenerg-163 74 2 , , PUNCT fuelectenerg-163 74 3 for for ADP fuelectenerg-163 74 4 example example NOUN fuelectenerg-163 74 5 , , PUNCT fuelectenerg-163 74 6 llc llc PROPN fuelectenerg-163 74 7 region region NOUN fuelectenerg-163 74 8 is be AUX fuelectenerg-163 74 9 inserted insert VERB fuelectenerg-163 74 10 between between ADP fuelectenerg-163 74 11 the the DET fuelectenerg-163 74 12 p p NOUN fuelectenerg-163 74 13 - - PUNCT fuelectenerg-163 74 14 emitter emitter NOUN fuelectenerg-163 74 15 and and CCONJ fuelectenerg-163 74 16 arbitrary arbitrary ADJ fuelectenerg-163 74 17 dashed dash VERB fuelectenerg-163 74 18 line line NOUN fuelectenerg-163 74 19 shown show VERB fuelectenerg-163 74 20 in in ADP fuelectenerg-163 74 21 fig fig NOUN fuelectenerg-163 74 22 . . PUNCT fuelectenerg-163 75 1 1b 1b NUM fuelectenerg-163 75 2 , , PUNCT fuelectenerg-163 75 3 the the DET fuelectenerg-163 75 4 plasma plasma NOUN fuelectenerg-163 75 5 carrier carrier NOUN fuelectenerg-163 75 6 distribution distribution NOUN fuelectenerg-163 75 7 model model NOUN fuelectenerg-163 75 8 will will AUX fuelectenerg-163 75 9 need need VERB fuelectenerg-163 75 10 to to PART fuelectenerg-163 75 11 be be AUX fuelectenerg-163 75 12 consider consider VERB fuelectenerg-163 75 13 separately separately ADV fuelectenerg-163 75 14 across across ADP fuelectenerg-163 75 15 these these DET fuelectenerg-163 75 16 two two NUM fuelectenerg-163 75 17 regions(each regions(each NOUN fuelectenerg-163 75 18 having have VERB fuelectenerg-163 75 19 different different ADJ fuelectenerg-163 75 20 lifetimes lifetime NOUN fuelectenerg-163 75 21 ) ) PUNCT fuelectenerg-163 75 22 left leave VERB fuelectenerg-163 75 23 and and CCONJ fuelectenerg-163 75 24 right right ADJ fuelectenerg-163 75 25 from from ADP fuelectenerg-163 75 26 the the DET fuelectenerg-163 75 27 arbitrary arbitrary ADJ fuelectenerg-163 75 28 dashed dash VERB fuelectenerg-163 75 29 line line NOUN fuelectenerg-163 75 30 . . PUNCT fuelectenerg-163 76 1 this this PRON fuelectenerg-163 76 2 would would AUX fuelectenerg-163 76 3 introduce introduce VERB fuelectenerg-163 76 4 another another DET fuelectenerg-163 76 5 set set NOUN fuelectenerg-163 76 6 of of ADP fuelectenerg-163 76 7 equations equation NOUN fuelectenerg-163 76 8 needed need VERB fuelectenerg-163 76 9 to to PART fuelectenerg-163 76 10 describe describe VERB fuelectenerg-163 76 11 boundary boundary NOUN fuelectenerg-163 76 12 between between ADP fuelectenerg-163 76 13 the the DET fuelectenerg-163 76 14 llc llc PROPN fuelectenerg-163 76 15 region region NOUN fuelectenerg-163 76 16 and and CCONJ fuelectenerg-163 76 17 rest rest NOUN fuelectenerg-163 76 18 of of ADP fuelectenerg-163 76 19 the the DET fuelectenerg-163 76 20 nbase nbase NOUN fuelectenerg-163 76 21 region region NOUN fuelectenerg-163 76 22 , , PUNCT fuelectenerg-163 76 23 thus thus ADV fuelectenerg-163 76 24 making make VERB fuelectenerg-163 76 25 model model NOUN fuelectenerg-163 76 26 even even ADV fuelectenerg-163 76 27 more more ADV fuelectenerg-163 76 28 complex complex ADJ fuelectenerg-163 76 29 . . PUNCT fuelectenerg-163 77 1 review review NOUN fuelectenerg-163 77 2 of of ADP fuelectenerg-163 77 3 advanced advanced ADJ fuelectenerg-163 77 4 igbt igbt PROPN fuelectenerg-163 77 5 compact compact ADJ fuelectenerg-163 77 6 models model NOUN fuelectenerg-163 77 7 dedicated dedicate VERB fuelectenerg-163 77 8 to to ADP fuelectenerg-163 77 9 circuit circuit NOUN fuelectenerg-163 77 10 simulation simulation NOUN fuelectenerg-163 77 11 17 17 NUM fuelectenerg-163 77 12 2.2 2.2 NUM fuelectenerg-163 77 13 . . PUNCT fuelectenerg-163 78 1 fourier fourier PROPN fuelectenerg-163 78 2 series series PROPN fuelectenerg-163 78 3 solution solution NOUN fuelectenerg-163 78 4 based base VERB fuelectenerg-163 78 5 models model NOUN fuelectenerg-163 78 6 a a DET fuelectenerg-163 78 7 fourier fourier NOUN fuelectenerg-163 78 8 series series NOUN fuelectenerg-163 78 9 solution solution NOUN fuelectenerg-163 78 10 based base VERB fuelectenerg-163 78 11 model model NOUN fuelectenerg-163 78 12 has have AUX fuelectenerg-163 78 13 been be AUX fuelectenerg-163 78 14 developed develop VERB fuelectenerg-163 78 15 and and CCONJ fuelectenerg-163 78 16 described describe VERB fuelectenerg-163 78 17 in in ADP fuelectenerg-163 78 18 [ [ X fuelectenerg-163 78 19 24 24 NUM fuelectenerg-163 78 20 ] ] PUNCT fuelectenerg-163 78 21 . . PUNCT fuelectenerg-163 79 1 it it PRON fuelectenerg-163 79 2 has have AUX fuelectenerg-163 79 3 been be AUX fuelectenerg-163 79 4 based base VERB fuelectenerg-163 79 5 on on ADP fuelectenerg-163 79 6 the the DET fuelectenerg-163 79 7 research research NOUN fuelectenerg-163 79 8 results result NOUN fuelectenerg-163 79 9 showing show VERB fuelectenerg-163 79 10 that that SCONJ fuelectenerg-163 79 11 the the DET fuelectenerg-163 79 12 diffusion diffusion NOUN fuelectenerg-163 79 13 equation equation NOUN fuelectenerg-163 79 14 could could AUX fuelectenerg-163 79 15 be be AUX fuelectenerg-163 79 16 solved solve VERB fuelectenerg-163 79 17 by by ADP fuelectenerg-163 79 18 means mean NOUN fuelectenerg-163 79 19 of of ADP fuelectenerg-163 79 20 an an DET fuelectenerg-163 79 21 electrical electrical ADJ fuelectenerg-163 79 22 analogy analogy NOUN fuelectenerg-163 79 23 [ [ X fuelectenerg-163 79 24 23 23 NUM fuelectenerg-163 79 25 ] ] PUNCT fuelectenerg-163 79 26 . . PUNCT fuelectenerg-163 80 1 the the DET fuelectenerg-163 80 2 plasma plasma NOUN fuelectenerg-163 80 3 carrier carrier NOUN fuelectenerg-163 80 4 concentration concentration NOUN fuelectenerg-163 80 5 has have VERB fuelectenerg-163 80 6 a a DET fuelectenerg-163 80 7 distribution distribution NOUN fuelectenerg-163 80 8 of of ADP fuelectenerg-163 80 9 a a DET fuelectenerg-163 80 10 sum sum NOUN fuelectenerg-163 80 11 of of ADP fuelectenerg-163 80 12 fourier fourier NOUN fuelectenerg-163 80 13 series series PROPN fuelectenerg-163 80 14 components component NOUN fuelectenerg-163 80 15 in in ADP fuelectenerg-163 80 16 space space NOUN fuelectenerg-163 80 17 : : PUNCT fuelectenerg-163 80 18 1 1 NUM fuelectenerg-163 80 19 0 0 NUM fuelectenerg-163 80 20 1 1 NUM fuelectenerg-163 80 21 2 2 NUM fuelectenerg-163 80 22 1 1 NUM fuelectenerg-163 80 23 ( ( PUNCT fuelectenerg-163 80 24 ) ) PUNCT fuelectenerg-163 80 25 ( ( PUNCT fuelectenerg-163 80 26 ) ) PUNCT fuelectenerg-163 80 27 ( ( PUNCT fuelectenerg-163 80 28 ) ) PUNCT fuelectenerg-163 80 29 cosk cosk NOUN fuelectenerg-163 81 1 k k PROPN fuelectenerg-163 81 2 k k NOUN fuelectenerg-163 81 3 x x PUNCT fuelectenerg-163 82 1 x x X fuelectenerg-163 82 2 p p X fuelectenerg-163 82 3 p p X fuelectenerg-163 82 4 t t PROPN fuelectenerg-163 82 5 p p NOUN fuelectenerg-163 82 6 t t PROPN fuelectenerg-163 82 7 x x PUNCT fuelectenerg-163 82 8 x x X fuelectenerg-163 82 9   ADP fuelectenerg-163 82 10   NOUN fuelectenerg-163 82 11   NOUN fuelectenerg-163 82 12   ADJ fuelectenerg-163 82 13   PROPN fuelectenerg-163 82 14   PROPN fuelectenerg-163 82 15   PROPN fuelectenerg-163 82 16   PROPN fuelectenerg-163 82 17   PROPN fuelectenerg-163 82 18   NOUN fuelectenerg-163 82 19   X fuelectenerg-163 82 20 ( ( PUNCT fuelectenerg-163 82 21 7 7 NUM fuelectenerg-163 82 22 ) ) PUNCT fuelectenerg-163 82 23 where where SCONJ fuelectenerg-163 82 24 k k PROPN fuelectenerg-163 82 25 represents represent VERB fuelectenerg-163 82 26 the the DET fuelectenerg-163 82 27 harmonic harmonic ADJ fuelectenerg-163 82 28 number number NOUN fuelectenerg-163 82 29 . . PUNCT fuelectenerg-163 83 1 set set NOUN fuelectenerg-163 83 2 of of ADP fuelectenerg-163 83 3 equations equation NOUN fuelectenerg-163 83 4 described describe VERB fuelectenerg-163 83 5 in in ADP fuelectenerg-163 83 6 ( ( PUNCT fuelectenerg-163 83 7 7 7 X fuelectenerg-163 83 8 ) ) PUNCT fuelectenerg-163 83 9 can can AUX fuelectenerg-163 83 10 be be AUX fuelectenerg-163 83 11 represented represent VERB fuelectenerg-163 83 12 in in ADP fuelectenerg-163 83 13 the the DET fuelectenerg-163 83 14 form form NOUN fuelectenerg-163 83 15 of of ADP fuelectenerg-163 83 16 two two NUM fuelectenerg-163 83 17 rc rc PROPN fuelectenerg-163 83 18 lines line NOUN fuelectenerg-163 83 19 corresponding correspond VERB fuelectenerg-163 83 20 to to ADP fuelectenerg-163 83 21 the the DET fuelectenerg-163 83 22 even even ADJ fuelectenerg-163 83 23 and and CCONJ fuelectenerg-163 83 24 odd odd ADJ fuelectenerg-163 83 25 values value NOUN fuelectenerg-163 83 26 of of ADP fuelectenerg-163 83 27 k. k. PROPN fuelectenerg-163 83 28 the the DET fuelectenerg-163 83 29 rc rc PROPN fuelectenerg-163 83 30 lines line NOUN fuelectenerg-163 83 31 are be AUX fuelectenerg-163 83 32 driven drive VERB fuelectenerg-163 83 33 by by ADP fuelectenerg-163 83 34 currents current NOUN fuelectenerg-163 83 35 defined define VERB fuelectenerg-163 83 36 by by ADP fuelectenerg-163 83 37 the the DET fuelectenerg-163 83 38 boundary boundary ADJ fuelectenerg-163 83 39 conditions condition NOUN fuelectenerg-163 83 40 as as SCONJ fuelectenerg-163 83 41 described describe VERB fuelectenerg-163 83 42 in in ADP fuelectenerg-163 83 43 [ [ X fuelectenerg-163 83 44 24 24 NUM fuelectenerg-163 83 45 ] ] PUNCT fuelectenerg-163 83 46 . . PUNCT fuelectenerg-163 84 1 fig fig NOUN fuelectenerg-163 84 2 . . PUNCT fuelectenerg-163 85 1 3 3 NUM fuelectenerg-163 85 2 analogue analogue NOUN fuelectenerg-163 85 3 solution solution NOUN fuelectenerg-163 85 4 to to ADP fuelectenerg-163 85 5 the the DET fuelectenerg-163 85 6 ade ade NOUN fuelectenerg-163 86 1 [ [ X fuelectenerg-163 86 2 24 24 NUM fuelectenerg-163 86 3 ] ] PUNCT fuelectenerg-163 86 4 fig fig NOUN fuelectenerg-163 86 5 . . PUNCT fuelectenerg-163 87 1 3 3 NUM fuelectenerg-163 87 2 shows show VERB fuelectenerg-163 87 3 analogue analogue NOUN fuelectenerg-163 87 4 solution solution NOUN fuelectenerg-163 87 5 to to ADP fuelectenerg-163 87 6 the the DET fuelectenerg-163 87 7 ade ade NOUN fuelectenerg-163 87 8 with with ADP fuelectenerg-163 87 9 fixed fixed ADJ fuelectenerg-163 87 10 or or CCONJ fuelectenerg-163 87 11 mobile mobile ADJ fuelectenerg-163 87 12 boundaries boundary NOUN fuelectenerg-163 87 13 . . PUNCT fuelectenerg-163 88 1 in in ADP fuelectenerg-163 88 2 fig fig NOUN fuelectenerg-163 88 3 . . PUNCT fuelectenerg-163 89 1 3 3 NUM fuelectenerg-163 89 2 , , PUNCT fuelectenerg-163 89 3 qs qs X fuelectenerg-163 89 4 represents represent VERB fuelectenerg-163 89 5 total total ADJ fuelectenerg-163 89 6 carrier carrier NOUN fuelectenerg-163 89 7 stored store VERB fuelectenerg-163 89 8 charge charge NOUN fuelectenerg-163 89 9 , , PUNCT fuelectenerg-163 89 10 p0, p0, NOUN fuelectenerg-163 89 11 … … NUM fuelectenerg-163 89 12 ,pk ,pk PUNCT fuelectenerg-163 89 13 stand stand VERB fuelectenerg-163 89 14 for for ADP fuelectenerg-163 89 15 fourier fourier ADJ fuelectenerg-163 89 16 series series PROPN fuelectenerg-163 89 17 coefficients coefficient NOUN fuelectenerg-163 89 18 , , PUNCT fuelectenerg-163 89 19 w w PROPN fuelectenerg-163 89 20 is be AUX fuelectenerg-163 89 21 the the DET fuelectenerg-163 89 22 width width NOUN fuelectenerg-163 89 23 of of ADP fuelectenerg-163 89 24 the the DET fuelectenerg-163 89 25 n n CCONJ fuelectenerg-163 89 26 - - PUNCT fuelectenerg-163 89 27 base base NOUN fuelectenerg-163 89 28 region region NOUN fuelectenerg-163 89 29 , , PUNCT fuelectenerg-163 89 30 xl xl PROPN fuelectenerg-163 89 31 and and CCONJ fuelectenerg-163 89 32 xr xr PROPN fuelectenerg-163 89 33 are be AUX fuelectenerg-163 89 34 the the DET fuelectenerg-163 89 35 positions position NOUN fuelectenerg-163 89 36 of of ADP fuelectenerg-163 89 37 the the DET fuelectenerg-163 89 38 plasma plasma NOUN fuelectenerg-163 89 39 region region NOUN fuelectenerg-163 89 40 left leave VERB fuelectenerg-163 89 41 and and CCONJ fuelectenerg-163 89 42 right right ADJ fuelectenerg-163 89 43 boundaries boundary NOUN fuelectenerg-163 89 44 ( ( PUNCT fuelectenerg-163 89 45 see see VERB fuelectenerg-163 89 46 fig fig NOUN fuelectenerg-163 89 47 . . PUNCT fuelectenerg-163 90 1 1b 1b NUM fuelectenerg-163 90 2 ) ) PUNCT fuelectenerg-163 90 3 , , PUNCT fuelectenerg-163 90 4 pxl pxl NOUN fuelectenerg-163 90 5 and and CCONJ fuelectenerg-163 90 6 pxr pxr ADJ fuelectenerg-163 90 7 corresponds correspond NOUN fuelectenerg-163 90 8 to to ADP fuelectenerg-163 90 9 the the DET fuelectenerg-163 90 10 excess excess ADJ fuelectenerg-163 90 11 carrier carrier NOUN fuelectenerg-163 90 12 concentration concentration NOUN fuelectenerg-163 90 13 at at ADP fuelectenerg-163 90 14 xl xl PROPN fuelectenerg-163 90 15 and and CCONJ fuelectenerg-163 90 16 xr xr PROPN fuelectenerg-163 90 17 respectively respectively ADV fuelectenerg-163 90 18 , , PUNCT fuelectenerg-163 90 19 and and CCONJ fuelectenerg-163 90 20 currents current NOUN fuelectenerg-163 90 21 ipl ipl PROPN fuelectenerg-163 90 22 , , PUNCT fuelectenerg-163 90 23 r r NOUN fuelectenerg-163 90 24 and and CCONJ fuelectenerg-163 90 25 inl inl NOUN fuelectenerg-163 90 26 , , PUNCT fuelectenerg-163 90 27 r r NOUN fuelectenerg-163 90 28 are be AUX fuelectenerg-163 90 29 as as ADV fuelectenerg-163 90 30 depicted depict VERB fuelectenerg-163 90 31 in in ADP fuelectenerg-163 90 32 fig fig NOUN fuelectenerg-163 90 33 . . PUNCT fuelectenerg-163 91 1 1a 1a PROPN fuelectenerg-163 91 2 . . PUNCT fuelectenerg-163 92 1 the the DET fuelectenerg-163 92 2 model model NOUN fuelectenerg-163 92 3 could could AUX fuelectenerg-163 92 4 be be AUX fuelectenerg-163 92 5 implemented implement VERB fuelectenerg-163 92 6 in in ADP fuelectenerg-163 92 7 any any DET fuelectenerg-163 92 8 general general ADJ fuelectenerg-163 92 9 purpose purpose NOUN fuelectenerg-163 92 10 simulation simulation NOUN fuelectenerg-163 92 11 software software NOUN fuelectenerg-163 92 12 having have VERB fuelectenerg-163 92 13 non non ADJ fuelectenerg-163 92 14 - - ADJ fuelectenerg-163 92 15 linear linear ADJ fuelectenerg-163 92 16 elements element NOUN fuelectenerg-163 92 17 and and CCONJ fuelectenerg-163 92 18 variable variable ADJ fuelectenerg-163 92 19 parameters parameter NOUN fuelectenerg-163 92 20 [ [ X fuelectenerg-163 92 21 24 24 NUM fuelectenerg-163 92 22 ] ] PUNCT fuelectenerg-163 92 23 . . PUNCT fuelectenerg-163 93 1 3 3 X fuelectenerg-163 93 2 . . X fuelectenerg-163 93 3 physics physics NOUN fuelectenerg-163 93 4 - - PUNCT fuelectenerg-163 93 5 based base VERB fuelectenerg-163 93 6 sub sub ADJ fuelectenerg-163 93 7 - - ADJ fuelectenerg-163 93 8 circuit circuit ADJ fuelectenerg-163 93 9 compact compact ADJ fuelectenerg-163 93 10 models model NOUN fuelectenerg-163 93 11 common common ADJ fuelectenerg-163 93 12 feature feature NOUN fuelectenerg-163 93 13 of of ADP fuelectenerg-163 93 14 all all DET fuelectenerg-163 93 15 sub sub ADJ fuelectenerg-163 93 16 - - ADJ fuelectenerg-163 93 17 circuit circuit ADJ fuelectenerg-163 93 18 compact compact ADJ fuelectenerg-163 93 19 models model NOUN fuelectenerg-163 93 20 is be AUX fuelectenerg-163 93 21 that that SCONJ fuelectenerg-163 93 22 they they PRON fuelectenerg-163 93 23 are be AUX fuelectenerg-163 93 24 not not PART fuelectenerg-163 93 25 trying try VERB fuelectenerg-163 93 26 to to PART fuelectenerg-163 93 27 solve solve VERB fuelectenerg-163 93 28 ambipolar ambipolar ADJ fuelectenerg-163 93 29 diffusion diffusion NOUN fuelectenerg-163 93 30 equation equation NOUN fuelectenerg-163 93 31 in in ADP fuelectenerg-163 93 32 order order NOUN fuelectenerg-163 93 33 to to PART fuelectenerg-163 93 34 reproduce reproduce VERB fuelectenerg-163 93 35 measurement measurement NOUN fuelectenerg-163 93 36 data datum NOUN fuelectenerg-163 93 37 or or CCONJ fuelectenerg-163 93 38 predict predict VERB fuelectenerg-163 93 39 device device NOUN fuelectenerg-163 93 40 characteristics characteristic NOUN fuelectenerg-163 93 41 . . PUNCT fuelectenerg-163 94 1 recently recently ADV fuelectenerg-163 94 2 , , PUNCT fuelectenerg-163 94 3 hisim hisim NOUN fuelectenerg-163 94 4 - - PUNCT fuelectenerg-163 94 5 igbt igbt PROPN fuelectenerg-163 94 6 compact compact ADJ fuelectenerg-163 94 7 model model NOUN fuelectenerg-163 94 8 has have AUX fuelectenerg-163 94 9 been be AUX fuelectenerg-163 94 10 developed develop VERB fuelectenerg-163 94 11 and and CCONJ fuelectenerg-163 94 12 presented present VERB fuelectenerg-163 94 13 [ [ X fuelectenerg-163 94 14 25]-[27 25]-[27 PROPN fuelectenerg-163 94 15 ] ] PUNCT fuelectenerg-163 94 16 . . PUNCT fuelectenerg-163 95 1 model model NOUN fuelectenerg-163 95 2 is be AUX fuelectenerg-163 95 3 based base VERB fuelectenerg-163 95 4 on on ADP fuelectenerg-163 95 5 the the DET fuelectenerg-163 95 6 consistency consistency NOUN fuelectenerg-163 95 7 of of ADP fuelectenerg-163 95 8 the the DET fuelectenerg-163 95 9 potential potential ADJ fuelectenerg-163 95 10 distribution distribution NOUN fuelectenerg-163 95 11 within within ADP fuelectenerg-163 95 12 the the DET fuelectenerg-163 95 13 igbt igbt PROPN fuelectenerg-163 95 14 device device NOUN fuelectenerg-163 95 15 by by ADP fuelectenerg-163 95 16 considering consider VERB fuelectenerg-163 95 17 in in ADP fuelectenerg-163 95 18 great great ADJ fuelectenerg-163 95 19 details detail NOUN fuelectenerg-163 95 20 the the DET fuelectenerg-163 95 21 mosfet mosfet ADJ fuelectenerg-163 95 22 surface surface NOUN fuelectenerg-163 95 23 potentials potential NOUN fuelectenerg-163 95 24 and and CCONJ fuelectenerg-163 95 25 the the DET fuelectenerg-163 95 26 bjt bjt PROPN fuelectenerg-163 95 27 junction junction NOUN fuelectenerg-163 95 28 potentials potential VERB fuelectenerg-163 95 29 , , PUNCT fuelectenerg-163 95 30 as as SCONJ fuelectenerg-163 95 31 described describe VERB fuelectenerg-163 95 32 in in ADP fuelectenerg-163 95 33 [ [ X fuelectenerg-163 95 34 25 25 NUM fuelectenerg-163 95 35 ] ] PUNCT fuelectenerg-163 95 36 , , PUNCT fuelectenerg-163 95 37 [ [ X fuelectenerg-163 95 38 27 27 NUM fuelectenerg-163 95 39 ] ] PUNCT fuelectenerg-163 95 40 . . PUNCT fuelectenerg-163 96 1 the the DET fuelectenerg-163 96 2 model model NOUN fuelectenerg-163 96 3 has have AUX fuelectenerg-163 96 4 been be AUX fuelectenerg-163 96 5 originally originally ADV fuelectenerg-163 96 6 developed develop VERB fuelectenerg-163 96 7 for for ADP fuelectenerg-163 96 8 trench trench NOUN fuelectenerg-163 96 9 igbt igbt PROPN fuelectenerg-163 96 10 device device PROPN fuelectenerg-163 96 11 . . PUNCT fuelectenerg-163 97 1 hisim hisim PROPN fuelectenerg-163 97 2 - - PUNCT fuelectenerg-163 97 3 igbt igbt PROPN fuelectenerg-163 97 4 equivalent equivalent ADJ fuelectenerg-163 97 5 circuit circuit NOUN fuelectenerg-163 97 6 is be AUX fuelectenerg-163 97 7 shown show VERB fuelectenerg-163 97 8 in in ADP fuelectenerg-163 97 9 fig fig NOUN fuelectenerg-163 97 10 . . PUNCT fuelectenerg-163 98 1 4 4 X fuelectenerg-163 98 2 . . X fuelectenerg-163 98 3 the the DET fuelectenerg-163 98 4 igbt igbt PROPN fuelectenerg-163 98 5 's 's PART fuelectenerg-163 98 6 18 18 NUM fuelectenerg-163 98 7 p. p. NOUN fuelectenerg-163 98 8 igic igic NOUN fuelectenerg-163 98 9 , , PUNCT fuelectenerg-163 98 10 n. n. PROPN fuelectenerg-163 98 11 jankovic jankovic PROPN fuelectenerg-163 98 12 mosfet mosfet PROPN fuelectenerg-163 98 13 part part NOUN fuelectenerg-163 98 14 is be AUX fuelectenerg-163 98 15 described describe VERB fuelectenerg-163 98 16 with with ADP fuelectenerg-163 98 17 a a DET fuelectenerg-163 98 18 conventional conventional ADJ fuelectenerg-163 98 19 model model NOUN fuelectenerg-163 98 20 , , PUNCT fuelectenerg-163 98 21 and and CCONJ fuelectenerg-163 98 22 the the DET fuelectenerg-163 98 23 main main ADJ fuelectenerg-163 98 24 model model NOUN fuelectenerg-163 98 25 development development NOUN fuelectenerg-163 98 26 effort effort NOUN fuelectenerg-163 98 27 has have AUX fuelectenerg-163 98 28 been be AUX fuelectenerg-163 98 29 put put VERB fuelectenerg-163 98 30 into into ADP fuelectenerg-163 98 31 extending extend VERB fuelectenerg-163 98 32 the the DET fuelectenerg-163 98 33 bjt bjt NOUN fuelectenerg-163 98 34 shown show VERB fuelectenerg-163 98 35 in in ADP fuelectenerg-163 98 36 fig fig NOUN fuelectenerg-163 98 37 . . PUNCT fuelectenerg-163 99 1 4 4 NUM fuelectenerg-163 99 2 , , PUNCT fuelectenerg-163 99 3 since since SCONJ fuelectenerg-163 99 4 igbt igbt PROPN fuelectenerg-163 99 5 output output PROPN fuelectenerg-163 99 6 current current NOUN fuelectenerg-163 99 7 is be AUX fuelectenerg-163 99 8 managed manage VERB fuelectenerg-163 99 9 by by ADP fuelectenerg-163 99 10 the the DET fuelectenerg-163 99 11 bipolar bipolar ADJ fuelectenerg-163 99 12 transistor transistor NOUN fuelectenerg-163 99 13 theory theory NOUN fuelectenerg-163 99 14 . . PUNCT fuelectenerg-163 100 1 in in ADP fuelectenerg-163 100 2 this this DET fuelectenerg-163 100 3 model model NOUN fuelectenerg-163 100 4 , , PUNCT fuelectenerg-163 100 5 the the DET fuelectenerg-163 100 6 igbt igbt PROPN fuelectenerg-163 100 7 characteristics characteristic NOUN fuelectenerg-163 100 8 are be AUX fuelectenerg-163 100 9 determined determine VERB fuelectenerg-163 100 10 by by ADP fuelectenerg-163 100 11 three three NUM fuelectenerg-163 100 12 parameters parameter NOUN fuelectenerg-163 100 13 , , PUNCT fuelectenerg-163 100 14 the the DET fuelectenerg-163 100 15 trench trench NOUN fuelectenerg-163 100 16 - - PUNCT fuelectenerg-163 100 17 bottom bottom NOUN fuelectenerg-163 100 18 mosfet mosfet NOUN fuelectenerg-163 100 19 gate gate NOUN fuelectenerg-163 100 20 charge charge NOUN fuelectenerg-163 100 21 , , PUNCT fuelectenerg-163 100 22 qtb qtb ADJ fuelectenerg-163 100 23 , , PUNCT fuelectenerg-163 100 24 the the DET fuelectenerg-163 100 25 base base NOUN fuelectenerg-163 100 26 resistance resistance NOUN fuelectenerg-163 100 27 , , PUNCT fuelectenerg-163 100 28 rb rb NOUN fuelectenerg-163 100 29 , , PUNCT fuelectenerg-163 100 30 and and CCONJ fuelectenerg-163 100 31 the the DET fuelectenerg-163 100 32 nqs nqs PROPN fuelectenerg-163 100 33 igbt igbt PROPN fuelectenerg-163 100 34 base base PROPN fuelectenerg-163 100 35 charge charge NOUN fuelectenerg-163 100 36 model model NOUN fuelectenerg-163 100 37 , , PUNCT fuelectenerg-163 100 38 qb qb PROPN fuelectenerg-163 100 39 . . PROPN fuelectenerg-163 100 40 fig fig PROPN fuelectenerg-163 100 41 . . PUNCT fuelectenerg-163 101 1 4 4 NUM fuelectenerg-163 101 2 hisim hisim NOUN fuelectenerg-163 101 3 - - PUNCT fuelectenerg-163 101 4 igbt igbt PROPN fuelectenerg-163 101 5 equivalent equivalent ADJ fuelectenerg-163 101 6 circuit circuit NOUN fuelectenerg-163 101 7 [ [ X fuelectenerg-163 101 8 27 27 NUM fuelectenerg-163 101 9 ] ] PUNCT fuelectenerg-163 101 10 another another DET fuelectenerg-163 101 11 popular popular ADJ fuelectenerg-163 101 12 igbt igbt PROPN fuelectenerg-163 101 13 model model NOUN fuelectenerg-163 101 14 has have AUX fuelectenerg-163 101 15 been be AUX fuelectenerg-163 101 16 presented present VERB fuelectenerg-163 101 17 by by ADP fuelectenerg-163 101 18 jankovic jankovic PROPN fuelectenerg-163 101 19 et et PROPN fuelectenerg-163 101 20 al al PROPN fuelectenerg-163 101 21 . . PUNCT fuelectenerg-163 102 1 in in ADP fuelectenerg-163 102 2 [ [ X fuelectenerg-163 102 3 14 14 NUM fuelectenerg-163 102 4 ] ] PUNCT fuelectenerg-163 102 5 , , PUNCT fuelectenerg-163 102 6 [ [ X fuelectenerg-163 102 7 16 16 NUM fuelectenerg-163 102 8 ] ] PUNCT fuelectenerg-163 102 9 , , PUNCT fuelectenerg-163 102 10 [ [ X fuelectenerg-163 102 11 17 17 NUM fuelectenerg-163 102 12 ] ] PUNCT fuelectenerg-163 102 13 . . PUNCT fuelectenerg-163 103 1 in in ADP fuelectenerg-163 103 2 [ [ X fuelectenerg-163 103 3 14 14 NUM fuelectenerg-163 103 4 ] ] PUNCT fuelectenerg-163 103 5 , , PUNCT fuelectenerg-163 103 6 the the DET fuelectenerg-163 103 7 physics physics NOUN fuelectenerg-163 103 8 - - PUNCT fuelectenerg-163 103 9 based base VERB fuelectenerg-163 103 10 igbt igbt PROPN fuelectenerg-163 103 11 sub sub PROPN fuelectenerg-163 103 12 - - ADJ fuelectenerg-163 103 13 circuit circuit ADJ fuelectenerg-163 103 14 model model NOUN fuelectenerg-163 103 15 which which PRON fuelectenerg-163 103 16 successfully successfully ADV fuelectenerg-163 103 17 included include VERB fuelectenerg-163 103 18 the the DET fuelectenerg-163 103 19 effects effect NOUN fuelectenerg-163 103 20 of of ADP fuelectenerg-163 103 21 localised localised ADJ fuelectenerg-163 103 22 lifetime lifetime NOUN fuelectenerg-163 103 23 control control NOUN fuelectenerg-163 103 24 ( ( PUNCT fuelectenerg-163 103 25 llc llc PROPN fuelectenerg-163 103 26 ) ) PUNCT fuelectenerg-163 103 27 on on ADP fuelectenerg-163 103 28 device device NOUN fuelectenerg-163 103 29 electrical electrical ADJ fuelectenerg-163 103 30 performance performance NOUN fuelectenerg-163 103 31 has have AUX fuelectenerg-163 103 32 been be AUX fuelectenerg-163 103 33 described describe VERB fuelectenerg-163 103 34 . . PUNCT fuelectenerg-163 104 1 in in ADP fuelectenerg-163 104 2 particular particular ADJ fuelectenerg-163 104 3 , , PUNCT fuelectenerg-163 104 4 the the DET fuelectenerg-163 104 5 model model NOUN fuelectenerg-163 104 6 depicts depict VERB fuelectenerg-163 104 7 the the DET fuelectenerg-163 104 8 non non ADJ fuelectenerg-163 104 9 - - ADJ fuelectenerg-163 104 10 punch punch ADJ fuelectenerg-163 104 11 trough trough NOUN fuelectenerg-163 104 12 igbts igbt NOUN fuelectenerg-163 104 13 with with ADP fuelectenerg-163 104 14 different different ADJ fuelectenerg-163 104 15 locations location NOUN fuelectenerg-163 104 16 of of ADP fuelectenerg-163 104 17 llc llc PROPN fuelectenerg-163 104 18 region region NOUN fuelectenerg-163 104 19 . . PUNCT fuelectenerg-163 105 1 in in ADP fuelectenerg-163 105 2 what what PRON fuelectenerg-163 105 3 follows follow VERB fuelectenerg-163 105 4 , , PUNCT fuelectenerg-163 105 5 the the DET fuelectenerg-163 105 6 description description NOUN fuelectenerg-163 105 7 of of ADP fuelectenerg-163 105 8 model model NOUN fuelectenerg-163 105 9 implementation implementation NOUN fuelectenerg-163 105 10 in in ADP fuelectenerg-163 105 11 spice spice NOUN fuelectenerg-163 105 12 will will AUX fuelectenerg-163 105 13 be be AUX fuelectenerg-163 105 14 given give VERB fuelectenerg-163 105 15 with with ADP fuelectenerg-163 105 16 attention attention NOUN fuelectenerg-163 105 17 to to ADP fuelectenerg-163 105 18 the the DET fuelectenerg-163 105 19 modifications modification NOUN fuelectenerg-163 105 20 performed perform VERB fuelectenerg-163 105 21 to to PART fuelectenerg-163 105 22 include include VERB fuelectenerg-163 105 23 the the DET fuelectenerg-163 105 24 lifetime lifetime NOUN fuelectenerg-163 105 25 control control NOUN fuelectenerg-163 105 26 effects effect NOUN fuelectenerg-163 105 27 . . PUNCT fuelectenerg-163 106 1 the the DET fuelectenerg-163 106 2 equivalent equivalent ADJ fuelectenerg-163 106 3 sub sub NOUN fuelectenerg-163 106 4 - - NOUN fuelectenerg-163 106 5 circuit circuit NOUN fuelectenerg-163 106 6 of of ADP fuelectenerg-163 106 7 the the DET fuelectenerg-163 106 8 igbt igbt PROPN fuelectenerg-163 106 9 model model NOUN fuelectenerg-163 106 10 implemented implement VERB fuelectenerg-163 106 11 in in ADP fuelectenerg-163 106 12 spice spice NOUN fuelectenerg-163 106 13 is be AUX fuelectenerg-163 106 14 shown show VERB fuelectenerg-163 106 15 in in ADP fuelectenerg-163 106 16 fig fig NOUN fuelectenerg-163 106 17 . . PUNCT fuelectenerg-163 107 1 5 5 NUM fuelectenerg-163 107 2 . . X fuelectenerg-163 107 3 fig fig NOUN fuelectenerg-163 107 4 . . PUNCT fuelectenerg-163 108 1 5 5 NUM fuelectenerg-163 108 2 llc llc PROPN fuelectenerg-163 108 3 igbt igbt PROPN fuelectenerg-163 108 4 equivalent equivalent PROPN fuelectenerg-163 108 5 circuit circuit NOUN fuelectenerg-163 108 6 it it PRON fuelectenerg-163 108 7 includes include VERB fuelectenerg-163 108 8 a a DET fuelectenerg-163 108 9 n n CCONJ fuelectenerg-163 108 10 - - PUNCT fuelectenerg-163 108 11 channel channel NOUN fuelectenerg-163 108 12 mosfet mosfet NOUN fuelectenerg-163 108 13 , , PUNCT fuelectenerg-163 108 14 a a DET fuelectenerg-163 108 15 wide wide ADJ fuelectenerg-163 108 16 - - PUNCT fuelectenerg-163 108 17 base base NOUN fuelectenerg-163 108 18 pnp pnp NOUN fuelectenerg-163 108 19 bipolar bipolar ADJ fuelectenerg-163 108 20 transistor transistor NOUN fuelectenerg-163 108 21 ( ( PUNCT fuelectenerg-163 108 22 bjt bjt PROPN fuelectenerg-163 108 23 ) ) PUNCT fuelectenerg-163 108 24 , , PUNCT fuelectenerg-163 108 25 the the DET fuelectenerg-163 108 26 voltage voltage NOUN fuelectenerg-163 108 27 - - PUNCT fuelectenerg-163 108 28 dependent dependent ADJ fuelectenerg-163 108 29 base base NOUN fuelectenerg-163 108 30 resistor resistor NOUN fuelectenerg-163 108 31 rbb rbb PROPN fuelectenerg-163 108 32 , , PUNCT fuelectenerg-163 108 33 the the DET fuelectenerg-163 108 34 p p NOUN fuelectenerg-163 108 35 - - PUNCT fuelectenerg-163 108 36 n n NOUN fuelectenerg-163 108 37 junction junction NOUN fuelectenerg-163 108 38 capacitances capacitance NOUN fuelectenerg-163 108 39 , , PUNCT fuelectenerg-163 108 40 cbc cbc NOUN fuelectenerg-163 108 41 and and CCONJ fuelectenerg-163 108 42 cbe cbe PROPN fuelectenerg-163 108 43 , , PUNCT fuelectenerg-163 108 44 the the DET fuelectenerg-163 108 45 gate gate NOUN fuelectenerg-163 108 46 overlapping overlap VERB fuelectenerg-163 108 47 source source NOUN fuelectenerg-163 108 48 capacitance capacitance NOUN fuelectenerg-163 108 49 cgs cgs NOUN fuelectenerg-163 108 50 , , PUNCT fuelectenerg-163 108 51 and and CCONJ fuelectenerg-163 108 52 the the DET fuelectenerg-163 108 53 drain drain NOUN fuelectenerg-163 108 54 - - PUNCT fuelectenerg-163 108 55 gate gate NOUN fuelectenerg-163 108 56 overlapping overlap VERB fuelectenerg-163 108 57 capacitance capacitance NOUN fuelectenerg-163 108 58 cgd cgd PROPN fuelectenerg-163 108 59 ( ( PUNCT fuelectenerg-163 108 60 the the DET fuelectenerg-163 108 61 gate gate NOUN fuelectenerg-163 108 62 - - PUNCT fuelectenerg-163 108 63 overlap overlap NOUN fuelectenerg-163 108 64 capacitor capacitor NOUN fuelectenerg-163 108 65 cox cox PROPN fuelectenerg-163 108 66 in in ADP fuelectenerg-163 108 67 series series NOUN fuelectenerg-163 108 68 with with ADP fuelectenerg-163 108 69 the the DET fuelectenerg-163 108 70 gate gate NOUN fuelectenerg-163 108 71 induced induce VERB fuelectenerg-163 108 72 depletion depletion NOUN fuelectenerg-163 108 73 capacitance capacitance NOUN fuelectenerg-163 108 74 cd cd PROPN fuelectenerg-163 108 75 ) ) PUNCT fuelectenerg-163 108 76 . . PUNCT fuelectenerg-163 109 1 the the DET fuelectenerg-163 109 2 review review NOUN fuelectenerg-163 109 3 of of ADP fuelectenerg-163 109 4 advanced advanced ADJ fuelectenerg-163 109 5 igbt igbt PROPN fuelectenerg-163 109 6 compact compact ADJ fuelectenerg-163 109 7 models model NOUN fuelectenerg-163 109 8 dedicated dedicate VERB fuelectenerg-163 109 9 to to ADP fuelectenerg-163 109 10 circuit circuit PROPN fuelectenerg-163 109 11 simulation simulation NOUN fuelectenerg-163 109 12 19 19 NUM fuelectenerg-163 109 13 n n CCONJ fuelectenerg-163 109 14 - - PUNCT fuelectenerg-163 109 15 channel channel NOUN fuelectenerg-163 109 16 mosfet mosfet NOUN fuelectenerg-163 109 17 part part NOUN fuelectenerg-163 109 18 of of ADP fuelectenerg-163 109 19 the the DET fuelectenerg-163 109 20 igbt igbt PROPN fuelectenerg-163 109 21 is be AUX fuelectenerg-163 109 22 modelled model VERB fuelectenerg-163 109 23 using use VERB fuelectenerg-163 109 24 a a DET fuelectenerg-163 109 25 spice spice NOUN fuelectenerg-163 109 26 level level NOUN fuelectenerg-163 109 27 5 5 NUM fuelectenerg-163 109 28 model model NOUN fuelectenerg-163 109 29 . . PUNCT fuelectenerg-163 110 1 pnp pnp PROPN fuelectenerg-163 110 2 bjt bjt PROPN fuelectenerg-163 110 3 is be AUX fuelectenerg-163 110 4 low low ADV fuelectenerg-163 110 5 efficient efficient ADJ fuelectenerg-163 110 6 and and CCONJ fuelectenerg-163 110 7 its its PRON fuelectenerg-163 110 8 operation operation NOUN fuelectenerg-163 110 9 is be AUX fuelectenerg-163 110 10 fully fully ADV fuelectenerg-163 110 11 affected affect VERB fuelectenerg-163 110 12 by by ADP fuelectenerg-163 110 13 the the DET fuelectenerg-163 110 14 llc llc PROPN fuelectenerg-163 110 15 technique technique NOUN fuelectenerg-163 110 16 . . PUNCT fuelectenerg-163 111 1 fig fig NOUN fuelectenerg-163 111 2 . . PUNCT fuelectenerg-163 112 1 6a 6a NOUN fuelectenerg-163 112 2 shows show VERB fuelectenerg-163 112 3 the the DET fuelectenerg-163 112 4 schematic schematic ADJ fuelectenerg-163 112 5 of of ADP fuelectenerg-163 112 6 the the DET fuelectenerg-163 112 7 pnp pnp PROPN fuelectenerg-163 112 8 bjt bjt PROPN fuelectenerg-163 112 9 circuit circuit PROPN fuelectenerg-163 112 10 model model NOUN fuelectenerg-163 112 11 consisting consist VERB fuelectenerg-163 112 12 of of ADP fuelectenerg-163 112 13 two two NUM fuelectenerg-163 112 14 voltage voltage NOUN fuelectenerg-163 112 15 - - PUNCT fuelectenerg-163 112 16 controlled control VERB fuelectenerg-163 112 17 current current ADJ fuelectenerg-163 112 18 sources source NOUN fuelectenerg-163 112 19 ( ( PUNCT fuelectenerg-163 112 20 ie ie X fuelectenerg-163 112 21 and and CCONJ fuelectenerg-163 112 22 ic ic NUM fuelectenerg-163 112 23 ) ) PUNCT fuelectenerg-163 112 24 and and CCONJ fuelectenerg-163 112 25 the the DET fuelectenerg-163 112 26 junction junction NOUN fuelectenerg-163 112 27 capacitances capacitance NOUN fuelectenerg-163 112 28 cbe cbe PROPN fuelectenerg-163 112 29 and and CCONJ fuelectenerg-163 112 30 ccb ccb PROPN fuelectenerg-163 112 31 . . PUNCT fuelectenerg-163 113 1 the the DET fuelectenerg-163 113 2 current current ADJ fuelectenerg-163 113 3 sources source NOUN fuelectenerg-163 113 4 mirror mirror VERB fuelectenerg-163 113 5 the the DET fuelectenerg-163 113 6 input input NOUN fuelectenerg-163 113 7 / / SYM fuelectenerg-163 113 8 output output NOUN fuelectenerg-163 113 9 currents current NOUN fuelectenerg-163 113 10 of of ADP fuelectenerg-163 113 11 separately separately ADV fuelectenerg-163 113 12 developed develop VERB fuelectenerg-163 113 13 sub sub NOUN fuelectenerg-163 113 14 - - NOUN fuelectenerg-163 113 15 circuit circuit NOUN fuelectenerg-163 113 16 shown show VERB fuelectenerg-163 113 17 in in ADP fuelectenerg-163 113 18 fig fig NOUN fuelectenerg-163 113 19 . . PUNCT fuelectenerg-163 114 1 3b 3b NUM fuelectenerg-163 114 2 . . PUNCT fuelectenerg-163 115 1 the the DET fuelectenerg-163 115 2 carrier carrier NOUN fuelectenerg-163 115 3 transport transport PROPN fuelectenerg-163 115 4 trough trough NOUN fuelectenerg-163 115 5 the the DET fuelectenerg-163 115 6 emitter emitter NOUN fuelectenerg-163 115 7 and and CCONJ fuelectenerg-163 115 8 the the DET fuelectenerg-163 115 9 base base NOUN fuelectenerg-163 115 10 quasi quasi ADJ fuelectenerg-163 115 11 - - ADJ fuelectenerg-163 115 12 neutral neutral ADJ fuelectenerg-163 115 13 regions region NOUN fuelectenerg-163 115 14 ( ( PUNCT fuelectenerg-163 115 15 qnrs qnrs NOUN fuelectenerg-163 115 16 ) ) PUNCT fuelectenerg-163 115 17 are be AUX fuelectenerg-163 115 18 described describe VERB fuelectenerg-163 115 19 with with ADP fuelectenerg-163 115 20 two two NUM fuelectenerg-163 115 21 equivalent equivalent ADJ fuelectenerg-163 115 22 loosy loosy PROPN fuelectenerg-163 115 23 transmission transmission NOUN fuelectenerg-163 115 24 lines line NOUN fuelectenerg-163 115 25 ( ( PUNCT fuelectenerg-163 115 26 tls tls PROPN fuelectenerg-163 115 27 ) ) PUNCT fuelectenerg-163 115 28 consisting consist VERB fuelectenerg-163 115 29 of of ADP fuelectenerg-163 115 30 identical identical ADJ fuelectenerg-163 115 31 rccells rccell NOUN fuelectenerg-163 115 32 shown show VERB fuelectenerg-163 115 33 in in ADP fuelectenerg-163 115 34 figure figure NOUN fuelectenerg-163 115 35 6c 6c NOUN fuelectenerg-163 115 36 . . PUNCT fuelectenerg-163 116 1 the the DET fuelectenerg-163 116 2 input input NOUN fuelectenerg-163 116 3 voltage voltage NOUN fuelectenerg-163 116 4 generators generator NOUN fuelectenerg-163 116 5 f(ube f(ube ADP fuelectenerg-163 116 6 ) ) PUNCT fuelectenerg-163 116 7 and and CCONJ fuelectenerg-163 116 8 f(ucb f(ucb NOUN fuelectenerg-163 116 9 ) ) PUNCT fuelectenerg-163 116 10 perform perform VERB fuelectenerg-163 116 11 the the DET fuelectenerg-163 116 12 voltage voltage NOUN fuelectenerg-163 116 13 transformations transformation NOUN fuelectenerg-163 116 14 { { PUNCT fuelectenerg-163 116 15 exp(ube exp(ube NOUN fuelectenerg-163 116 16 /vt /vt ADJ fuelectenerg-163 116 17 ) ) PUNCT fuelectenerg-163 116 18 1 1 NOUN fuelectenerg-163 116 19 } } PUNCT fuelectenerg-163 116 20 and and CCONJ fuelectenerg-163 116 21 { { PUNCT fuelectenerg-163 116 22 exp(ucb exp(ucb NOUN fuelectenerg-163 116 23 / / SYM fuelectenerg-163 116 24 vt vt PROPN fuelectenerg-163 116 25 ) ) PUNCT fuelectenerg-163 116 26 1 1 NOUN fuelectenerg-163 116 27 } } PUNCT fuelectenerg-163 116 28 , , PUNCT fuelectenerg-163 116 29 respectively respectively ADV fuelectenerg-163 116 30 . . PUNCT fuelectenerg-163 117 1 the the DET fuelectenerg-163 117 2 rc rc PROPN fuelectenerg-163 117 3 - - PUNCT fuelectenerg-163 117 4 cell cell NOUN fuelectenerg-163 117 5 elements element NOUN fuelectenerg-163 117 6 are be AUX fuelectenerg-163 117 7 non non ADJ fuelectenerg-163 117 8 - - ADJ fuelectenerg-163 117 9 linear linear ADJ fuelectenerg-163 117 10 conductance conductance NOUN fuelectenerg-163 117 11 , , PUNCT fuelectenerg-163 117 12 capacitance capacitance NOUN fuelectenerg-163 117 13 , , PUNCT fuelectenerg-163 117 14 resistance resistance NOUN fuelectenerg-163 117 15 and and CCONJ fuelectenerg-163 117 16 load load NOUN fuelectenerg-163 117 17 impedance impedance NOUN fuelectenerg-163 117 18 denoted denote VERB fuelectenerg-163 117 19 as as ADP fuelectenerg-163 117 20 gk gk PROPN fuelectenerg-163 117 21 , , PUNCT fuelectenerg-163 117 22 ck ck PROPN fuelectenerg-163 117 23 , , PUNCT fuelectenerg-163 117 24 rk rk NOUN fuelectenerg-163 117 25 and and CCONJ fuelectenerg-163 117 26 zl zl NOUN fuelectenerg-163 117 27 , , PUNCT fuelectenerg-163 117 28 in in ADP fuelectenerg-163 117 29 fig fig NOUN fuelectenerg-163 117 30 . . PUNCT fuelectenerg-163 118 1 6 6 X fuelectenerg-163 118 2 . . PUNCT fuelectenerg-163 119 1 their their PRON fuelectenerg-163 119 2 values value NOUN fuelectenerg-163 119 3 are be AUX fuelectenerg-163 119 4 calculated calculate VERB fuelectenerg-163 119 5 by by ADP fuelectenerg-163 119 6 the the DET fuelectenerg-163 119 7 following follow VERB fuelectenerg-163 119 8 formulas formula NOUN fuelectenerg-163 119 9 [ [ X fuelectenerg-163 119 10 21 21 NUM fuelectenerg-163 119 11 ] ] SYM fuelectenerg-163 119 12 : : PUNCT fuelectenerg-163 119 13 2 2 NUM fuelectenerg-163 119 14 2 2 NUM fuelectenerg-163 119 15 1 1 NUM fuelectenerg-163 119 16 2 2 NUM fuelectenerg-163 119 17 5 5 NUM fuelectenerg-163 119 18 1 1 NUM fuelectenerg-163 119 19 6 6 NUM fuelectenerg-163 119 20 1 1 NUM fuelectenerg-163 119 21 2 2 NUM fuelectenerg-163 119 22 3 3 NUM fuelectenerg-163 119 23 1 1 NUM fuelectenerg-163 119 24 2 2 NUM fuelectenerg-163 119 25 4 4 NUM fuelectenerg-163 119 26 2 2 NUM fuelectenerg-163 119 27 2 2 NUM fuelectenerg-163 119 28 1 1 NUM fuelectenerg-163 119 29 2 2 NUM fuelectenerg-163 119 30 1 1 NUM fuelectenerg-163 119 31 7 7 NUM fuelectenerg-163 119 32 1 1 NUM fuelectenerg-163 119 33 2 2 NUM fuelectenerg-163 119 34 8 8 NUM fuelectenerg-163 119 35 1 1 NUM fuelectenerg-163 119 36 2 2 NUM fuelectenerg-163 119 37 1 1 NUM fuelectenerg-163 119 38 2 2 NUM fuelectenerg-163 119 39 9 9 NUM fuelectenerg-163 119 40 1 1 NUM fuelectenerg-163 119 41 2 2 NUM fuelectenerg-163 119 42 1 1 NUM fuelectenerg-163 119 43 1 1 NUM fuelectenerg-163 119 44 1 1 NUM fuelectenerg-163 119 45 ( ( PUNCT fuelectenerg-163 119 46 1 1 NUM fuelectenerg-163 119 47 1 1 NUM fuelectenerg-163 119 48 ) ) PUNCT fuelectenerg-163 119 49 ( ( PUNCT fuelectenerg-163 119 50 1 1 NUM fuelectenerg-163 119 51 1 1 NUM fuelectenerg-163 119 52 ) ) PUNCT fuelectenerg-163 119 53 ( ( PUNCT fuelectenerg-163 119 54 1 1 X fuelectenerg-163 119 55 ) ) PUNCT fuelectenerg-163 119 56 ( ( PUNCT fuelectenerg-163 119 57 1 1 NUM fuelectenerg-163 119 58 1 1 NUM fuelectenerg-163 119 59 ) ) PUNCT fuelectenerg-163 119 60 1 1 NUM fuelectenerg-163 119 61 1 1 NUM fuelectenerg-163 119 62 ( ( PUNCT fuelectenerg-163 119 63 1 1 NUM fuelectenerg-163 119 64 1 1 NUM fuelectenerg-163 119 65 ) ) PUNCT fuelectenerg-163 119 66 ( ( PUNCT fuelectenerg-163 119 67 1 1 NUM fuelectenerg-163 119 68 1 1 NUM fuelectenerg-163 119 69 ) ) PUNCT fuelectenerg-163 119 70 k k NOUN fuelectenerg-163 120 1 k k PROPN fuelectenerg-163 120 2 k k PROPN fuelectenerg-163 120 3 k k PROPN fuelectenerg-163 120 4 u u X fuelectenerg-163 121 1 k k PROPN fuelectenerg-163 121 2 k k PROPN fuelectenerg-163 122 1 k k PROPN fuelectenerg-163 122 2 k k PROPN fuelectenerg-163 122 3 k k PROPN fuelectenerg-163 122 4 k k PROPN fuelectenerg-163 122 5 k k PROPN fuelectenerg-163 122 6 k k PROPN fuelectenerg-163 122 7 l l PROPN fuelectenerg-163 123 1 n n NOUN fuelectenerg-163 123 2 c c NOUN fuelectenerg-163 123 3 c c NOUN fuelectenerg-163 123 4 c c NOUN fuelectenerg-163 123 5 u u NOUN fuelectenerg-163 123 6 g g PROPN fuelectenerg-163 123 7 c c NOUN fuelectenerg-163 123 8 c c NOUN fuelectenerg-163 123 9 c c NOUN fuelectenerg-163 123 10 c c NOUN fuelectenerg-163 123 11 u u NOUN fuelectenerg-163 123 12 c c NOUN fuelectenerg-163 123 13 c c NOUN fuelectenerg-163 123 14 u u NOUN fuelectenerg-163 123 15 c c NOUN fuelectenerg-163 123 16 u u NOUN fuelectenerg-163 123 17 u u NOUN fuelectenerg-163 123 18 r r NOUN fuelectenerg-163 123 19 c c NOUN fuelectenerg-163 123 20 c c NOUN fuelectenerg-163 123 21 u u NOUN fuelectenerg-163 123 22 c c NOUN fuelectenerg-163 123 23 c c NOUN fuelectenerg-163 123 24 u u NOUN fuelectenerg-163 123 25 c c PROPN fuelectenerg-163 123 26 u u NOUN fuelectenerg-163 123 27 z z NOUN fuelectenerg-163 123 28 c c NOUN fuelectenerg-163 123 29 c c NOUN fuelectenerg-163 123 30 u u PROPN fuelectenerg-163 123 31   PROPN fuelectenerg-163 123 32   VERB fuelectenerg-163 123 33   PROPN fuelectenerg-163 123 34   PROPN fuelectenerg-163 123 35   ADJ fuelectenerg-163 123 36   NUM fuelectenerg-163 123 37   ADV fuelectenerg-163 123 38   PROPN fuelectenerg-163 123 39   VERB fuelectenerg-163 123 40   PROPN fuelectenerg-163 123 41   PROPN fuelectenerg-163 123 42   PROPN fuelectenerg-163 123 43   PROPN fuelectenerg-163 123 44   PUNCT fuelectenerg-163 123 45   PUNCT fuelectenerg-163 124 1   PROPN fuelectenerg-163 124 2   PROPN fuelectenerg-163 124 3   PROPN fuelectenerg-163 124 4   ADV fuelectenerg-163 124 5   PUNCT fuelectenerg-163 124 6   PUNCT fuelectenerg-163 124 7   PUNCT fuelectenerg-163 124 8   PROPN fuelectenerg-163 124 9   ADV fuelectenerg-163 124 10   PUNCT fuelectenerg-163 124 11   PROPN fuelectenerg-163 124 12   PROPN fuelectenerg-163 124 13   PROPN fuelectenerg-163 124 14   PROPN fuelectenerg-163 124 15   ADV fuelectenerg-163 124 16   X fuelectenerg-163 124 17 ( ( PUNCT fuelectenerg-163 124 18 8) 8) NUM fuelectenerg-163 124 19 where where SCONJ fuelectenerg-163 124 20 u2k-1 u2k-1 NOUN fuelectenerg-163 124 21 , , PUNCT fuelectenerg-163 124 22 u2k+1 u2k+1 PUNCT fuelectenerg-163 124 23 and and CCONJ fuelectenerg-163 124 24 u2k u2k NOUN fuelectenerg-163 124 25 are be AUX fuelectenerg-163 124 26 the the DET fuelectenerg-163 124 27 input input NOUN fuelectenerg-163 124 28 , , PUNCT fuelectenerg-163 124 29 the the DET fuelectenerg-163 124 30 output output NOUN fuelectenerg-163 124 31 and and CCONJ fuelectenerg-163 124 32 the the DET fuelectenerg-163 124 33 middle middle ADJ fuelectenerg-163 124 34 node node NOUN fuelectenerg-163 124 35 voltage voltage NOUN fuelectenerg-163 124 36 , , PUNCT fuelectenerg-163 124 37 respectively respectively ADV fuelectenerg-163 124 38 , , PUNCT fuelectenerg-163 124 39 in in ADP fuelectenerg-163 124 40 the the DET fuelectenerg-163 124 41 k k PROPN fuelectenerg-163 124 42 - - PUNCT fuelectenerg-163 124 43 th th X fuelectenerg-163 124 44 rc rc NOUN fuelectenerg-163 124 45 - - NOUN fuelectenerg-163 124 46 cell cell NOUN fuelectenerg-163 124 47 . . PUNCT fuelectenerg-163 125 1 ( ( PUNCT fuelectenerg-163 125 2 a a X fuelectenerg-163 125 3 ) ) PUNCT fuelectenerg-163 125 4 ( ( PUNCT fuelectenerg-163 125 5 b b X fuelectenerg-163 125 6 ) ) PUNCT fuelectenerg-163 125 7 ( ( PUNCT fuelectenerg-163 125 8 c c X fuelectenerg-163 125 9 ) ) PUNCT fuelectenerg-163 125 10 fig fig NOUN fuelectenerg-163 125 11 . . PUNCT fuelectenerg-163 126 1 6 6 NUM fuelectenerg-163 126 2 llc llc PROPN fuelectenerg-163 126 3 igbt igbt PROPN fuelectenerg-163 126 4 model model PROPN fuelectenerg-163 126 5 details detail NOUN fuelectenerg-163 126 6 20 20 NUM fuelectenerg-163 126 7 p. p. NOUN fuelectenerg-163 126 8 igic igic NOUN fuelectenerg-163 126 9 , , PUNCT fuelectenerg-163 126 10 n. n. PROPN fuelectenerg-163 126 11 jankovic jankovic PROPN fuelectenerg-163 127 1 the the DET fuelectenerg-163 127 2 parameters parameter NOUN fuelectenerg-163 127 3 c1 c1 PROPN fuelectenerg-163 127 4 - - PUNCT fuelectenerg-163 127 5 c9 c9 PROPN fuelectenerg-163 127 6 are be AUX fuelectenerg-163 127 7 related relate VERB fuelectenerg-163 127 8 to to ADP fuelectenerg-163 127 9 the the DET fuelectenerg-163 127 10 physical physical ADJ fuelectenerg-163 127 11 and and CCONJ fuelectenerg-163 127 12 technology technology NOUN fuelectenerg-163 127 13 parameters parameter NOUN fuelectenerg-163 127 14 of of ADP fuelectenerg-163 127 15 the the DET fuelectenerg-163 127 16 emitter emitter NOUN fuelectenerg-163 127 17 or or CCONJ fuelectenerg-163 127 18 the the DET fuelectenerg-163 127 19 base base NOUN fuelectenerg-163 127 20 qnrs qnrs NOUN fuelectenerg-163 127 21 as as ADP fuelectenerg-163 127 22 : : PUNCT fuelectenerg-163 127 23 sendie sendie NOUN fuelectenerg-163 127 24 endddpie endddpie NOUN fuelectenerg-163 128 1 ie ie PROPN fuelectenerg-163 128 2 d d PROPN fuelectenerg-163 128 3 t t PROPN fuelectenerg-163 128 4 sat sit VERB fuelectenerg-163 128 5 dnie dnie PROPN fuelectenerg-163 128 6 d d PROPN fuelectenerg-163 128 7 ie ie PROPN fuelectenerg-163 128 8 iet iet PROPN fuelectenerg-163 129 1 d d PROPN fuelectenerg-163 129 2 ied ied PROPN fuelectenerg-163 129 3 ie ie X fuelectenerg-163 129 4 vnq vnq PROPN fuelectenerg-163 129 5 n n PROPN fuelectenerg-163 129 6 c c NOUN fuelectenerg-163 129 7 wncqn wncqn NOUN fuelectenerg-163 129 8 c c PROPN fuelectenerg-163 129 9 wqn wqn PROPN fuelectenerg-163 130 1 n n PROPN fuelectenerg-163 130 2 c c PROPN fuelectenerg-163 130 3 w w PROPN fuelectenerg-163 130 4 vc vc PROPN fuelectenerg-163 130 5 v v NOUN fuelectenerg-163 130 6 c c NOUN fuelectenerg-163 130 7 wncqn wncqn NOUN fuelectenerg-163 131 1 c c PROPN fuelectenerg-163 131 2 n n PROPN fuelectenerg-163 131 3 wqn wqn PROPN fuelectenerg-163 131 4 c c PROPN fuelectenerg-163 131 5 nqv nqv PROPN fuelectenerg-163 131 6 wn wn PROPN fuelectenerg-163 131 7 c c PROPN fuelectenerg-163 131 8 wqn wqn PROPN fuelectenerg-163 131 9 c c PROPN fuelectenerg-163 131 10 n n CCONJ fuelectenerg-163 131 11 n n PROPN fuelectenerg-163 131 12 c c PROPN fuelectenerg-163 131 13 2 2 NUM fuelectenerg-163 131 14 , , PUNCT fuelectenerg-163 131 15 , , PUNCT fuelectenerg-163 131 16 9 9 NUM fuelectenerg-163 131 17 2 2 NUM fuelectenerg-163 131 18 62 62 NUM fuelectenerg-163 131 19 0 0 NUM fuelectenerg-163 131 20 3 3 NUM fuelectenerg-163 131 21 2 2 NUM fuelectenerg-163 131 22 10 10 NUM fuelectenerg-163 131 23 8 8 NUM fuelectenerg-163 131 24 2 2 NUM fuelectenerg-163 131 25 5 5 NUM fuelectenerg-163 131 26 2 2 NUM fuelectenerg-163 131 27 2 2 NUM fuelectenerg-163 131 28 0 0 NUM fuelectenerg-163 131 29 27 27 NUM fuelectenerg-163 131 30 0 0 NUM fuelectenerg-163 131 31 42 42 NUM fuelectenerg-163 131 32 2 2 NUM fuelectenerg-163 131 33 1 1 NUM fuelectenerg-163 131 34 2 2 NUM fuelectenerg-163 131 35 , , PUNCT fuelectenerg-163 131 36 2 2 NUM fuelectenerg-163 131 37 , , PUNCT fuelectenerg-163 131 38 , , PUNCT fuelectenerg-163 131 39 2 2 NUM fuelectenerg-163 131 40 , , PUNCT fuelectenerg-163 131 41 2 2 NUM fuelectenerg-163 131 42 , , PUNCT fuelectenerg-163 131 43 , , PUNCT fuelectenerg-163 131 44 2 2 NUM fuelectenerg-163 131 45 , , PUNCT fuelectenerg-163 131 46 2 2 NUM fuelectenerg-163 131 47 , , PUNCT fuelectenerg-163 131 48 4 4 NUM fuelectenerg-163 131 49   VERB fuelectenerg-163 131 50   NOUN fuelectenerg-163 131 51   NOUN fuelectenerg-163 131 52   PROPN fuelectenerg-163 131 53   PROPN fuelectenerg-163 131 54   PROPN fuelectenerg-163 131 55   NOUN fuelectenerg-163 131 56   VERB fuelectenerg-163 131 57   NOUN fuelectenerg-163 131 58   NOUN fuelectenerg-163 131 59   NOUN fuelectenerg-163 131 60   NOUN fuelectenerg-163 131 61   NOUN fuelectenerg-163 131 62 ( ( PUNCT fuelectenerg-163 131 63 9 9 NUM fuelectenerg-163 131 64 ) ) PUNCT fuelectenerg-163 131 65 where where SCONJ fuelectenerg-163 131 66 nd nd NOUN fuelectenerg-163 131 67 is be AUX fuelectenerg-163 131 68 the the DET fuelectenerg-163 131 69 doping doping NOUN fuelectenerg-163 131 70 concentration concentration NOUN fuelectenerg-163 131 71 , , PUNCT fuelectenerg-163 131 72 0 0 PROPN fuelectenerg-163 131 73 is be AUX fuelectenerg-163 131 74 the the DET fuelectenerg-163 131 75 doping doping NOUN fuelectenerg-163 131 76 - - PUNCT fuelectenerg-163 131 77 dependent dependent ADJ fuelectenerg-163 131 78 low low ADJ fuelectenerg-163 131 79 - - PUNCT fuelectenerg-163 131 80 field field NOUN fuelectenerg-163 131 81 mobility mobility NOUN fuelectenerg-163 131 82 , , PUNCT fuelectenerg-163 131 83 vsat vsat PROPN fuelectenerg-163 131 84 represents represent VERB fuelectenerg-163 131 85 the the DET fuelectenerg-163 131 86 drift drift NOUN fuelectenerg-163 131 87 saturation saturation NOUN fuelectenerg-163 131 88 velocity velocity NOUN fuelectenerg-163 131 89 , , PUNCT fuelectenerg-163 131 90 0stands 0stand NOUN fuelectenerg-163 131 91 for for ADP fuelectenerg-163 131 92 the the DET fuelectenerg-163 131 93 low low ADJ fuelectenerg-163 131 94 - - PUNCT fuelectenerg-163 131 95 injection injection NOUN fuelectenerg-163 131 96 level level NOUN fuelectenerg-163 131 97 dopingdependent dopingdependent NOUN fuelectenerg-163 131 98 minority minority NOUN fuelectenerg-163 131 99 carrier carrier NOUN fuelectenerg-163 131 100 lifetime lifetime NOUN fuelectenerg-163 131 101 , , PUNCT fuelectenerg-163 131 102 nie nie PROPN fuelectenerg-163 131 103 is be AUX fuelectenerg-163 131 104 the the DET fuelectenerg-163 131 105 effective effective ADJ fuelectenerg-163 131 106 intrinsic intrinsic ADJ fuelectenerg-163 131 107 carrier carrier NOUN fuelectenerg-163 131 108 concentration concentration NOUN fuelectenerg-163 131 109 incorporating incorporate VERB fuelectenerg-163 131 110 band band NOUN fuelectenerg-163 131 111 - - PUNCT fuelectenerg-163 131 112 gap gap NOUN fuelectenerg-163 131 113 - - PUNCT fuelectenerg-163 131 114 narrowing narrow VERB fuelectenerg-163 131 115 effects effect NOUN fuelectenerg-163 131 116 , , PUNCT fuelectenerg-163 131 117 and and CCONJ fuelectenerg-163 131 118 cn cn PROPN fuelectenerg-163 131 119 , , PUNCT fuelectenerg-163 131 120 cp cp PROPN fuelectenerg-163 131 121 are be AUX fuelectenerg-163 131 122 the the DET fuelectenerg-163 131 123 auger auger NOUN fuelectenerg-163 131 124 's 's PART fuelectenerg-163 131 125 recombination recombination NOUN fuelectenerg-163 131 126 constants constant NOUN fuelectenerg-163 131 127 . . PUNCT fuelectenerg-163 132 1 the the DET fuelectenerg-163 132 2 parameterwis parameterwis NOUN fuelectenerg-163 132 3 a a DET fuelectenerg-163 132 4 physical physical ADJ fuelectenerg-163 132 5 width width NOUN fuelectenerg-163 132 6 of of ADP fuelectenerg-163 132 7 single single ADJ fuelectenerg-163 132 8 rc rc NOUN fuelectenerg-163 132 9 - - NOUN fuelectenerg-163 132 10 cell cell NOUN fuelectenerg-163 132 11 , , PUNCT fuelectenerg-163 132 12 which which PRON fuelectenerg-163 132 13 is be AUX fuelectenerg-163 132 14 obtained obtain VERB fuelectenerg-163 132 15 by by ADP fuelectenerg-163 132 16 dividing divide VERB fuelectenerg-163 132 17 a a DET fuelectenerg-163 132 18 zero zero NUM fuelectenerg-163 132 19 - - PUNCT fuelectenerg-163 132 20 bias bias NOUN fuelectenerg-163 132 21 qnr qnr NOUN fuelectenerg-163 132 22 width width VERB fuelectenerg-163 132 23 w w NOUN fuelectenerg-163 132 24 with with ADP fuelectenerg-163 132 25 the the DET fuelectenerg-163 132 26 chosen choose VERB fuelectenerg-163 132 27 number number NOUN fuelectenerg-163 132 28 n n PROPN fuelectenerg-163 132 29 of of ADP fuelectenerg-163 132 30 rc rc PROPN fuelectenerg-163 132 31 - - NOUN fuelectenerg-163 132 32 cells cell NOUN fuelectenerg-163 132 33 ( ( PUNCT fuelectenerg-163 132 34 w w NOUN fuelectenerg-163 132 35 = = NOUN fuelectenerg-163 132 36 w w NOUN fuelectenerg-163 132 37 / / SYM fuelectenerg-163 132 38 n n CCONJ fuelectenerg-163 132 39 ) ) PUNCT fuelectenerg-163 132 40 . . PUNCT fuelectenerg-163 133 1 in in ADP fuelectenerg-163 133 2 [ [ X fuelectenerg-163 133 3 14 14 NUM fuelectenerg-163 133 4 ] ] PUNCT fuelectenerg-163 133 5 , , PUNCT fuelectenerg-163 133 6 the the DET fuelectenerg-163 133 7 emitter emitter NOUN fuelectenerg-163 133 8 qnr qnr NOUN fuelectenerg-163 133 9 is be AUX fuelectenerg-163 133 10 represented represent VERB fuelectenerg-163 133 11 with with ADP fuelectenerg-163 133 12 three three NUM fuelectenerg-163 133 13 rc rc NOUN fuelectenerg-163 133 14 - - PUNCT fuelectenerg-163 133 15 cells cell NOUN fuelectenerg-163 133 16 . . PUNCT fuelectenerg-163 134 1 since since SCONJ fuelectenerg-163 134 2 the the DET fuelectenerg-163 134 3 llc llc PROPN fuelectenerg-163 134 4 substantially substantially ADV fuelectenerg-163 134 5 decreases0 decreases0 VERB fuelectenerg-163 134 6 of of ADP fuelectenerg-163 134 7 particular particular ADJ fuelectenerg-163 134 8 device device NOUN fuelectenerg-163 134 9 area area NOUN fuelectenerg-163 134 10 , , PUNCT fuelectenerg-163 134 11 it it PRON fuelectenerg-163 134 12 follows follow VERB fuelectenerg-163 134 13 from from ADP fuelectenerg-163 134 14 eqs eqs PROPN fuelectenerg-163 134 15 . . PUNCT fuelectenerg-163 135 1 ( ( PUNCT fuelectenerg-163 135 2 8) 8) NUM fuelectenerg-163 135 3 and and CCONJ fuelectenerg-163 135 4 ( ( PUNCT fuelectenerg-163 135 5 9 9 NUM fuelectenerg-163 135 6 ) ) PUNCT fuelectenerg-163 135 7 that that PRON fuelectenerg-163 135 8 the the DET fuelectenerg-163 135 9 rc rc PROPN fuelectenerg-163 135 10 - - PUNCT fuelectenerg-163 135 11 cells cell NOUN fuelectenerg-163 135 12 of of ADP fuelectenerg-163 135 13 controlled control VERB fuelectenerg-163 135 14 recombination recombination NOUN fuelectenerg-163 135 15 region region NOUN fuelectenerg-163 135 16 must must AUX fuelectenerg-163 135 17 have have VERB fuelectenerg-163 135 18 different different ADJ fuelectenerg-163 135 19 gk gk NOUN fuelectenerg-163 135 20 element element NOUN fuelectenerg-163 135 21 . . PUNCT fuelectenerg-163 136 1 it it PRON fuelectenerg-163 136 2 is be AUX fuelectenerg-163 136 3 illustrated illustrate VERB fuelectenerg-163 136 4 in in ADP fuelectenerg-163 136 5 fig fig NOUN fuelectenerg-163 136 6 . . PUNCT fuelectenerg-163 137 1 6c 6c NOUN fuelectenerg-163 137 2 where where SCONJ fuelectenerg-163 137 3 the the DET fuelectenerg-163 137 4 rc rc NOUN fuelectenerg-163 137 5 - - NOUN fuelectenerg-163 137 6 cell cell NOUN fuelectenerg-163 137 7 of of ADP fuelectenerg-163 137 8 the the DET fuelectenerg-163 137 9 controlled control VERB fuelectenerg-163 137 10 region region NOUN fuelectenerg-163 137 11 is be AUX fuelectenerg-163 137 12 shown show VERB fuelectenerg-163 137 13 separately separately ADV fuelectenerg-163 137 14 with with ADP fuelectenerg-163 137 15 different different ADJ fuelectenerg-163 137 16 conductance conductance NOUN fuelectenerg-163 137 17 g( g( NOUN fuelectenerg-163 137 18 ) ) PUNCT fuelectenerg-163 137 19 . . PUNCT fuelectenerg-163 138 1 note note VERB fuelectenerg-163 138 2 that that SCONJ fuelectenerg-163 138 3 the the DET fuelectenerg-163 138 4 bjt bjt NOUN fuelectenerg-163 138 5 with with ADP fuelectenerg-163 138 6 the the DET fuelectenerg-163 138 7 first first ADJ fuelectenerg-163 138 8 ( ( PUNCT fuelectenerg-163 138 9 from from ADP fuelectenerg-163 138 10 left leave VERB fuelectenerg-163 138 11 to to ADP fuelectenerg-163 138 12 right right ADJ fuelectenerg-163 138 13 ) ) PUNCT fuelectenerg-163 138 14 rc rc NOUN fuelectenerg-163 138 15 - - PUNCT fuelectenerg-163 138 16 cell cell NOUN fuelectenerg-163 138 17 shaded shaded NOUN fuelectenerg-163 138 18 shown show VERB fuelectenerg-163 138 19 in in ADP fuelectenerg-163 138 20 fig fig NOUN fuelectenerg-163 138 21 . . PUNCT fuelectenerg-163 139 1 6b 6b NOUN fuelectenerg-163 139 2 corresponds correspond VERB fuelectenerg-163 139 3 to to ADP fuelectenerg-163 139 4 the the DET fuelectenerg-163 139 5 location location NOUN fuelectenerg-163 139 6 of of ADP fuelectenerg-163 139 7 the the DET fuelectenerg-163 139 8 llc llc PROPN fuelectenerg-163 139 9 region region NOUN fuelectenerg-163 139 10 within within ADP fuelectenerg-163 139 11 the the DET fuelectenerg-163 139 12 igbt igbt PROPN fuelectenerg-163 139 13 . . PUNCT fuelectenerg-163 140 1 the the DET fuelectenerg-163 140 2 model model NOUN fuelectenerg-163 140 3 , , PUNCT fuelectenerg-163 140 4 as as SCONJ fuelectenerg-163 140 5 described describe VERB fuelectenerg-163 140 6 above above ADV fuelectenerg-163 140 7 , , PUNCT fuelectenerg-163 140 8 has have AUX fuelectenerg-163 140 9 been be AUX fuelectenerg-163 140 10 used use VERB fuelectenerg-163 140 11 successfully successfully ADV fuelectenerg-163 140 12 for for ADP fuelectenerg-163 140 13 the the DET fuelectenerg-163 140 14 prediction prediction NOUN fuelectenerg-163 140 15 of of ADP fuelectenerg-163 140 16 the the DET fuelectenerg-163 140 17 inverter inverter ADJ fuelectenerg-163 140 18 circuit circuit NOUN fuelectenerg-163 140 19 power power NOUN fuelectenerg-163 140 20 losses loss NOUN fuelectenerg-163 140 21 [ [ X fuelectenerg-163 140 22 16 16 NUM fuelectenerg-163 140 23 ] ] PUNCT fuelectenerg-163 140 24 and and CCONJ fuelectenerg-163 140 25 also also ADV fuelectenerg-163 140 26 to to PART fuelectenerg-163 140 27 investigate investigate VERB fuelectenerg-163 140 28 igbt igbt PROPN fuelectenerg-163 140 29 tail tail PROPN fuelectenerg-163 140 30 current current ADJ fuelectenerg-163 140 31 characteristics characteristic NOUN fuelectenerg-163 140 32 at at ADP fuelectenerg-163 140 33 different different ADJ fuelectenerg-163 140 34 temperatures temperature NOUN fuelectenerg-163 140 35 as as SCONJ fuelectenerg-163 140 36 shown show VERB fuelectenerg-163 140 37 in in ADP fuelectenerg-163 140 38 fig fig NOUN fuelectenerg-163 140 39 . . PUNCT fuelectenerg-163 141 1 7 7 X fuelectenerg-163 141 2 . . X fuelectenerg-163 141 3 fig fig NOUN fuelectenerg-163 141 4 . . PUNCT fuelectenerg-163 142 1 7 7 NUM fuelectenerg-163 142 2 simulated simulate VERB fuelectenerg-163 142 3 and and CCONJ fuelectenerg-163 142 4 measured measure VERB fuelectenerg-163 142 5 anode anode NOUN fuelectenerg-163 142 6 tail tail NOUN fuelectenerg-163 142 7 current current ADJ fuelectenerg-163 142 8 and and CCONJ fuelectenerg-163 142 9 anode anode ADJ fuelectenerg-163 142 10 voltage voltage NOUN fuelectenerg-163 142 11 of of ADP fuelectenerg-163 142 12 pt pt PROPN fuelectenerg-163 142 13 igbt igbt PROPN fuelectenerg-163 142 14 during during ADP fuelectenerg-163 142 15 the the DET fuelectenerg-163 142 16 device device NOUN fuelectenerg-163 142 17 turn turn NOUN fuelectenerg-163 142 18 - - PUNCT fuelectenerg-163 142 19 off off NOUN fuelectenerg-163 142 20 at at ADP fuelectenerg-163 142 21 25 25 NUM fuelectenerg-163 142 22 o o NOUN fuelectenerg-163 142 23 c c NOUN fuelectenerg-163 142 24 , , PUNCT fuelectenerg-163 142 25 75 75 NUM fuelectenerg-163 142 26 o o NOUN fuelectenerg-163 142 27 c c NOUN fuelectenerg-163 142 28 and and CCONJ fuelectenerg-163 142 29 125 125 NUM fuelectenerg-163 142 30 o o NOUN fuelectenerg-163 142 31 c c X fuelectenerg-163 142 32 review review NOUN fuelectenerg-163 142 33 of of ADP fuelectenerg-163 142 34 advanced advanced ADJ fuelectenerg-163 142 35 igbt igbt PROPN fuelectenerg-163 142 36 compact compact ADJ fuelectenerg-163 142 37 models model NOUN fuelectenerg-163 142 38 dedicated dedicate VERB fuelectenerg-163 142 39 to to ADP fuelectenerg-163 142 40 circuit circuit NOUN fuelectenerg-163 142 41 simulation simulation NOUN fuelectenerg-163 142 42 21 21 NUM fuelectenerg-163 142 43 4 4 NUM fuelectenerg-163 142 44 . . PUNCT fuelectenerg-163 143 1 electro electro VERB fuelectenerg-163 143 2 - - PUNCT fuelectenerg-163 143 3 thermal thermal NOUN fuelectenerg-163 143 4 ( ( PUNCT fuelectenerg-163 143 5 et et NOUN fuelectenerg-163 143 6 ) ) PUNCT fuelectenerg-163 143 7 modelling model VERB fuelectenerg-163 143 8 strategy strategy NOUN fuelectenerg-163 143 9 thermal thermal ADJ fuelectenerg-163 143 10 compact compact ADJ fuelectenerg-163 143 11 model model NOUN fuelectenerg-163 143 12 of of ADP fuelectenerg-163 143 13 an an DET fuelectenerg-163 143 14 igbt igbt PROPN fuelectenerg-163 143 15 is be AUX fuelectenerg-163 143 16 equally equally ADV fuelectenerg-163 143 17 important important ADJ fuelectenerg-163 143 18 as as SCONJ fuelectenerg-163 143 19 its its PRON fuelectenerg-163 143 20 electrical electrical ADJ fuelectenerg-163 143 21 counterpart counterpart NOUN fuelectenerg-163 143 22 to to PART fuelectenerg-163 143 23 accurately accurately ADV fuelectenerg-163 143 24 predict predict VERB fuelectenerg-163 143 25 circuit circuit NOUN fuelectenerg-163 143 26 performance performance NOUN fuelectenerg-163 143 27 [ [ X fuelectenerg-163 143 28 3]-[5 3]-[5 X fuelectenerg-163 143 29 ] ] X fuelectenerg-163 143 30 . . PUNCT fuelectenerg-163 144 1 the the DET fuelectenerg-163 144 2 work work NOUN fuelectenerg-163 144 3 presented present VERB fuelectenerg-163 144 4 in in ADP fuelectenerg-163 144 5 [ [ X fuelectenerg-163 144 6 3 3 X fuelectenerg-163 144 7 ] ] PUNCT fuelectenerg-163 144 8 describes describe VERB fuelectenerg-163 144 9 an an DET fuelectenerg-163 144 10 et et NOUN fuelectenerg-163 144 11 modelling model VERB fuelectenerg-163 144 12 strategy strategy NOUN fuelectenerg-163 144 13 that that PRON fuelectenerg-163 144 14 has have AUX fuelectenerg-163 144 15 been be AUX fuelectenerg-163 144 16 widely widely ADV fuelectenerg-163 144 17 accepted accept VERB fuelectenerg-163 144 18 by by ADP fuelectenerg-163 144 19 compact compact ADJ fuelectenerg-163 144 20 modelling modelling NOUN fuelectenerg-163 144 21 research research NOUN fuelectenerg-163 144 22 community community NOUN fuelectenerg-163 144 23 and and CCONJ fuelectenerg-163 144 24 successfully successfully ADV fuelectenerg-163 144 25 applied apply VERB fuelectenerg-163 144 26 since since ADV fuelectenerg-163 144 27 . . PUNCT fuelectenerg-163 145 1 it it PRON fuelectenerg-163 145 2 could could AUX fuelectenerg-163 145 3 be be AUX fuelectenerg-163 145 4 described describe VERB fuelectenerg-163 145 5 in in ADP fuelectenerg-163 145 6 what what PRON fuelectenerg-163 145 7 follows follow VERB fuelectenerg-163 145 8 . . PUNCT fuelectenerg-163 146 1 adding add VERB fuelectenerg-163 146 2 an an DET fuelectenerg-163 146 3 extra extra ADJ fuelectenerg-163 146 4 node node NOUN fuelectenerg-163 146 5 , , PUNCT fuelectenerg-163 146 6 thermal thermal ADJ fuelectenerg-163 146 7 node node NOUN fuelectenerg-163 146 8 , , PUNCT fuelectenerg-163 146 9 to to ADP fuelectenerg-163 146 10 the the DET fuelectenerg-163 146 11 electrical electrical ADJ fuelectenerg-163 146 12 compact compact ADJ fuelectenerg-163 146 13 model model NOUN fuelectenerg-163 146 14 of of ADP fuelectenerg-163 146 15 the the DET fuelectenerg-163 146 16 igbt igbt PROPN fuelectenerg-163 146 17 device device NOUN fuelectenerg-163 146 18 an an DET fuelectenerg-163 146 19 electrothermal electrothermal ADJ fuelectenerg-163 146 20 ( ( PUNCT fuelectenerg-163 146 21 et et NOUN fuelectenerg-163 146 22 ) ) PUNCT fuelectenerg-163 146 23 models model NOUN fuelectenerg-163 146 24 can can AUX fuelectenerg-163 146 25 be be AUX fuelectenerg-163 146 26 formulated formulate VERB fuelectenerg-163 146 27 . . PUNCT fuelectenerg-163 147 1 this this DET fuelectenerg-163 147 2 thermal thermal ADJ fuelectenerg-163 147 3 node node NOUN fuelectenerg-163 147 4 has have VERB fuelectenerg-163 147 5 information information NOUN fuelectenerg-163 147 6 regarding regard VERB fuelectenerg-163 147 7 junction junction NOUN fuelectenerg-163 147 8 temperature temperature NOUN fuelectenerg-163 147 9 of of ADP fuelectenerg-163 147 10 the the DET fuelectenerg-163 147 11 device device NOUN fuelectenerg-163 147 12 tj tj NOUN fuelectenerg-163 147 13 and and CCONJ fuelectenerg-163 147 14 it it PRON fuelectenerg-163 147 15 represents represent VERB fuelectenerg-163 147 16 a a DET fuelectenerg-163 147 17 connection connection NOUN fuelectenerg-163 147 18 between between ADP fuelectenerg-163 147 19 the the DET fuelectenerg-163 147 20 active active ADJ fuelectenerg-163 147 21 devices device NOUN fuelectenerg-163 147 22 and and CCONJ fuelectenerg-163 147 23 rest rest NOUN fuelectenerg-163 147 24 of of ADP fuelectenerg-163 147 25 the the DET fuelectenerg-163 147 26 circuit circuit NOUN fuelectenerg-163 147 27 thermal thermal ADJ fuelectenerg-163 147 28 network network NOUN fuelectenerg-163 147 29 [ [ X fuelectenerg-163 147 30 3 3 NUM fuelectenerg-163 147 31 ] ] PUNCT fuelectenerg-163 147 32 . . PUNCT fuelectenerg-163 148 1 this this PRON fuelectenerg-163 148 2 is be AUX fuelectenerg-163 148 3 schematically schematically NOUN fuelectenerg-163 148 4 represented represent VERB fuelectenerg-163 148 5 in in ADP fuelectenerg-163 148 6 the the DET fuelectenerg-163 148 7 fig fig NOUN fuelectenerg-163 148 8 . . PUNCT fuelectenerg-163 149 1 8 8 NUM fuelectenerg-163 149 2 . . X fuelectenerg-163 150 1 a a DET fuelectenerg-163 150 2 structure structure NOUN fuelectenerg-163 150 3 diagram diagram NOUN fuelectenerg-163 150 4 of of ADP fuelectenerg-163 150 5 the the DET fuelectenerg-163 150 6 et et PROPN fuelectenerg-163 150 7 compact compact ADJ fuelectenerg-163 150 8 device device NOUN fuelectenerg-163 150 9 model model NOUN fuelectenerg-163 150 10 which which PRON fuelectenerg-163 150 11 shows show VERB fuelectenerg-163 150 12 the the DET fuelectenerg-163 150 13 interaction interaction NOUN fuelectenerg-163 150 14 between between ADP fuelectenerg-163 150 15 thermal thermal ADJ fuelectenerg-163 150 16 and and CCONJ fuelectenerg-163 150 17 electrical electrical ADJ fuelectenerg-163 150 18 networks network NOUN fuelectenerg-163 150 19 through through ADP fuelectenerg-163 150 20 the the DET fuelectenerg-163 150 21 electrical electrical ADJ fuelectenerg-163 150 22 and and CCONJ fuelectenerg-163 150 23 thermal thermal ADJ fuelectenerg-163 150 24 nodes node NOUN fuelectenerg-163 150 25 is be AUX fuelectenerg-163 150 26 shown show VERB fuelectenerg-163 150 27 in in ADP fuelectenerg-163 150 28 fig fig NOUN fuelectenerg-163 150 29 . . PUNCT fuelectenerg-163 151 1 9 9 X fuelectenerg-163 151 2 . . X fuelectenerg-163 152 1 as as SCONJ fuelectenerg-163 152 2 can can AUX fuelectenerg-163 152 3 be be AUX fuelectenerg-163 152 4 seen see VERB fuelectenerg-163 152 5 from from ADP fuelectenerg-163 152 6 the the DET fuelectenerg-163 152 7 fig fig NOUN fuelectenerg-163 152 8 . . PUNCT fuelectenerg-163 153 1 9 9 NUM fuelectenerg-163 153 2 , , PUNCT fuelectenerg-163 153 3 the the DET fuelectenerg-163 153 4 instantaneous instantaneous ADJ fuelectenerg-163 153 5 value value NOUN fuelectenerg-163 153 6 of of ADP fuelectenerg-163 153 7 the the DET fuelectenerg-163 153 8 device device NOUN fuelectenerg-163 153 9 temperature temperature NOUN fuelectenerg-163 153 10 estimated estimate VERB fuelectenerg-163 153 11 by by ADP fuelectenerg-163 153 12 the the DET fuelectenerg-163 153 13 thermal thermal ADJ fuelectenerg-163 153 14 network network NOUN fuelectenerg-163 153 15 is be AUX fuelectenerg-163 153 16 used use VERB fuelectenerg-163 153 17 for for ADP fuelectenerg-163 153 18 the the DET fuelectenerg-163 153 19 calculation calculation NOUN fuelectenerg-163 153 20 of of ADP fuelectenerg-163 153 21 the the DET fuelectenerg-163 153 22 temperature temperature NOUN fuelectenerg-163 153 23 dependent dependent ADJ fuelectenerg-163 153 24 model model NOUN fuelectenerg-163 153 25 parameters parameter NOUN fuelectenerg-163 153 26 and and CCONJ fuelectenerg-163 153 27 temperature temperature NOUN fuelectenerg-163 153 28 dependent dependent ADJ fuelectenerg-163 153 29 silicon silicon NOUN fuelectenerg-163 153 30 properties property NOUN fuelectenerg-163 153 31 . . PUNCT fuelectenerg-163 154 1 then then ADV fuelectenerg-163 154 2 , , PUNCT fuelectenerg-163 154 3 these these DET fuelectenerg-163 154 4 temperature temperature NOUN fuelectenerg-163 154 5 dependent dependent ADJ fuelectenerg-163 154 6 values value NOUN fuelectenerg-163 154 7 are be AUX fuelectenerg-163 154 8 used use VERB fuelectenerg-163 154 9 by by ADP fuelectenerg-163 154 10 the the DET fuelectenerg-163 154 11 et et PROPN fuelectenerg-163 154 12 compact compact ADJ fuelectenerg-163 154 13 device device NOUN fuelectenerg-163 154 14 models model NOUN fuelectenerg-163 154 15 to to PART fuelectenerg-163 154 16 calculate calculate VERB fuelectenerg-163 154 17 instantaneous instantaneous ADJ fuelectenerg-163 154 18 electrical electrical ADJ fuelectenerg-163 154 19 characteristics characteristic NOUN fuelectenerg-163 154 20 as as ADV fuelectenerg-163 154 21 well well ADV fuelectenerg-163 154 22 as as ADP fuelectenerg-163 154 23 instantaneous instantaneous ADJ fuelectenerg-163 154 24 dissipated dissipate VERB fuelectenerg-163 154 25 power power NOUN fuelectenerg-163 154 26 . . PUNCT fuelectenerg-163 155 1 finally finally ADV fuelectenerg-163 155 2 , , PUNCT fuelectenerg-163 155 3 the the DET fuelectenerg-163 155 4 dissipated dissipate VERB fuelectenerg-163 155 5 power power NOUN fuelectenerg-163 155 6 is be AUX fuelectenerg-163 155 7 used use VERB fuelectenerg-163 155 8 as as ADP fuelectenerg-163 155 9 an an DET fuelectenerg-163 155 10 input input NOUN fuelectenerg-163 155 11 parameter parameter NOUN fuelectenerg-163 155 12 by by ADP fuelectenerg-163 155 13 the the DET fuelectenerg-163 155 14 thermal thermal ADJ fuelectenerg-163 155 15 network network NOUN fuelectenerg-163 155 16 , , PUNCT fuelectenerg-163 155 17 and and CCONJ fuelectenerg-163 155 18 the the DET fuelectenerg-163 155 19 device device NOUN fuelectenerg-163 155 20 electrical electrical ADJ fuelectenerg-163 155 21 characteristics characteristic NOUN fuelectenerg-163 155 22 are be AUX fuelectenerg-163 155 23 transferred transfer VERB fuelectenerg-163 155 24 to to ADP fuelectenerg-163 155 25 the the DET fuelectenerg-163 155 26 electrical electrical ADJ fuelectenerg-163 155 27 network network NOUN fuelectenerg-163 155 28 . . PUNCT fuelectenerg-163 156 1 fig fig NOUN fuelectenerg-163 156 2 . . PUNCT fuelectenerg-163 157 1 8 8 NUM fuelectenerg-163 157 2 igbt igbt PROPN fuelectenerg-163 157 3 et et PROPN fuelectenerg-163 157 4 compact compact ADJ fuelectenerg-163 157 5 model model NOUN fuelectenerg-163 157 6 – – PUNCT fuelectenerg-163 157 7 electrical electrical ADJ fuelectenerg-163 157 8 contacts contact NOUN fuelectenerg-163 157 9 ( ( PUNCT fuelectenerg-163 157 10 g g NOUN fuelectenerg-163 157 11 , , PUNCT fuelectenerg-163 157 12 a a PRON fuelectenerg-163 157 13 , , PUNCT fuelectenerg-163 157 14 k k NOUN fuelectenerg-163 157 15 ) ) PUNCT fuelectenerg-163 157 16 as as ADV fuelectenerg-163 157 17 well well ADV fuelectenerg-163 157 18 as as ADP fuelectenerg-163 157 19 thermal thermal ADJ fuelectenerg-163 157 20 node node NOUN fuelectenerg-163 157 21 ( ( PUNCT fuelectenerg-163 157 22 tj tj NOUN fuelectenerg-163 157 23 ) ) PUNCT fuelectenerg-163 157 24 are be AUX fuelectenerg-163 157 25 shown show VERB fuelectenerg-163 157 26 fig fig NOUN fuelectenerg-163 157 27 . . PUNCT fuelectenerg-163 158 1 9 9 NUM fuelectenerg-163 158 2 structure structure NOUN fuelectenerg-163 158 3 diagram diagram NOUN fuelectenerg-163 158 4 of of ADP fuelectenerg-163 158 5 the the DET fuelectenerg-163 158 6 et et PROPN fuelectenerg-163 158 7 compact compact ADJ fuelectenerg-163 158 8 model model NOUN fuelectenerg-163 158 9 – – PUNCT fuelectenerg-163 158 10 interaction interaction NOUN fuelectenerg-163 158 11 with with ADP fuelectenerg-163 158 12 the the DET fuelectenerg-163 158 13 electrical electrical ADJ fuelectenerg-163 158 14 and and CCONJ fuelectenerg-163 158 15 thermal thermal ADJ fuelectenerg-163 158 16 network network NOUN fuelectenerg-163 158 17 is be AUX fuelectenerg-163 158 18 shown show VERB fuelectenerg-163 158 19 22 22 NUM fuelectenerg-163 158 20 p. p. NOUN fuelectenerg-163 158 21 igic igic NOUN fuelectenerg-163 158 22 , , PUNCT fuelectenerg-163 158 23 n. n. PROPN fuelectenerg-163 158 24 jankovic jankovic PROPN fuelectenerg-163 158 25 the the DET fuelectenerg-163 158 26 thermal thermal ADJ fuelectenerg-163 158 27 parts part NOUN fuelectenerg-163 158 28 of of ADP fuelectenerg-163 158 29 the the DET fuelectenerg-163 158 30 compact compact ADJ fuelectenerg-163 158 31 models model NOUN fuelectenerg-163 158 32 are be AUX fuelectenerg-163 158 33 represented represent VERB fuelectenerg-163 158 34 using use VERB fuelectenerg-163 158 35 a a DET fuelectenerg-163 158 36 thermal thermal ADJ fuelectenerg-163 158 37 rc rc NOUN fuelectenerg-163 158 38 network network NOUN fuelectenerg-163 158 39 due due ADP fuelectenerg-163 158 40 to to ADP fuelectenerg-163 158 41 an an DET fuelectenerg-163 158 42 electrical electrical ADJ fuelectenerg-163 158 43 analogy analogy NOUN fuelectenerg-163 159 1 [ [ X fuelectenerg-163 159 2 4 4 NUM fuelectenerg-163 159 3 ] ] X fuelectenerg-163 159 4 : : PUNCT fuelectenerg-163 159 5 thermal thermal ADJ fuelectenerg-163 159 6 resistance resistance NOUN fuelectenerg-163 159 7 is be AUX fuelectenerg-163 159 8 represented represent VERB fuelectenerg-163 159 9 by by ADP fuelectenerg-163 159 10 an an DET fuelectenerg-163 159 11 electrical electrical ADJ fuelectenerg-163 159 12 resistance resistance NOUN fuelectenerg-163 159 13 , , PUNCT fuelectenerg-163 159 14 thermal thermal ADJ fuelectenerg-163 159 15 capacitance capacitance NOUN fuelectenerg-163 159 16 by by ADP fuelectenerg-163 159 17 an an DET fuelectenerg-163 159 18 electrical electrical ADJ fuelectenerg-163 159 19 capacitance capacitance NOUN fuelectenerg-163 159 20 , , PUNCT fuelectenerg-163 159 21 and and CCONJ fuelectenerg-163 159 22 dissipated dissipate VERB fuelectenerg-163 159 23 power power NOUN fuelectenerg-163 159 24 by by ADP fuelectenerg-163 159 25 current current ADJ fuelectenerg-163 159 26 source source NOUN fuelectenerg-163 159 27 [ [ X fuelectenerg-163 159 28 29 29 NUM fuelectenerg-163 159 29 ] ] PUNCT fuelectenerg-163 159 30 . . PUNCT fuelectenerg-163 160 1 either either CCONJ fuelectenerg-163 160 2 foster foster ADJ fuelectenerg-163 160 3 or or CCONJ fuelectenerg-163 160 4 cauer cauer NOUN fuelectenerg-163 160 5 rc rc PROPN fuelectenerg-163 160 6 networks network NOUN fuelectenerg-163 160 7 can can AUX fuelectenerg-163 160 8 be be AUX fuelectenerg-163 160 9 used use VERB fuelectenerg-163 160 10 for for ADP fuelectenerg-163 160 11 this this DET fuelectenerg-163 160 12 purpose purpose NOUN fuelectenerg-163 160 13 [ [ X fuelectenerg-163 160 14 28 28 NUM fuelectenerg-163 160 15 ] ] PUNCT fuelectenerg-163 160 16 , , PUNCT fuelectenerg-163 160 17 [ [ X fuelectenerg-163 160 18 29 29 NUM fuelectenerg-163 160 19 ] ] PUNCT fuelectenerg-163 160 20 . . PUNCT fuelectenerg-163 161 1 since since SCONJ fuelectenerg-163 161 2 the the DET fuelectenerg-163 161 3 foster foster ADJ fuelectenerg-163 161 4 network network NOUN fuelectenerg-163 161 5 is be AUX fuelectenerg-163 161 6 not not PART fuelectenerg-163 161 7 directly directly ADV fuelectenerg-163 161 8 suitable suitable ADJ fuelectenerg-163 161 9 for for ADP fuelectenerg-163 161 10 the the DET fuelectenerg-163 161 11 heat heat NOUN fuelectenerg-163 161 12 - - PUNCT fuelectenerg-163 161 13 flow flow NOUN fuelectenerg-163 161 14 path path NOUN fuelectenerg-163 161 15 identification identification NOUN fuelectenerg-163 161 16 ( ( PUNCT fuelectenerg-163 161 17 because because SCONJ fuelectenerg-163 161 18 of of ADP fuelectenerg-163 161 19 the the DET fuelectenerg-163 161 20 node node NOUN fuelectenerg-163 161 21 - - PUNCT fuelectenerg-163 161 22 to to ADP fuelectenerg-163 161 23 - - PUNCT fuelectenerg-163 161 24 node node ADJ fuelectenerg-163 161 25 heat heat NOUN fuelectenerg-163 161 26 capacitances capacitance NOUN fuelectenerg-163 161 27 ) ) PUNCT fuelectenerg-163 161 28 , , PUNCT fuelectenerg-163 161 29 the the DET fuelectenerg-163 161 30 cauer cauer NOUN fuelectenerg-163 161 31 rc rc PROPN fuelectenerg-163 161 32 network network NOUN fuelectenerg-163 161 33 is be AUX fuelectenerg-163 161 34 preferred prefer VERB fuelectenerg-163 161 35 choice choice NOUN fuelectenerg-163 161 36 for for ADP fuelectenerg-163 161 37 thermal thermal ADJ fuelectenerg-163 161 38 device device NOUN fuelectenerg-163 161 39 characterisation characterisation NOUN fuelectenerg-163 161 40 . . PUNCT fuelectenerg-163 162 1 cauer cauer NOUN fuelectenerg-163 162 2 network network NOUN fuelectenerg-163 162 3 includes include VERB fuelectenerg-163 162 4 only only ADV fuelectenerg-163 162 5 node node NOUN fuelectenerg-163 162 6 - - PUNCT fuelectenerg-163 162 7 to to ADP fuelectenerg-163 162 8 - - PUNCT fuelectenerg-163 162 9 ground ground NOUN fuelectenerg-163 162 10 capacitances capacitance NOUN fuelectenerg-163 162 11 and and CCONJ fuelectenerg-163 162 12 it it PRON fuelectenerg-163 162 13 represents represent VERB fuelectenerg-163 162 14 a a DET fuelectenerg-163 162 15 discretised discretised ADJ fuelectenerg-163 162 16 image image NOUN fuelectenerg-163 162 17 of of ADP fuelectenerg-163 162 18 the the DET fuelectenerg-163 162 19 real real ADJ fuelectenerg-163 162 20 heat heat NOUN fuelectenerg-163 162 21 - - PUNCT fuelectenerg-163 162 22 flow flow NOUN fuelectenerg-163 162 23 structure structure NOUN fuelectenerg-163 162 24 . . PUNCT fuelectenerg-163 163 1 network network NOUN fuelectenerg-163 163 2 elements element NOUN fuelectenerg-163 163 3 can can AUX fuelectenerg-163 163 4 be be AUX fuelectenerg-163 163 5 determined determine VERB fuelectenerg-163 163 6 by by ADP fuelectenerg-163 163 7 using use VERB fuelectenerg-163 163 8 a a DET fuelectenerg-163 163 9 deconvolution deconvolution NOUN fuelectenerg-163 163 10 method method NOUN fuelectenerg-163 163 11 for for ADP fuelectenerg-163 163 12 extraction extraction NOUN fuelectenerg-163 163 13 of of ADP fuelectenerg-163 163 14 the the DET fuelectenerg-163 163 15 rc rc PROPN fuelectenerg-163 163 16 thermal thermal ADJ fuelectenerg-163 163 17 network network NOUN fuelectenerg-163 163 18 parameters parameter NOUN fuelectenerg-163 163 19 from from ADP fuelectenerg-163 163 20 the the DET fuelectenerg-163 163 21 thermal thermal ADJ fuelectenerg-163 163 22 transient transient ADJ fuelectenerg-163 163 23 response response NOUN fuelectenerg-163 163 24 of of ADP fuelectenerg-163 163 25 the the DET fuelectenerg-163 163 26 device device NOUN fuelectenerg-163 163 27 for for ADP fuelectenerg-163 163 28 a a DET fuelectenerg-163 163 29 step step NOUN fuelectenerg-163 163 30 function function NOUN fuelectenerg-163 163 31 excitation excitation NOUN fuelectenerg-163 163 32 [ [ X fuelectenerg-163 163 33 28 28 NUM fuelectenerg-163 163 34 ] ] PUNCT fuelectenerg-163 163 35 . . PUNCT fuelectenerg-163 164 1 namely namely ADV fuelectenerg-163 164 2 , , PUNCT fuelectenerg-163 164 3 applying apply VERB fuelectenerg-163 164 4 an an DET fuelectenerg-163 164 5 abrupt abrupt ADJ fuelectenerg-163 164 6 dissipation dissipation NOUN fuelectenerg-163 164 7 step step NOUN fuelectenerg-163 164 8 onto onto ADP fuelectenerg-163 164 9 the the DET fuelectenerg-163 164 10 chip chip NOUN fuelectenerg-163 164 11 , , PUNCT fuelectenerg-163 164 12 the the DET fuelectenerg-163 164 13 time time NOUN fuelectenerg-163 164 14 - - PUNCT fuelectenerg-163 164 15 function function NOUN fuelectenerg-163 164 16 of of ADP fuelectenerg-163 164 17 the the DET fuelectenerg-163 164 18 rise rise NOUN fuelectenerg-163 164 19 of of ADP fuelectenerg-163 164 20 the the DET fuelectenerg-163 164 21 chip chip NOUN fuelectenerg-163 164 22 temperature temperature NOUN fuelectenerg-163 164 23 has have VERB fuelectenerg-163 164 24 to to PART fuelectenerg-163 164 25 be be AUX fuelectenerg-163 164 26 determined determine VERB fuelectenerg-163 164 27 . . PUNCT fuelectenerg-163 165 1 either either CCONJ fuelectenerg-163 165 2 experimental experimental ADJ fuelectenerg-163 165 3 method method NOUN fuelectenerg-163 165 4 or or CCONJ fuelectenerg-163 165 5 3d 3d NUM fuelectenerg-163 165 6 finite finite PROPN fuelectenerg-163 165 7 element element NOUN fuelectenerg-163 165 8 model model NOUN fuelectenerg-163 165 9 could could AUX fuelectenerg-163 165 10 be be AUX fuelectenerg-163 165 11 employed employ VERB fuelectenerg-163 165 12 to to PART fuelectenerg-163 165 13 obtain obtain VERB fuelectenerg-163 165 14 these these DET fuelectenerg-163 165 15 thermal thermal ADJ fuelectenerg-163 165 16 transient transient ADJ fuelectenerg-163 165 17 responses response NOUN fuelectenerg-163 165 18 [ [ X fuelectenerg-163 165 19 29 29 NUM fuelectenerg-163 165 20 ] ] PUNCT fuelectenerg-163 165 21 . . PUNCT fuelectenerg-163 166 1 5 5 X fuelectenerg-163 166 2 . . X fuelectenerg-163 166 3 conclusions conclusion NOUN fuelectenerg-163 166 4 the the DET fuelectenerg-163 166 5 research research NOUN fuelectenerg-163 166 6 area area NOUN fuelectenerg-163 166 7 of of ADP fuelectenerg-163 166 8 the the DET fuelectenerg-163 166 9 igbt igbt PROPN fuelectenerg-163 166 10 compact compact ADJ fuelectenerg-163 166 11 modelling modelling NOUN fuelectenerg-163 166 12 has have AUX fuelectenerg-163 166 13 been be AUX fuelectenerg-163 166 14 reviewed review VERB fuelectenerg-163 166 15 and and CCONJ fuelectenerg-163 166 16 different different ADJ fuelectenerg-163 166 17 device device NOUN fuelectenerg-163 166 18 models model NOUN fuelectenerg-163 166 19 have have AUX fuelectenerg-163 166 20 been be AUX fuelectenerg-163 166 21 introduced introduce VERB fuelectenerg-163 166 22 . . PUNCT fuelectenerg-163 167 1 the the DET fuelectenerg-163 167 2 models model NOUN fuelectenerg-163 167 3 could could AUX fuelectenerg-163 167 4 be be AUX fuelectenerg-163 167 5 separated separate VERB fuelectenerg-163 167 6 in in ADP fuelectenerg-163 167 7 two two NUM fuelectenerg-163 167 8 groups group NOUN fuelectenerg-163 167 9 , , PUNCT fuelectenerg-163 167 10 ones one NOUN fuelectenerg-163 167 11 that that PRON fuelectenerg-163 167 12 solve solve VERB fuelectenerg-163 167 13 ambipolar ambipolar ADJ fuelectenerg-163 167 14 diffusion diffusion NOUN fuelectenerg-163 167 15 equation equation NOUN fuelectenerg-163 167 16 ( ( PUNCT fuelectenerg-163 167 17 ade ade PROPN fuelectenerg-163 167 18 ) ) PUNCT fuelectenerg-163 167 19 and and CCONJ fuelectenerg-163 167 20 others other NOUN fuelectenerg-163 167 21 that that PRON fuelectenerg-163 167 22 do do VERB fuelectenerg-163 167 23 not not PART fuelectenerg-163 167 24 . . PUNCT fuelectenerg-163 168 1 the the DET fuelectenerg-163 168 2 models model NOUN fuelectenerg-163 168 3 based base VERB fuelectenerg-163 168 4 on on ADP fuelectenerg-163 168 5 ade ade PROPN fuelectenerg-163 168 6 solution solution NOUN fuelectenerg-163 168 7 , , PUNCT fuelectenerg-163 168 8 one one PRON fuelectenerg-163 168 9 could could AUX fuelectenerg-163 168 10 claim claim VERB fuelectenerg-163 168 11 , , PUNCT fuelectenerg-163 168 12 are be AUX fuelectenerg-163 168 13 more more ADV fuelectenerg-163 168 14 physically physically ADV fuelectenerg-163 168 15 based base VERB fuelectenerg-163 168 16 , , PUNCT fuelectenerg-163 168 17 but but CCONJ fuelectenerg-163 168 18 they they PRON fuelectenerg-163 168 19 are be AUX fuelectenerg-163 168 20 more more ADV fuelectenerg-163 168 21 complex complex ADJ fuelectenerg-163 168 22 to to PART fuelectenerg-163 168 23 include include VERB fuelectenerg-163 168 24 in in ADP fuelectenerg-163 168 25 standard standard ADJ fuelectenerg-163 168 26 circuit circuit NOUN fuelectenerg-163 168 27 simulator simulator NOUN fuelectenerg-163 168 28 , , PUNCT fuelectenerg-163 168 29 need need AUX fuelectenerg-163 168 30 longer long ADV fuelectenerg-163 168 31 cpu cpu VERB fuelectenerg-163 168 32 time time NOUN fuelectenerg-163 168 33 , , PUNCT fuelectenerg-163 168 34 might might AUX fuelectenerg-163 168 35 have have AUX fuelectenerg-163 168 36 convergence convergence NOUN fuelectenerg-163 168 37 problems problem NOUN fuelectenerg-163 168 38 when when SCONJ fuelectenerg-163 168 39 simulating simulate VERB fuelectenerg-163 168 40 the the DET fuelectenerg-163 168 41 circuits circuit NOUN fuelectenerg-163 168 42 with with ADP fuelectenerg-163 168 43 larger large ADJ fuelectenerg-163 168 44 number number NOUN fuelectenerg-163 168 45 of of ADP fuelectenerg-163 168 46 igbts igbt NOUN fuelectenerg-163 168 47 . . PUNCT fuelectenerg-163 169 1 both both DET fuelectenerg-163 169 2 types type NOUN fuelectenerg-163 169 3 of of ADP fuelectenerg-163 169 4 compact compact ADJ fuelectenerg-163 169 5 models model NOUN fuelectenerg-163 169 6 have have AUX fuelectenerg-163 169 7 been be AUX fuelectenerg-163 169 8 successfully successfully ADV fuelectenerg-163 169 9 used use VERB fuelectenerg-163 169 10 in in ADP fuelectenerg-163 169 11 the the DET fuelectenerg-163 169 12 past past NOUN fuelectenerg-163 169 13 for for ADP fuelectenerg-163 169 14 power power NOUN fuelectenerg-163 169 15 electronic electronic ADJ fuelectenerg-163 169 16 circuit circuit NOUN fuelectenerg-163 169 17 design design NOUN fuelectenerg-163 169 18 . . PUNCT fuelectenerg-163 170 1 references reference NOUN fuelectenerg-163 170 2 [ [ X fuelectenerg-163 170 3 1 1 NUM fuelectenerg-163 170 4 ] ] X fuelectenerg-163 170 5 r.s r.s PROPN fuelectenerg-163 170 6 . . PROPN fuelectenerg-163 170 7 chokhawala chokhawala PROPN fuelectenerg-163 170 8 , , PUNCT fuelectenerg-163 170 9 j. j. PROPN fuelectenerg-163 170 10 catt catt PROPN fuelectenerg-163 170 11 and and CCONJ fuelectenerg-163 170 12 b.r b.r PROPN fuelectenerg-163 170 13 . . PROPN fuelectenerg-163 170 14 pelly pelly PROPN fuelectenerg-163 170 15 , , PUNCT fuelectenerg-163 170 16 " " PUNCT fuelectenerg-163 170 17 gate gate ADJ fuelectenerg-163 170 18 drive drive NOUN fuelectenerg-163 170 19 considerations consideration NOUN fuelectenerg-163 170 20 for for ADP fuelectenerg-163 170 21 igbt igbt PROPN fuelectenerg-163 170 22 modules module NOUN fuelectenerg-163 170 23 " " PUNCT fuelectenerg-163 170 24 , , PUNCT fuelectenerg-163 170 25 ieee ieee NOUN fuelectenerg-163 170 26 transactions transaction NOUN fuelectenerg-163 170 27 on on ADP fuelectenerg-163 170 28 industry industry NOUN fuelectenerg-163 170 29 applications application NOUN fuelectenerg-163 170 30 , , PUNCT fuelectenerg-163 170 31 vol vol NOUN fuelectenerg-163 170 32 . . PUNCT fuelectenerg-163 171 1 31,pp 31,pp NUM fuelectenerg-163 171 2 . . PUNCT fuelectenerg-163 172 1 603 603 NUM fuelectenerg-163 172 2 - - SYM fuelectenerg-163 172 3 611 611 NUM fuelectenerg-163 172 4 , , PUNCT fuelectenerg-163 172 5 1995 1995 NUM fuelectenerg-163 172 6 . . PUNCT fuelectenerg-163 173 1 [ [ X fuelectenerg-163 173 2 2 2 X fuelectenerg-163 173 3 ] ] PUNCT fuelectenerg-163 173 4 p. p. NOUN fuelectenerg-163 173 5 palmer palmer PROPN fuelectenerg-163 173 6 and and CCONJ fuelectenerg-163 173 7 a.n a.n PROPN fuelectenerg-163 173 8 . . PROPN fuelectenerg-163 173 9 githiari githiari PROPN fuelectenerg-163 173 10 , , PUNCT fuelectenerg-163 173 11 " " PUNCT fuelectenerg-163 173 12 the the DET fuelectenerg-163 173 13 series series PROPN fuelectenerg-163 173 14 connection connection NOUN fuelectenerg-163 173 15 of of ADP fuelectenerg-163 173 16 igbt igbt PROPN fuelectenerg-163 173 17 's 's PART fuelectenerg-163 173 18 with with ADP fuelectenerg-163 173 19 active active ADJ fuelectenerg-163 173 20 voltage voltage NOUN fuelectenerg-163 173 21 sharing sharing NOUN fuelectenerg-163 173 22 " " PUNCT fuelectenerg-163 173 23 , , PUNCT fuelectenerg-163 173 24 ieee ieee NOUN fuelectenerg-163 173 25 transactions transaction NOUN fuelectenerg-163 173 26 on on ADP fuelectenerg-163 173 27 power power NOUN fuelectenerg-163 173 28 electronics electronic NOUN fuelectenerg-163 173 29 , , PUNCT fuelectenerg-163 173 30 vol vol NOUN fuelectenerg-163 173 31 . . PUNCT fuelectenerg-163 174 1 12,pp 12,pp NUM fuelectenerg-163 174 2 . . PUNCT fuelectenerg-163 175 1 637 637 NUM fuelectenerg-163 175 2 - - SYM fuelectenerg-163 175 3 644 644 NUM fuelectenerg-163 175 4 , , PUNCT fuelectenerg-163 175 5 1997 1997 NUM fuelectenerg-163 175 6 . . PUNCT fuelectenerg-163 176 1 [ [ X fuelectenerg-163 176 2 3 3 X fuelectenerg-163 176 3 ] ] X fuelectenerg-163 176 4 a.r a.r PROPN fuelectenerg-163 176 5 . . PROPN fuelectenerg-163 176 6 hefner hefner PROPN fuelectenerg-163 176 7 and and CCONJ fuelectenerg-163 176 8 d.l d.l PROPN fuelectenerg-163 176 9 . . PROPN fuelectenerg-163 176 10 blackburn blackburn PROPN fuelectenerg-163 176 11 , , PUNCT fuelectenerg-163 176 12 " " PUNCT fuelectenerg-163 176 13 thermal thermal ADJ fuelectenerg-163 176 14 component component NOUN fuelectenerg-163 176 15 models model NOUN fuelectenerg-163 176 16 for for ADP fuelectenerg-163 176 17 electrothermal electrothermal ADJ fuelectenerg-163 176 18 network network NOUN fuelectenerg-163 176 19 simulation simulation NOUN fuelectenerg-163 176 20 " " PUNCT fuelectenerg-163 176 21 , , PUNCT fuelectenerg-163 176 22 ieee ieee NOUN fuelectenerg-163 176 23 transaction transaction NOUN fuelectenerg-163 176 24 on on ADP fuelectenerg-163 176 25 components component NOUN fuelectenerg-163 176 26 , , PUNCT fuelectenerg-163 176 27 packaging packaging NOUN fuelectenerg-163 176 28 and and CCONJ fuelectenerg-163 176 29 manufacturing manufacturing NOUN fuelectenerg-163 176 30 technology technology NOUN fuelectenerg-163 176 31 , , PUNCT fuelectenerg-163 176 32 vol vol NOUN fuelectenerg-163 176 33 . . PROPN fuelectenerg-163 177 1 17 17 NUM fuelectenerg-163 177 2 – – PUNCT fuelectenerg-163 177 3 a a PRON fuelectenerg-163 177 4 , , PUNCT fuelectenerg-163 177 5 pp pp ADJ fuelectenerg-163 177 6 . . PUNCT fuelectenerg-163 178 1 413 413 NUM fuelectenerg-163 178 2 - - SYM fuelectenerg-163 178 3 424 424 NUM fuelectenerg-163 178 4 , , PUNCT fuelectenerg-163 178 5 1994 1994 NUM fuelectenerg-163 178 6 . . PUNCT fuelectenerg-163 179 1 [ [ X fuelectenerg-163 179 2 4 4 X fuelectenerg-163 179 3 ] ] PUNCT fuelectenerg-163 179 4 v. v. CCONJ fuelectenerg-163 179 5 szekely szekely ADV fuelectenerg-163 179 6 , , PUNCT fuelectenerg-163 179 7 a. a. PROPN fuelectenerg-163 179 8 poppe poppe PROPN fuelectenerg-163 179 9 , , PUNCT fuelectenerg-163 179 10 a. a. PROPN fuelectenerg-163 179 11 pahi pahi PROPN fuelectenerg-163 179 12 , , PUNCT fuelectenerg-163 179 13 a. a. NOUN fuelectenerg-163 179 14 csendes csende NOUN fuelectenerg-163 179 15 , , PUNCT fuelectenerg-163 179 16 g. g. PROPN fuelectenerg-163 179 17 hjas hjas PROPN fuelectenerg-163 179 18 and and CCONJ fuelectenerg-163 179 19 m. m. PROPN fuelectenerg-163 179 20 rencz rencz PROPN fuelectenerg-163 179 21 , , PUNCT fuelectenerg-163 179 22 " " PUNCT fuelectenerg-163 179 23 electro electro VERB fuelectenerg-163 179 24 - - PUNCT fuelectenerg-163 179 25 thermal thermal ADJ fuelectenerg-163 179 26 and and CCONJ fuelectenerg-163 179 27 logi logi NOUN fuelectenerg-163 179 28 - - PUNCT fuelectenerg-163 179 29 thermal thermal ADJ fuelectenerg-163 179 30 simulations simulation NOUN fuelectenerg-163 179 31 of of ADP fuelectenerg-163 179 32 vlsi vlsi PROPN fuelectenerg-163 179 33 designs design NOUN fuelectenerg-163 179 34 " " PUNCT fuelectenerg-163 179 35 , , PUNCT fuelectenerg-163 179 36 ieee ieee NOUN fuelectenerg-163 179 37 transactions transaction NOUN fuelectenerg-163 179 38 on on ADP fuelectenerg-163 179 39 vlsi vlsi PROPN fuelectenerg-163 179 40 systems system NOUN fuelectenerg-163 179 41 , , PUNCT fuelectenerg-163 179 42 vol vol NOUN fuelectenerg-163 179 43 . . PROPN fuelectenerg-163 179 44 5 5 NUM fuelectenerg-163 179 45 , , PUNCT fuelectenerg-163 179 46 pp pp ADJ fuelectenerg-163 179 47 . . PUNCT fuelectenerg-163 180 1 258 258 NUM fuelectenerg-163 180 2 - - SYM fuelectenerg-163 180 3 269 269 NUM fuelectenerg-163 180 4 , , PUNCT fuelectenerg-163 180 5 1997 1997 NUM fuelectenerg-163 180 6 . . PUNCT fuelectenerg-163 181 1 [ [ X fuelectenerg-163 181 2 5 5 X fuelectenerg-163 181 3 ] ] PUNCT fuelectenerg-163 181 4 h. h. PROPN fuelectenerg-163 181 5 vinke vinke PROPN fuelectenerg-163 181 6 and and CCONJ fuelectenerg-163 181 7 c.j c.j PROPN fuelectenerg-163 181 8 . . PROPN fuelectenerg-163 181 9 clemens clemens PROPN fuelectenerg-163 181 10 , , PUNCT fuelectenerg-163 181 11 " " PUNCT fuelectenerg-163 181 12 compact compact ADJ fuelectenerg-163 181 13 models model NOUN fuelectenerg-163 181 14 for for ADP fuelectenerg-163 181 15 accurate accurate ADJ fuelectenerg-163 181 16 thermal thermal ADJ fuelectenerg-163 181 17 characterisation characterisation NOUN fuelectenerg-163 181 18 of of ADP fuelectenerg-163 181 19 electronic electronic ADJ fuelectenerg-163 181 20 parts part NOUN fuelectenerg-163 181 21 " " PUNCT fuelectenerg-163 181 22 , , PUNCT fuelectenerg-163 181 23 ieee ieee NOUN fuelectenerg-163 181 24 transaction transaction NOUN fuelectenerg-163 181 25 on on ADP fuelectenerg-163 181 26 components component NOUN fuelectenerg-163 181 27 , , PUNCT fuelectenerg-163 181 28 packaging packaging NOUN fuelectenerg-163 181 29 and and CCONJ fuelectenerg-163 181 30 manufacturing manufacturing NOUN fuelectenerg-163 181 31 technology technology NOUN fuelectenerg-163 181 32 , , PUNCT fuelectenerg-163 181 33 vol vol NOUN fuelectenerg-163 181 34 . . PROPN fuelectenerg-163 181 35 20 20 NUM fuelectenerg-163 181 36 - - SYM fuelectenerg-163 181 37 a a NOUN fuelectenerg-163 181 38 , , PUNCT fuelectenerg-163 181 39 pp pp ADJ fuelectenerg-163 181 40 . . PUNCT fuelectenerg-163 181 41 411419 411419 NUM fuelectenerg-163 181 42 , , PUNCT fuelectenerg-163 181 43 1997 1997 NUM fuelectenerg-163 181 44 . . PUNCT fuelectenerg-163 182 1 [ [ X fuelectenerg-163 182 2 6 6 NUM fuelectenerg-163 182 3 ] ] PUNCT fuelectenerg-163 182 4 s. s. PROPN fuelectenerg-163 182 5 wunsche wunsche PROPN fuelectenerg-163 182 6 , , PUNCT fuelectenerg-163 182 7 c. c. PROPN fuelectenerg-163 182 8 class class PROPN fuelectenerg-163 182 9 , , PUNCT fuelectenerg-163 182 10 p. p. PROPN fuelectenerg-163 182 11 swartz swartz PROPN fuelectenerg-163 182 12 and and CCONJ fuelectenerg-163 182 13 f. f. PROPN fuelectenerg-163 182 14 winkler winkler PROPN fuelectenerg-163 182 15 , , PUNCT fuelectenerg-163 182 16 " " PUNCT fuelectenerg-163 182 17 electro electro ADJ fuelectenerg-163 182 18 - - PUNCT fuelectenerg-163 182 19 thermal thermal ADJ fuelectenerg-163 182 20 circuit circuit NOUN fuelectenerg-163 182 21 simulation simulation NOUN fuelectenerg-163 182 22 using use VERB fuelectenerg-163 182 23 simulator simulator NOUN fuelectenerg-163 182 24 coupling coupling NOUN fuelectenerg-163 182 25 " " PUNCT fuelectenerg-163 182 26 , , PUNCT fuelectenerg-163 182 27 ieee ieee NOUN fuelectenerg-163 182 28 transactions transaction NOUN fuelectenerg-163 182 29 on on ADP fuelectenerg-163 182 30 vlsi vlsi PROPN fuelectenerg-163 182 31 systems systems PROPN fuelectenerg-163 182 32 " " PUNCT fuelectenerg-163 182 33 , , PUNCT fuelectenerg-163 182 34 vol vol NOUN fuelectenerg-163 182 35 . . PROPN fuelectenerg-163 182 36 5 5 NUM fuelectenerg-163 182 37 , , PUNCT fuelectenerg-163 182 38 pp pp ADJ fuelectenerg-163 182 39 . . PUNCT fuelectenerg-163 183 1 277 277 NUM fuelectenerg-163 183 2 - - SYM fuelectenerg-163 183 3 282 282 NUM fuelectenerg-163 183 4 , , PUNCT fuelectenerg-163 183 5 1997 1997 NUM fuelectenerg-163 183 6 . . PUNCT fuelectenerg-163 184 1 [ [ X fuelectenerg-163 184 2 7 7 X fuelectenerg-163 184 3 ] ] X fuelectenerg-163 184 4 a.r a.r PROPN fuelectenerg-163 184 5 . . PROPN fuelectenerg-163 184 6 hefner hefner PROPN fuelectenerg-163 184 7 , , PUNCT fuelectenerg-163 184 8 " " PUNCT fuelectenerg-163 184 9 a a DET fuelectenerg-163 184 10 dynamic dynamic ADJ fuelectenerg-163 184 11 electro electro ADJ fuelectenerg-163 184 12 - - PUNCT fuelectenerg-163 184 13 thermal thermal ADJ fuelectenerg-163 184 14 model model NOUN fuelectenerg-163 184 15 for for ADP fuelectenerg-163 184 16 the the DET fuelectenerg-163 184 17 igbt igbt PROPN fuelectenerg-163 184 18 " " PUNCT fuelectenerg-163 184 19 , , PUNCT fuelectenerg-163 184 20 ieee ieee NOUN fuelectenerg-163 184 21 transactions transaction NOUN fuelectenerg-163 184 22 on on ADP fuelectenerg-163 184 23 industry industry NOUN fuelectenerg-163 184 24 applications application NOUN fuelectenerg-163 184 25 , , PUNCT fuelectenerg-163 184 26 vol vol NOUN fuelectenerg-163 184 27 . . PROPN fuelectenerg-163 184 28 30 30 NUM fuelectenerg-163 184 29 , , PUNCT fuelectenerg-163 184 30 pp pp ADJ fuelectenerg-163 184 31 . . PUNCT fuelectenerg-163 184 32 394 394 NUM fuelectenerg-163 184 33 - - SYM fuelectenerg-163 184 34 405 405 NUM fuelectenerg-163 184 35 , , PUNCT fuelectenerg-163 184 36 1994 1994 NUM fuelectenerg-163 184 37 . . PUNCT fuelectenerg-163 185 1 [ [ X fuelectenerg-163 185 2 8 8 NUM fuelectenerg-163 185 3 ] ] PUNCT fuelectenerg-163 185 4 p. p. NOUN fuelectenerg-163 185 5 turkes turke NOUN fuelectenerg-163 185 6 and and CCONJ fuelectenerg-163 185 7 j. j. PROPN fuelectenerg-163 185 8 sigg sigg PROPN fuelectenerg-163 185 9 , , PUNCT fuelectenerg-163 185 10 " " PUNCT fuelectenerg-163 185 11 electro electro ADJ fuelectenerg-163 185 12 - - PUNCT fuelectenerg-163 185 13 thermal thermal ADJ fuelectenerg-163 185 14 simulation simulation NOUN fuelectenerg-163 185 15 of of ADP fuelectenerg-163 185 16 power power NOUN fuelectenerg-163 185 17 electronic electronic ADJ fuelectenerg-163 185 18 systems system NOUN fuelectenerg-163 185 19 " " PUNCT fuelectenerg-163 185 20 , , PUNCT fuelectenerg-163 185 21 microelectronic microelectronic ADJ fuelectenerg-163 185 22 journal journal NOUN fuelectenerg-163 185 23 , , PUNCT fuelectenerg-163 185 24 vol vol NOUN fuelectenerg-163 185 25 . . PROPN fuelectenerg-163 185 26 29 29 NUM fuelectenerg-163 185 27 , , PUNCT fuelectenerg-163 185 28 pp pp ADJ fuelectenerg-163 185 29 . . PUNCT fuelectenerg-163 185 30 785 785 NUM fuelectenerg-163 185 31 - - SYM fuelectenerg-163 185 32 790 790 NUM fuelectenerg-163 185 33 , , PUNCT fuelectenerg-163 185 34 1998 1998 NUM fuelectenerg-163 185 35 . . PUNCT fuelectenerg-163 186 1 [ [ X fuelectenerg-163 186 2 9 9 NUM fuelectenerg-163 186 3 ] ] X fuelectenerg-163 186 4 r. r. PROPN fuelectenerg-163 186 5 kraus kraus PROPN fuelectenerg-163 186 6 and and CCONJ fuelectenerg-163 186 7 h.j h.j PROPN fuelectenerg-163 186 8 . . PROPN fuelectenerg-163 186 9 mattausch mattausch PROPN fuelectenerg-163 186 10 , , PUNCT fuelectenerg-163 186 11 " " PUNCT fuelectenerg-163 186 12 status status NOUN fuelectenerg-163 186 13 and and CCONJ fuelectenerg-163 186 14 trends trend NOUN fuelectenerg-163 186 15 of of ADP fuelectenerg-163 186 16 power power NOUN fuelectenerg-163 186 17 semiconductor semiconductor NOUN fuelectenerg-163 186 18 device device NOUN fuelectenerg-163 186 19 models model NOUN fuelectenerg-163 186 20 for for ADP fuelectenerg-163 186 21 circuit circuit NOUN fuelectenerg-163 186 22 simulation simulation NOUN fuelectenerg-163 186 23 " " PUNCT fuelectenerg-163 186 24 , , PUNCT fuelectenerg-163 186 25 ieee ieee NOUN fuelectenerg-163 186 26 transactions transaction NOUN fuelectenerg-163 186 27 on on ADP fuelectenerg-163 186 28 power power NOUN fuelectenerg-163 186 29 electronics electronic NOUN fuelectenerg-163 186 30 , , PUNCT fuelectenerg-163 186 31 vol vol NOUN fuelectenerg-163 186 32 . . PROPN fuelectenerg-163 186 33 13 13 NUM fuelectenerg-163 186 34 , , PUNCT fuelectenerg-163 186 35 pp pp ADJ fuelectenerg-163 186 36 . . PUNCT fuelectenerg-163 187 1 452 452 NUM fuelectenerg-163 187 2 - - SYM fuelectenerg-163 187 3 465 465 NUM fuelectenerg-163 187 4 , , PUNCT fuelectenerg-163 187 5 1998 1998 NUM fuelectenerg-163 187 6 . . PUNCT fuelectenerg-163 188 1 [ [ X fuelectenerg-163 188 2 10 10 NUM fuelectenerg-163 188 3 ] ] PUNCT fuelectenerg-163 188 4 a. a. NOUN fuelectenerg-163 188 5 ramamurthy ramamurthy PROPN fuelectenerg-163 188 6 , , PUNCT fuelectenerg-163 188 7 s. s. PROPN fuelectenerg-163 188 8 sawant sawant PROPN fuelectenerg-163 188 9 and and CCONJ fuelectenerg-163 188 10 b.j b.j PROPN fuelectenerg-163 188 11 . . PROPN fuelectenerg-163 188 12 baliga baliga PROPN fuelectenerg-163 188 13 , , PUNCT fuelectenerg-163 188 14 " " PUNCT fuelectenerg-163 188 15 modeling model VERB fuelectenerg-163 188 16 the the DET fuelectenerg-163 188 17 [ [ X fuelectenerg-163 188 18 dv dv PROPN fuelectenerg-163 188 19 / / SYM fuelectenerg-163 188 20 dt dt X fuelectenerg-163 188 21 ] ] PUNCT fuelectenerg-163 188 22 of of ADP fuelectenerg-163 188 23 the the DET fuelectenerg-163 188 24 igbt igbt PROPN fuelectenerg-163 188 25 during during ADP fuelectenerg-163 188 26 inductive inductive ADJ fuelectenerg-163 188 27 turn turn VERB fuelectenerg-163 188 28 off off ADP fuelectenerg-163 188 29 " " PUNCT fuelectenerg-163 188 30 , , PUNCT fuelectenerg-163 188 31 ieee ieee NOUN fuelectenerg-163 188 32 transactions transaction NOUN fuelectenerg-163 188 33 on on ADP fuelectenerg-163 188 34 power power NOUN fuelectenerg-163 188 35 electronics electronic NOUN fuelectenerg-163 188 36 , , PUNCT fuelectenerg-163 188 37 vol vol NOUN fuelectenerg-163 188 38 . . PROPN fuelectenerg-163 188 39 14 14 NUM fuelectenerg-163 188 40 , , PUNCT fuelectenerg-163 188 41 pp pp ADJ fuelectenerg-163 188 42 . . PUNCT fuelectenerg-163 189 1 601 601 NUM fuelectenerg-163 189 2 - - NUM fuelectenerg-163 189 3 606 606 NUM fuelectenerg-163 189 4 , , PUNCT fuelectenerg-163 189 5 1999 1999 NUM fuelectenerg-163 189 6 . . PUNCT fuelectenerg-163 190 1 [ [ X fuelectenerg-163 190 2 11 11 NUM fuelectenerg-163 190 3 ] ] PUNCT fuelectenerg-163 190 4 e. e. PROPN fuelectenerg-163 190 5 napoli napoli PROPN fuelectenerg-163 190 6 , , PUNCT fuelectenerg-163 190 7 a.g.m a.g.m NOUN fuelectenerg-163 190 8 . . PUNCT fuelectenerg-163 191 1 strollo strollo PROPN fuelectenerg-163 191 2 , , PUNCT fuelectenerg-163 191 3 p. p. PROPN fuelectenerg-163 191 4 spirito spirito PROPN fuelectenerg-163 191 5 , , PUNCT fuelectenerg-163 191 6 numerical numerical ADJ fuelectenerg-163 191 7 analysis analysis NOUN fuelectenerg-163 191 8 of of ADP fuelectenerg-163 191 9 local local ADJ fuelectenerg-163 191 10 lifetime lifetime NOUN fuelectenerg-163 191 11 control control NOUN fuelectenerg-163 191 12 for for ADP fuelectenerg-163 191 13 high high ADJ fuelectenerg-163 191 14 - - PUNCT fuelectenerg-163 191 15 speed speed NOUN fuelectenerg-163 191 16 low low ADJ fuelectenerg-163 191 17 - - PUNCT fuelectenerg-163 191 18 loss loss NOUN fuelectenerg-163 191 19 p p NOUN fuelectenerg-163 191 20 - - PUNCT fuelectenerg-163 191 21 i i NOUN fuelectenerg-163 191 22 - - PUNCT fuelectenerg-163 191 23 n n PRON fuelectenerg-163 191 24 diode diode NOUN fuelectenerg-163 191 25 design design NOUN fuelectenerg-163 191 26 , , PUNCT fuelectenerg-163 191 27 ieee ieee NOUN fuelectenerg-163 191 28 transactions transaction NOUN fuelectenerg-163 191 29 on on ADP fuelectenerg-163 191 30 power power NOUN fuelectenerg-163 191 31 electronics electronic NOUN fuelectenerg-163 191 32 , , PUNCT fuelectenerg-163 191 33 vol vol NOUN fuelectenerg-163 191 34 . . PROPN fuelectenerg-163 192 1 14 14 NUM fuelectenerg-163 192 2 , , PUNCT fuelectenerg-163 192 3 pp pp ADJ fuelectenerg-163 192 4 . . PUNCT fuelectenerg-163 193 1 615 615 NUM fuelectenerg-163 193 2 - - SYM fuelectenerg-163 193 3 621 621 NUM fuelectenerg-163 193 4 , , PUNCT fuelectenerg-163 193 5 1999 1999 NUM fuelectenerg-163 193 6 . . PUNCT fuelectenerg-163 194 1 review review NOUN fuelectenerg-163 194 2 of of ADP fuelectenerg-163 194 3 advanced advanced ADJ fuelectenerg-163 194 4 igbt igbt PROPN fuelectenerg-163 194 5 compact compact ADJ fuelectenerg-163 194 6 models model NOUN fuelectenerg-163 194 7 dedicated dedicate VERB fuelectenerg-163 194 8 to to ADP fuelectenerg-163 194 9 circuit circuit NOUN fuelectenerg-163 194 10 simulation simulation NOUN fuelectenerg-163 194 11 23 23 NUM fuelectenerg-163 195 1 [ [ X fuelectenerg-163 195 2 12 12 NUM fuelectenerg-163 195 3 ] ] PUNCT fuelectenerg-163 195 4 a. a. NOUN fuelectenerg-163 195 5 ammous ammous PROPN fuelectenerg-163 195 6 , , PUNCT fuelectenerg-163 195 7 s. s. PROPN fuelectenerg-163 195 8 ghedira ghedira PROPN fuelectenerg-163 195 9 , , PUNCT fuelectenerg-163 195 10 b. b. PROPN fuelectenerg-163 195 11 allard allard PROPN fuelectenerg-163 195 12 , , PUNCT fuelectenerg-163 195 13 h. h. PROPN fuelectenerg-163 195 14 morel morel PROPN fuelectenerg-163 195 15 , , PUNCT fuelectenerg-163 195 16 d. d. PROPN fuelectenerg-163 195 17 renault renault PROPN fuelectenerg-163 195 18 , , PUNCT fuelectenerg-163 195 19 " " PUNCT fuelectenerg-163 195 20 choosing choose VERB fuelectenerg-163 195 21 a a DET fuelectenerg-163 195 22 thermal thermal ADJ fuelectenerg-163 195 23 model model NOUN fuelectenerg-163 195 24 for for ADP fuelectenerg-163 195 25 electrothermal electrothermal ADJ fuelectenerg-163 195 26 simulation simulation NOUN fuelectenerg-163 195 27 of of ADP fuelectenerg-163 195 28 power power NOUN fuelectenerg-163 195 29 semiconductor semiconductor NOUN fuelectenerg-163 195 30 devices device NOUN fuelectenerg-163 195 31 " " PUNCT fuelectenerg-163 195 32 , , PUNCT fuelectenerg-163 195 33 ieee ieee NOUN fuelectenerg-163 195 34 transactions transaction NOUN fuelectenerg-163 195 35 on on ADP fuelectenerg-163 195 36 power power NOUN fuelectenerg-163 195 37 electronics electronic NOUN fuelectenerg-163 195 38 , , PUNCT fuelectenerg-163 195 39 vol vol NOUN fuelectenerg-163 195 40 . . PROPN fuelectenerg-163 195 41 14 14 NUM fuelectenerg-163 195 42 , , PUNCT fuelectenerg-163 195 43 pp pp ADJ fuelectenerg-163 195 44 . . PUNCT fuelectenerg-163 196 1 300 300 NUM fuelectenerg-163 196 2 - - SYM fuelectenerg-163 196 3 307 307 NUM fuelectenerg-163 196 4 , , PUNCT fuelectenerg-163 196 5 1999 1999 NUM fuelectenerg-163 196 6 . . PUNCT fuelectenerg-163 197 1 [ [ X fuelectenerg-163 197 2 13 13 NUM fuelectenerg-163 197 3 ] ] SYM fuelectenerg-163 197 4 c.m c.m PROPN fuelectenerg-163 197 5 . . PROPN fuelectenerg-163 197 6 tan tan PROPN fuelectenerg-163 197 7 and and CCONJ fuelectenerg-163 197 8 k.-j k.-j PROPN fuelectenerg-163 197 9 . . PUNCT fuelectenerg-163 198 1 tseng tseng PROPN fuelectenerg-163 198 2 , , PUNCT fuelectenerg-163 198 3 " " PUNCT fuelectenerg-163 198 4 using use VERB fuelectenerg-163 198 5 power power NOUN fuelectenerg-163 198 6 diode diode NOUN fuelectenerg-163 198 7 models model NOUN fuelectenerg-163 198 8 for for ADP fuelectenerg-163 198 9 circuit circuit NOUN fuelectenerg-163 198 10 simulations simulation NOUN fuelectenerg-163 198 11 a a DET fuelectenerg-163 198 12 comprehensive comprehensive ADJ fuelectenerg-163 198 13 review review NOUN fuelectenerg-163 198 14 " " PUNCT fuelectenerg-163 198 15 , , PUNCT fuelectenerg-163 198 16 ieee ieee NOUN fuelectenerg-163 198 17 transactions transaction NOUN fuelectenerg-163 198 18 on on ADP fuelectenerg-163 198 19 industrial industrial ADJ fuelectenerg-163 198 20 electronics electronic NOUN fuelectenerg-163 198 21 , , PUNCT fuelectenerg-163 198 22 vol vol NOUN fuelectenerg-163 198 23 . . PROPN fuelectenerg-163 198 24 46 46 NUM fuelectenerg-163 198 25 , , PUNCT fuelectenerg-163 198 26 pp pp ADJ fuelectenerg-163 198 27 . . PUNCT fuelectenerg-163 199 1 637 637 NUM fuelectenerg-163 199 2 - - SYM fuelectenerg-163 199 3 645 645 NUM fuelectenerg-163 199 4 , , PUNCT fuelectenerg-163 199 5 1999 1999 NUM fuelectenerg-163 199 6 . . PUNCT fuelectenerg-163 200 1 [ [ X fuelectenerg-163 200 2 14 14 NUM fuelectenerg-163 200 3 ] ] X fuelectenerg-163 200 4 n. n. PROPN fuelectenerg-163 200 5 jankovic jankovic PROPN fuelectenerg-163 200 6 , , PUNCT fuelectenerg-163 200 7 p. p. NOUN fuelectenerg-163 200 8 igic igic PROPN fuelectenerg-163 200 9 and and CCONJ fuelectenerg-163 200 10 n. n. PROPN fuelectenerg-163 200 11 sakurai sakurai PROPN fuelectenerg-163 200 12 , , PUNCT fuelectenerg-163 200 13 " " PUNCT fuelectenerg-163 200 14 compact compact ADJ fuelectenerg-163 200 15 model model NOUN fuelectenerg-163 200 16 of of ADP fuelectenerg-163 200 17 the the DET fuelectenerg-163 200 18 igbt igbt PROPN fuelectenerg-163 200 19 with with ADP fuelectenerg-163 200 20 localized localize VERB fuelectenerg-163 200 21 lifetime lifetime NOUN fuelectenerg-163 200 22 control control NOUN fuelectenerg-163 200 23 dedicated dedicate VERB fuelectenerg-163 200 24 to to ADP fuelectenerg-163 200 25 power power NOUN fuelectenerg-163 200 26 circuit circuit NOUN fuelectenerg-163 200 27 simulations simulation NOUN fuelectenerg-163 200 28 " " PUNCT fuelectenerg-163 200 29 , , PUNCT fuelectenerg-163 200 30 solid solid ADJ fuelectenerg-163 200 31 state state NOUN fuelectenerg-163 200 32 electronics electronic NOUN fuelectenerg-163 200 33 , , PUNCT fuelectenerg-163 200 34 vol vol NOUN fuelectenerg-163 200 35 . . PROPN fuelectenerg-163 200 36 54 54 NUM fuelectenerg-163 200 37 , , PUNCT fuelectenerg-163 200 38 pp pp ADJ fuelectenerg-163 200 39 . . PUNCT fuelectenerg-163 201 1 268 268 NUM fuelectenerg-163 201 2 – – PUNCT fuelectenerg-163 201 3 274 274 NUM fuelectenerg-163 201 4 , , PUNCT fuelectenerg-163 201 5 2010 2010 NUM fuelectenerg-163 201 6 . . PUNCT fuelectenerg-163 202 1 [ [ X fuelectenerg-163 202 2 15 15 X fuelectenerg-163 202 3 ] ] X fuelectenerg-163 202 4 p. p. NOUN fuelectenerg-163 202 5 igic igic PROPN fuelectenerg-163 202 6 and and CCONJ fuelectenerg-163 202 7 z. z. PROPN fuelectenerg-163 202 8 zhou zhou PROPN fuelectenerg-163 202 9 , , PUNCT fuelectenerg-163 202 10 " " PUNCT fuelectenerg-163 202 11 high high ADJ fuelectenerg-163 202 12 - - PUNCT fuelectenerg-163 202 13 speed speed NOUN fuelectenerg-163 202 14 electro electro NOUN fuelectenerg-163 202 15 - - PUNCT fuelectenerg-163 202 16 thermal thermal ADJ fuelectenerg-163 202 17 modelling modelling NOUN fuelectenerg-163 202 18 of of ADP fuelectenerg-163 202 19 a a DET fuelectenerg-163 202 20 three three NUM fuelectenerg-163 202 21 - - PUNCT fuelectenerg-163 202 22 phase phase NOUN fuelectenerg-163 202 23 igbt igbt PROPN fuelectenerg-163 202 24 inverter inverter PROPN fuelectenerg-163 202 25 power power NOUN fuelectenerg-163 202 26 module module NOUN fuelectenerg-163 202 27 " " PUNCT fuelectenerg-163 202 28 , , PUNCT fuelectenerg-163 202 29 international international ADJ fuelectenerg-163 202 30 journal journal NOUN fuelectenerg-163 202 31 of of ADP fuelectenerg-163 202 32 electronics electronic NOUN fuelectenerg-163 202 33 , , PUNCT fuelectenerg-163 202 34 vol vol NOUN fuelectenerg-163 202 35 . . PROPN fuelectenerg-163 203 1 97 97 NUM fuelectenerg-163 203 2 , , PUNCT fuelectenerg-163 204 1 pp pp ADJ fuelectenerg-163 204 2 . . PUNCT fuelectenerg-163 205 1 195 195 NUM fuelectenerg-163 205 2 – – SYM fuelectenerg-163 205 3 205 205 NUM fuelectenerg-163 205 4 , , PUNCT fuelectenerg-163 205 5 2010 2010 NUM fuelectenerg-163 205 6 . . PUNCT fuelectenerg-163 206 1 [ [ X fuelectenerg-163 206 2 16 16 NUM fuelectenerg-163 206 3 ] ] X fuelectenerg-163 206 4 n. n. PROPN fuelectenerg-163 206 5 jankovic jankovic PROPN fuelectenerg-163 206 6 , , PUNCT fuelectenerg-163 206 7 z. z. PROPN fuelectenerg-163 206 8 zhou zhou PROPN fuelectenerg-163 206 9 , , PUNCT fuelectenerg-163 206 10 s. s. PROPN fuelectenerg-163 206 11 batcup batcup PROPN fuelectenerg-163 206 12 and and CCONJ fuelectenerg-163 206 13 petar petar PROPN fuelectenerg-163 206 14 igic igic PROPN fuelectenerg-163 206 15 , , PUNCT fuelectenerg-163 206 16 " " PUNCT fuelectenerg-163 206 17 an an DET fuelectenerg-163 206 18 advanced advanced ADJ fuelectenerg-163 206 19 physics physics NOUN fuelectenerg-163 206 20 - - PUNCT fuelectenerg-163 206 21 based base VERB fuelectenerg-163 206 22 sub sub ADJ fuelectenerg-163 206 23 - - ADJ fuelectenerg-163 206 24 circuit circuit ADJ fuelectenerg-163 206 25 model model NOUN fuelectenerg-163 206 26 of of ADP fuelectenerg-163 206 27 pt pt PROPN fuelectenerg-163 206 28 igbt igbt PROPN fuelectenerg-163 206 29 " " PUNCT fuelectenerg-163 206 30 , , PUNCT fuelectenerg-163 206 31 international international ADJ fuelectenerg-163 206 32 journal journal NOUN fuelectenerg-163 206 33 of of ADP fuelectenerg-163 206 34 electronics electronic NOUN fuelectenerg-163 206 35 , , PUNCT fuelectenerg-163 206 36 vol.96 vol.96 PROPN fuelectenerg-163 206 37 , , PUNCT fuelectenerg-163 206 38 pp pp ADJ fuelectenerg-163 206 39 . . PUNCT fuelectenerg-163 207 1 767 767 NUM fuelectenerg-163 207 2 – – PUNCT fuelectenerg-163 207 3 779 779 NUM fuelectenerg-163 207 4 , , PUNCT fuelectenerg-163 207 5 2009 2009 NUM fuelectenerg-163 207 6 . . PUNCT fuelectenerg-163 208 1 [ [ X fuelectenerg-163 208 2 17 17 NUM fuelectenerg-163 208 3 ] ] X fuelectenerg-163 208 4 n. n. PROPN fuelectenerg-163 208 5 jankovic jankovic PROPN fuelectenerg-163 208 6 , , PUNCT fuelectenerg-163 208 7 t. t. PROPN fuelectenerg-163 208 8 pesic pesic NOUN fuelectenerg-163 208 9 and and CCONJ fuelectenerg-163 208 10 p p NOUN fuelectenerg-163 208 11 igic igic NOUN fuelectenerg-163 208 12 : : PUNCT fuelectenerg-163 208 13 " " PUNCT fuelectenerg-163 208 14 all all DET fuelectenerg-163 208 15 injection injection NOUN fuelectenerg-163 208 16 level level NOUN fuelectenerg-163 208 17 power power NOUN fuelectenerg-163 208 18 pin pin NOUN fuelectenerg-163 208 19 diode diode NOUN fuelectenerg-163 208 20 model model NOUN fuelectenerg-163 208 21 including include VERB fuelectenerg-163 208 22 temperature temperature NOUN fuelectenerg-163 208 23 dependence dependence NOUN fuelectenerg-163 208 24 " " PUNCT fuelectenerg-163 208 25 , , PUNCT fuelectenerg-163 208 26 solid solid ADJ fuelectenerg-163 208 27 - - PUNCT fuelectenerg-163 208 28 state state NOUN fuelectenerg-163 208 29 electronics electronic NOUN fuelectenerg-163 208 30 , , PUNCT fuelectenerg-163 208 31 vol vol NOUN fuelectenerg-163 208 32 . . PROPN fuelectenerg-163 208 33 51 51 NUM fuelectenerg-163 208 34 , , PUNCT fuelectenerg-163 208 35 pp pp ADJ fuelectenerg-163 208 36 . . PUNCT fuelectenerg-163 209 1 719 719 NUM fuelectenerg-163 209 2 - - SYM fuelectenerg-163 209 3 725 725 NUM fuelectenerg-163 209 4 , , PUNCT fuelectenerg-163 209 5 2007 2007 NUM fuelectenerg-163 209 6 . . PUNCT fuelectenerg-163 210 1 [ [ X fuelectenerg-163 210 2 18 18 NUM fuelectenerg-163 210 3 ] ] X fuelectenerg-163 210 4 a.j a.j PROPN fuelectenerg-163 210 5 . . PROPN fuelectenerg-163 210 6 forsyth forsyth PROPN fuelectenerg-163 210 7 , , PUNCT fuelectenerg-163 210 8 s.y s.y PROPN fuelectenerg-163 210 9 . . PROPN fuelectenerg-163 210 10 yang yang PROPN fuelectenerg-163 210 11 , , PUNCT fuelectenerg-163 210 12 p.a p.a PROPN fuelectenerg-163 210 13 . . PROPN fuelectenerg-163 210 14 mawby mawby PROPN fuelectenerg-163 210 15 , , PUNCT fuelectenerg-163 210 16 p. p. NOUN fuelectenerg-163 210 17 igic igic NOUN fuelectenerg-163 210 18 , , PUNCT fuelectenerg-163 210 19 " " PUNCT fuelectenerg-163 210 20 measurement measurement NOUN fuelectenerg-163 210 21 and and CCONJ fuelectenerg-163 210 22 modelling modelling NOUN fuelectenerg-163 210 23 of of ADP fuelectenerg-163 210 24 power power NOUN fuelectenerg-163 210 25 electronic electronic ADJ fuelectenerg-163 210 26 devices device NOUN fuelectenerg-163 210 27 at at ADP fuelectenerg-163 210 28 cryogenic cryogenic ADJ fuelectenerg-163 210 29 temperatures temperature NOUN fuelectenerg-163 210 30 " " PUNCT fuelectenerg-163 210 31 , , PUNCT fuelectenerg-163 210 32 ieee ieee NOUN fuelectenerg-163 210 33 proc proc NOUN fuelectenerg-163 210 34 . . PUNCT fuelectenerg-163 211 1 on on ADP fuelectenerg-163 211 2 circuits circuit NOUN fuelectenerg-163 211 3 , , PUNCT fuelectenerg-163 211 4 devices device NOUN fuelectenerg-163 211 5 and and CCONJ fuelectenerg-163 211 6 systems system NOUN fuelectenerg-163 211 7 , , PUNCT fuelectenerg-163 211 8 vol vol NOUN fuelectenerg-163 211 9 . . PROPN fuelectenerg-163 211 10 153 153 NUM fuelectenerg-163 211 11 , , PUNCT fuelectenerg-163 211 12 pp pp ADJ fuelectenerg-163 211 13 . . PUNCT fuelectenerg-163 211 14 407 407 NUM fuelectenerg-163 211 15 – – PUNCT fuelectenerg-163 211 16 415 415 NUM fuelectenerg-163 211 17 , , PUNCT fuelectenerg-163 211 18 2006 2006 NUM fuelectenerg-163 211 19 . . PUNCT fuelectenerg-163 212 1 [ [ X fuelectenerg-163 212 2 19 19 NUM fuelectenerg-163 212 3 ] ] PUNCT fuelectenerg-163 212 4 p. p. NOUN fuelectenerg-163 212 5 igic igic PROPN fuelectenerg-163 212 6 , , PUNCT fuelectenerg-163 212 7 p.a p.a PROPN fuelectenerg-163 212 8 . . PROPN fuelectenerg-163 212 9 mawby mawby PROPN fuelectenerg-163 212 10 and and CCONJ fuelectenerg-163 212 11 m.s m.s PROPN fuelectenerg-163 212 12 . . PROPN fuelectenerg-163 212 13 towers tower NOUN fuelectenerg-163 212 14 , , PUNCT fuelectenerg-163 212 15 " " PUNCT fuelectenerg-163 212 16 physically physically ADV fuelectenerg-163 212 17 based base VERB fuelectenerg-163 212 18 2d 2d NUM fuelectenerg-163 212 19 compact compact ADJ fuelectenerg-163 212 20 model model NOUN fuelectenerg-163 212 21 for for ADP fuelectenerg-163 212 22 power power NOUN fuelectenerg-163 212 23 bipolar bipolar ADJ fuelectenerg-163 212 24 devices device NOUN fuelectenerg-163 212 25 " " PUNCT fuelectenerg-163 212 26 , , PUNCT fuelectenerg-163 212 27 international international ADJ fuelectenerg-163 212 28 journal journal NOUN fuelectenerg-163 212 29 of of ADP fuelectenerg-163 212 30 numerical numerical ADJ fuelectenerg-163 212 31 modelling modelling NOUN fuelectenerg-163 212 32 – – PUNCT fuelectenerg-163 212 33 electronic electronic ADJ fuelectenerg-163 212 34 networks network NOUN fuelectenerg-163 212 35 , , PUNCT fuelectenerg-163 212 36 devices device NOUN fuelectenerg-163 212 37 and and CCONJ fuelectenerg-163 212 38 fields field NOUN fuelectenerg-163 212 39 , , PUNCT fuelectenerg-163 212 40 vol vol NOUN fuelectenerg-163 212 41 . . PROPN fuelectenerg-163 212 42 17 17 NUM fuelectenerg-163 212 43 , , PUNCT fuelectenerg-163 212 44 pp pp ADJ fuelectenerg-163 212 45 . . PUNCT fuelectenerg-163 213 1 397 397 NUM fuelectenerg-163 213 2 - - SYM fuelectenerg-163 213 3 405 405 NUM fuelectenerg-163 213 4 , , PUNCT fuelectenerg-163 213 5 2004 2004 NUM fuelectenerg-163 213 6 . . PUNCT fuelectenerg-163 214 1 [ [ X fuelectenerg-163 214 2 20 20 NUM fuelectenerg-163 214 3 ] ] PUNCT fuelectenerg-163 214 4 p. p. NOUN fuelectenerg-163 214 5 igic igic PROPN fuelectenerg-163 214 6 , , PUNCT fuelectenerg-163 214 7 p.a p.a PROPN fuelectenerg-163 214 8 . . PROPN fuelectenerg-163 214 9 mawby mawby PROPN fuelectenerg-163 214 10 and and CCONJ fuelectenerg-163 214 11 m.s m.s PROPN fuelectenerg-163 214 12 . . PROPN fuelectenerg-163 214 13 towers tower NOUN fuelectenerg-163 214 14 , , PUNCT fuelectenerg-163 214 15 " " PUNCT fuelectenerg-163 214 16 a a DET fuelectenerg-163 214 17 2d 2d NUM fuelectenerg-163 214 18 physically physically ADV fuelectenerg-163 214 19 based base VERB fuelectenerg-163 214 20 compact compact ADJ fuelectenerg-163 214 21 model model NOUN fuelectenerg-163 214 22 for for ADP fuelectenerg-163 214 23 advanced advanced ADJ fuelectenerg-163 214 24 power power NOUN fuelectenerg-163 214 25 bipolar bipolar ADJ fuelectenerg-163 214 26 devices device NOUN fuelectenerg-163 214 27 " " PUNCT fuelectenerg-163 214 28 , , PUNCT fuelectenerg-163 214 29 elsevier elsevier PROPN fuelectenerg-163 214 30 's 's PART fuelectenerg-163 214 31 microelectronics microelectronic NOUN fuelectenerg-163 214 32 journal journal NOUN fuelectenerg-163 214 33 , , PUNCT fuelectenerg-163 214 34 vol.35 vol.35 NOUN fuelectenerg-163 214 35 , , PUNCT fuelectenerg-163 214 36 pp pp ADV fuelectenerg-163 214 37 . . PUNCT fuelectenerg-163 214 38 591 591 NUM fuelectenerg-163 214 39 - - SYM fuelectenerg-163 214 40 594 594 NUM fuelectenerg-163 214 41 , , PUNCT fuelectenerg-163 214 42 2004 2004 NUM fuelectenerg-163 214 43 . . PUNCT fuelectenerg-163 215 1 [ [ X fuelectenerg-163 215 2 21 21 NUM fuelectenerg-163 215 3 ] ] X fuelectenerg-163 215 4 p. p. NOUN fuelectenerg-163 215 5 igic igic PROPN fuelectenerg-163 215 6 , , PUNCT fuelectenerg-163 215 7 p.a p.a PROPN fuelectenerg-163 215 8 . . PROPN fuelectenerg-163 215 9 mawby mawby PROPN fuelectenerg-163 215 10 , , PUNCT fuelectenerg-163 215 11 m.s m.s PROPN fuelectenerg-163 215 12 . . PROPN fuelectenerg-163 215 13 towers tower NOUN fuelectenerg-163 215 14 and and CCONJ fuelectenerg-163 215 15 s. s. PROPN fuelectenerg-163 215 16 batcup batcup PROPN fuelectenerg-163 215 17 , , PUNCT fuelectenerg-163 215 18 " " PUNCT fuelectenerg-163 215 19 a a DET fuelectenerg-163 215 20 new new ADJ fuelectenerg-163 215 21 physically physically ADV fuelectenerg-163 215 22 based base VERB fuelectenerg-163 215 23 pin pin NOUN fuelectenerg-163 215 24 diode diode VERB fuelectenerg-163 215 25 compact compact ADJ fuelectenerg-163 215 26 model model NOUN fuelectenerg-163 215 27 for for ADP fuelectenerg-163 215 28 circuit circuit NOUN fuelectenerg-163 215 29 modelling model VERB fuelectenerg-163 215 30 applications",iee applications",iee PROPN fuelectenerg-163 215 31 proc proc NOUN fuelectenerg-163 215 32 . . PUNCT fuelectenerg-163 216 1 on on ADP fuelectenerg-163 216 2 circ circ PROPN fuelectenerg-163 216 3 . . PUNCT fuelectenerg-163 216 4 , , PUNCT fuelectenerg-163 216 5 devices device NOUN fuelectenerg-163 216 6 and and CCONJ fuelectenerg-163 216 7 sys sys PROPN fuelectenerg-163 216 8 . . PROPN fuelectenerg-163 216 9 ,vol.149 ,vol.149 PUNCT fuelectenerg-163 216 10 , , PUNCT fuelectenerg-163 216 11 pp pp ADJ fuelectenerg-163 216 12 . . PUNCT fuelectenerg-163 217 1 257 257 NUM fuelectenerg-163 217 2 - - SYM fuelectenerg-163 217 3 263 263 NUM fuelectenerg-163 217 4 , , PUNCT fuelectenerg-163 217 5 2002 2002 NUM fuelectenerg-163 217 6 . . PUNCT fuelectenerg-163 218 1 [ [ X fuelectenerg-163 218 2 22 22 NUM fuelectenerg-163 218 3 ] ] PUNCT fuelectenerg-163 218 4 p. p. NOUN fuelectenerg-163 218 5 igic igic PROPN fuelectenerg-163 218 6 , , PUNCT fuelectenerg-163 218 7 p.a p.a PROPN fuelectenerg-163 218 8 . . PROPN fuelectenerg-163 218 9 mawby mawby PROPN fuelectenerg-163 218 10 , , PUNCT fuelectenerg-163 218 11 m.s m.s PROPN fuelectenerg-163 218 12 . . PROPN fuelectenerg-163 218 13 towers tower NOUN fuelectenerg-163 218 14 , , PUNCT fuelectenerg-163 218 15 w. w. PROPN fuelectenerg-163 218 16 jamal jamal PROPN fuelectenerg-163 218 17 and and CCONJ fuelectenerg-163 218 18 s. s. PROPN fuelectenerg-163 218 19 batcup batcup PROPN fuelectenerg-163 218 20 , , PUNCT fuelectenerg-163 218 21 " " PUNCT fuelectenerg-163 218 22 investigation investigation NOUN fuelectenerg-163 218 23 of of ADP fuelectenerg-163 218 24 the the DET fuelectenerg-163 218 25 power power NOUN fuelectenerg-163 218 26 dissipation dissipation NOUN fuelectenerg-163 218 27 during during ADP fuelectenerg-163 218 28 igbt igbt PROPN fuelectenerg-163 218 29 turn turn NOUN fuelectenerg-163 218 30 - - PUNCT fuelectenerg-163 218 31 off off NOUN fuelectenerg-163 218 32 using use VERB fuelectenerg-163 218 33 a a DET fuelectenerg-163 218 34 new new ADJ fuelectenerg-163 218 35 physics physics NOUN fuelectenerg-163 218 36 - - PUNCT fuelectenerg-163 218 37 based base VERB fuelectenerg-163 218 38 igbt igbt PROPN fuelectenerg-163 218 39 compact compact PROPN fuelectenerg-163 218 40 model model NOUN fuelectenerg-163 218 41 " " PUNCT fuelectenerg-163 218 42 , , PUNCT fuelectenerg-163 218 43 microelectronics microelectronic NOUN fuelectenerg-163 218 44 and and CCONJ fuelectenerg-163 218 45 reliability reliability NOUN fuelectenerg-163 218 46 , , PUNCT fuelectenerg-163 218 47 vol.42 vol.42 ADP fuelectenerg-163 218 48 , , PUNCT fuelectenerg-163 218 49 pp pp ADJ fuelectenerg-163 218 50 . . PUNCT fuelectenerg-163 218 51 1045 1045 NUM fuelectenerg-163 218 52 - - SYM fuelectenerg-163 218 53 1052 1052 NUM fuelectenerg-163 218 54 , , PUNCT fuelectenerg-163 218 55 2002 2002 NUM fuelectenerg-163 218 56 . . PUNCT fuelectenerg-163 219 1 [ [ X fuelectenerg-163 219 2 23 23 NUM fuelectenerg-163 219 3 ] ] PUNCT fuelectenerg-163 219 4 p. p. NOUN fuelectenerg-163 219 5 gillet gillet PROPN fuelectenerg-163 219 6 , , PUNCT fuelectenerg-163 219 7 m. m. NOUN fuelectenerg-163 219 8 kallala kallala PROPN fuelectenerg-163 219 9 , , PUNCT fuelectenerg-163 219 10 j j PROPN fuelectenerg-163 219 11 - - PUNCT fuelectenerg-163 219 12 l. l. PROPN fuelectenerg-163 219 13 massol massol PROPN fuelectenerg-163 219 14 and and CCONJ fuelectenerg-163 219 15 p. p. PROPN fuelectenerg-163 219 16 leturcq leturcq PROPN fuelectenerg-163 219 17 , , PUNCT fuelectenerg-163 219 18 " " PUNCT fuelectenerg-163 219 19 analogue analogue NOUN fuelectenerg-163 219 20 solution solution NOUN fuelectenerg-163 219 21 of of ADP fuelectenerg-163 219 22 the the DET fuelectenerg-163 219 23 ambipolar ambipolar ADJ fuelectenerg-163 219 24 diffusion diffusion NOUN fuelectenerg-163 219 25 equation equation NOUN fuelectenerg-163 219 26 " " PUNCT fuelectenerg-163 219 27 , , PUNCT fuelectenerg-163 219 28 c.r c.r PROPN fuelectenerg-163 219 29 . . PROPN fuelectenerg-163 219 30 acad acad PROPN fuelectenerg-163 219 31 . . PUNCT fuelectenerg-163 220 1 sc sc PROPN fuelectenerg-163 220 2 . . PROPN fuelectenerg-163 220 3 paris paris PROPN fuelectenerg-163 220 4 , , PUNCT fuelectenerg-163 220 5 t. t. PROPN fuelectenerg-163 220 6 321 321 NUM fuelectenerg-163 220 7 , , PUNCT fuelectenerg-163 220 8 serie serie PROPN fuelectenerg-163 220 9 ii ii PROPN fuelectenerg-163 220 10 - - PUNCT fuelectenerg-163 220 11 b b PROPN fuelectenerg-163 220 12 , , PUNCT fuelectenerg-163 220 13 pp pp ADJ fuelectenerg-163 220 14 . . PUNCT fuelectenerg-163 221 1 53 53 NUM fuelectenerg-163 221 2 - - SYM fuelectenerg-163 221 3 59 59 NUM fuelectenerg-163 221 4 , , PUNCT fuelectenerg-163 221 5 1995 1995 NUM fuelectenerg-163 221 6 . . PUNCT fuelectenerg-163 222 1 [ [ X fuelectenerg-163 222 2 24 24 NUM fuelectenerg-163 222 3 ] ] PUNCT fuelectenerg-163 222 4 p. p. NOUN fuelectenerg-163 222 5 leturcq leturcq PROPN fuelectenerg-163 222 6 , , PUNCT fuelectenerg-163 222 7 j j PROPN fuelectenerg-163 222 8 - - PUNCT fuelectenerg-163 222 9 l. l. PROPN fuelectenerg-163 222 10 debrie debrie PROPN fuelectenerg-163 222 11 and and CCONJ fuelectenerg-163 222 12 m.o m.o PROPN fuelectenerg-163 222 13 . . PROPN fuelectenerg-163 222 14 berraies berraie NOUN fuelectenerg-163 222 15 , , PUNCT fuelectenerg-163 222 16 " " PUNCT fuelectenerg-163 222 17 a a DET fuelectenerg-163 222 18 distributed distribute VERB fuelectenerg-163 222 19 model model NOUN fuelectenerg-163 222 20 of of ADP fuelectenerg-163 222 21 igbts igbt NOUN fuelectenerg-163 222 22 for for ADP fuelectenerg-163 222 23 circuit circuit NOUN fuelectenerg-163 222 24 simulation simulation NOUN fuelectenerg-163 222 25 " " PUNCT fuelectenerg-163 222 26 , , PUNCT fuelectenerg-163 222 27 in in ADP fuelectenerg-163 222 28 the the DET fuelectenerg-163 222 29 proc proc NOUN fuelectenerg-163 222 30 . . PUNCT fuelectenerg-163 222 31 of of ADP fuelectenerg-163 222 32 epe'97 epe'97 ADJ fuelectenerg-163 222 33 , , PUNCT fuelectenerg-163 222 34 pp pp ADJ fuelectenerg-163 222 35 . . PUNCT fuelectenerg-163 223 1 1.494 1.494 NUM fuelectenerg-163 223 2 - - SYM fuelectenerg-163 223 3 1.501 1.501 NUM fuelectenerg-163 223 4 , , PUNCT fuelectenerg-163 223 5 1997 1997 NUM fuelectenerg-163 223 6 . . PUNCT fuelectenerg-163 224 1 [ [ X fuelectenerg-163 224 2 25 25 NUM fuelectenerg-163 224 3 ] ] PUNCT fuelectenerg-163 224 4 m. m. NOUN fuelectenerg-163 224 5 miyake miyake PROPN fuelectenerg-163 224 6 , , PUNCT fuelectenerg-163 224 7 a. a. PROPN fuelectenerg-163 224 8 ohashi ohashi PROPN fuelectenerg-163 224 9 , , PUNCT fuelectenerg-163 224 10 m. m. PROPN fuelectenerg-163 224 11 yokomichi yokomichi PROPN fuelectenerg-163 224 12 , , PUNCT fuelectenerg-163 224 13 h. h. PROPN fuelectenerg-163 224 14 masuoka masuoka PROPN fuelectenerg-163 224 15 , , PUNCT fuelectenerg-163 224 16 t. t. PROPN fuelectenerg-163 224 17 kajiwara kajiwara PROPN fuelectenerg-163 224 18 , , PUNCT fuelectenerg-163 224 19 n. n. NOUN fuelectenerg-163 224 20 sadachika sadachika NOUN fuelectenerg-163 224 21 , , PUNCT fuelectenerg-163 224 22 u. u. PROPN fuelectenerg-163 224 23 feldmann feldmann PROPN fuelectenerg-163 224 24 , , PUNCT fuelectenerg-163 224 25 h.j h.j PROPN fuelectenerg-163 224 26 . . PROPN fuelectenerg-163 224 27 mattausch mattausch PROPN fuelectenerg-163 224 28 , , PUNCT fuelectenerg-163 224 29 m. m. NOUN fuelectenerg-163 224 30 miura miura PROPN fuelectenerg-163 224 31 - - PUNCT fuelectenerg-163 224 32 mattausch mattausch PROPN fuelectenerg-163 224 33 , , PUNCT fuelectenerg-163 224 34 t. t. PROPN fuelectenerg-163 224 35 kojima kojima PROPN fuelectenerg-163 224 36 , , PUNCT fuelectenerg-163 225 1 t. t. PROPN fuelectenerg-163 225 2 shoji shoji PROPN fuelectenerg-163 225 3 andy andy PROPN fuelectenerg-163 225 4 . . PROPN fuelectenerg-163 225 5 nishibe nishibe PROPN fuelectenerg-163 225 6 , , PUNCT fuelectenerg-163 225 7 " " PUNCT fuelectenerg-163 225 8 a a DET fuelectenerg-163 225 9 consistently consistently ADV fuelectenerg-163 225 10 potential potential ADJ fuelectenerg-163 225 11 distribution distribution NOUN fuelectenerg-163 225 12 oriented orient VERB fuelectenerg-163 225 13 compact compact ADJ fuelectenerg-163 225 14 igbt igbt PROPN fuelectenerg-163 225 15 model model PROPN fuelectenerg-163 225 16 " " PUNCT fuelectenerg-163 225 17 , , PUNCT fuelectenerg-163 225 18 in in ADP fuelectenerg-163 225 19 the the DET fuelectenerg-163 225 20 proc proc NOUN fuelectenerg-163 225 21 . . PUNCT fuelectenerg-163 226 1 of of ADP fuelectenerg-163 226 2 power power NOUN fuelectenerg-163 226 3 electronics electronic NOUN fuelectenerg-163 226 4 specialists specialist NOUN fuelectenerg-163 226 5 conference conference NOUN fuelectenerg-163 226 6 , , PUNCT fuelectenerg-163 226 7 pp pp X fuelectenerg-163 226 8 . . PUNCT fuelectenerg-163 227 1 998 998 NUM fuelectenerg-163 227 2 - - SYM fuelectenerg-163 227 3 1003 1003 NUM fuelectenerg-163 227 4 , , PUNCT fuelectenerg-163 227 5 2008 2008 NUM fuelectenerg-163 227 6 . . PUNCT fuelectenerg-163 228 1 [ [ X fuelectenerg-163 228 2 26 26 NUM fuelectenerg-163 228 3 ] ] X fuelectenerg-163 228 4 d. d. PROPN fuelectenerg-163 228 5 navarro navarro PROPN fuelectenerg-163 228 6 , , PUNCT fuelectenerg-163 228 7 t. t. PROPN fuelectenerg-163 228 8 sano sano PROPN fuelectenerg-163 228 9 and and CCONJ fuelectenerg-163 228 10 y. y. PROPN fuelectenerg-163 228 11 furui furui PROPN fuelectenerg-163 228 12 , , PUNCT fuelectenerg-163 228 13 " " PUNCT fuelectenerg-163 228 14 a a DET fuelectenerg-163 228 15 sequential sequential ADJ fuelectenerg-163 228 16 model model NOUN fuelectenerg-163 228 17 parameter parameter NOUN fuelectenerg-163 228 18 extraction extraction NOUN fuelectenerg-163 228 19 technique technique NOUN fuelectenerg-163 228 20 for for ADP fuelectenerg-163 228 21 physicsbased physicsbase VERB fuelectenerg-163 228 22 igbt igbt PROPN fuelectenerg-163 228 23 compact compact ADJ fuelectenerg-163 228 24 model model NOUN fuelectenerg-163 228 25 " " PUNCT fuelectenerg-163 228 26 , , PUNCT fuelectenerg-163 228 27 ieee ieee PROPN fuelectenerg-163 228 28 trans tran NOUN fuelectenerg-163 228 29 . . PUNCT fuelectenerg-163 229 1 on on ADP fuelectenerg-163 229 2 electron electron NOUN fuelectenerg-163 229 3 devices device NOUN fuelectenerg-163 229 4 , , PUNCT fuelectenerg-163 229 5 vol vol NOUN fuelectenerg-163 229 6 . . PROPN fuelectenerg-163 229 7 60 60 NUM fuelectenerg-163 229 8 , , PUNCT fuelectenerg-163 229 9 pp.580 pp.580 NOUN fuelectenerg-163 229 10 - - SYM fuelectenerg-163 229 11 586 586 NUM fuelectenerg-163 229 12 , , PUNCT fuelectenerg-163 229 13 2013 2013 NUM fuelectenerg-163 229 14 . . PUNCT fuelectenerg-163 230 1 [ [ X fuelectenerg-163 230 2 27 27 NUM fuelectenerg-163 230 3 ] ] X fuelectenerg-163 230 4 m. m. NOUN fuelectenerg-163 230 5 miyake miyake PROPN fuelectenerg-163 230 6 , , PUNCT fuelectenerg-163 230 7 a. a. PROPN fuelectenerg-163 230 8 ohashi ohashi PROPN fuelectenerg-163 230 9 , , PUNCT fuelectenerg-163 230 10 m. m. PROPN fuelectenerg-163 230 11 yokomichi yokomichi PROPN fuelectenerg-163 230 12 , , PUNCT fuelectenerg-163 230 13 h. h. PROPN fuelectenerg-163 230 14 masuoka masuoka PROPN fuelectenerg-163 230 15 , , PUNCT fuelectenerg-163 230 16 t. t. PROPN fuelectenerg-163 230 17 kajiwara kajiwara PROPN fuelectenerg-163 230 18 , , PUNCT fuelectenerg-163 230 19 n. n. NOUN fuelectenerg-163 230 20 sadachika sadachika NOUN fuelectenerg-163 230 21 , , PUNCT fuelectenerg-163 230 22 u. u. PROPN fuelectenerg-163 230 23 feldmann feldmann PROPN fuelectenerg-163 230 24 , , PUNCT fuelectenerg-163 230 25 h.j h.j PROPN fuelectenerg-163 230 26 . . PROPN fuelectenerg-163 230 27 mattausch mattausch PROPN fuelectenerg-163 230 28 , , PUNCT fuelectenerg-163 230 29 d d PROPN fuelectenerg-163 230 30 navarro navarro PROPN fuelectenerg-163 230 31 , , PUNCT fuelectenerg-163 230 32 u. u. NOUN fuelectenerg-163 230 33 feldmann feldmann PROPN fuelectenerg-163 230 34 , , PUNCT fuelectenerg-163 230 35 t. t. PROPN fuelectenerg-163 230 36 kojima kojima PROPN fuelectenerg-163 230 37 , , PUNCT fuelectenerg-163 230 38 t. t. PROPN fuelectenerg-163 230 39 ogawa ogawa PROPN fuelectenerg-163 230 40 and and CCONJ fuelectenerg-163 230 41 t. t. PROPN fuelectenerg-163 230 42 ueta ueta PROPN fuelectenerg-163 230 43 , , PUNCT fuelectenerg-163 230 44 " " PUNCT fuelectenerg-163 230 45 hisim hisim NOUN fuelectenerg-163 230 46 - - PUNCT fuelectenerg-163 230 47 igbt igbt PROPN fuelectenerg-163 230 48 : : PUNCT fuelectenerg-163 230 49 a a DET fuelectenerg-163 230 50 compact compact ADJ fuelectenerg-163 230 51 si si ADJ fuelectenerg-163 230 52 - - ADJ fuelectenerg-163 230 53 igbt igbt PROPN fuelectenerg-163 230 54 model model NOUN fuelectenerg-163 230 55 for for ADP fuelectenerg-163 230 56 power power NOUN fuelectenerg-163 230 57 electronic electronic ADJ fuelectenerg-163 230 58 circuit circuit NOUN fuelectenerg-163 230 59 design design NOUN fuelectenerg-163 230 60 " " PUNCT fuelectenerg-163 230 61 , , PUNCT fuelectenerg-163 230 62 ieee ieee PROPN fuelectenerg-163 230 63 trans tran NOUN fuelectenerg-163 230 64 . . PUNCT fuelectenerg-163 231 1 on on ADP fuelectenerg-163 231 2 electron electron NOUN fuelectenerg-163 231 3 devices device NOUN fuelectenerg-163 231 4 , , PUNCT fuelectenerg-163 231 5 vol vol NOUN fuelectenerg-163 231 6 . . PROPN fuelectenerg-163 231 7 60 60 NUM fuelectenerg-163 231 8 , , PUNCT fuelectenerg-163 231 9 pp pp ADJ fuelectenerg-163 231 10 . . PUNCT fuelectenerg-163 232 1 571 571 NUM fuelectenerg-163 232 2 - - SYM fuelectenerg-163 232 3 579 579 NUM fuelectenerg-163 232 4 , , PUNCT fuelectenerg-163 232 5 2013 2013 NUM fuelectenerg-163 232 6 . . PUNCT fuelectenerg-163 233 1 [ [ X fuelectenerg-163 233 2 28 28 NUM fuelectenerg-163 233 3 ] ] X fuelectenerg-163 233 4 v. v. CCONJ fuelectenerg-163 233 5 szekely szekely ADV fuelectenerg-163 233 6 , , PUNCT fuelectenerg-163 233 7 " " PUNCT fuelectenerg-163 233 8 identification identification NOUN fuelectenerg-163 233 9 of of ADP fuelectenerg-163 233 10 rc rc PROPN fuelectenerg-163 233 11 network network NOUN fuelectenerg-163 233 12 by by ADP fuelectenerg-163 233 13 deconvolution deconvolution NOUN fuelectenerg-163 233 14 : : PUNCT fuelectenerg-163 233 15 chances chance NOUN fuelectenerg-163 233 16 and and CCONJ fuelectenerg-163 233 17 limits limit NOUN fuelectenerg-163 233 18 " " PUNCT fuelectenerg-163 233 19 , , PUNCT fuelectenerg-163 233 20 ieee ieee PROPN fuelectenerg-163 233 21 trans tran NOUN fuelectenerg-163 233 22 . . PUNCT fuelectenerg-163 234 1 on on ADP fuelectenerg-163 234 2 fundamental fundamental ADJ fuelectenerg-163 234 3 theory theory NOUN fuelectenerg-163 234 4 and and CCONJ fuelectenerg-163 234 5 applications application NOUN fuelectenerg-163 234 6 , , PUNCT fuelectenerg-163 234 7 vol vol NOUN fuelectenerg-163 234 8 . . PROPN fuelectenerg-163 234 9 45 45 NUM fuelectenerg-163 234 10 , , PUNCT fuelectenerg-163 234 11 pp pp ADJ fuelectenerg-163 234 12 . . PUNCT fuelectenerg-163 234 13 244 244 NUM fuelectenerg-163 234 14 - - SYM fuelectenerg-163 234 15 258 258 NUM fuelectenerg-163 234 16 , , PUNCT fuelectenerg-163 234 17 1998 1998 NUM fuelectenerg-163 234 18 . . PUNCT fuelectenerg-163 235 1 [ [ X fuelectenerg-163 235 2 29 29 NUM fuelectenerg-163 235 3 ] ] X fuelectenerg-163 235 4 p. p. NOUN fuelectenerg-163 235 5 igic igic PROPN fuelectenerg-163 235 6 , , PUNCT fuelectenerg-163 235 7 p.a p.a PROPN fuelectenerg-163 235 8 . . PROPN fuelectenerg-163 235 9 mawby mawby PROPN fuelectenerg-163 235 10 , , PUNCT fuelectenerg-163 235 11 m.s m.s PROPN fuelectenerg-163 235 12 . . PROPN fuelectenerg-163 235 13 towers tower NOUN fuelectenerg-163 235 14 and and CCONJ fuelectenerg-163 235 15 s. s. PROPN fuelectenerg-163 235 16 batcup batcup PROPN fuelectenerg-163 235 17 , , PUNCT fuelectenerg-163 235 18 " " PUNCT fuelectenerg-163 235 19 thermal thermal ADJ fuelectenerg-163 235 20 model model NOUN fuelectenerg-163 235 21 of of ADP fuelectenerg-163 235 22 power power NOUN fuelectenerg-163 235 23 semiconductor semiconductor NOUN fuelectenerg-163 235 24 devices device NOUN fuelectenerg-163 235 25 for for ADP fuelectenerg-163 235 26 electro electro ADJ fuelectenerg-163 235 27 - - PUNCT fuelectenerg-163 235 28 thermal thermal ADJ fuelectenerg-163 235 29 circuit circuit NOUN fuelectenerg-163 235 30 simulations simulation NOUN fuelectenerg-163 235 31 " " PUNCT fuelectenerg-163 235 32 , , PUNCT fuelectenerg-163 235 33 in in ADP fuelectenerg-163 235 34 proc proc NOUN fuelectenerg-163 235 35 . . PUNCT fuelectenerg-163 236 1 23rd 23rd ADJ fuelectenerg-163 236 2 ieee ieee PROPN fuelectenerg-163 236 3 international international ADJ fuelectenerg-163 236 4 conference conference NOUN fuelectenerg-163 236 5 on on ADP fuelectenerg-163 236 6 microelectronics microelectronic NOUN fuelectenerg-163 236 7 ( ( PUNCT fuelectenerg-163 236 8 miel miel PROPN fuelectenerg-163 236 9 2002 2002 NUM fuelectenerg-163 236 10 ) ) PUNCT fuelectenerg-163 236 11 , , PUNCT fuelectenerg-163 236 12 nis nis PROPN fuelectenerg-163 236 13 , , PUNCT fuelectenerg-163 236 14 yugoslavia yugoslavia PROPN fuelectenerg-163 236 15 , , PUNCT fuelectenerg-163 236 16 vol vol NOUN fuelectenerg-163 236 17 . . PROPN fuelectenerg-163 237 1 1 1 NUM fuelectenerg-163 237 2 , , PUNCT fuelectenerg-163 237 3 pp pp ADJ fuelectenerg-163 237 4 . . PUNCT fuelectenerg-163 238 1 171 171 NUM fuelectenerg-163 238 2 - - SYM fuelectenerg-163 238 3 174 174 NUM fuelectenerg-163 238 4 , , PUNCT fuelectenerg-163 238 5 2002 2002 NUM fuelectenerg-163 238 6 . . PUNCT fuelectenerg-163 239 1 http://ieeexplore.ieee.org/xpl/recentissue.jsp?punumber=2190 http://ieeexplore.ieee.org/xpl/recentissue.jsp?punumber=2190 PROPN fuelectenerg-163 239 2 http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model NOUN fuelectenerg-163 239 3 http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model PROPN fuelectenerg-163 239 4 http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model PROPN fuelectenerg-163 239 5 http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model PROPN fuelectenerg-163 239 6 http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model PROPN fuelectenerg-163 239 7 http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model PROPN fuelectenerg-163 239 8 http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model PROPN fuelectenerg-163 239 9 http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model PROPN fuelectenerg-163 239 10 http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model PROPN fuelectenerg-163 239 11 http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model PROPN fuelectenerg-163 239 12 http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model PROPN fuelectenerg-163 239 13 http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model PROPN fuelectenerg-163 239 14 http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model PROPN fuelectenerg-163 239 15 http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model PROPN fuelectenerg-163 239 16 http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model PROPN fuelectenerg-163 239 17 http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model PROPN fuelectenerg-163 239 18 http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model PROPN fuelectenerg-163 239 19 http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model PROPN fuelectenerg-163 239 20 http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model PROPN fuelectenerg-163 239 21 http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model NOUN fuelectenerg-163 239 22 http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model NOUN fuelectenerg-163 239 23 http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model http://ieeexplore.ieee.org/xpl/abstractauthors.jsp?tp=&arnumber=4592060&querytext%3dmiyake+ohashi+igbt+model NOUN