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Princeps Power Free Floating Phase Imperium Thyristor Featured Image
  • Princeps Power Free Floating Phase Imperium Thyristor
  • Princeps Power Free Floating Phase Imperium Thyristor
  • Princeps Power Free Floating Phase Imperium Thyristor
  • Princeps Power Free Floating Phase Imperium Thyristor
  • Princeps Power Free Floating Phase Imperium Thyristor

Princeps Power Free Floating Phase Imperium Thyristor

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Imperium tempus Thyristor (Free Type Floating)

Descriptio:

Cum incremento augendae potentiae et capacitatis convertentis instrumenti, praesertim HVDC transmissionis, potentiae thyristoris output capacitas unitatis augere postulat, talis institutionem quantitatem thyristoris in seriem et nexum circa ambitum parallelum reducet.Cogitatus amplitudo et pondus reducentur, collocatio inferior, etiam vena et etiam intentione facile efficietur, certa operatio et valor commercialis signanter augebitur.

Liberum technologiae fluitantis pii technologiae adhibita ad altam potentiam fabricandi altam venam thyristor implebit altam applicationem postulationis vexillum.Et anno 2019 mense Iulio, RUNAU Electronics 5200V thyristor cum 5" chip feliciter elaboravit et emptori in Sinis HVDC propositi usus est.

Introductio:

1. Chip

Princeps vexillum thyristoris chip RUNAU Electronics fabricatum per technologiam liberam natantis applicatur.Suus 'bene agnitus est technologiam ultimam et maturam pro fabricanda potestate alta intentione thyristoris.Suus late a plerisque mundi classium opificiis applicatus.

Processus diffusionis optimized est in densitate et latitudine ad resistentiam voltages augendam, decrescentes guttae intentionis in statu, et notas dynamicas felis & meliorem.Novum exemplar photographicum photolithographiae di/dt et dv/dt pluma augendae destinatum erat.Contactus structura chip est re-constructa ad marginem lagani pii et superficies cathode tuenda, vicissim effectio intentionis valde emendabitur.

2. Encapsulation

Commodum gratuitae technologiae fluitantis pii technologiae deformatio inter siliconem et molybdenum laganum valde coercitum est et consumptio lagani molybdaeni imminuta est.Dum idoneus lagani Pii et stipes aeris involucri valde requiruntur, tum parallelismus et asperitas exigentiae altiores sunt quam technologiae minuendi chippis.Continua emendatio et innovatio, RUNAU Electronic omnes difficultates technicas et claustra superaverat.Liberum technologiae fluitantis, altae potentiae altae voltage thyristoris cum certa effectione et solutione commerciali efficiente evoluta et provisa est clientibus.Plerique ex eis installantur in potestate princeps moderatior rectificator, princeps voltage mollis starter, HVDC potentia transmissio, tractus motivum, dynamica potestas reactiva emendatio et ratio applicationis pulsus potentiae.

Specificatio technica

  1. Phase thyristoris moderata cum mixturae speciei chip ab RUNAU Electronics factorum, range of ITAVab 350A ad 5580A et V*DRM/VRRMab 3400V ad 8500V.
  2. IGT, VGTet *Hsunt valores probativi ad 25℃, nisi aliter dictum est, omnes alii parametri sunt valores probativi sub T .jm;
  3. I2t = I'2F SM×tw/2, tw= Sinusoidalis undae dimidium currentis basi latitudinis.Ad 50Hz, I2t=0.005I2FSM (A*2S);
  4. Ad 60Hz: IFSM(8.3ms)=IFSM(10ms) ×1.066, Tj=Tj;ego2t(8.3ms)=I2t(10ms)×0.943,Tj=Tjm

Parameter:

EXEMPLUM IT(AV)
A		 TC
℃		 VDRM/VRRM
V		 ITSM
@TVJIM&10msA		 I2t
A2s		 VTM
@IT&TJ=25℃
V / A		 Tjm
℃		 Rjc
/W		 Rcs *
/W		 F
KN		 m
Kg		 CODEX
Voltage ad 4200V
KP3170-** 3170 70 3400~4200 52000 1.3x107 1.40 3000 125 0.008 0.002 70 1.45 T15C
KP4310-** 4310 70 3400~4200 60000 1.8x107 1.30 3000 125 0.006 0.002 90 2.90 T17D
KP5580-** 5580 70 3400~4200 90000 4.0x107 1.40 5000 125 0.004 0.001 120 3.60 T18D
intentione usque ad 5200V
KP970-** 970 70 4400~5200 13500 9.1x105 2.70 2000 125 0.022 0.005 22 0.60 T8C
KP2080-** 2080 70 4400~5200 29200 4.2x106 1.60 2000 125 0.011 0.003 60 1.10 T13C
KP2780-** 2780 70 4400~5200 42000 8.8x106 1.70 3000 125 0.008 0.002 70 1.45 T15C
KP3910-** 3910 65 4400~5200 55000 1.5x107 1.50 3000 125 0.006 0.002 90 2.90 T17D
KP4750-** 4750 70 4400~5200 8700 3.7x107 1.50 5000 110 0.004 0.001 120 3.60 T18D
Voltage ad 6600V
KP350-** 350 70 5800~6600 4500 1.0x105 2.20 500 125 0.093 0.008 10 0.33 T5C
KP730-** 730 70 5800~6600 11800 6.9x105 2.20 1000 125 0.022 0.005 22 0.60 T8C
KP1420-** 1420 70 5800~6600 22400 2.5x106 2.10 1500 125 0.011 0.003 60 1.10 T13C
KP1800-** 1800 70 5400~6600 32000 5.1x106 1.90 1600 125 0.008 0.002 70 1.45 T15C
KP2810-** 2810 70 5800~6600 45000 1.0x107 2.00 3000 125 0.006 0.002 90 2.90 T17D
KP4250-** 4250 70 5800~6600 71400 2.5x107 1.70 3000 110 0.004 0.001 120 3.60 T18D
Voltage ad 7200V
KP300-** 300 70 6800~7200 3400 5.8x104 2.40 500 115 0.093 0.008 10 0.40 T5D
KP640-** 640 70 6800~7200 9000 4.0x105 2.30 1000 115 0.022 0.005 22 0.65 T8D
KP1150-** 1150 70 6800~7200 18300 1.6x106 2.40 1500 115 0.011 0.003 60 1.30 T13D
KP1510-** 1510 70 6800~7200 26000 3.3x106 2.00 1600 115 0.008 0.002 70 1.85 T15D
KP2640-** 2640 70 6800~7200 40000 8.0x106 1.50 1500 115 0.006 0.002 90 2.90 T17D
Voltage ad 8500V
KP270-** 270 70 7400~8500 2900 4.2x104 2.80 500 115 0.041 0.008 10 0.40 T5D
KP580-** 580 70 7400~8500 6000 1.8x105 2.60 1000 115 0.022 0.005 22 0.65 T8D
KP1080-** 1080 70 7400~8500 11300 6.3x105 2.80 1500 115 0.011 0.003 60 1.30 T13D
KP1480-** 1480 70 7400~8500 17000 1.4x106 2.10 1600 115 0.009 0.002 70 1.85 T15D
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