SEMIKRON SEMICONDUCTOR FUSE Search Results

semikron Semiconductor Fuses

Abstract: 30140928 735-000 mm microswitch 30138821 80850 611-4 30140927 30140931
Contextual Info: 14.4 Semiconductor Fuses Size “000” slim , with blown-fuse indicator pitch of terminals = 80 mm outline see page B 14 – 116 Type 1) Type ▲ (for microswitch) 2) Ident-No. New Type Ident-No. INRMS A Maximum values of total operating i2t (A2s) for Vv =

SKT1202

Abstract: semikron snubber 1430f SKT 1202 SKT12-02
Contextual Info: SEMISTACK - Thyristor Circuit Irms Vac Types W2C 1430 690 SKS 1430F W2C 1707 V20 Symbol Conditions Irms Cooling Presspack Stack 1 3-Phase AC controller with 2 controllable arms Fuse Thermal trip w Options no overload; Tamb = 45°C No of fans Power supply

westcode scr

Abstract: toko filters westcode diodes TOKO INDUCTORS tyco igbt mitsubishi sic MOSFET KU SERIES CHEMICON capacitor nujira NATIONAL IGBT welding transformer SCR
Contextual Info: 90461431 RF, Microwave Components Your Global Source for RF, Microwave and Power Conversion Products Our valued suppliers Click on the supplier name below to visit their storefront on www.rell.com Richardson Electronics’ RF, Wireless & Power Division designs and distributes

semikron skpt

Abstract: SKPT 11 semikron skpt 25 SK Ferrite Core semikron pulse transformer SEMIKRON type designation Semikron skpt 27 3/10 semikron Semiconductor Fuses current transformer semikron SKPT 25
Contextual Info: 14.2 SEMIKRON Pulse Transformers Code Designation System SK PT 27 a 10 SEMIKRON component Pulse transformer Case size Radio of windings a, i 1:1 b, k 1:1:1 c 2:1 d 3:1 e 3:1:1 f 4:1 g 2:1:1 h 1:1:1:1 Type number approximate ∫ vdt value [µVs]/100 1. Introduction

semikron skpt 25

Abstract: semikron skpt SKPT 11 SKPT ru 94v0 circuit Semikron skpt 27 3/10 semikron rc semikron Semiconductor Fuses Varistor RU SKPT 25
Contextual Info: 13. Heatsinks for Power Semiconductors Captions of the Figures Fig. 1 Thermal resistance heatsink to ambient Rthha without contact thermal resistance case to heatsink Rthch for natural air cooling as a function of the power dissipation P. Fig. 2 Fig. 3 Thermal resistance heatsink to ambient Rthha per

SKiiP 31 AC 12 T2

Abstract: semikron SKHI 22 AR calculation of IGBT snubber semikron SKHI 21 AR semikron SKHI 21 AR application note electrical fan application, working principle IGBT driver IC with PWM output SEMIKRON skiip 32 ac 12 t3 400V igbt dc to dc buck converter Skiip Systems User Manual
Contextual Info: Application Note AN-8005 Revision: 00 Issue Date: 2008-09-24 Prepared by: Frédéric Sargos IGBT Power Electronics Teaching System Principle for sizing power converters Inside the box . 2

transistor b2u

Contextual Info: Section 12: SEMISTACK Power Semiconductor Assemblies with Diodes, Thyristors, SEMIPACK Modules or SEMIPONT Bridge Rectifiers as well as SEMITRANSIGBT, MOSFET and Darlington Transistor Modules from 10 to 1000’s of Amps; 12 Voc to over 1000 Vrms mains using

Contextual Info: SKS 1180F W3C 1020 V16 SU Electrical Characteristics Symbol Conditions min Electrical Data TAMBIENT = 35°C ; No overload Maximum output current IOUT Maximum AC voltage +/-10% VAC Maximum stack power PTOTAL Stack power loss (TAMBIENT = 35°C) PLOSS Environnmental Data

B6U 380

Contextual Info: SKS 850F B6U 570 V16 SU Electrical Characteristics Symbol Conditions min Electrical Data TAMBIENT = 35°C ; No overload Maximum DC current ID Maximum AC voltage +/-10% VAC DC Bus voltage VBUS PTOTAL Maximum stack power Stack power loss (TAMBIENT = 35°C)

Contextual Info: SKS 570F B6C 380 V16 SU Electrical Characteristics Symbol Conditions min Electrical Data TAMBIENT = 35°C ; No overload Maximum DC current ID Maximum AC voltage +/-10% VAC DC Bus voltage VBUS PTOTAL Maximum stack power Stack power loss (TAMBIENT = 35°C)

Contextual Info: SKS 1950F B6U 1305 V16 ZU Electrical Characteristics Symbol Conditions min Electrical Data TAMBIENT = 35°C ; No overload Maximum DC current ID Maximum AC voltage +/-10% VAC DC Bus voltage VBUS Maximum stack power PTOTAL Stack power loss (TAMBIENT = 35°C)

Contextual Info: SKS 250F B6C 170 V16 SU Electrical Characteristics Symbol Conditions min Electrical Data TAMBIENT = 35°C ; No overload Maximum DC current ID Maximum AC voltage +/-10% VAC DC Bus voltage VBUS PTOTAL Maximum stack power Stack power loss (TAMBIENT = 35°C)

Contextual Info: SKS 950F W3C 825 V16 SU Electrical Characteristics Symbol Conditions min Electrical Data TAMBIENT = 35°C ; No overload Maximum output current IOUT Maximum AC voltage +/-10% VAC Maximum stack power PTOTAL Stack power loss (TAMBIENT = 35°C) PLOSS Environnmental Data

Contextual Info: SKS 1200F B6HK 800 V16 SU Electrical Characteristics Symbol Conditions min Electrical Data TAMBIENT = 35°C ; No overload Maximum DC current ID Maximum AC voltage +/-10% VAC DC Bus voltage VBUS PTOTAL Maximum stack power Stack power loss (TAMBIENT = 35°C)

Contextual Info: SKS 140F W3C 120 V16 SU Electrical Characteristics Symbol Conditions min Electrical Data TAMBIENT = 35°C ; No overload Maximum output current IOUT Maximum AC voltage +/-10% VAC Maximum stack power PTOTAL Stack power loss (TAMBIENT = 35°C) PLOSS Environnmental Data

Contextual Info: SKS 1500F B6HK 1010 V16 SU Electrical Characteristics Symbol Conditions min Electrical Data TAMBIENT = 35°C ; No overload Maximum DC current ID Maximum AC voltage +/-10% VAC DC Bus voltage VBUS PTOTAL Maximum stack power Stack power loss (TAMBIENT = 35°C)

Contextual Info: SKS 640F B6C 430 V16 SU Electrical Characteristics Symbol Conditions min Electrical Data TAMBIENT = 35°C ; No overload Maximum DC current ID Maximum AC voltage +/-10% VAC DC Bus voltage VBUS PTOTAL Maximum stack power Stack power loss (TAMBIENT = 35°C)

Contextual Info: SKS 1540F W3C 1335 V16 SU Electrical Characteristics Symbol Conditions min Electrical Data TAMBIENT = 35°C ; No overload Maximum output current IOUT Maximum AC voltage +/-10% VAC Maximum stack power PTOTAL Stack power loss (TAMBIENT = 35°C) PLOSS Environnmental Data

Contextual Info: SKS 1890F B6HK 1270 V16 ZU Electrical Characteristics Symbol Conditions min Electrical Data TAMBIENT = 35°C ; No overload Maximum DC current ID Maximum AC voltage +/-10% VAC DC Bus voltage VBUS Maximum stack power PTOTAL Stack power loss (TAMBIENT = 35°C)

Contextual Info: SKS 1890F B6C 1270 V16 ZU Electrical Characteristics Symbol Conditions min Electrical Data TAMBIENT = 35°C ; No overload Maximum DC current ID Maximum AC voltage +/-10% VAC DC Bus voltage VBUS PTOTAL Maximum stack power Stack power loss (TAMBIENT = 35°C)

Contextual Info: SKS 180F B6C 120 V16 SU Electrical Characteristics Symbol Conditions min Electrical Data TAMBIENT = 35°C ; No overload Maximum DC current ID Maximum AC voltage +/-10% VAC DC Bus voltage VBUS PTOTAL Maximum stack power Stack power loss (TAMBIENT = 35°C)

Contextual Info: SKS 970F B6C 650 V16 SU Electrical Characteristics Symbol Conditions min Electrical Data TAMBIENT = 35°C ; No overload Maximum DC current ID Maximum AC voltage +/-10% VAC DC Bus voltage VBUS PTOTAL Maximum stack power Stack power loss (TAMBIENT = 35°C)

Contextual Info: SKS 970F B6HK 650 V16 SU Electrical Characteristics Symbol Conditions min Electrical Data TAMBIENT = 35°C ; No overload Maximum DC current ID Maximum AC voltage +/-10% VAC DC Bus voltage VBUS Maximum stack power PTOTAL Stack power loss (TAMBIENT = 35°C)

Contextual Info: SKS 1200F B6C 800 V16 SU Electrical Characteristics Symbol Conditions min Electrical Data TAMBIENT = 35°C ; No overload Maximum DC current ID Maximum AC voltage +/-10% VAC DC Bus voltage VBUS PTOTAL Maximum stack power Stack power loss (TAMBIENT = 35°C)