SEMIKRON SKIW Search Results

diode KE

Abstract: semikron MD thyristor kl diode Diode KD 6 17 PONT DIODE thyristor code thyristor push pull SEMISTACK semikron power assemblies SEMIKRON book
Contextual Info: se m ik r o n SEMIKRON Power Semiconductors Contents Section 1 2 3 4 5 6 6 7 8 9 10 11 12 13 Product SEMIPACK Thyristor/Diode Modules Fast SEMIPACtC Diode Modules Thyristors Thyristor Pairs for Water Cooling SEMITRANS® M Power MOSFET Modules SEMITRANS® M IGBT Modules

Contextual Info: SIE ]> SEMIKRON V drm V rsm V rrm Irm s1 Volw • ai3bb?l DG03SSfl 2T3 M t S E K G s e M IK R o n INC = 4 l/min., Tw = 40 °C, ED = 50 %, n = 10) V 1600 A 1750 A 1200 SKIW1000/12 SKIW 1200/12 1400 SKIW1000/14 SKIW 1200/14 1600 SKIW 1000/16 SKIW 1200/16 Symbol Conditions

SEMIKRON SKIW

Abstract: 8500A skiw
Contextual Info: SEMIKRON V drm V rsm V rrm I rm s 1 Volw = 4 l/min., T w = 40 °C, ED = 50 % , n = 10) V 850 A 1200 A 1200 SKIW 700/12 SKIW 900/12 1400 SKIW 700/14 SKIW 900/14 1600 SKIW 700/16 SKIW 900/16 SKIW 700 Symbol Conditions Irm s 1) Itsm i2t Volw = 4 l/min, T w = 40 °C, ED =100 %

skiw 900/16

Abstract: SKIW 900/14 SEMIKRON SKIW 7B47 semikron 900/14
Contextual Info: VDRM VRSM VRRM IRMS1 Volw = 4 l/min., Tw = 40 °C, ED = 50 %, n = 10) V 850 A 1200 A 1200 SKIW 700/12 SKIW 900/12 1400 SKIW 700/14 SKIW 900/14 1600 SKIW 700/16 SKIW 900/16 Symbol Conditions IRMS ITSM 1) i2t SKIW 700 SKIW 900 SKIW 900 Volw = 4 l/min, Tw = 40 °C, ED =100 %

MA012

Abstract: SEMIKRON SKIW
Contextual Info: VDRM VRSM VRRM IRMS1 Volw = 4 l/min., Tw = 40 °C, ED = 50 %, n = 10) V 1600 A 1750 A 1200 SKIW 1001/12 SKIW 1201/12 1400 SKIW 1001/14 SKIW 1201/14 1600 SKIW 1001/16 SKIW 1201/16 Symbol Conditions IRMS 1) ITSM i2t Volw = 4 l/min; Tw = 40 °C; ED = 100 %

SEMIKRON SKIW

Abstract: SKIW 500/16 SEMIKRON SKIW 250 A580 skiw
Contextual Info: VDRM VRSM VRRM IRMS1 Volw = 4 l/min., Tw = 40 °C, ED = 50 %, n = 10) V 280 A 580 A 1200 SKIW 250/12 SKIW 500/12 1400 SKIW 250/14 SKIW 500/14 1600 SKIW 250/16 SKIW 500/16 Symbol Conditions SKIW 250 SKIW 500 IRMS1) ITSM 250 A 1700 A 1500 A 14 500 A2s 11 000 A2s

SEMIKRON SKIW

Abstract: V800A semikron 900/14 skiw skiw 900/16 BAR13
Contextual Info: VDRM VRSM VRRM IRMS1 Volw = 4 l/min., Tw = 40 °C, ED = 50 %, n = 10) V 850 A 1200 A 1200 SKIW 700/12 SKIW 900/12 1400 SKIW 700/14 SKIW 900/14 1600 SKIW 700/16 SKIW 900/16 Symbol Conditions IRMS1) ITSM i2t SKIW 700 SKIW 900 SKIW 900 Volw = 4 l/min, Tw = 40 °C, ED =100 %

SKIW 500/16

Abstract: skiw SEMIKRON SKIW 250
Contextual Info: VDRM VRSM VRRM IRMS1 Volw = 4 l/min., Tw = 40 °C, ED = 50 %, n = 10) V 280 A 580 A 1200 SKIW 250/12 SKIW 500/12 1400 SKIW 250/14 SKIW 500/14 1600 SKIW 250/16 SKIW 500/16 Symbol Conditions IRMS ITSM 1) i2t Volw = 4 l/min, Tw = 40 °C, ED =100 % Tvj = 40 °C; 10 ms

SEMIKRON SKIW

Contextual Info: se MIKRON V drm V rsm Irm s V rrm ! Volw = 4 l/min., Tw = 40 °C, ED = 50 %, n = 10 V 280 A 580 A 1200 SKIW 250/12 SKIW 500/12 1400 SKIW 250/14 SKIW 500/14 1600 SKIW 250/16 SKIW 500/16 Symbol Conditions I r m s 11 It s m SKIW 250 Volw = 4 l/min, Tw Tvj = 40 °C

Contextual Info: se MIKROn V V drm V rsm rrm I r m s 1' V o lw =4 l/m in ., Tw = 40 °C, ED = 50 %, n = V 1600 A 1750 A 1200 SKIW 1001/12 SKIW 1201/12 1400 SKIW 1001/14 SKIW 1201/14 1600 SKIW 1001/16 SKIW 1201/16 Symbol Conditions Ir m s 11 It s m ft (d i/dt cr Volw = 4 l/mln; T w = 40 °C;

10CASA

Contextual Info: s e m ik r o n V drm V rsm V rrm Irms 1 Volw = 4 l/min., Tw = 40 °C, ED = 50%, n = 10) V 1600 A 1750 A 1200 SK1W1001/12 SKIW 1201/12 1400 SKIW 1001/14 SKIW 1201/14 1600 SKIW 1001/16 SKIW 1201/16 Symbol Conditions Irms1) Itsm ft Volw = 4 l/min; Tw = 40 °C;

Semikron sk 03

Abstract: SEMIKRON SKIW 250
Contextual Info: SEMIKRDN Vdrm Vrsm V rrm Irms1> Volw = 4 l/min, Tw = 40 °C, ED = 50%, n = 10 V 280 A 580 A 1200 SKIW 250/12 SKIW 500/12 1400 SKIW 250/14 SKIW 500/14 1600 SKIW 250/16 SKIW 500/16 Symbol Conditions Irms1’ Itsm i2t Volw = 4 l/min, Tw = 40 °C, ED =100 %

Contextual Info: s e MIKROn V drm Vrsm V rrm Irms1 Volw = 4 l/min., Tw = 40 °C, ED = 50 %, n = 10) V 850 A 1200 A 1200 SKIW 700/12 SKIW 900/12 1400 SKIW 700/14 SKIW 900/14 1600 SKIW 700/16 SKIW 900/16 Symbol Conditions Ir m s 1) It s m ft SKIW 700 II Vt Tvj = 25 °C; V t (t o )

Contextual Info: s e MIKRD n Vdrm Vrsm V rrm Irms1’ Volw = 4 l/mln., Tw = 40 °C, ED = 50 %, n = 10 V 850 A 1200 A 1200 SKIW 700/12 SKIW 900/12 1400 SKIW 700/14 SKIW 900/14 1600 SKIW 700/16 SKIW 900/16 Symbol Conditions Irms1) Itsm ft Vt TVj = 25 °C; (It = . •.); max.

thyri

Contextual Info: S EM IK R O N V drm V rsm V rrm Ir m s 1 Volw = 4 l/min., Tw = 40 °C, ED = 50 %, n = V 1600 A 1750 A 1200 SKIW 1000/12 SKIW 1200/12 1400 SKI W 1000/14 SKIW 1200/14 1600 SKIW 1000/16 SKIW 1200/16 Symbol Conditions Ir m s 11 Volw = 4 l/min; Tw = 40 °C; It s m

semikron skt 2400

Contextual Info: SEMIKRDN V rsm V rrm V drm i - i Jor Itrms maximum values for continuous operation 4500 A | 5700 A Itav (sin. 180; Tc•ase = • - •; DSC) 2500 A (60 °C) 3000 A (56 °C) V V V/ns 1300 1200 1000 SKT 1800/12 E SKT 2400/12 E 1500 1400 1000 S K T 1800/14 E

SKM 400GB062D

Abstract: 62792 02634 SKM 400GD063D heatsink for skkt 72 semikron skt 140 IEC 974-1 Semitrans M SKD 100 GAL 124d 6822 semikron skkt 31
Contextual Info: Calculation of the Maximum Virtual Junction Temperature Reached Under Short-time or Intermittent Duty1 Under short-time or intermittent load higher current ratings are permissible for the power semiconductors than those given in the data sheets for continuous operating. It is,

water flow sensor

Abstract: Heatsink For stud devices - Semikron thyristor lead acid battery charging Electric Welding Machine thyristor how to control firing angle in thyristor semikron thyristor application "water Flow Sensor" skiw 900/16 thyristor battery charging semikron protection
Contextual Info: 3. Thyristors Features Typical Applications Threaded stud thyristors • Hermetic metal cases with glass insulators • DC motor control e.g. for machine tools • Glass to metal seal • AC controllers (e.g. for temperature control) • Threaded studs ISO M5.M24 x 1,5,

skm 200 gb 122 d

Abstract: semikron skkt 132/ 14/ E Semitrans M SKD 100 GAL 124d Semikron SKR 26 /12 semikron skkh 161 semikron skkt 162/ 12/ D semipack skkt 161 sknh 210 semikron skt 240 SKKL131
Contextual Info: Calculation of the Maximum Virtual Junction Temperature Reached Under Short-time or Intermittent Duty1 Under short-time or intermittent load higher current ratings are permissible for the power semiconductors than those given in the data sheets for continuous operating. It is,

SEMIKRON SKIW

Contextual Info: s e M IK R O n Section 5: Thyristor Pairs for Water Cooling Summary of Types V drm V rrm • New type V Irms 1 Irms 2) A A Itsm i2t oo o Types 10 ms 40 °C 10 ms A A 2s V is o l Page v~ SKIW 250 SKIW 500 1200 . . 1600 1200 . . 1600 250 500 280 580 1 700 4 000

Contextual Info: s e M IKRO n Section 4: Thyristor Pairs for Water Cooling Cases C 1 Type V drm Ir m s ’ 1 IflMS2’ Itsm ft V,SOl C ase V rrm 4 0 °C ▲New type V A A 10 m s 40 C 10 m s A Ah SKIW 250 SKIW 500 1 2 0 0 ,.1 6 0 0 250 260 1700 14 5 00 1 2 0 0 .1 6 0 0 500

62792

Abstract: semikron skt 24 semikron data 01155 6822 008028 MOSFET 2906 semikron skt 240 180A020 skt16
Contextual Info: Calculation of the Maximum Virtual Junction Temperature Reached Under Short-time or Intermittent Duty1 Under short-time or intermittent load higher current ratings are permissible for the power semiconductors than those given in the data sheets for continuous operating. It is,

skm 152 ga

Abstract: Semitrans M SKD 100 GAL semikron skt 40/12 semikron skkt 15/12 semikron 14 MD skm 200 gb 122 d semikron skm 152 ga semikron skkd 15/12 SKN 170 semikron skkt 132/ 14/ E
Contextual Info: SEMIBOX Standard Packing Units Component Types Standard Packing Unit Content Box Dimensions Weight compo- accesnents sories 1 mm x mm x mm kg 1. SEMIPACK Thyristor/Diode Modules SEMIPACK 0 SEMIPACK 1 SEMIPACK 2 SEMIPACK 3 SEMIPACK 4 SEMIPACK 5 SKKD 15; SKKE 15; SKKH 15;

SKM151A4R

Contextual Info: Calculation of the Maximum Virtual Junction Temperature Reached Under Short-time or Intermittent Duty1 Under short-time or intermittent load higher current ratings are permissible for the power semiconductors than those given in the data sheets for continuous operating. It is,