Thyristor model:SF800J26Features1,Patented free-floating silicon technology2,Low on-state and switching losses3,Designed for traction, energy and industrial applications4,Optimum power handling capability5,Interdigitated amplifying gateApplications1,Power Supplies 2,Battery Chargers3,Motor Control4,VAR Generators
Thyristor model:SF800R26Features1,Patented free-floating silicon technology2,Low on-state and switching losses3,Designed for traction, energy and industrial applications4,Optimum power handling capabi
Thyristor model:SF800R26Features1,Patented free-floating silicon technology2,Low on-state and switching losses3,Designed for traction, energy and industrial applications4,Optimum power handling capabi
Thyristor model:SG1200EX23Features1,Patented free-floating silicon technology2,Low on-state and switching losses3,Designed for traction, energy and industrial applications4,Optimum power handling capa
Thyristor model:SG1200EX23Features1,Patented free-floating silicon technology2,Low on-state and switching losses3,Designed for traction, energy and industrial applications4,Optimum power handling capa
Thyristor model:SG3000GXH27Features1,Patented free-floating silicon technology2,Low on-state and switching losses3,Designed for traction, energy and industrial applications4,Optimum power handling cap
Thyristor model:SH100L21BFeatures1. Hermetic metal/ceramic cases2. Capsule package for double sided cooling3. Shallow design with single sided cooling4. International standard cases5. Off-state and re
Thyristor model:MG100Q2YS50Features1,Patented free-floating silicon technology2,Low on-state and switching losses3,Designed for traction, energy and industrial applications4,Optimum power handling cap
Thyristor model:MSG100L41Features1,Patented free-floating silicon technology2,Low on-state and switching losses3,Designed for traction, energy and industrial applications4,Optimum power handling capab