ELTRON

 


IGBT PLUS Modules

Type
Collector Current
Ic [A]
Collector-Emitter
Voltage
Vces [V]
Operating Parameters
Applications
Catalogue Data
MG50Q2YS50
78
1200
  • 2 IGBTs in one package
  • silicon transistors with enhanced N channel are used
  • high input impedance
  • high switching speed tf= 0.3 µs (max)
  • low saturation voltage VCE(sat) = 3.6 V (max)
  • the electrodes are isolated from case
  • high power switching, motor control
    MG50Q2YS50.pdf
    MG752YS50
    100
    1200
  • 2 IGBTs in one package
  • silicon transistors with enhanced N channel are used
  • high input impedance
  • high switching speed tf= 0.3 µs (max)
  • low saturation voltage VCE(sat) = 3.6 V (max)
  • the electrodes are isolated from case
  • high power switching, motor control
    MG75Q2YS50.pdf
    MG100Q2YS50
    150
    1200
  • 2 IGBTs in one package
  • silicon transistors with enhanced N channel are used
  • high input impedance
  • high switching speed tf= 0.3 µs (max)
  • low saturation voltage VCE(sat) = 3.6 V (max)
  • the electrodes are isolated from case
  • high power switching, motor control
    MG100Q2YS50.pdf
    MG100Q2YS51
    150
    1200
  • 2 IGBTs in one package
  • silicon transistors with enhanced N channel are used
  • high input impedance
  • high switching speed tf= 0.3 µs (max)
  • low saturation voltage VCE(sat) = 3.6 V (max)
  • the electrodes are isolated from case
  • high power switching, motor control
    MG100Q2YS51.pdf
    MG150Q2YS50
    200
    1200
  • 2 IGBTs in one package
  • silicon transistors with enhanced N channel are used
  • high input impedance
  • high switching speed tf= 0.3 µs (max)
  • low saturation voltage VCE(sat) = 3.6 V (max)
  • the electrodes are isolated from case
  • high power switching, motor control
    MG150Q2YS50.pdf
    MG150Q2YS51
    200
    1200
  • 2 IGBTs in one package
  • silicon transistors with enhanced N channel are used
  • high input impedance
  • high switching speed tf= 0.3 µs (max)
  • low saturation voltage VCE(sat) = 3.6 V (max)
  • the electrodes are isolated from case
  • high power switching, motor control
    MG150Q2YS51.pdf
    MG200Q1US51
    300
    1200
  • 2 IGBTs in one package
  • silicon transistors with enhanced N channel are used
  • high input impedance
  • high switching speed tf= 0.3 µs (max)
  • low saturation voltage VCE(sat) = 3.6 V (max)
  • the electrodes are isolated from case
  • high power switching, motor control
    MG200Q1US51.pdf
    MG200Q2YS50
    300
    1200
  • 2 IGBTs in one package
  • silicon transistors with enhanced N channel are used
  • high input impedance
  • high switching speed tf= 0.3 µs (max)
  • low saturation voltage VCE(sat) = 3.6 V (max)
  • the electrodes are isolated from case
  • high power switching, motor control
    MG200Q2YS50.pdf1
    MG300Q1US51
    400
    1200
  • 2 IGBTs in one package
  • silicon transistors with enhanced N channel are used
  • high input impedance
  • high switching speed tf= 0.3 µs (max)
  • low saturation voltage VCE(sat) = 3.6 V (max)
  • the electrodes are isolated from case
  • high power switching, motor control
    MG300Q1US51.pdf1
    MG300Q2YS50
    400
    1200
  • 2 IGBTs in one package
  • silicon transistors with enhanced N channel are used
  • high input impedance
  • high switching speed tf= 0.3 µs (max)
  • low saturation voltage VCE(sat) = 3.6 V (max)
  • the electrodes are isolated from case
  • high power switching, motor control
    MG300Q2YS50.pdf
    MG400Q1US51
    520
    1200
  • 2 IGBTs in one package
  • silicon transistors with enhanced N channel are used
  • high input impedance
  • high switching speed tf= 0.3 µs (max)
  • low saturation voltage VCE(sat) = 3.6 V (max)
  • the electrodes are isolated from case
  • high power switching, motor control
    MG400Q1US51.pdf
    MG600Q1US51
    600
    1200
  • 2 IGBTs in one package
  • silicon transistors with enhanced N channel are used
  • high input impedance
  • high switching speed tf= 0.3 µs (max)
  • low saturation voltage VCE(sat) = 3.6 V (max)
  • the electrodes are isolated from case
  • high power switching, motor control
    MG600Q1US51.pdf