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A50L-0001-0212 6MBI100FA-060 Fuji Electric IGBT Module
Starting at $166.50 $166.50
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FANUC Transistor module A50L-0001-0212 for sale as brand new in box. FUJI ELECTRIC IGBT Module 6MBI100FA-060 ready to replace your defectives IGBT modules on your FANUC Servo drives, Fanuc Spindles drives or other electric system (Inverter for motor drive, AC - DC Servo drive amplifier, Uninterruptible power supply, Industrial Machines such as Welding Machines). All of the FANUC A50L-0001-0212 Transistors modules comes new and tested.
Caracteristics of this FUJI Electric IGBT Module 6MBI100FA-060 : 100A, 600 Volts IGBT Series. (PDF - A50L-0001-0212 6MBI100FA-060)
An IGBT 6MBI100FA-060 cell is constructed similarly to a n-channel vertical construction power MOSFET except the n+ drain is replaced with a p+ collector layer, thus forming a vertical PNP bipolar junction transistor. This additional p+ region creates a cascade connection of a PNP bipolar junction transistor with the surface n-channel MOSFET. This connection results in a significantly lower forward voltage drop compared to a conventional MOSFET in higher blocking voltage rated devices. As the blocking voltage rating of both MOSFET and IGBT devices increases, the depth of the n- drift region must increase and the doping must decrease, resulting in roughly square relationship increase in forward conduction loss compared to blocking voltage capability of the device.
Caracteristics of this FUJI Electric IGBT Module 6MBI100FA-060 : 100A, 600 Volts IGBT Series. (PDF - A50L-0001-0212 6MBI100FA-060)
An IGBT 6MBI100FA-060 cell is constructed similarly to a n-channel vertical construction power MOSFET except the n+ drain is replaced with a p+ collector layer, thus forming a vertical PNP bipolar junction transistor. This additional p+ region creates a cascade connection of a PNP bipolar junction transistor with the surface n-channel MOSFET. This connection results in a significantly lower forward voltage drop compared to a conventional MOSFET in higher blocking voltage rated devices. As the blocking voltage rating of both MOSFET and IGBT devices increases, the depth of the n- drift region must increase and the doping must decrease, resulting in roughly square relationship increase in forward conduction loss compared to blocking voltage capability of the device.
Availability | Immediate shipment |
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Weight | 0.26 kgs |
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