FUJI IGBT Module

6DI20MS-050A Fuji Module

6DI150A-050 Igbt Module

7MBI75SA120B IGBT Module

IGBT Module 7MBR35U4P120 IGBT

Fuji Power Module 2MBI150U2A-060-50

1MBI400U4-120 IGBT Module

7MBP150RA060 IGBT Module

FUJI IGBT Module 2MBI400N-060

Fuji IGBT Module 6MBP100RTA060

FUJI IGBT Module 6MBP150RTA060

IGBT Module 2mbi300u2b-060

FUJI IGBT Module 6MBI75L-060

IGBT Power Module 6mbi100s-120-50

FUJI IGBT Module 7MBP300RA060

7MBR25U4P120-50 IGBT Module

FUJI IGBT Module 7MBR30NE060

2MBI75U4A120 IGBT Module

2DI100D-050C

IGBT Module 2MBI150U2A-060-50

6MBP20JB060-03 IGBT Module

FUJI 7MBI40N-120 IGBT Module

IGBT Module 7MBR30NE120

Fuji IGBT Module 7MBR35U4P120-50

A50L-0001-0125A IGBT Module

1DI300M-120 FUJI IGBT Module

FUJI IGBT Module 1MBI300F-120

FUJI IGBT Module 2MBI100L-060

CM1000HA-28H IGBT Module

CM600DY-12NF IGBT Module

1DI100E-120 IGBT Module

2MBI600NT-060 IGBT Module

Fuji GTR IGBT Module

IGBT Module

2MBI75U4A120 IGBT Module

1DI300Z-100 IGBT Module

6ES7 232-0HB22-0XA0 IGBT Module

1MB600U4120 IGBT module

7MBR30NE120 IGBT Module

7MBP100RA060 IGBT Module

7D75D-050EHR IGBT Module

2SD315AI IGBT Module

fuji 2DI200M-050 IGBT Module

IGBT Fuji Modules 6MBP40RUB060

BSM75GD120DN2 infineon IGBT Module

A50L-0001-0175 IGBT Module

CM75RL-24NF IGBT Module

A50L-00010125A IGBT Module

52mt160kb IGBT Module

igbt module 2MBI100N-060

7MBR25VP120-50 IGBT Module

Fuji Diode Modules

BSM35GD120DLCE3224 IGBT Module

IGBT Driver Module

IGBT Power Supply Module

IGBT infineon module

IC Diode Module

FUJI Power IGBT Module

IGBT Fuji Module

IGBT IC Module

fuji Transistors

SCR diode module

FUJI IGBTs Module 2MBI100L-120

SCR IGBTs Module

FUJI IGBTs MODULE

Fuji semiconductor

Fuji Transistor

SCR IGBT Module

IC Chip 5SNA2400E1700100 IGBT Module

7MBR35SB-120-70 IGBT Module

Fuji Transistor Modules

Fuji Darlington IGBT Module

FUJI Power IGBT Module 1MBH60-100

IGBT Fuji Module 1MBI200S-120B

IGBTs Transistor

Fuji IGBT Driver Module 2ED300C17-3ST

Fuji IGBT Module 2MBI300KB-060

Fuji IGBT Transistor

Fuji IGBTs Module

Fuji Transistor 2MBI900VXA-120P-50

Thyristor Diode Modules

Fuji IGBT Transistor

Fuji Power Module

IGBT's Module 7MBR25SA120

Fuji Transistor 7MBR75U4B120-50

Fuji IGBT Module 7MBR50SB120-50

Fuji IGBT Module 7MBR100U4B-120

7MBI75SA-120B IGBT Module

7MBR50SB120-50 IGBT Module

Fuji igbt mosfet 2MBI450VN-120-50

IGBT chip module

FUJI Power IGBT Electric Module

Power Intelligent Module

fuji IGBT Controller Module

6DI20C-050 IGBT module

IGBT drivers 6DI120A-060

DC/DC Power Modules

Fuji Electric IGBT 7MBI50N-120

Three Phase Diode Module 7MBP25RA120

infinoen igbt transistor FF450R06ME3

FUJI IPM Module DF100LA80 IGBT Module

Electronic Components Transistor Modules Elevator

ICS IGBT Module

FUJI IGBT Modules

FUJI IGBT Module 2MBI150N-060

Fuji IGBT Inverter Circuit

Fuji IGBT Inverter Circuit is required to control the inversion of direct current power in alternating source of required output voltage & frequency. It is highly appreciated for producing sinusoidal waveform of output voltage. This circuit is utilized in solar inverters, power factor correction converters, and uninterrupted power supply systems. With the use of switching technique of variable high speed power semiconductor, harmonic content of the received voltage can be minimized.

Fuji Electric Automotive IGBT Module

Fuji Electric Automotive IGBT Module is used for traction motor control, induction heating, power supplies of switch mode, and another medium to high power systems. Abbreviated for insulated gate bipolar transistor, it is known for low conduction losses and completely trustworthy nature. This module is comprised of metal oxide semiconductor gate structure which is required for controlling four alternating layers of this assembly. According to its configuration, it has the capability to control loads of hundreds of kilowatt.

RF Transistors Module

RF Transistors Module is a type of semiconductor device which is required for amplifying & switching electronic current power & signals. Abbreviated as radio frequency transistors, it is comprised of minimum of three terminals for connecting to the external circuit. This module finds its application for telecommunication industry, scientific equipments, avionics, radar & defense communications, and electronics. It is comprised of four layers that are controlled by metal oxide semiconductor.

FUJI Automotive Rectifier

FUJI Automotive Rectifier is required for charging the battery installed in vehicles and to provide power to the electrical system while engine is running. One of the main components of this rectifier is diodes, which makes the complete assembly consistently reproducible & provides intrinsic ruggedness. It is highly appreciated for having ultra-low conduction & reverse losses and high junction temperature capability. This automotive rectifier uses slip rings that provide extended brush life.

FUJI Rectifier Module

Key Points

• Fuji Rectifier Module is installed in radio, television and computer systems to convert alternate current (AC) into direct current (DC)
• This transmit power with high intensity and eliminate power distortion
• Ideal for both single phase and multi-phase circuit

IGBT FUJI Electric Module

IGBT FUJI Electric Module is a compact assembly which is designed to be installed in systems as switching elements having variable speed drives. It is known to reduce heat generation by up to 36% as compared to other such assemblies. This electric module improves the reliability of the equipment, reduces power dissipation, and enhances the performance. It is most commonly utilized in solar power panels, wind turbines, tidal power plants, and electric vehicles.

FUJI Power Transistor

Fuji Power Transistor is required for amplifying electronic signals and electrical power. For connection of external circuits, it is comprised of semiconductor material having minimum of three terminals. As compared to vacuum tubes, this transistor is known to reduce power consumption and decrease equipment size. It is highly appreciated for having the capability to withstand high voltage and it also protects from overcurrent situations. This transistor works by producing bigger output electrical power by taking low amount.

Fuji Electric IGBT Module

Fuji Electric IGBT Module is utilized as an electronic switch for converting alternating current to direct power source of desired voltage. It is a type of three terminal power semiconductor device having four alternating layers of n-channel & p+ collector. This module is comprised of latest 7th generation IGBT chip having closed direct water cooled aluminum jacket resulting in achieving high power density. It is also equipped with temperature sensing diode for providing accurate temperature measurement.

Semiconductor Rectifiers Module

Semiconductor Rectifiers Module is required for converting alternating current into direct current, which moves in only single direction. It straightens the direction of the current by a process which is known as rectification. This module find its application in UPS, welding power supplies and AC drive invert units. It is comprised of semiconductor diodes, which prevent the flow of current in the opposite direction. This rectifier module is highly appreciated for having low saturation voltage, over current limiting function, and high frequency operation.

Elevator IGBT Module

FUJI IPM Module

FUJI IPM Module is required to control & optimize the use & distribution of power in electronic devices and computer systems. Abbreviated for intelligent power module, it is highly appreciated for its ability to monitor & regulate temperature & voltage, provide overcurrent protection, limit current, & distribute load efficiently. Most commonly utilized in three phase motors, this module acts as a control system for their proper working.

IC Drive Module

IC Drive Module is required for controlling the working of motors in industrial machines, autonomous robots, & and variable frequency drives. This integrated circuit chip works by receiving signals from the microprocessor and then transmitting to the motors. Having two voltage pins allows them to easily draw current for their working from one and to apply voltage to the motor with the help of another.