Power Semiconductor Market Growth: The Future of Electronics by USComponent.com

The global power semiconductor market is projected to grow from USD 48.77 billion in 2023 to USD 75.13 billion by 2032, driven by increasing demand for energy-efficient technologies, renewable energy systems, industrial automation, and electric vehicles.

Power semiconductors are the backbone of modern power electronics, enabling efficient energy conversion and reliable power management in applications such as EVs, solar and wind energy, motor drives, industrial equipment, telecommunications, and consumer electronics.

At USComponent.com, we supply new, original, high-quality power semiconductor components from trusted manufacturers, including IGBT modules, MOSFETs, thyristors, power modules, and power management ICs. Our products help engineers, OEMs, manufacturers, and repair facilities maintain reliable, high-performance systems.

Advancements in Silicon Carbide (SiC) and Gallium Nitride (GaN) technologies continue to improve switching speed, thermal performance, and energy efficiency, making modern power semiconductor devices ideal for demanding applications such as EV charging, renewable energy inverters, industrial automation, and smart power systems.

As industries continue investing in electrification, clean energy, and advanced manufacturing, the demand for high-performance power semiconductors is expected to remain strong. Leading manufacturers including Infineon Technologies, Mitsubishi Electric, ON Semiconductor, STMicroelectronics, Toshiba, Fuji Electric, Renesas Electronics, NXP Semiconductors, Vishay Intertechnology, and Texas Instruments continue to drive innovation with reliable semiconductor solutions for industrial and commercial applications.

When sourcing critical electronic components, choosing genuine products is essential to reduce downtime, improve system reliability, and extend equipment life. USComponent.com is a trusted supplier of new and original electronic components, offering dependable inventory, competitive pricing, responsive customer service, and fast worldwide shipping.

Whether you're looking for IGBT modules, MOSFETs, thyristors, power ICs, or other power semiconductor solutions, USComponent.com is ready to support your next project with quality components you can trust.

Visit https://www.uscomponent.com to explore our inventory or contact sales@uscomponent.com for product availability, technical assistance, and bulk order inquiries

Mitsubishi FM400TU-07A Power MOSFET Module

A high power MOSFET Module, FM400TU-07A is undoubtedly one of the best transistor modules today. FM400TU-07A is a definite must-have when you’re operating industrial machines such as welding machines, forklifts, and even helicopters! You will never regret owning one.

FM400TU-07A is expertly made by Mitsubishi. Mitsubishi made sure that this device is equipped with advanced features that no other typical models have. It has a fast speed switching time of only 450 nanoseconds which equals 0.45 microseconds. With its freewheeling diode and thermistor, you can be sure that it is damage-free even when operating in high power. Being UL-recognized, Mitsubishi FM400TU-07A gives you the certified safety for you and the machine.

https://www.youtube.com/watch?v=VyZI6L8kptg

High Power Mosfet Module Powerex FM600TU-07A

FM600TU-07A is the transistor module that you need to enhance the performance of your mighty forklifts. As one of the finest MOSFET modules of Powerex, FM600TU-07A can generate up to 300A and 75V of power with only a weight of 2.25 lbs.!

FM600TU-07A has the ability to handle higher voltage projects. With an outstanding switching frequency reaching up to 20 kHz, powering up forklifts can be done with ease! This high power MOSFET module contains 6 elements in a pack, boosting the efficiency rate.

FM600TU-07A has its own superfast recovery freewheel diode to totally get rid of flybacks during induction loading. With a thermistor equipped, this excellent transistor module now has its own resistance that significantly varies with the temperature.

FM600TU-07A has other state-of-the-art features like parallel legs and positive locking connectors to guarantee that your forklifts would attain optimum performance for a long time! UL recognized, it also guarantees safety and security upon usage.

https://www.youtube.com/watch?v=XCfbib-pIKc

Mitsubishi FM400TU-2A Power Mosfet Module

At only 1.32 lbs, Mitsubishi FM400TU-2A, which is mainly designed for high power switching applications, can produce energy level of up to 200A and 100V. This power mosfet module features low ESW and low RDS and armed with the robust and super fast recovery freewheeling diode to reduce, if not eliminate sudden voltage spikes, orflybacks.

As FM400TU-2A possesses a thermistor used for TC sensing, during sudden temperature changes, the device can now allow a huge, exact and predictable change on the electrical resistance. Another extraordinary applications of mosfet FM400TU-2A is its parallel legs, making it three times faster than the regular rating. This, along with positive locking connectors, and a simple, smooth and robust design, makes the device significant in improving the performance of your forklifts.  What’s more, other applications such as off road electrical vehicles, choppers, UPS and even welding machines can get the outstanding benefits of FM400TU-2A.

https://www.youtube.com/watch?v=4NGvYAMgj7I

UM150CDY-10 Power Mosfet Transistor Module

Order your UM150CDY-10 today at your reliable distributor of trusted power modules. Improving the performance of your stepper motors is a must - you need UM150CDY-10 to do the job!

Amazingly, stepper motors are one of the most common things we have, and so having one at its optimum is a life changer! Weighing only 0.68 lbs., UM150CDY-10 power mosfet transistor module can generate up to 600V and 150A of power. It has its own free-wheeling diode which minimizes, if not eliminates flyback or sudden voltage spike.  And since it is insulated, it ensures better electric isolation. It is not a wonder how UM150CDY-10 easily passed UL Certification, as it eradicates worries on safety to the users.  Its high resilience even makes it perfect for other applications, such as AC and DC motor drives and UPS devices.

Order your UM150CDY-10 today at your reliable distributor of trusted power modules. Improving the performance of your stepper motors is a must - you need UM150CDY-10 to do the job!

https://www.youtube.com/watch?v=fezrPP6adpk

Market Trends of MOSFET and IGBT controllers for 2025

Renowned brands such as Sharp, ABB, Toshiba, Microchip, Vishay, IXYS, Renesas, SEMIKRON, Texas Instruments are present in a detailed MOSFET and IGBT Gate Drivers information that defines all important industrial or commercial terminologies. Industry experts have made a conscious effort to describe various aspects, such as market size, participation and growth rate. Apart from this, the valuable document weighs on the performance of the industry based on a product service, end use, geography and final customer. 

The main suppliers of MOSFET and IGBT Gate Drivers Market include Infineon Technologies, Texas Instruments, ON Semiconductor, STMicroelectronics, IXYS, Fairchild Semiconductor, Powerex (Mitsubishi Electric), Renesas, SEMIKRON, Vishay, Analog Devices, Microchip, ROHM Semiconductor, Broadcom, Sharp, ABB, Toshiba, Lite-On technology, Microsemiconductor, Power Integrations, Inc., Beijing LMY Electronics. The most recent study of, MOSFET and IGBT Gate Drivers Market, fundamentally discovers ideas that allow interested parties, business owners and field marketing executives to make effective investment decisions based on facts, rather than conjecture. The report that studies the field of performance and marketing aims to listen, analyze and deliver actionable data on the competitive landscape to meet the unique requirements of companies and people operating in the MOSFET and IGBT Gate Drivers market for the forecast period. , 2018 to 2025.

Allowing companies to understand the MOSFET & IGBT Gate Drivers industry in various ways the report carefully assesses the quota, the size and the rate of growth of the company around the world. In turn, exploring how the future MOSFET and IGBT Gate Drivers will look. The most important thing is that the research familiarizes the owners of the products with the immediate competitors and what the buyers expect and what are the effective commercial strategies adopted by the prominent leaders. To help both established companies and new entrants, not only see the interruption, but also see the opportunities. An in-depth exploration of how the industry behaves, including the evaluation of government agencies, the financial organization and other regulatory bodies.

Buy FM600TU-07A at USComponent.com

The FM600TU-07A is a N-channel high power MOSFET Module designed for use in low voltage switching applications. This module consists of 6 MOSFET switches with low RDS (ON) and a fast recovery body diode to yield low loss. The components and interconnects are isolated from the heat sink base plate. This offers simplified system assembly and thermal management. Super-fast recovery free wheel diode, Parallel legs to make a dual module at 3x the rating, Positive locking connectors, Easy bus bar layout due to flow through power design. It is suitable for use with forklift, off-road electric vehicle, welder, UPS and chopper applications.

Features of FM600TU-07A:

• Low ESW(off) and Low Rds(on)
• Super-Fast Recovery FreeWheel Diode
• Thermistor for TC Sensing
• Parallel Legs to make a Dual Module at 3X the Rating
• Positive Locking Connectors
• Easy Bus Bar Layout Due to
• Flow Through Power Design

You can buy FM600TU-07A from our website here.

IXYS Corporation Discloses 3600V Reverse Conducting IGBTs (BiMOSFETs™)

IXYS Corporation is a prominent maker of power semiconductors, integrated circuits and RF powers. Their products are built for power management, energy efficiency, and motor control applications. This company is going to release a new 3600V Reverse Conducting IGBT (BiMOSFETs™). We will get combined strengths of both MOSFETs and IGBTs by using this new transistor. Featuring “free” intrinsic body diodes and current ratings from 45A to 125A, these are perfect for high speed, high voltage, and high current power conversion applications.

Power transistor makers will be able to get rid of lower current rated devices and multiple series-parallel lower voltages if they use these high voltage BiMOSFETs™. As a result, the number of power components required will be reduced and their associated gate drive circuitry will be simplified. These will lower the system costs and the reliability will also be improved.

Besides, if required, credits to the favorable heat coefficient of the on-state voltage and diode forward voltage, these modules can be operated in collateral to meet even higher current necessities. Moreover, in the course of turn-off transition, the inherent body diode provides a path for the inductive load current, inhibiting high voltage transients from imposing harm to the device.

“We at IXYS pioneered the concept of the reverse conducting IGBT which we call the ‘BiMOSFET’ family since it combines the best features of the power MOSFET and the BJT in one monolithic chip. It evolved from our invention of the Reverse Blocking IGBT, as covered in our US Patents No. 5,698,454, 6,091,086 and 6,936,908. We now extended the voltage rating of these devices to enable simpler high voltage conversion circuits with FET-like gate controls,” commented Dr. Nathan Zommer, CEO of IXYS Corporation, and co-inventor of this technology.

Various types of power switching systems can be benefitted by using the new 3600V BiMOSFETs™. Capacitor discharge circuits and AC switches, uninterruptible power supplies, switched mode and resonant mode power supplies, laser and X-ray generators are included to this list.

These inverse conducting IGBTs are obtainable in the below international standard size packages: ISOPLUS i4-Pak™, ISOPLUS i5-Pak™, and TO-247PLUS-HV. The first two packages supply an electrical isolation of 4000V through the Direct Copper Bond (DCB) substrate technology.

IXYS Corporation manufactures and sells technology-based products to enhance power conversion efficacy, generate solar and wind power, and provide effective motor control for industrial applications. IXYS provides a diverse product base that addresses worldwide needs for power control, electronic displays, and RF power, electrical efficiency, renewable energy, telecommunications, medical devices.

http://www.uscomponent.com had been selling IGBT power transistor modules since 2001. Thyssen Krupp, OTIS, IXYS, SONY DADC, General Motors, Hongkong Electric Holdings Limited, Singapore Mass Rapid Transit Trains LTD, Verkehrsbetriebe Zurich, Czech Airlines, Molex, Cisco, Omron, Good Year Tires, Thai Airasia, Boeing, Xilinx, LEAR SIEGLER, and General Electric.

http://www.uscomponent.com has a Quality Control Team like no other. This means that we know how to work hard in order to ensure to make sure that the quality of all of the parts we’re selling is high. Because we only sell new and original electronic parts, we provide our customers with a 30-day warranty. And because we have connections with IGBT power transistor modules manufacturers, OEMs and distributors, we’re able to pass any savings on to our customers, giving them a lower price while still providing them with the quality products they deserve. Our inventory is carefully managed and held to the highest standards, and stored in a controlled environment warehousing facility.

CM300DU-24F - A Cross Between Bipolar Transistors and MOSFETs - SPANISH

Los transistores bipolares requieren una corriente de base alta para encender, tiene características de apagado relativamente lentos (conocido como cola actual), y es portador de una fuga térmica considerable debido al coeficiente térmico. Por otro lado, el MOSFET es un dispositivo que es de voltaje, no es controlado por corriente. Por lo tanto los MOSFETs tienen un coeficiente de temperatura positivo, que detiene la fuga térmica. Los controles de dicho aparato actuan sobre el estado de la resistencia  que no tiene límite teórico; por lo tanto, en el estado de pérdidas pueden ser mucho más bajo.

Mitsubishi Electric Corporation, Japón es bien conocida por sus componentes y equipos eléctricos de calidad superior. El CM300DU-24F es un módulo IGBT de Mitsubishi, que es un cruce entre los transistores bipolares y los  MOSFET.  El CM300DU-24F tiene las características de conmutación de salida y la conducción de un transistor bipolar, pero es controlado por voltaje como un MOSFET. En general, esto significa que tiene las ventajas de alta corriente capacidad de manejo de un bipolar con la facilidad de control de un MOSFET.

Descripción del product:

Módulo de transistores IGBT POWER, 300 Amp, 1200 voltios. ALTA POTENCIA utilizar el cambio. APLICACIÓN variadores para fines generales y controles servo, etc.

100 amperios, 600 voltios, TRANSISTOR DE POTENCIA

Ficha de datos

Información Adicional:

Marca

Mitsubishi

inversores; control de motor de corriente continua; Fuentes de alimentación conmutadas; control de motores de CA

Caracteristicas:

Módulo IGBT El transistor de potencia

CM300DU-24F - Mitsubishi módulo IGBT Transistor

Mitsubishi makes all-SiC 3.3kV 1.5kA footing inverter

Scientists at Mitsubishi have made custom mosfets for an all silicon carbide 3.3kV 1.5kA dc to three-stage footing inverter for railroad trains, asserting the inverter to be a world first.

The organization has as of now worked a mixture outline with silicon IGBTs and 1.7kV SiC Schottkys on an underground prepare, which showed 38.6% force investment funds contrasted and the ordinary framework.

Custom 3.3kV 1.5kA SiC mosfets and Schottky diodes were made for the all-SiC extend, and incorporated with modules with one transistor and one diode. On the whole, the inverter has 16 modules. Exchanging misfortunes in the inverter are guaranteed to be 55% superior to the silicon identical.

To get conduction misfortunes as low as proportional silicon IGBTs, mosfet cell structure was advanced, and the JFET area ('JD' in the chart) of the mosfets was n-doped by high vitality nitrogen implantation to lessened JFET on-resistance at high temperature.

For stable torrential slide breakdown (~4kV), a field-constraining ring structure was produced for edge end in both gadgets and devices.

Additionally for strength, the converse diode inalienable in the mosfet structure was upgraded for a long working life conveying current nearby the Schottky, instead of waiting be shorted by the Schottky.

Last mosfet dynamic territory is 0.83cm2, and the Schottkys every spread 0.74cm2.

Report '3.3kV/1500A force modules for the world's first all-SiC footing inverter' in the Japanese Journal of Applied Physics depicts the SiC semiconductors.

The examination is likewise highlighted in the September 2015 issue of the JSAP Bulletin, from which the charts are taken.

Diferencias entre un transistor de efecto de campo de puerta aislada (MOSFET GATE) y el transistor Bipolar de Puerta Aislada (IGBT GATE)

Asumiendo el punto de interés es la potencia MOSFETS  y no  las pequeñas señales  MOSFET y silicio (lo contrario  a SIC, GAN).

Hay que estar atentos  que algunos  IGBT drivers  también tienen la opción de desactivar la tensión (para que los cambios sean más rápidos).

La primera característica que tenemos que chequear es la tensión de salida. Para los dispositivos de potencia deben de ser 0V a 12-15V (acpl-312T)  para atender a los umbrales de puerta alrededor 4V (Además de ser capaz de conducir a 15V Si activación de miller es una preocupación).

Tal como un Driver MOSFET conduciendo un IGBT e igualmente un driver IGBT conducir un MOSFET debe de estar bien.

La siguiente característica debe tener una corriente máxima. IGBT tendrá significantemente  una mayor capacidad  de puerta y como tal requiere mayores corrientes de pico para asegurar que el dispositivo se satura tan rápido como sea posible. Lo contrario a esto sería que los  MOSFETS se puedan cambiar más rápido y como tal la actual demanda de rms de conducir  un MOSFET podría ser más alta.

La corriente más alta  o cambios más altos de frecuencia afecta la potencia de la capacidad de los Drivers.

Infineon eleva a SIC a una nueva era para el mejoramiento de la tecnología

Aparatos que llevan a la tecnología a un nuevo nivel, usando SIC MOSFETS  permite conversión para operar  al triple o más, el cambio de la   frecuencia  conducen a beneficios, algo que era imposible hasta ahora, Dr. Helmut Gassel, presidente de Infineon´s Industrial Power Control dijo “que estos aparatos  lograron un nuevo nivel que jamás antes había sido posible llegar, son más pequeños y contienen un ligero sistema  para menos transportación y más fácil instalación”.

Así como llegamos a una nueva era llena de nuevas posibilidades que la tecnología siga cambiando, los SIC MOSFETS son una prueba de ello, optimizado para combinar fiabilidad con rendimiento. Operan en una magnitud más baja que 1200 V, esto reduce las perdidas y también apoyan al mejoramiento del sistema en aplicaciones como  Fotovoltaico inversores y sistemas de carga/almacenamiento entre otros, esto también extiende el apoyo  a drivers industriales y a la durabilidad de la vida de los aparatos.

Los MOSFITS son compatibles con +15 V/-5V voltage usados para conducir IGBTs, su estructura combina rango de voltaje de umbral de referencia (V th) de  4V con un corto circuito robusto que es requerido por  la aplicación y totalmente controlable características  dv/dt.  Esto inicialmente apoya a mejoras del sistema en aplicaciones  como Fotovoltaico inversores y sistemas de carga/almacenamiento entre otros, esto también extiende el apoyo  a drivers industriales también se extiende a controladores industrials.

La última evolución  de la familia Infineons de SIC Technology  incluye schottky diodes, 1200 V J- FET aparatos y una gama de soluciones hibridas  que integra una mejor carga de la batería, ahorro de energía y la integración de un cuerpo robusto de conmutación diodo funcionamiento.

Para Infineon  esto es la culminación de años de experiencia y mejoras, realmente algo para tener a la vista.

Difference Between a MOSFET Gate and IGBT Gate

Assuming the point of interest is power MOSFETS and not small signal MOSFETS and silicon (as oppose to SiC, GaN).

Be aware that some IGBT drivers also include a negative turn-off voltage (for faster switching).

The first characteristic to check is the output voltage. For power devices they should be 0V to 12-15V (acpl-312T) to cater for gate thresholds around 4V (as well as being able to drive to -15V if miller turn-on is a concern). As such a MOSFET driver driving an IGBT & equally an IGBT driver driving a MOSFET should be fine.

The next characteristic is peak current. IGBT's will have significantly larger gate capacitance and as such will require higher peak currents to ensure the device saturates as quick as possible. The converse of this is MOSFET's can be switched faster and as such the rms current demand to drive a MOSFET might be higher.

Higher current or higher switching frequency affects the driver power capability.

Infineon Raises SIC Mosfet to a Whole New Era of Improved Technology

Devices that raise the technology to a  whole new level, using SIC MOSFETS allows conversion to operate at triple or more the switching frequency leading to benefits, something  that was impossible until now, Dr Helmut Gassel, president of infineon`s Industrial Power control said these devices reached a  whole new level which has never before been possible, they are smaller and contain a lighter system for less transportation and easier installation.

As we arrive to a new era filled with new possibilities technology keeps changing, the SiC MOSFETs is a prove of this, it has been optimized to combine reliability with performance. They operate in a magnitude lower than 1200 V, this reduces the dynamic losses and also supports system improvements in applications such as photovoltaic inverters and charger/storage systems among others, this also extend the support to industrial drives and the durable life of the devices.

These  MOSFETS are fully compatible  with +15 V/-5V voltage typically used to drive IGBTs, their structure combines a benchmark  threshold voltage rating (V th) of  4V with a  short circuit robustness which is required by the target applications  and fully controllable dv/dt characteristics, This initially supports system improvements in applications such as photovoltaic inverters, uninterruptible power supplies (UPS) or charger/storage systems, while later configurations will also extend support to industrial drives.

The latest evolution of Infineon`s comprehensive family of cool SiC technologies includes schottky diodes , 1200 V J- FET devices and a  range of hybrid solution that integrates a better battery charging, energy storage and the integration of a  commutation  robust  body diode operating with nearly zero  reverse recovery losses.

For Infineon this is the culmination of years  of experience and improvements, truly something to keep an eye on.

El MOSFET un recuerdo vago para el IGBT

En los tiempos actuales, donde es reinventarse o morir hay algo que puede ser acuñado a  todo, inclusive, la tecnología, y es aprender de las fallas de nuestros predecesores, en este caso el IGBT siempre presenta mejoras de los aparatos que vinieron antes que el.

La estructura recuerda mucho la de un transistor MOSFET de potencia donde se utilizan obleas dopadas de Tipo N sobre las que se deposita una fina capa epitaxial. El IGBT está construido de forma casi idéntica. La capa epitaxial presenta el mismo espesor y se dopa igual que en un FET. Sin embargo, existe una importante diferencia: el material de partida es una oblea dopada Tipo P en lugar de Tipo N. La unión PN adicional, así creada, inyecta portadores (huecos) en la región epitaxial Tipo N reduciendo su resistividad y rebajando la caída de tensión en conducción

El techo de frecuencia se sitúa alrededor de los 75kHz, debido a que la corriente principal se controla con un transistor bipolar. En estos dispositivos sin embargo, se han conseguido tiempos de conmutación de 0,2 ms con muy bajas caídas de tensión, lo que les hace muy útiles en conmutaciones rápidas.

La facilidad de control, similar a la de un MOSFET, unida a sus pérdidas relativamente bajas, les convierten en la elección idónea para aplicaciones de control de motores conectados directamente a la red (hasta 480 V). Para tensiones de 400 a 1200 V, los IGBT ofrecen ventajas sustanciales frente a los transistores bipolares de potencia, por lo que están sustituyendo a éstos en un amplio campo de aplicaciones.

Actualmente, con la aparición de la 2ª generación de IGBTs, los fabricantes ofrecen una amplia gama de estos dispositivos, y se pueden elegir bien por su rapidez o bien por su caída de tensión en conducción; esto es muy interesante ya que permite optimizar la utilización de éstos dispositivos en función de las distintas aplicaciones. Se encuentran ya dispositivos capaces de soportar 1200 V y 400 A.

IGBT and its Usage in Motor Control

The IGBT, Insulated Gate Bipolar Transistor, is a switching transistor that is driven by voltage applied to the gate terminal. Device structure and operation are identical to those of an Insulated Gate Field Effect Transistor, generally known as a MOSFET. The primary dissimilarity between the two device types is that the IGBT uses conductivity modulation to reduce on-state conduction losses which MOSFET does not do.

IGBT is a device that integrates the voltage feature of a bipolar transistor (collector – emitter) and the drive feature of a MOSFET. The key reason behind the flourishing popularity of IGBT is its superiority at high speed switching applications. This device is well-known for integrating high efficiency and fast switching. It is mainly used as an electronic switch in many modern appliances: variable-frequency drives (VFDs), electric cars, trains, variable speed refrigerators, air-conditioners and even stereo systems with switching amplifiers. Today we will discuss about usage of IGBT in motorcontrol.

Advancements of highly capable motor drives are very essential for industrial applications. Satisfactory dynamic speed command tracking and load regulating response are two must needs, for a high performance motor drive system. DC motors excel in terms of speed control for acceleration and deceleration. The power supply of a DC motor joins right away to the field of the motor which approves for accurate voltage control, and is required for pace and torque control applications. Because of their simpleness, ease of application, dependability and auspicious cost, DC drives have long been a mainstay of industrial applications. Because of low horsepower ratings, DC drives are usually less costly in comparison with AC drive systems. DC motors are being used as adjustable speed machines traditionally and an extensive extent of options has developed for this intention.

To obtain sufficient levels of power handling capability, especially in motor control applications those demand multiple drive elements, power integrated circuits have been developed using hybrid constructions of the distinct transistors. Hybrid techniques have been necessary and useful due to the power handling limitations of monolithic power integrated circuit technology. Power integrated circuit design has often been limited by the absence of power packages that provide the low thermal impedance and high performance switching necessary for reliable operation. The switching elements of these modules, which may be Insulated Gate Bipolar Transistors (IGBTs) or various forms of thyristors, “chop” low-frequency (e.g., 60 Hz or dc) voltages /currents at the input / output port into high-frequency square wave pulses of variable width (20 to 200 ms).

The silicon GTO was the only available power semiconductor switching device until the 1990s. It had power conducting ability compatible for motor control applications. The ratings of IGBTs had adequately developed in the 1990s. It overcame one Megawatt which allowed entrance of the IGBT into the traction market. The availableness of the IGBT made allowance for notable advancements in the motor drive technology due to exclusion of snubber circuits and an raise in the operating frequency of the inverter circuit employed to transfer power to the motors.

Applications of Mitsubishi FM400TU-2A Power Mosfet Module

Maximize your forklift’s strength with FM400TU-2A! Order your FM400TU-2A now at http://www.USComponent.com/buy/mitsubishi-powerex/fm400tu-2a/, your reliable partner in providing the best transistor modules in the market.

At only 1.32 lbs, Mitsubishi FM400TU-2A, which is mainly designed for high power switching applications, can produce energy level of up to 200A and 100V. This power mosfet module features low ESW and low RDS and armed with the robust and super fast recovery freewheeling diode to reduce, if not eliminate sudden voltage spikes, orflybacks.

As FM400TU-2A possesses a thermistor used for TC sensing, during sudden temperature changes, the device can now allow a huge, exact and predictable change on the electrical resistance. Another extraordinary applications of mosfet FM400TU-2A is its parallel legs, making it three times faster than the regular rating. This, along with positive locking connectors, and a simple, smooth and robust design, makes the device significant in improving the performance of your forklifts.  What’s more, other applications such as off road electrical vehicles, choppers, UPS and even welding machines can get the outstanding benefits of FM400TU-2A.