Latest on China IGBT Market

Countries with an advanced level of technology such as Japan, Europe among others, the

demand for IGBT is quite rising that results in increasing competitiveness in the international

market. However, major international manufacturers in the market offer cost relatively higher

compare to the Chinese manufacturer. But with the continuous development Chinese IGBT, they

are now in the edge of being one of the major players in the IGBT industry.

Lately, a report from Trendforce states that the China IGBT market scale in 2018 is expected

to be RMB 15.3 billion, showing a yearly increase of 19.91% and continue to stand at RMB

52.2 billion by 2025 with a CAGR of 19.11%. The rising numbers of HEV/EV productions

drive the growth of the Chinese IGBT market. According to the data published by China

Automotive Industry Association, the China HEV/EV production rose from 17,000 cars in 2013

to 780,000 cars in 2017, with CAGR coming to 160.26%.

Academic-Engineer Report of the IGBT until 2021

This report provides accurate forecasts for the year 2021 by engineers in the market as well as the opinion of experts from credible sources, and the recent development of R & D in the industry that currently serves as a backbone of the report of the IGBT industry. For the help of the new participants in this technological market, this report offers a competitive scenario of the IGBT industry with growth trends, structure, driving factors, scope, opportunities, challenges, supplier landscape analysis, etc. report. It is expected that the global IGBT market will increase at a stable rate and obtain a CAGR (compound annual growth rate) of 11.5% during 2017-2021. Key questions answered in the IGBT market report: What will be the total coverage until 2012 and what will be the growth rate? What are the key trends of the market? What is driving this market? What are the challenges for the growth of the IGBT market? Who are the key suppliers in this market? What are the market opportunities and threats faced by key suppliers? What are the strengths and weaknesses of the key suppliers? In the end, our IGBT market report is the result of the dedication of our experts to information that can be useful for all.

El mercado de los transitores BIPOLARES IGBT resumen del año 2017 y pronostico en años venideros

Fior Markets ha publicado un nuevo informe de investigación de mercado sobre "IGBT (transistor bipolar de puerta aislada) y mercado de transitores 2017,un análisis global con pronóstico hasta el año 2022". El informe de mercado entrega datos estadísticos del crecimiento del mercado en términos de volumen y valor y pronóstico para el IGBT (Transistor Bipolar de Puerta Aislada) y Tiristores. Las previsiones se mencionan más adelante para el segmento superior de la industria. El informe global ofrece información decisiva sobre la industria general junto con las dimensiones del mercado y la evaluación de 2017 a 2022. El estudio de investigación con nombre abarca un extenso análisis de varios segmentos, basados en el tipo de aplicaciones, el tipo de productos, componentes y servicios, y diferentes regiones geográficas. Cubre los datos de los fabricantes, incluidos: envío, precio, ingresos, beneficio bruto, registro de entrevistas, distribución comercial, etc., estos datos ayudan al consumidor a conocer mejor a los competidores. Este informe también cubre todas las regiones y países del mundo, que muestra un estado de desarrollo regional, el muy importante dato de valor de mercado, así como los datos de precios. Además, el informe también cubre datos de segmentos, que incluyen: segmento de tipo, segmento de industria, segmento de canal, etc. Cubren el tamaño de mercado de diferentes segmentos, tanto volumen como valor. También cubre información de clientes de diferentes industrias, que es muy importante para los fabricantes, El dato que informa sobre países donde el crecimiento de fabricación y uso de estos implementos se ha generado o crecido tambien esta incluido Cuenta tambien con testimonios y opiniones de las empresas y los usuarios,por lo tanto, el estudio de investigación proporciona una visión completa del mercado global de IGBT (transistores bipolares de compuerta aislada) y tiristores, que ofrece dimensiones de mercado y evaluaciones para el período de 2017 a 2022, teniendo en cuenta los factores antes mencionados.

Pavimentando caminos con respecto a los modulos IGBT con Harting

Sin motores eléctricos,sin aparatos que funcionen mediante implementos electronicos, sin nada que les de el crecimiento y avance que esperan manejar, la tecnología de accionamiento industrial con sus procesos de producción automatizados difícilmente sería concebible. Los dispositivos semiconductores IGBT controlan las unidades eléctricas de alto rendimiento cuya conexión al aislamiento requerido se realiza a través de fibra óptica de polímero. Sin embargo, esta solución es sensible al espacio y sensible. Harting ofrece a los usuarios una nueva opción de solución miniaturizada en control IGBT. Harting presentó esta solución en la feria SPS IPC Drives Fair en Nuremberg del 28 al 30 de noviembre de 2017. Los electromotores con hasta varios kW e incluso el MW de consumo de energía se utilizan para casi todos los tipos de tecnología de accionamiento industrial. A velocidades constantes, su tecnología de control es bastante simple. Sin embargo, a menudo es necesario regular la velocidad de los motores, lo que a su vez hace que todo sea más complicado. La regulación de velocidad en las clases de potencia más grandes se realiza con semiconductores IGBT.

Estos pueden conmutar grandes cargas utilizando potencias de control muy bajas. Las señales necesarias para el control de IGBT se transmiten con fibras ópticas de polímero (POF) ya que se deben cumplir requisitos de aislamiento y tensión muy elevados. El POF logra una transmisión de señal libre de perturbaciones y aislada galvánicamente. La conexión hasta la fecha entre el controlador y la placa de control, es decir, el control y el lado del motor, ha sido manejada por fibras individuales. La conversión electroóptica de las señales tiene lugar en los transceptores de la placa de circuito, por lo que los contactos ópticos establecen la conexión a las fibras. Cada fibra óptica tiene una sola conexión tanto en el controlador como en la placa del controlador, en la que se encuentran los transceptores. Con esta solución anterior, todos los elementos de transmisión y recepción en la placa del controlador requieren un espacio considerable, lo que hace que la placa sea innecesariamente grandes y ocupen mayor espacio del que se plantea una vez que tienen su cabida en los planos, es por esto que para el futuro la solución la plantea la misma empresa Harting Para resolver estos problemas,han desarrollado un principio de transmisión que implica la reubicación de los transceptores de la placa controladora en un módulo conectable y así integra la interfaz óptica de acuerdo con el principio de "conexión eléctrica y transmisión óptica". Harting utiliza soluciones de la serie Han-Eco® 10A en automatización para enchufar electricidad y como carcasa del sistema. La carcasa Han® cumple con los requisitos cada vez más exigentes del mercado de automatización e integra una protección contra torceduras y un alivio de tensión óptimos para las fibras.

Mercado global del IGBT 2017-2022

El informe de investigación explora las principales consultas de mercado del mercado global de IGBT después de realizar un análisis completo, intelectual y exhaustivo de la industria de IGBT. El informe ayuda a los proveedores clave, fabricantes de estos modulos ttransitores bipolares y sus respectivos usuarios finales a obtener mejores perspectivas, activos y perspectivas de los segmentos de mercado de IGBT. Las principales zonas topográficas cubiertas en el informe; son Medio Oriente y África, América del Norte, América Latina, Europa y Asia-Pacífico. De esta forma, se completan las facetas conflictivas de la industria, incluidos los esquemas industriales, los cronogramas y los enfoques aparentes. También borra los criterios cruciales como la información de contacto de la empresa, incluida la dirección de correo electrónico, direcciones de sitios web y números de teléfono, grupo de industria IGBT, clasificación, proporción de orden de suministro, asignación de ventas, costo / precio del producto y proveedores clave.

Los vendedores recientes que son nuevos en el negocio de los modulos encuentran problemático competir con el oponente del mercado existente que ya tiene cierto lugar establecido, ubicado en todo el mundo. Este estudio de mercado será útil para los ejecutivos de la industria, gerentes de productos, ventas, analistas y consultores. También se establece una descripción amplia de planes y políticas, distribución de productos IGBT, políticas económicas y de comportamiento. Los profesionales y expertos realizan investigaciones primarias y secundarias para recopilar las estadísticas necesarias de dicho producto y mercado, al considerar el análisis FODA (Fortalezas, Debilidades, Oportunidades y Amenazas). Ofrece una idea aproximada de las materias primas utilizadas en los negocios de esta rama, las tecnologías innovadoras, el alcance y los arreglos cambiantes de los canales de comercialización de IGBT.

Mitsubishi ansioso por dominar el Mercado

Mientras que muchos podrían ver el mercado de la energía como maduro, Mitsubishi apunta a un crecimiento del 10% en los próximos cinco años para dominar la industria. Su operación de módulos en Hungría, Vincotech, será esencial para este crecimiento, dice Toru Sanada, Oficial Ejecutivo a cargo de Semiconductor & Devices en Mitsubishi Electric en una conferencia en Tokio. Esto sigue a la compra de su empresa conjunta Powerex con GE en los EE. UU. Para enfocarse en dispositivos de potencia automotriz. Esta es una de las cuatro áreas en las que se enfocará el negocio, dice Sanada. Estos son electrodomésticos, automatización de fábricas industriales y energía renovable, transmisión CC y automotriz, y serán impulsados por la fabricación de mayor volumen de dispositivos de potencia de silicio y carburo de silicio (SiC) en obleas más grandes. El mercado global para módulos IGBT será de $ 7 mil millones para el 2022, dominado por aplicaciones industriales y Mitsubishi pretende hacer crecer el negocio de energía a ¥ 20 mil millones ($ 2 mil millones), o el 30% del mercado para entonces, en vez de ¥ 130 mil millones ($ 1.3 mil millones) hoy.

Perspectiva de IGBT en China - el ejecutivo de HHGrace Jiye Yang

El transistor bipolar de puerta aislada (IGBT) es tecnológicamente el dispositivo más avanzado entre los componentes electrónicos de potencia y cuenta con amplias aplicaciones que van desde hornos electromagnéticos pequeños para uso doméstico hasta industrias estratégicas como el tránsito ferroviario, vehículos eléctricos y redes eléctricas inteligentes. Este discreto dispositivo semiconductor se promociona como la "CPU" de las industrias eléctrica y electrónica, con amplias aplicaciones en los campos de la energía verde, los automóviles de nueva energía y la automatización industrial. En los últimos años, la demanda de productos IGBT en China se ha expandido a una CAGR del 15% para representar casi un tercio de la demanda mundial por el momento, y se estima que su escala de mercado llegará a CNY18.600 millones (US $ 28.01 mil millones) en 2020, con más del 90% de los chips IGBT, sin embargo, todavía dependen de las importaciones.

Inspirada en la gran demanda del mercado y respaldada por la política gubernamental, Huahong Grace Semiconductor Manufacturing (HHGrace), con sede en Shanghái, ha desarrollado activamente tecnologías y productos IGBT, y ha ampliado gradualmente sus líneas de productos para incluir chips IGBT para usos comerciales, industriales y de consumo. convirtiéndose en una importante casa de fundición de obleas IGBT en China. En una entrevista reciente de Digitimes, Jiye Yang, director senior de la División I de Integración TD de HHGrace, habló sobre las perspectivas y desafíos del mercado de IGBT en China.

Las estadísticas mostraron que el número de vehículos de nueva energía en China aumentó drásticamente de 20,000 unidades en 2013 a 500,000 unidades en 2016, y un crecimiento anual de producción de más del 30% para tales vehículos producidos en el país también se registró para los primeros ocho El plan de desarrollo de la industria automotriz de ahorro de energía y energía publicado por el Consejo de Estado de China (gabinete) indica que la capacidad de producción anual del país para vehículos eléctricos híbridos totalmente eléctricos y enchufables (PHEV) se estima en dos millones. unidades para 2020, traduciéndose en una demanda del mercado por un equivalente de un millón de piezas de obleas IGBT de ocho pulgadas; y su producción acumulativa y ventas de vehículos eléctricos superaría los cinco millones de unidades para el final de ese año, mostrando una demanda de 2,5 millones de piezas de las mismas obleas. El mercado es realmente muy grande. Un desglose adicional mostraría que los módulos IGBT representan el 10% del costo de producción de vehículos de nueva energía y el 20% del costo de la estación de carga. Se estima que los vehículos de nueva energía y las estaciones de carga crearían CNY20 mil millones en la demanda del mercado de módulos de IGBT en los próximos cinco años.

Estudio de mercadeo de los módulos bipolares en America

http://www.uscomponent.com/blog-preview.php?postid=55



El informe de investigación de mercado del transistor bipolar de la puerta aislada de los Estados Unidos (IGBT) da una visión general de las industrias del transistor bipolar de la puerta aislada de Estados Unidos (IGBT) encendido analizando varios segmentos dominantes de este mercado basado en los tipos de producto, aplicación, extremo-a-extremo industrias y su escenario. La distribución regional de las industrias de transistores bipolares aislados de Estados Unidos (IGBT) en todo el mundo se considera para este análisis de mercado, cuyo resultado se utiliza para estimar el desempeño del mercado internacional durante el período comprendido entre 2017 y el año anterior. El informe de investigación de mercado del transistor bipolar de la puerta aislada de los Estados Unidos (IGBT) arroja luz sobre las regiones más importantes: el oeste, suroeste, el medio atlántico, Nueva Inglaterra, el sur, el medio oeste El mercado estadounidense de transistores bipolares de puertas aisladas (IGBT) en el mundo, presenta información crítica y datos factuales sobre la industria de transistores bipolares aislados de Estados Unidos (IGBT), con un estudio estadístico general de este mercado sobre la base de controladores de mercado, limitaciones de mercado y sus perspectivas futuras. Las tendencias y oportunidades generalizadas también se tienen en cuenta en el estudio de mercado de transistores bipolares aislados de Estados Unidos (IGBT).

http://www.uscomponent.com

Manufacturers are using IGBT based motor drives in CT machines

http://uscomponent.com/blog-preview.php?postid=30


State-of-the-art medical diagnostic equipment has transformed the quality of care for our society. Non-invasive imaging of the interior of the body enables the surgeon to perform operations while minimizing damage to adjacent tissue and organs. The IGBT has been used since the early deployment of CT scanners for the control of the gantry on which the patient is reclining as described below. It is also used in the power supply for X-ray and Ultrasound machines. In addition, hundreds of thousands of lives are being saved due to the availability of portable defibrillators which require IGBTs for delivering the controlled shock to the patient of cardiac arrest as discussed below. Computed tomography (CT) generates a three dimensional image of a patient using a large series of two dimensional images taken around a single axis of rotation. The image is generated by viewing the patient using x-ray imaging from numerous angles. A single plane of a patient is scanned from various angles in order to provide a cross-sectional image of the internal structure of that plane. A three-dimensional view can then be created by mathematical analysis that combines the images. The gantry on which the patient is reclining is positioned using closed loop feedback control of motors in order to accurately move and position the patient. An IGBT-based motor drive is employed by all manufacturers, such as GE, Philips, and Siemens, for precise and controlled movement of the gantry. The CT scanner contains an X-ray tube with detectors located diametrically opposite the X-ray source which are rotated around the patient to generate a section image. CT scanners can provide detailed cross-sectional images of nearly every part of the human body including the brain, neck, shoulders, cervical spine, heart, lungs, abdomen, liver, kidney, pelvis, etc.

http://www.uscomponent.com

IGBT-based Motor Drives in Public Transports

The IGBT has a major impact on the transportation sector in all over the world. It enabled the introduction of cost effective and reliable electronic ignitions systems that have improved gasoline fuel efficiency by at least 10 percent. They have also been critical elements in the improvement of mass transit systems and the deployment of electric and hybrid electric vehicles. Modern mass transit systems rely up on electric trains where the propulsion is derived from supplying AC power to motors. High speed rail, such as the European TGV and the Japanese Shinkansen bullet trains allows travel by large numbers of people while avoiding fossil fuel consumption experienced with gasoline powered automobiles and aircraft. Until the 1990s, the silicon GTO was the only available power semiconductor switching device with the power handling capability suitable for this application. In the 1990s, the ratings of IGBTs had sufficiently advanced, to exceed one Mega-Watt allowing penetration of the IGBT into this traction market. The availability of the IGBT allowed significant improvements in the motor drive technology due to elimination of snubber circuits and an increase in the operating frequency of the inverter circuit used to deliver power to the motors. Mass transit systems within cities must rely upon a busses, trams, and underground trains. Many cities have been replacing gasoline powered busses with electric busses and trams to reduce urban pollution. All of these below requirements were met by using the IGBT-based motor drive in control system for the electric transit bus: (a) wide range of speed including high operating speed; (b) large startup torque for good acceleration; (c) high efficiency; and (d) regenerative braking to increase utilization of batteries. In Europe and Japan, electric tram transit systems have been modernized by using IGBT-based motor drives. According to AEG-Westinghouse Transport Systeme, Germany, the low floor concept is becoming a standard customer prerequisite. This has been enabled by today’s IGBT modules.

IGBT in Traction Inverters

For locomotives, which are driven by diesel or electricity, EMU and DEMU vehicles with AC Traction Motors, new microprocessor based AC-AC Traction System (MAS) offers the latest in technology combining IGBT based Traction Converter with DSP and microprocessor based embedded controls. Microprocessor based Locomotive Control system is used in conjunction with IGBT based traction converter to implement this solution. Every traction converter can be configured to have single or multiple inverters. Each Inverter can be further configured to drive single traction motor (independent axle control) or multiple traction motors (bogie control). Existing product offering ranges from 650kW per Inverter for bogie control to 550kW per Inverter for independent axle control. Anywhere between 2 to 6 such inverters are packaged into one traction converter depending on application with total power rating in the range of 1.3MW to 3MW. Last solution can be scaled or optimized for specific application requirement. Typically heat pipe depended heat sinks are used with forced air cooling to cool down the IGBT switching devices. Both on-board as well as under frame options are available depending on space, weight constraints and cooling air availability. The blowers for cooling air are controllable at different speeds or can be turned off depending on heat sink temperatures, so as to enhance the blower life.

IGBT with Microwave Oven

Microwave ovens are used to heat foods quickly and conveniently and it has become an inseparable part of our kitchens and offices now-a-days. It is also used for used for stewing, frying, baking, steaming, and fermenting foods. Microwave ovens are designed for tabletop use or for mounting above the range. Microwave ovens heat food by following the principle of dielectric heating using microwave radiation, usually at a frequency of 2.45 GHz, through the food. Water, fat, and other substances in the food, absorb energy from the microwaves resulting in heating. The microwaves interact with the food in a uniform fashion leading to food being more evenly heated throughout. Prior the availableness of the IGBT, the traditional power supply for the magnetron was a ferro-resonant circuit. Although simple in construction, this power supply was heavy and bulky because of the large size and weight of the low-frequency (50-60 Hz) step-up transformer. After the availability of the IGBT, a magnetron power supply based up on using a high frequency inverter was developed. In this new power supply the anode voltage of the Magnetron rises above 3500 volts when the IGBT is turned on allowing it to generate microwave energy. The power delivered by the magnetron can therefore be precisely controlled using the on-time for the IGBT. Using the IGBT-based inverter circuit, the weight of the transformer could be lessened by more than 10-times.

Different Behaviors of Paralleling IGBTS Published

The paralleling behavior for IGBTs deserves of an special attention that has to be given to the drive circuit, this is due to the variation of the gate threshold voltage of the different chips, simply connecting the gates is not adequate. As they are not just a few of them but several, Instead, each gate has to be driven by its own gate resistor in order to ensure that the chip with the lowest threshold voltage does not clamp the voltage for the others and carry all the current.

The layout of the emitter circuit has to be very symmetrical in order to minimize differences in emitter inductances and resistances. Even minor, unavoidable differences in the emitter inductances and resistances will generate compensation currents between the gate drive emitter connections. It is recommended to use a resistor in the range of at least 0.5 Ohm, but not to exceed approximately 1/3 of the total gate resistance.

The on-state behavior is something more critical when it comes about paralleling igbts. Some devices such as the P700 six-pack suggests a relatively variation in IGBT collector-emitter and diode forward voltage. For the IGBT, the collector-emitter saturation voltage at 25 °C is given as 1.7 V typical and 2.25 V maximum. No value is provided for the minimum voltage. Keeping this in mind, the paralleling of chips cannot be recommended, since the current sharing among the individual IGBTs cannot be ensured. The situation is even worse for the diodes in parallel systems but it can be avoided depending it its final use.

However based in the present times, the actual spread of the devices within one power module is lower than the parallel system users. This is due to the fact that they are picked from locations either exactly next or very close to each other on the same wafer, and will as is stated, feature similar electrical characteristics. Using multiple smaller chips instead of one larger chip improves the thermal behavior, as they doesn`t heat as quickly as a larger one, they tend to devides the heating properties well, This is due to the fact that not only the chip itself, but also a certain area around the chip, will participate in the transfer of heat from the chip to the heatsink. Parallelling systems have improved thermal spreading when using two small chips instead of one large, with in equal total area in both cases.

This case can also be seen when comparing the thermal resistance of the 100 A IGBT in the P569-F module with the 35 A IGBT in the P700-F module. The thermal resistance junction to heatsink for the 100 A the device is 0,57 K/W. The resistance for the single 35 A IGBT is 1,29 K/W, resulting in an resistance of 0,43 K/W, when 3 of them are used in parallel. This provides an improvement of about 25 % in thermal performance,one point for these kind of system, that left behind the more traditional one-module igbt old system,this also compensates for some if not all of the de-rating required due to the non-ideal current sharing.

IGBT with Power Transmission Systems

In a typical HVDC power transmission system, the power is transmitted at very high voltages (above 100-kV) in order to reduce the current on the cables. Large currents in cables require more copper which adds to the cost and weight. Since power semiconductor devices are unable to withstand such high voltages, it is necessary to connect many devices in series to satisfy the system requirements. In addition, for higher power levels, many devices may have to be connected in parallel as well. The series and parallel combination of power devices comprises an HVDC valve. The most common configuration for modern overhead HVDC transmission lines is bipolar because it provides two independent DC circuits each capable of operating at half capacity. Two basic converters topologies are used in modern HVDC transmission systems: conventional line-commutated, current-source converters (CSC) based up on thyristor-valves and self-commutated, voltage-sourced converters (VSC) based up on IGBT-valves. Each valve consists of a large number of series connected thyristors or IGBTs to sustain the desired DC voltage rating.

In the case of current source converters with thyristor valves, a Graetz bridge configuration is used allowing six commutations or switching operations per period. Self-commutated, voltage-source converters using IGBTs are preferred because they allow independent rapid control of both active and reactive power. Reactive power can also be controlled at each end of the transmission line providing total flexibility in network design. The self-commutated, voltage source converters can be constructed using IGBTs without the snubbers required for GTOs. The rate of rise of the current in the IGBT can be controlled by tailoring the gate drive voltage waveform without any ancillary components. This allows controlling the reverse recovery of the anti-parallel rectifiers without the snubbers. The reduced passive components in the IGBT-based VSC inverters reduce system cost.

Empresa IXYS lanza al mercado 1700V y 2500V XPT™

IXYS Corporation (NASDAQ: IXYS), fabricante de semiconductores de potencia y circuitos integrados para aplicaciones de eficiencia energética, gestión de potencia y control de motores, ha anunciado hoy el lanzamiento de 1700V y 2500V XPT ™ IGBT para aplicaciones de administración de energía. Con las clasificaciones actuales que van desde 26A a 178A, los dispositivos son bien adecuados para alta tensión ("HV"), tambien inclutyen aplicaciones de alta velocidad de conversión de energía. A su  vez están disponibles dispositivos que están empaquetados con diodos rápidos antiparalelos.

IXYS tiene una larga trayectoria en la introducción de IGBTs de vanguardia y ha sido pionero en el diseño y aplicaciones de IGBT HV en la gestión de energía, especialmente en los mercados de transporte, médicos e industriales. Diseñados con la tecnología patentada IXYS Extreme-Light Punch-Through (XPT ™) y los procesos IGBT de última generación, estos nuevos dispositivos muestran cualidades tales como resistencia térmica reducida, baja corriente de cola, baja pérdida de energía, Velocidad. Además, gracias al coeficiente de temperatura positivo de su tensión en el estado, los nuevos IGBTs de alto voltaje se pueden utilizar en paralelo, lo que proporciona soluciones rentables en comparación con los dispositivos de baja tensión conectados en serie. Esto resulta en consecuencia en la reducción de los circuitos de accionamiento de compuerta asociados, simplicidad en el diseño y mejora en la fiabilidad del sistema global.

Los diodos opcionales de recuperación rápida co-embalados tienen un tiempo de recuperación inversa bajo y se optimizan para producir formas de onda de conmutación suaves y interferencia electromagnética (EMI) significativamente más baja.

Hay una serie de alto voltaje ("HV"), de alta velocidad de aplicaciones de gestión de energía que pueden beneficiarse de la utilización de estos IGBT. Entre ellos se encuentran los convertidores HV, inversores, circuitos de impulsos de potencia, generadores de láser y rayos X, fuentes de alimentación HV, equipos de prueba HV, circuitos de descarga de condensadores, aplicaciones de conmutación médica, protección de circuitos HV e interruptores HV AC.

Los nuevos IGBTs XPT ™ están disponibles en los siguientes paquetes de tamaño estándar internacional: SOT-227, TO-247, PLUS247, ISOPLUS i5-Pak ™, TO-247HV, TO-247PLUS-HV y TO-268HV. Los tres últimos han aumentado las distancias de fuga entre los conductores, haciéndolos robustos contra tensiones más altas. Algunos ejemplos de números de parte incluyen IXYH24N170C, IXYN30N170CV1, IXYH30N170C, y IXYH25N250CHV, con colectores de corriente nominal de 58A, 88A, 108A y 95A, respectivamente.

Global IGBT & Thyristor Market 2017 - Fairchild Semiconductor, Semikron, Hitachi, Mitsubishi Electric, Infineon

Deerfield Beach, FL -- (SBWIRE) -- 03/15/2017 -- The Global IGBT & Thyristor Market 2017 Industry Research Report is a in-depth study and professional analysis on the current state of the IGBT & Thyristor market.

IGBT & Thyristor Market Report Details:

Firstly, Worldwide IGBT & Thyristor Market report provides a basic overview of the IGBT & Thyristor industry including classification, definitions, Key vendors, Growth Drivers, Competitive Landscape, Regional Analysis and IGBT & Thyristor industry chain structure.

Global IGBT & Thyristor Market analysis is provided for the international industry including company development history, IGBT & Thyristor market competitive landscape, Regional analysis and major regions development status on industry Market scenario.

Secondly, IGBT & Thyristor Market report includes, development policies and plans are discussed, manufacturing processes and cost structures. This IGBT & Thyristor Industry report also states import/export, supply and consumption figures as well as cost, price, Global IGBT & Thyristor Market revenue and gross margin by regions (South East Asia, India, North America, Europe, Japan and China) and also other can be added.

Then, the report pay attention on worldwide major leading market players (in IGBT & Thyristor industry area) with information such as Company Profile, Sales Volume, Price, Gross Margin and contact information. Global IGBT & Thyristor Industry report also includes Upstream & downstream consumers analysis, raw materials.

International IGBT-based Power Module Market by 2020 -- Revenue, Growth, Analysis, Regions, Trends, Forecast, Drivers, Challenges & It’s Impact

IGBT-based Power Module Market report 2016-2020 focuses on the major drivers and restraints for the key players. IGBT-based Power Module research report also provides granular analysis of the market share, segmentation, revenue forecasts and geographic regions of the market.  The IGBT-based Power Module market research report is a professional and in-depth study on the current state of IGBT-based Power Module Industry.

The IGBT-based Power Module Market research report covers the present scenario and the growth prospects of the global IGBT-based Power Module industry for 2016-2020.

An IGBT chip has high power efficiency, high blocking voltage, and the ability to work on low power. IGBT and diode dies are combined to form power modules. These are large arrangements of basic building blocks of power electronic equipment. These assembled stacks are configured to cope with the needs of the highest power applications. These modules are used in industrial motors, railroad traction, power supplies, renewable energy, and consumer appliances. These modules are also used to drive electric motors for both automotive and industrial applications.

Key Vendors of IGBT-based Power Module Market:

·         Fairchild Semiconductor International

·         Fuji Electric

·         Infineon Technologies

·         Mitsubishi

·         SEMIKRON

·         STMicroelectronics

And many more…

IGBT-based Power Module market report provides key statistics on the market status of the IGBT-based Power Module manufacturers and is a valuable source of guidance and direction for companies and individuals interested in the IGBT-based Power Module industry.

The IGBT-based Power Module market report also presents the vendor landscape and a corresponding detailed analysis of the major vendors operating in the market. IGBT-based Power Module market report analyses the market potential for each geographical region based on the growth rate, macroeconomic parameters, consumer buying patterns, and market demand and supply scenarios.

Regions of IGBT-based Power Module market:

·         Americas

·         APAC

·         EMEA

Through the statistical analysis, the report depicts the global IGBT-based Power Module market including capacity, production, production value, cost/profit, supply/demand and import/export. The total market is further divided by company, by country, and by application/type for the competitive landscape analysis.

IGBT Transistor Market Growth Opportunity in China, Japan and United States - Reports Monitor

Geographically, this report is segmented into several key Regions, with production, consumption, revenue (million USD), market share and growth rate of IGBT Transistor in these regions, from 2012 to 2022 (forecast), covering

United States

EU

China

Japan

South Korea

Taiwan

Global IGBT Transistor market competition by top manufacturers, with production, price, revenue (value) and market share for each manufacturer; the top players including

Infineon

On semiconductor

Fairchildsemi

Microsemi

Vishay

Powerex

Mitsubishi

Hitachi

Microchip

ABB

International Rectifier

IXYS

STMicroelectronics

On the basis of product, this report displays the production, revenue, price, market share and growth rate of each type, primarily split into

Three-terminal Monomer Encapsulation

IGBT and FWD Encapsulation Combination

On the basis on the end users/applications, this report focuses on the status and outlook for major applications/end users, consumption (sales), market share and growth rate of IGBT Transistor for each application, including

Appliance Motor Drives

Electric Vehicle Motor Drives

Power Factor Correction Converters

Uninterruptible Power Supplies

Solar Inverters

High Frequency Welders

Inductive Heating Cookers

Global IGBT-Based Power Module Market 2017 - Infineon Technologies, Mitsubishi Electric, Fuji Electric, Hitachi, Vishay, Siemens

Global IGBT-based Power Module Market 2017 - Industry Research Report

This press release was orginally distributed by SBWire

Deerfield Beach, FL -- (SBWIRE) -- 02/22/2017 -- The Global IGBT-based Power Module Market 2017 Industry Research Report is a in-depth study and professional analysis on the current state of the IGBT-based Power Module market.

IGBT-based Power Module Market Report Details:

Firstly, Worldwide IGBT-based Power Module Market report provides a basic overview of the IGBT-based Power Module industry including classification, definitions, Key vendors, Growth Drivers, Competitive Landscape, Regional Analysis and IGBT-based Power Module industry chain structure.

Major Companies covered in this Research Report are,

Infineon Technologies
Mitsubishi Electric
Vincotech
Fuji Electric
Hitachi, Ltd
Littelfuse
Vishay
Siemens
STMicroelectronics
Texas Instruments
ABB

Global IGBT-based Power Module Market analysis is provided for the international industry including company development history, IGBT-based Power Module market competitive landscape, Regional analysis and major regions development status on industry Market scenario.

Global IGBT-based Power Module Sales Industry Report 2017 Covers:-

1. IGBT-based Power Module Overview
2. Global IGBT-based Power Module Competition by Manufacturers, Type and Application
3. United States, China, Europe, Japan IGBT-based Power Module (Volume, Value and Sales Price)
4. Worldwide IGBT-based Power Module Manufacturers Analysis
5. IGBT-based Power Module Manufacturing Cost Analysis
6. Industrial Chain, Sourcing Strategy and Downstream Buyers
7. Industrial Strategy Analysis, Distributors/Traders
8. Market Effect Factors Analysis
9. Worldwide IGBT-based Power Module Market Forecast (2017-2021)
10. Appendix

Secondly, IGBT-based Power Module Market report includes, development policies and plans are discussed, manufacturing processes and cost structures. This IGBT-based Power Module Industry report also states import/export, supply and consumption figures as well as cost, price, Global IGBT-based Power Module Market revenue and gross margin by regions (South East Asia, India, North America, Europe, Japan and China) and also other can be added.

Then, the report pay attention on worldwide major leading market players (in IGBT-based Power Module industry area) with information such as Company Profile, Sales Volume, Price, Gross Margin and contact information. Global IGBT-based Power Module Industry report also includes Upstream & downstream consumers analysis, raw materials.

IGBT Chip Market Trends and Prediction by Leading Manufacturers according to its Application and Types

IGBTChip Market research report is a professional and in-depth study on the current state of this market. Various definitions and classification of the industry, applications of the industry and chain structure are given. Present day status of the IGBT Chip market in key regions is stated and industry policies and news are analysed.

In depth analysis of an industry is a crucial thing for various stakeholders like investors, CEOs, traders, suppliers and others. The IGBT Chip industry research report is a resource, which provides technical and financial details of the industry.

Next part of the IGBT Chip market analysis report speaks about the manufacturing process. The process is analysed thoroughly with respect to three points, viz. raw material and equipment suppliers, various manufacturing associated costs (material cost, labour cost, etc.) and the actual process.

Major Key Players are Analysed in the IGBT Chip Market Report:

·         Infineon

·         Fairchild Semiconductor

·         ON Semiconductor

·         STMicroelectronics

·         Renesas Electronics

·         Toshiba

·         ROHM

·         Vishay

·         Hitachi

·         Fair-Rite Asia

After the basic information, the report sheds light on the production. Production plants, their capacities, production and revenue are studied. The IGBT Chip market consumption for major regions is given. Also, the IGBT Chip industry growth in various regions and R&D status are also covered such as:

·         United States

·         China

·         Europe

·         Japan

Further in the report, the IGBT Chip industry is examined for price, cost and gross value. These three points are analysed for types, companies and regions. In continuation with this data sale price is for various types, applications and region is also included.

To provide information on competitive landscape, this report includes detailed profiles of IGBT Chip market key players. For each player, product details, capacity, price, cost, gross and revenue numbers are given. Their contact information is provided for better understanding