Semiconductors

We offer one of the most diverse power semiconductor portfolios, including GTOs, IGBTs, IGCTs, Thyristors, and Diodes in the power range of 150 A up to 13500 A and 200 V up to 8500 V.

Today our diverse range of semiconductors ensures e-vehicles and trains run smoothly, generating power efficiently, and wind turbines turn reliably.

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How are IGCT semiconductors enabling renewables?

Whitepaper: Next Generation of High Power Phase-controlled Thyristor and Rectifier Diode

Learn more about our new high-power semiconductor platform for the industry.

Read the paper

Why is the power semiconductor market migrating to SiC?

Webinar: High Performance and Best Quality for Low Voltage Applications

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Our Offerings

Insulated gate bipolar transistors (IGBT) and diode dies

Integrated gate-commutated thyristors (IGCT)

Gate turn-off thyristors (GTO)

Assemblies for high power applications

Test systems for high-power semiconductors

At the heart of the world’s industries

From pumps and fans in the metal and paper industry, roller tables in steel mills, hoists and winches in harbor cranes or propulsion of ships, Hitachi Energy's reliable and efficient semiconductors play a critical role.

Renewables

In today’s Hitachi Energy a greater degree of sophistication is required to ensure that stable, reliable power is delivered on demand despite the intermittent nature of the renewable energy sources, such as wind, solar, wave and tidal power.

E-mobility

Semiconductors for e-mobility applications

Transmission and distribution

Power semiconductors are a key element in an increasing number of Hitachi Energy products and systems taking a lead role in almost all electrical applications.

Traction

Today the vast majority of locomotives, trains including metros and tramways feature electric propulsion.

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How are semiconductors applied in electrical vehicles?

ECTC virtual conference 2021

The IEEE 71st Electronic Components and Technology Conference - ECTC - will occur virtually from June 1st to July 4th. Hitachi Energy presents the topic "Novel in-situ button shear methodology for efficient assessment of mold compound encapsulation". The presentation is part of the Technical Program, session 19, scheduled for 10:30 AM EDT on June 28th. Register for the session and meet our experts in the live Q&A session.

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How are IGCT semiconductors enabling renewables?

Whitepaper: Next Generation of High Power Phase-controlled Thyristor and Rectifier Diode

Why is the power semiconductor market migrating to SiC?

Webinar: High Performance and Best Quality for Low Voltage Applications

Our Offerings

IGBT and diode modules

Press-pack IGBT modules

Insulated gate bipolar transistors (IGBT) and diode dies

Integrated gate-commutated thyristors (IGCT)

Thyristors

Diodes

Gate turn-off thyristors (GTO)

Diode & thyristor modules

RoadPak SiC e-mobility module

Assemblies for high power applications

Test systems for high-power semiconductors

Applications

At the heart of the world’s industries

Renewables

E-mobility

Transmission and distribution

Traction

Links and downloads

Data sheets

Application notes

Environmental specifications

Technical publications

Articles

White papers and webinars

Certificates

Material for Distributors with login

Product catalog

Product brochure

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SEMIS

Webcast e-mobility

How are semiconductors applied in electrical vehicles?

ECTC virtual conference 2021

Whitepaper: New SiC module boosting efficiency of high-power applications

Virtual Conference ISPSD 2021

PCIM digital days 2021

Video surveillance in the BiMOS Backend production area

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