Specifications and Limitations: The document emphasizes that operating devices beyond specified conditions can affect reliability. Specifications may change, and current data supersedes previous versions. Life support applications require explicit authorization.

Device Types and Nomenclature: It lists various device types such as rectifier diodes, fast recovery diodes, and thyristors, detailing their nominal current ratings and housing types. Device nomenclature includes codes for voltage grades and tq codes.

SimBus A Module: This new package development for bipolar products features solder-free assembly and optimized thermal management, suitable for power conversion applications with a 17 mm industrial standard height.

ISOPLUS Family: The ISOPLUS family includes packages like ISOPLUS247™, offering high isolation capability and low thermal resistance, designed for high reliability and ease of assembly in automotive and power electronics.

ISOPLUS-SMPD™ Package: This package provides 4 kV isolation, low thermal impedance, and is suitable for SMD assembly, supporting high current applications with flexible configurations.

MOSFETs, Diodes, and IGBTs: Various configurations and specifications for MOSFETs, diodes, and IGBTs are listed, highlighting their applications in power electronics and automotive industries.

Introduction: The document introduces the IXYS ISOPLUS™ family, noting advantages like high temperature cycle reliability, optimal heat transfer, reduced current loops, and improved EMI behavior. The GWM ISOPLUS-DIL™ Six-Pack is designed for automotive applications and meets AEC-Q101 standards.

Specifications: The GWM ISOPLUS-DIL™ Six-Pack features Trench MOSFET technology, split into three electrically isolated phase legs, reducing stray inductance and enhancing high-frequency performance. It handles high currents with low RDSon, optimized reverse diode, high power density, and 1000 V electrical isolation.

Applications: Applications include automobile electric power steering, active suspension, water pumps, starter generators, propulsion drives, and battery-operated equipment.

Benefits: Benefits of the ISOPLUS-DIL™ include high reliability, easy assembly, optimized EMI behavior, extremely low power loss, and reduced weight.

Product Variants: Various product variants are listed with specifications such as VDS, ID25, ID90, RDS(on), QG(on), and trr.

Advanced Technologies: Advanced technologies like Xtreme Light Punch Through (XPT) IGBTs, Non-Punch Through (NPT) IGBTs, and GenX3™ Punch-Through IGBTs offer reduced power dissipation, higher power density, and improved system efficiency.

High Voltage IGBTs: High voltage IGBTs (1600 V & 1700 V) are designed for high voltage applications, offering low saturation voltage, high power density, and high peak current capability, suitable for AC motor speed control and DC choppers.

Conclusion: The document provides a comprehensive overview of the IXYS ISOPLUS™ family and its products, highlighting specifications, applications, and benefits in electronics.

Overview: The document discusses advantages and applications of IGBTs and related technologies, emphasizing their role in high voltage switching designs to reduce system complexity and improve efficiency.

Technical Data: Extensive tables list specifications for different IGBT models, including voltage ratings, current capacities, thermal resistance, and other critical parameters.

Conclusion: The document emphasizes IGBTs' role in simplifying high voltage systems, improving efficiency, and reducing costs, highlighting their versatility and reliability in industrial applications.

Overview: The document discusses advantages and applications of Very High Voltage (VHV) MOSFETs and CoolMOS™ Power MOSFETs, designed to simplify design, improve reliability, and reduce system costs in high-voltage applications.

VHV MOSFETs: Optimal for applications like laser and x-ray generation systems, high-voltage power supplies, pulse circuits, high-voltage automated test equipment, and capacitor discharge circuits, offering high isolation capability and superior thermal performance.

CoolMOS™ Power MOSFETs: CoolMOS™ FETs reduce specific resistance to a linear function, allowing extremely low on-resistances at high breakdown voltages and small chip sizes, available in various packages with internal DCB isolation.

Technical Specifications: Detailed tables specify parameters for various MOSFET models, including VDSS, ID, RDS(on), Ciss, Qg, trr, RthJC, and PD.

Package Styles: Various package styles are listed, indicating physical configuration and mounting options for MOSFETs.

Overview: The document provides technical design information for thyristors, diodes, thyristor/diode modules, and rectifier bridges, including specifications, procedures, and recommendations for surge current, forward current, and rectifier bridge configurations.

Conclusion: The document provides comprehensive technical details for designing and implementing thyristor and diode modules, emphasizing adherence to specified electrical and thermal parameters for optimal performance and compliance with industry standards.

Specifications: The document outlines various semiconductor components and their specifications, including high-speed gate drivers, motor drive inverters, and automotive applications, with features like tolerance to negative transient voltages and undervoltage lockout.

Components and Packages: Several components are listed with specifications, such as the IX 2127G and IX 2127N models, available in 8-pin DIP and SOIC packages.

Planar Technology Features: Planar technology is highlighted for its non-critical handling and simplified mounting, using isolation diffusion with guard rings and thick glass passivation for reliability.

Direct Copper Bonded Ceramic Substrates: IXYS manufactures DCB substrates on aluminum oxide, offering high integration for new product ideas, serving as carriers for semiconductor chips, electrical isolators, and heat dissipation mediums.

Application Notes and Technical Information: The document provides application notes for GTO thyristors, press-pack IGBTs, and high-reliability pressure contact IGBTs, discussing design concepts and testing for reliability.

Rectifier Diodes: Westcode offers a range of rectifier diodes with blocking voltages from 400V to 6kV, optimized for low conduction losses and suitable for line frequency applications.

Overview: The document provides a comprehensive overview of power semiconductor assemblies offered by IXYS and Westcode, highlighting their global availability and the importance of supply management to reduce costs without compromising quality.

Standard Assemblies: IXYS and Westcode offer a wide range of standard assemblies for common converter topologies, designed to be economical alternatives to in-house design and assembly.

Pulsed Power: The company offers solutions from discrete components to fully integrated energy transfer switches, handling voltage ratings over 50 kV and pulsed currents up to 140 kA.

Custom Assemblies: With over 70 years of experience, IXYS and Westcode provide custom solutions for a range of design problems, utilizing 3D modeling techniques for successful system integration.

Transportation: The company offers solutions for component obsolescence, power equipment reliability, maintenance, refurbishment, and system upgrades in the railway industry.

Beyond Semiconductors: IXYS and Westcode's flexible manufacturing facility can adapt to customer needs, offering complementary sub-assemblies like fuse panels and capacitor banks.

Application and Engineering Support: The technical team provides support from concept through design to manufacture and test, ensuring equipment longevity and investment protection.

Silicon Assemblies: A wide range of units is available, incorporating international standard outline silicon semiconductors, with applications in military, industrial, and domestic sectors.

Cooling and Protection: Cooling for modules is provided by low noise fans with thermal cut-outs, and surge suppression and fusing ensure reliable operation.

Modular Solutions: Westack and WestackLITE offer modular solutions with standard and customizable configurations, designed for efficiency and reliability.

Accessories: Various accessories are listed to support high power semiconductor devices, including heatsinks, coolers, clamps, and mounting grease.