Infineon provides comprehensive semiconductor solutions for industrial applications: Motor Drive Solutions - Complete power and control solutions for AC/DC motor drives, servo systems, and variable frequency drives using IGBT modules, gate drivers, and XMC MCUs

Power Supply Solutions - High-efficiency designs for switch-mode power supplies (SMPS), DC-DC converters, and uninterruptible power supplies (UPS) using CoolMOS, OptiMOS, and CoolSiC devices

Renewable Energy Solutions - Solar inverters, wind power converters, and energy storage systems using high-power IGBT modules and SiC MOSFETs

Industrial Automation Solutions - Factory automation, robotics, and process control using AURIX and XMC microcontrollers with integrated safety features. Each solution includes recommended product combinations, reference designs, and technical documentation.

Explore the specific solution categories below to find detailed information about products, benefits, and implementation guidance for your application.

Motor drive solution selection depends on power level and application: Low Power (0.5-5kW) - OptiMOS MOSFETs with XMC1000 MCUs for cost-sensitive applications like pumps and fans

Medium Power (5-75kW) - EconoDUAL IGBT modules with XMC4000 MCUs for standard industrial drives, servo systems, and compressors

High Power (75-500kW) - PrimePACK IGBT modules with AURIX TC2xx MCUs for large industrial drives, traction systems, and heavy machinery

High Efficiency - CoolSiC MOSFETs for premium efficiency requirements in servo drives and high-performance applications. Control Complexity - XMC for standard V/f control, AURIX for field-oriented control (FOC) and advanced motor control algorithms. Each solution page provides detailed BOM recommendations, performance specifications, and application guidance.

Click on Motor Drive Solutions to explore specific configurations, or contact our FAE team for customized motor drive recommendations.

Infineon provides comprehensive solutions for renewable energy: Solar Inverters - String inverters (3-20kW) using CoolSiC MOSFETs for maximum efficiency, central inverters (100kW+) using PrimePACK IGBT modules

Wind Power - Onshore and offshore wind converters using high-power IGBT modules and AURIX MCUs for grid synchronization

Energy Storage - Battery inverters and bidirectional converters using SiC MOSFETs for high-efficiency charge/discharge cycles

EV Charging - DC fast chargers using CoolSiC MOSFETs for compact, high-efficiency designs. Key Technologies - CoolSiC MOSFETs enable 99%+ efficiency and high switching frequencies reducing passive component size

PrimePACK modules provide proven reliability for utility-scale installations. All solutions include grid-tie compliance features and meet relevant safety standards.

Explore Solar Inverter or Wind Power solutions for detailed product recommendations and technical specifications.

Infineon offers comprehensive solutions for automotive electrification: Traction Inverters - High-power IGBT modules and CoolSiC MOSFETs for electric vehicle main drives, delivering 50-250kW output power

Battery Management Systems (BMS) - AURIX TC3xx MCUs with ASIL-D safety certification for precise cell monitoring and balancing

Onboard Chargers (OBC) - CoolSiC MOSFETs for compact, high-efficiency AC-DC conversion

DC-DC Converters - Isolated converters for auxiliary systems using high-frequency switching devices

EV Charging - Solutions for both onboard and offboard charging infrastructure. Safety Features - All automotive solutions meet ISO 26262 functional safety requirements and AEC-Q100/Q101 qualification. Infineon's automotive portfolio enables complete electric powertrain design with proven reliability.

Explore EV-specific solutions to find detailed product recommendations for traction, charging, and battery management applications.

Infineon reference designs accelerate product development: Proven Performance - Designs validated by Infineon engineers with documented test results and efficiency measurements

Complete Documentation - Schematics, PCB layouts, BOMs, and application notes provided

Optimized Pairings - Components selected and tested to work together optimally (IGBTs with gate drivers, MCUs with sensors)

Reduced Risk - Eliminates guesswork in component selection and circuit design

Faster Time-to-Market - Start with working design and customize for specific requirements

Cost Optimization - BOM optimized for performance and cost based on Infineon's extensive application experience. Reference designs cover motor drives, power supplies, renewable energy, and automotive applications. LiTong Electronics can provide reference design kits and technical support for implementation.

Contact us to request reference design documentation and evaluation kits for your target application.

Power supply solution selection criteria: Power Level - <1kW: OptiMOS MOSFETs for DC-DC converters

1-10kW: CoolMOS superjunction MOSFETs for PFC and LLC converters

>10kW: IGBT modules or CoolSiC MOSFETs for high-power applications

Topology - PFC stages: CoolMOS or CoolSiC for bridgeless designs

DC-DC stages: Select based on voltage and frequency requirements

Efficiency Target - Standard (90-94%): CoolMOS or IGBT solutions

Premium (95-99%): CoolSiC MOSFETs for highest efficiency

Input Voltage - 90-264VAC universal: Standard solutions

380-480VAC three-phase: High-voltage IGBT or SiC solutions

Output Requirements - Isolated or non-isolated, voltage regulation, current sharing for parallel operation. Each solution page provides topology recommendations, efficiency curves, and detailed BOMs.

Browse power supply solutions by topology and power level, or contact our FAE team for custom power supply design assistance.