家用电器

英飞凌功率半导体、控制器和传感器驱动的创新型节能电器

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Why choose Infineon semiconductors for home appliance design

Choose Infineon to engineer home appliances that are efficient, compact, connected, and secure from the power stage to the user interface. Infineon quality is built on a zero-defect mindset, disciplined processes, and proven reliability — helping designers create appliance platforms that are made to perform over long product lifecycles.

Our portfolio brings together CoolMOS™ and OptiMOS™ MOSFETs, TRENCHSTOP™ IGBTs, CoolSiC™ and CoolGaN™ wide-bandgap devices, CIPOS™ intelligent power modules, EiceDRIVER™ gate drivers, CoolSET™ auxiliary power, PSOC™ Control C3 for real-time control, PSOC™ Edge for intelligent system control, XENSIV™ sensors, AIROC™ connectivity, and OPTIGA™ security.

That breadth helps designers align switching performance, thermal behavior, sensing accuracy, embedded intelligence, and trust within one architecture. Across major home appliance platforms, Infineon solutions support quieter operation, lower standby power, smaller form factors, and robust long-lifecycle designs — with application sections below to guide product selection for specific appliance designs.

Start desiging with Infineon
Find and configure solutions with Infineon

Motor control solutions for efficient, quiet, and compact appliances

Motor control is where appliance efficiency becomes visible: quieter compressors, smoother drums, faster fans, precise pumps, and more responsive heat-pump systems.

Infineon supports inverterized motor-control designs with CIPOS™ IPMs for high integration, TRENCHSTOP™ IGBTs and CoolMOS™ or OptiMOS™ MOSFETs for power-stage flexibility, EiceDRIVER™ gate driver ICs for robust switching, and PSOC™ Control C3 microcontrollers for precise real-time motor control and fast protection.

For next-generation designs, CoolGaN™ and CoolSiC™ devices help increase power density and efficiency, while XENSIV™ sensors enable position, current, pressure, vibration, and presence feedback. 

The result is a scalable motor-control architecture for cooling, laundry, cooking, grooming, and air-management appliances — designed to reduce losses, manage EMI, simplify thermal design, and deliver reliable motion throughout the appliance lifecycle.

Prototype motor control with PSOC™ Control
Evaluate motor-drive control with PSOC™ Control

HMI solutions for intuitive, durable, and sensor-rich user interfaces

A premium, Edge AI-enabled home appliance feels intuitive before the first cycle starts. Infineon HMI solutions combine PSOC™ microcontrollers, including PSOC™ 4000T for advanced touch and multi-sense interfaces, CAPSENSE™ touch technology, and XENSIV™ sensors to create responsive, sealed, and durable interfaces for wet, hot, steamy, or high-use environments.

Touch keys, sliders, proximity sensing, gesture input, displays, voice-enabled interaction, and sensor-based automation can be integrated into one control strategy, helping designers reduce mechanical wear while improving usability.

Across high-volume appliance platforms, Infineon components support interfaces that are sleek, robust, and easy to clean. With the right MCU, sensing, and connectivity foundation, the HMI can become a system intelligence point — collecting context, enabling diagnostics, and supporting software-defined feature upgrades over the product lifetime.

Evaluate CAPSENSE™ and PSOC™ Multi-Sense for HMI
Explore PSOC™ 4000T kits for HMI prototyping

Power conversion, sensing, and system efficiency for home appliances

Efficient home appliances depend on more than the main inverter. Auxiliary power, high-voltage conversion, sensing, and protection all shape standby consumption, thermal performance, PCB area, and system reliability.

Infineon provides CoolSET™ AC-DC solutions for robust auxiliary supplies, CoolMOS™ and OptiMOS™ MOSFETs for efficient switching, TRENCHSTOP™ IGBTs for demanding power stages, and CoolGaN™ or CoolSiC™ devices where higher switching frequency and power density create system advantages.

Combined with XENSIV™ sensors, EiceDRIVER™ gate drivers, PSOC™ Control C3, and PSOC™ Edge, these technologies help designers optimize power from the mains input to motors, heaters, fans, compressors, displays, and communication modules. Position Infineon as a system-level partner for energy-efficient appliance power architectures — supporting lower losses, compact layouts, and compliance-driven design targets.

Discover the CoolSET™ SiP 100 W evaluation board
Explore the CoolSET™ SiP 75 W evaluation board

Connectivity, central control, and AI-ready appliance architectures

Connected appliances need more than a radio. They need a control architecture that can manage Edge AI functionality, sensing, actuation, UI, power conversion, data, and software updates reliably.

Infineon supports central and main-control designs with PSOC™ Edge for AI-ready embedded intelligence, PSOC™ Control C3 for real-time control tasks, AIROC™ Wi-Fi and Bluetooth® combo solutions, XENSIV™ sensors, and OPTIGA™ security.

This enables smart appliance platforms to connect into the smart home, exchange data securely, and support advanced functions such as predictive maintenance, sensor-based automation, and AI/ML at the edge. Designers can partition workloads across motor control, HMI, connectivity, and application logic while maintaining low power and compact PCB layouts. Build connected home appliances that sense, decide, control, and communicate with engineering confidence.

Explore edge AI appliance concepts with PSOC™ Edge
Develop smart HMI concepts with PSOC™ Edge

Security solutions for trusted, connected, regulation-ready appliances

Security is now a design requirement for connected home appliances, not an optional feature. Infineon helps designers establish hardware-based trust with OPTIGA™ security solutions that protect identities, keys, data, and communications across the appliance lifecycle.

Secure authentication, protected cloud connectivity, trusted firmware updates, and system integrity checks are increasingly important as appliances become part of smart-home networks and AI-enabled service ecosystems. PSOC™ Control C3 products add another layer of future-oriented protection with post-quantum cryptography capabilities, supporting long-lifecycle appliance platforms as regulatory expectations such as the EU Cyber Resilience Act evolve.

Together, OPTIGA™ security and PSOC™ Control C3 help designers address embedded trust from both the system-security and real-time-control perspective. Security should be designed in from the first architecture decision, helping appliances protect user data, resist tampering, and maintain trust from production provisioning through field operation.

Start hardware-security evaluation with OPTIGA™
Explore PSOC™ Control C3 microcontrollers

Why choose Infineon semiconductors for home appliance design

Choose Infineon to engineer home appliances that are efficient, compact, connected, and secure from the power stage to the user interface. Infineon quality is built on a zero-defect mindset, disciplined processes, and proven reliability — helping designers create appliance platforms that are made to perform over long product lifecycles.

Our portfolio brings together CoolMOS™ and OptiMOS™ MOSFETs, TRENCHSTOP™ IGBTs, CoolSiC™ and CoolGaN™ wide-bandgap devices, CIPOS™ intelligent power modules, EiceDRIVER™ gate drivers, CoolSET™ auxiliary power, PSOC™ Control C3 for real-time control, PSOC™ Edge for intelligent system control, XENSIV™ sensors, AIROC™ connectivity, and OPTIGA™ security.

That breadth helps designers align switching performance, thermal behavior, sensing accuracy, embedded intelligence, and trust within one architecture. Across major home appliance platforms, Infineon solutions support quieter operation, lower standby power, smaller form factors, and robust long-lifecycle designs — with application sections below to guide product selection for specific appliance designs.

Start desiging with Infineon
Find and configure solutions with Infineon

Motor control solutions for efficient, quiet, and compact appliances

Motor control is where appliance efficiency becomes visible: quieter compressors, smoother drums, faster fans, precise pumps, and more responsive heat-pump systems.

Infineon supports inverterized motor-control designs with CIPOS™ IPMs for high integration, TRENCHSTOP™ IGBTs and CoolMOS™ or OptiMOS™ MOSFETs for power-stage flexibility, EiceDRIVER™ gate driver ICs for robust switching, and PSOC™ Control C3 microcontrollers for precise real-time motor control and fast protection.

For next-generation designs, CoolGaN™ and CoolSiC™ devices help increase power density and efficiency, while XENSIV™ sensors enable position, current, pressure, vibration, and presence feedback. 

The result is a scalable motor-control architecture for cooling, laundry, cooking, grooming, and air-management appliances — designed to reduce losses, manage EMI, simplify thermal design, and deliver reliable motion throughout the appliance lifecycle.

Prototype motor control with PSOC™ Control
Evaluate motor-drive control with PSOC™ Control

HMI solutions for intuitive, durable, and sensor-rich user interfaces

A premium, Edge AI-enabled home appliance feels intuitive before the first cycle starts. Infineon HMI solutions combine PSOC™ microcontrollers, including PSOC™ 4000T for advanced touch and multi-sense interfaces, CAPSENSE™ touch technology, and XENSIV™ sensors to create responsive, sealed, and durable interfaces for wet, hot, steamy, or high-use environments.

Touch keys, sliders, proximity sensing, gesture input, displays, voice-enabled interaction, and sensor-based automation can be integrated into one control strategy, helping designers reduce mechanical wear while improving usability.

Across high-volume appliance platforms, Infineon components support interfaces that are sleek, robust, and easy to clean. With the right MCU, sensing, and connectivity foundation, the HMI can become a system intelligence point — collecting context, enabling diagnostics, and supporting software-defined feature upgrades over the product lifetime.

Evaluate CAPSENSE™ and PSOC™ Multi-Sense for HMI
Explore PSOC™ 4000T kits for HMI prototyping

Power conversion, sensing, and system efficiency for home appliances

Efficient home appliances depend on more than the main inverter. Auxiliary power, high-voltage conversion, sensing, and protection all shape standby consumption, thermal performance, PCB area, and system reliability.

Infineon provides CoolSET™ AC-DC solutions for robust auxiliary supplies, CoolMOS™ and OptiMOS™ MOSFETs for efficient switching, TRENCHSTOP™ IGBTs for demanding power stages, and CoolGaN™ or CoolSiC™ devices where higher switching frequency and power density create system advantages.

Combined with XENSIV™ sensors, EiceDRIVER™ gate drivers, PSOC™ Control C3, and PSOC™ Edge, these technologies help designers optimize power from the mains input to motors, heaters, fans, compressors, displays, and communication modules. Position Infineon as a system-level partner for energy-efficient appliance power architectures — supporting lower losses, compact layouts, and compliance-driven design targets.

Discover the CoolSET™ SiP 100 W evaluation board
Explore the CoolSET™ SiP 75 W evaluation board

Connectivity, central control, and AI-ready appliance architectures

Connected appliances need more than a radio. They need a control architecture that can manage Edge AI functionality, sensing, actuation, UI, power conversion, data, and software updates reliably.

Infineon supports central and main-control designs with PSOC™ Edge for AI-ready embedded intelligence, PSOC™ Control C3 for real-time control tasks, AIROC™ Wi-Fi and Bluetooth® combo solutions, XENSIV™ sensors, and OPTIGA™ security.

This enables smart appliance platforms to connect into the smart home, exchange data securely, and support advanced functions such as predictive maintenance, sensor-based automation, and AI/ML at the edge. Designers can partition workloads across motor control, HMI, connectivity, and application logic while maintaining low power and compact PCB layouts. Build connected home appliances that sense, decide, control, and communicate with engineering confidence.

Explore edge AI appliance concepts with PSOC™ Edge
Develop smart HMI concepts with PSOC™ Edge

Security solutions for trusted, connected, regulation-ready appliances

Security is now a design requirement for connected home appliances, not an optional feature. Infineon helps designers establish hardware-based trust with OPTIGA™ security solutions that protect identities, keys, data, and communications across the appliance lifecycle.

Secure authentication, protected cloud connectivity, trusted firmware updates, and system integrity checks are increasingly important as appliances become part of smart-home networks and AI-enabled service ecosystems. PSOC™ Control C3 products add another layer of future-oriented protection with post-quantum cryptography capabilities, supporting long-lifecycle appliance platforms as regulatory expectations such as the EU Cyber Resilience Act evolve.

Together, OPTIGA™ security and PSOC™ Control C3 help designers address embedded trust from both the system-security and real-time-control perspective. Security should be designed in from the first architecture decision, helping appliances protect user data, resist tampering, and maintain trust from production provisioning through field operation.

Start hardware-security evaluation with OPTIGA™
Explore PSOC™ Control C3 microcontrollers