Durable healthcare equipment

Reliable connectivity, intuitive control, and efficient motion for clinical and home equipment

Block diagram

About

Reliable, secured connectivity for complex healthcare systems

Infineon enables reliable, secure, high-performance wireless communication for connected healthcare equipment, including hospital networks, gateways, patient-monitoring systems, and other clinical infrastructure. The broad AIROC™ Wi-Fi portfolio delivers robust connectivity, high throughput, and reliable performance for demanding healthcare environments. A strong ecosystem of module partners provides pre-integrated solutions that can simplify design, reduce development effort, and help accelerate FIPS qualification. OPTIGA™ security solutions add hardware root of trust, protected key storage, authentication, and cryptographic capabilities to protect connected devices and support compliance with EU Cyber Resilience Act (CRA) requirements. Together, AIROC™ connectivity, qualified module options, and OPTIGA™ security help manufacturers build interoperable, resilient healthcare systems designed for secure data exchange and long product lifecycles.

AIROC™ Wi-Fi + Bluetooth® combos
OPTIGA™ embedded security solutions

Precision control and sensing for advanced healthcare equipment

Infineon enables efficient motion control for stepper, BLDC, servo and linear motors requiring precision, durability and reduced footprint. Designers can optimize overall system performance and efficiency without compromising torque or speed using PSOC™ Control C3 microcontrollers that come with dedicated HW blocks to support integration of our Si & GaN power solutions and switches. ModusToolbox™ Motor Suite software algorithm resources simplify development, accelerate implementation, and enable responsive, reliable motor control design for ventilators, robotic systems, hospital beds, imaging equipment, and other motor-driven healthcare devices.

PSOC™ Control C3 family for motor control
CoolGaN™ bidirectional switches

Hybrid topology power conversion with established power portfolio

Infineon enables efficient, reliable AC-DC power conversion for durable healthcare equipment with a broad portfolio of wide bandgap solutions to increase power yield, simplify thermal management, and shrink the power-supply design footprint. High-performance power switches, mixed-signal analog controllers, and PSOC™ Control C3 microcontrollers support precise, intelligent power control across diverse system requirements. Our CoolSiC™ , CoolGaN™ MOSFETs, safety switch and Schottky diode portfolios add system reliability and safety, whereas EconoDUAL™ IGBT & SiC modules enable high precision MRI and CT scanners. Together, these solutions enable compact, energy-efficient power designs with stable operation, high power density, and long-term reliability for demanding healthcare applications.

CoolGaN™, CoolSiC™, and CoolMOS™ switches
Hybrid flyback ICs

Reduced footprint for versatile power profiles

Infineon wide-bandgap portfolio enables flexible and hybrid power architectures for DC-DC power conversion requiring high power density, improved efficiency and thermal performance in next-generation totem pole and LLC topologies. High-switching-frequency support helps reduce passive component size and overall system footprint. Integrated charging and power-supply solutions provide dependable battery backup for essential healthcare equipment and infrastructure. The portfolio spans ESD protection, digital step-down controllers, power switches, OptiMOS™ MOSFETs, isolated EiceDRIVER™ gate drivers, CoolGaN™ transistors and the XDP™ family, creating a one-stop-shop for designing compact, resilient power stages with reduced losses and reliable operation.

EiceDRIVER™ gate driver portfolio
XDP™ digital controllers

High resolution CT and X-Ray imaging & increased system reliability

Infineon medical imaging solutions for digital X-ray systems, flat-panel detectors and computed tomography equipment increase image quality to help healthcare professionals make better-informed patient diagnoses. Our XENSIV™ current sensors provide accurate and isolated current measurement for monitoring and protection, rotor position sensors enable precise motor control, and temperature sensors support thermal monitoring. Together, our sensor and customizable medical imaging portfolio increase  diagnostic performance, system safety, operational reliability and equipment longevity.

Infineon computed tomography solutions
XENSIV™ sensor portfolio

Customized sesign for next-generation healthcare devices

Infineon provides custom sensor-interface ASICs for demanding medical and healthcare systems, enabling precise, reliable, real-time sensing in patient-monitoring devices, wearables, medical imaging equipment and other diagnostic platforms. By integrating analog front ends, signal processing and communication functions, our solutions reduce system complexity, power consumption and enable compact designs without compromising performance. Expertise in low-noise signal acquisition and high dynamic range supports high measurement accuracy and dependable operation across challenging clinical and home-care environments. A structured development flow and turn-key approach help accelerate time-to-market while supporting robust designs, EMC compliance and long-term availability for healthcare equipment with extended product lifecycles.

Sensor interface ASICs
General purpose ASICs

Reliable, secured connectivity for complex healthcare systems

Infineon enables reliable, secure, high-performance wireless communication for connected healthcare equipment, including hospital networks, gateways, patient-monitoring systems, and other clinical infrastructure. The broad AIROC™ Wi-Fi portfolio delivers robust connectivity, high throughput, and reliable performance for demanding healthcare environments. A strong ecosystem of module partners provides pre-integrated solutions that can simplify design, reduce development effort, and help accelerate FIPS qualification. OPTIGA™ security solutions add hardware root of trust, protected key storage, authentication, and cryptographic capabilities to protect connected devices and support compliance with EU Cyber Resilience Act (CRA) requirements. Together, AIROC™ connectivity, qualified module options, and OPTIGA™ security help manufacturers build interoperable, resilient healthcare systems designed for secure data exchange and long product lifecycles.

AIROC™ Wi-Fi + Bluetooth® combos
OPTIGA™ embedded security solutions

Precision control and sensing for advanced healthcare equipment

Infineon enables efficient motion control for stepper, BLDC, servo and linear motors requiring precision, durability and reduced footprint. Designers can optimize overall system performance and efficiency without compromising torque or speed using PSOC™ Control C3 microcontrollers that come with dedicated HW blocks to support integration of our Si & GaN power solutions and switches. ModusToolbox™ Motor Suite software algorithm resources simplify development, accelerate implementation, and enable responsive, reliable motor control design for ventilators, robotic systems, hospital beds, imaging equipment, and other motor-driven healthcare devices.

PSOC™ Control C3 family for motor control
CoolGaN™ bidirectional switches

Hybrid topology power conversion with established power portfolio

Infineon enables efficient, reliable AC-DC power conversion for durable healthcare equipment with a broad portfolio of wide bandgap solutions to increase power yield, simplify thermal management, and shrink the power-supply design footprint. High-performance power switches, mixed-signal analog controllers, and PSOC™ Control C3 microcontrollers support precise, intelligent power control across diverse system requirements. Our CoolSiC™ , CoolGaN™ MOSFETs, safety switch and Schottky diode portfolios add system reliability and safety, whereas EconoDUAL™ IGBT & SiC modules enable high precision MRI and CT scanners. Together, these solutions enable compact, energy-efficient power designs with stable operation, high power density, and long-term reliability for demanding healthcare applications.

CoolGaN™, CoolSiC™, and CoolMOS™ switches
Hybrid flyback ICs

Reduced footprint for versatile power profiles

Infineon wide-bandgap portfolio enables flexible and hybrid power architectures for DC-DC power conversion requiring high power density, improved efficiency and thermal performance in next-generation totem pole and LLC topologies. High-switching-frequency support helps reduce passive component size and overall system footprint. Integrated charging and power-supply solutions provide dependable battery backup for essential healthcare equipment and infrastructure. The portfolio spans ESD protection, digital step-down controllers, power switches, OptiMOS™ MOSFETs, isolated EiceDRIVER™ gate drivers, CoolGaN™ transistors and the XDP™ family, creating a one-stop-shop for designing compact, resilient power stages with reduced losses and reliable operation.

EiceDRIVER™ gate driver portfolio
XDP™ digital controllers

High resolution CT and X-Ray imaging & increased system reliability

Infineon medical imaging solutions for digital X-ray systems, flat-panel detectors and computed tomography equipment increase image quality to help healthcare professionals make better-informed patient diagnoses. Our XENSIV™ current sensors provide accurate and isolated current measurement for monitoring and protection, rotor position sensors enable precise motor control, and temperature sensors support thermal monitoring. Together, our sensor and customizable medical imaging portfolio increase  diagnostic performance, system safety, operational reliability and equipment longevity.

Infineon computed tomography solutions
XENSIV™ sensor portfolio

Customized sesign for next-generation healthcare devices

Infineon provides custom sensor-interface ASICs for demanding medical and healthcare systems, enabling precise, reliable, real-time sensing in patient-monitoring devices, wearables, medical imaging equipment and other diagnostic platforms. By integrating analog front ends, signal processing and communication functions, our solutions reduce system complexity, power consumption and enable compact designs without compromising performance. Expertise in low-noise signal acquisition and high dynamic range supports high measurement accuracy and dependable operation across challenging clinical and home-care environments. A structured development flow and turn-key approach help accelerate time-to-market while supporting robust designs, EMC compliance and long-term availability for healthcare equipment with extended product lifecycles.

Sensor interface ASICs
General purpose ASICs
Documents