Can Electronics Save the World?
Discover how efficient motor control, edge AI, MEMS sensing, and wide-bandgap semiconductors reduce energy use in electric motor-driven systems.
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Power Supply
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Simplifying High-Voltage DC Power Systems for 400V and 800V Designs
Integrated high-voltage DC power platforms simplify 400VDC and 800VDC system design for battery testing and semiconductor fabrication, while improving safety and digital control.
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Unlocking Efficient Power Conversion with TMR Current Sensing
High-bandwidth TMR current sensing enables faster, more accurate control loops for SiC and GaN power electronics in EV chargers, traction inverters, and DC‑DC converters.
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Perovskite-Silicon Tandem Solar Cells for High-Efficiency Energy
Perovskite-silicon tandem solar cells exceed silicon efficiency limits, enabling flexible, indoor, and grid-scale energy harvesting for next-generation renewable power systems.
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Protecting EV Chargers with High-Voltage Pre-Charge Relays
High-voltage pre-charge relays reduce PCB footprint while protecting EV chargers and energy storage systems from damaging inrush current.
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SMRs Are Gaining Ground in On-Site Data Center Power
Discover how small modular reactors enable on-site power for AI-driven data centers, addressing energy density, reliability, and grid constraints through advanced nuclear integration.
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onsemi - Powering and Sensing AI: From Cloud Infrastructure to Physical Autonomy
Edge AI requires solving for power and perception at every level of the stack. Explore the growing energy demands of AI infrastructure and the sensing technologies behind physical autonomy.
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How SiC Is Enabling Next Generation Automotive Power Electronics
Explore how silicon carbide boosts EV on-board chargers with higher switching frequency, lower losses, 800V/1200V modules, T2PAK cooling, and bidirectional V2H.
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Why TOLL-8N Is Gaining Momentum in High-Power, High-Density Designs
Packaging plays a critical role in 650V GaN FET performance. Learn how TOLL-8N packages reduce parasitics and improve thermal efficiency in high-speed power designs.
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A Tiny Component with a Large Impact on EV Charging
Discover how pulse transformers improve PLC signal integrity and isolation in EV charging control circuits, enabling reliable CCS and NACS communication in compact, high-power chargers.
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Stacked Capacitors for Harsh, High-Frequency Power
Stacked MLCC capacitors enhance reliability in harsh, high‑frequency power designs by reducing mechanical stress while maintaining low ESR and ESL for industrial and energy applications.
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USB-C Charging and Essential Power-Management Functions
Smart USB-C power delivery enables safer charging, bidirectional power flow, and dynamic negotiation for modern adapters and multi port chargers.
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Mitigating Growing EMI Challenges from High-Efficiency Power Systems
High-efficiency SiC and GaN power systems increase conducted EMI. Learn how system design, parasitics, and TE Connectivity/Schaffner filtering solutions mitigate EMI in industrial power applications.
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Modernising Power Path Design with Nexperia Ideal Diode Devices
Integrated ideal diodes combine the advantages of Schottky diodes and MOSFETs by offering low forward voltage drop and reverse current blocking, enabling efficient and scalable power architectures.
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NearFi Delivers Contactless Power and Data for Automation
Phoenix Contact NearFi couplers deliver contactless power of up to 50W and 100Mbps Ethernet, replacing slip rings and connectors in motion-based automation systems.
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Solar-Powered Industrial Automation: Efficiency Off the Grid
Discover how solar-powered automation and MPPT-driven motor control are revolutionizing off-grid industrial systems with sustainable, flexible solutions.
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Thermoelectric Nanomaterials for Energy Harvesting in Electronics
Explore how thermoelectric nanomaterials power remote and self-powered small devices and improve the energy efficiency of different technology systems.
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Choosing the Right Inverter for Residential Solar Systems
Residential solar capacity is set to double by 2030, making inverter choice more critical. See how string and microinverters provide safety, efficiency, and reliability in home solar systems.
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Cutting the Cord: How Energy Harvesting Powers the Future of IoT
Energy harvesting is redefining IoT across homes, cities, and industries by powering devices with light, motion, and RF—no wires or batteries required.
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Can Connectors Be Created Without Contacts?
Contacts are the most vulnerable element of connector design. Explore how contactless connectors solve reliability and wear issues for industrial, medical, and robotics applications.
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