<p>➀ Researchers have developed a novel hybrid material that doubles thermoelectric efficiency by separating heat and electrical charge transport.</p><p>➁ The hybrid material combines an alloy of iron, vanadium, tantalum, and aluminum with a bismuth-antimony mixture, forming a compact structure that enhances energy conversion.</p><p>➂ This breakthrough could lead to more efficient energy harvesting in miniaturized electronics, especially for IoT devices, offering both performance and cost-effectiveness.</p>
Related Articles
- Interesting Reference Designs Of Radar5 months ago
- Embedded World 2025: Get the full Electronics Weekly Guide6 months ago
- Miniaturizing Ferroelectrics Improves Performance Before Degradation7 months ago
- E-SIM chip measures 1.8 x 1.6 x 0.4mm for IoT and wearables7 months ago
- Dracula gets CoolR9 months ago
- Wi-Fi 6 And Wi-Fi 7 Powering The Next Wave of Smart Connectivity10 months ago
- Thermoelectric Device Harvesting Energy At Ambient Temperature12 months ago
- First Battery-Free Chipabout 1 year ago
- Infineon evaluation kit for smart home and IoT applicationsabout 1 year ago
- New Material Paves the Way to On-Chip Energy Harvestingabout 1 year ago