Look around you; semiconductor devices are everywhere. From the smartphones in our pockets to lights illuminating our streets with energy-efficient LEDs, semiconductors are at the core of modern technology. These remarkable materials, serve as the base for a diverse set of applications including microchips, transistors, solar photovoltaic cells, and light-emitting diodes (LEDs).
With major growth being driven by an increase in demand for consumer electronics and EVs. Semiconductor devices are now under pressure to perform a wider range of activities including recent energy consuming AI applications. Fab facilities and PCB assembly lines are now faced with solving the demands of consumers wanting more functionality, performance, and efficiency from their chips. As chips are minaturized, packed closer together, and made more powerful, heat dissipation strategies are more important than ever.
“Smaller, Faster, Hotter!”
Introducing the iso-BTC e: A Breakthrough in Semiconductor Innovation
H.E.L Group has a long history in the field of isothermal calorimetry, spanning chemical and battery testing. Recognizing the critical role of semiconductors, H.E.L Group has introduced a groundbreaking technology—the iso-BTC e (Link to https://helgroup.com/semiconductor-testing/), a benchtop isothermal calorimeter designed for precise measurement of heat power loss in semiconductor devices. Addressing a key challenge in semiconductor design: managing heat dissipation to prevent overheating, ensuring optimal performance.
Traditionally, manufacturers have relied on indirect measurements, such as temperature and electrical data, to estimate heat dissipation. Instead, the iso-BTC e provides direct, real-time measurements of heat power. Its unique design features specialized clamps and large testing plate, allowing manufacturers to test semiconductors individually or in situ on printed circuit boards (PCBs).
Advancing Semiconductor Performance and Reliability
The direct measurement capabilities of the iso-BTC e enable manufacturers to:
- Identify thermal bottlenecks and optimize power dissipation.
- Validate thermal performance for advanced designs.
- Ensure safety and reliability across a range of applications, including electric vehicles (EVs), data processing, networking, and energy storage.
Louise Madden, CEO at H.E.L Group, highlights the importance of this innovation: “The iso-BTC e extends our reach in the semiconductor market, offering our customers a specialized tool for direct heat dissipation measurement during development and certification processes. As the market evolves, we will continue to develop and optimize our products to accommodate future semiconductor technologies and fulfil our customers’ research needs.”
The Future of Semiconductor Technologies
As technology continues to evolve, semiconductors will remain fundamental to innovation. The development of tools like the iso-BTC e enables manufacturers to push the boundaries of performance and safety. From the chips in our electronic devices to the solar cells powering a greener future, semiconductors are enablers of progress.
H.E.L Group’s commitment to advancing semiconductor technologies reflects its dedication to meeting the demands of a rapidly changing world. With innovations like the iso-BTC e, the possibilities for semiconductors are limitless, promising a future where technology is more efficient, sustainable, and resilient than ever before.
