Optimize Semiconductor Performance with Isothermal Calorimetry

Introducing H.E.L’s iso-BTC e for direct measurement and quantification of semiconductor heat power in real-time

Performance and lifespan testing for:
  • Quality Control
  • Industry Consumers
  • Research & Development

Unlocking Semiconductor Performance

How does the iso-BTC e improve efficiency and optimization?

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COMPETITIVE ADVANTAGE

Precision testing for enhanced performance and derisking thermal failures

Flexible Testing

FLEXIBLE TESTING

Test Semiconductors on PCBs or individually with precision-engineered clamps

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SAFETY

Non-abusive, non-destructive testing with built-in safety controls.

Learn more about calorimetry for semiconductor testing, speak to one of our specialists today.

Semiconductor-specific isothermal calorimetry

Semiconductors are the backbone of modern technology, from phones to laptops. Managing their thermal performance is critical for efficiency and longevity. Heat power— the rate at which thermal energy is generated or transferred— is the key to understanding how heat impacts performance. By measuring heat power, you can optimize cooling systems, prevent overheating, and minimize energy waste. While temperature tells you what’s happening, heat power reveals why it’s happening and how to fix it. 

Relying solely on temperature or indirect heat power measurements—whether on individual semiconductors or in situ on PCBs—fails to provide the insights needed to enhance design. This can result in inefficient thermal management, higher risks of thermal failures, and suboptimal device performance. 

Test semiconductor heat power on PCBs or individually in real-time with the iso-BTC e, an isothermal calorimeter engineered specifically for semiconductors. Its advanced design—featuring specialized clamps and a large testing plate—enables precise testing to optimize designs, enhance thermal management, and boost overall performance with data-driven accuracy. 

Join us in our latest webinar on Calorimetry and Battery Testing

Additional applications for parallel battery testing

Four independent zones of the iso-BTC e are controlled and monitored simultaneously
Four independent zones are controlled and monitored simultaneously

Increase Battery Testing Capacity

How does the iso-BTC e improve efficiency and optimization?

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FASTER TESTING

Reduce isothermal calorimetry test times by screening 4 cells at once

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HIGHER THROUGHPUT

Multi zone design: test 4 cells at 4 different temperatures

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SAFETY

Non-abusive, non-destructive testing with built-in safety controls.

Learn more about increasing throughput in your battery testing, speak to a specialist today. 

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