Precision sensing.

Fewer readings. More time between charges. This sensor model keeps the same measurement quality.

23.04%

Less power and heat

Sensor computer model

The sensor takes fewer readings at the same modeled quality and reporting rate. The energy saving includes the work of choosing those readings.

29.94%

Longer battery life

About 13 hours from the same charge, up from 10.

Keep the battery for longer operation, or reduce the battery and cooling assembly for the original runtime.

Talk about your product See the study →

EARLY MEDICAL RESEARCH

Helping batteries last longer.

We’re exploring ways to help heart monitors, pacemakers and wearables use less energy.

Design details

9.22%

Lighter device

92.17 g from the 1 kg device: battery + cooling resize.

10.37%

Smaller design

103.69 cm³ from the 1 L design budget.

For sensor and instrument developers, including teams exploring medical applications.

What the study covers.

The same sensing quality
Battery life or a smaller battery
Added costs of planning and taking readings

Heat, cooling and size

HEAT & COOLING

2.30 W less heat · 34.56 g less cooler mass

The sensor model starts with 10 W of heat through its cooling path. Of its 200 g cooler, 50 g stays fixed and 150 g scales with cooling area. Added parts: 0 g.

See the task, full costs and cooling calculator →

Separate fan-removal budget: 7 g net →

Explore other applications →