Feature-rich electronic devices drive the demand for even higher power density dc-dc converters to minimize the overall size of the electronic device.
The current integrated power supply packaging technologies and materials do not allow further miniaturization. Moreover, existing technologies make extensive use of materials like copper and epoxy which are difficult and expensive to recycle and represent an environmental threat if disposed as-is.
Our patented silicon-based integration technology allows us to build a substrate for a 3-dimensional structure that hosts power circuits, control circuits and passive components like inductors and capacitors in single miniaturized units.
In battery-operated devices, good thermal performance is key to a safe operation and a long battery life. Therefore, our power modules are based on materials that have superior thermal conductivity to deliver market-leading performance and reliability in a super compact package.
Up to 72% smaller footprint of the power conversion circuits enables the customers to design products that are either smaller overall or include more features.
Up to 50% less weight comes with our technology’s superior integration capabilities and translates into improved performance and lower energy consumption.
Up to 25° lower operating temperature is achieved by using better materials with higher thermal conductivity - which is particularly useful for applications within harsh temperature environments.
Elimination of hot spots improves the reliability of the device by reducing the risk of component failures due to concentrated, excessive heat.
Longer battery life is the result of higher efficiency in the converter. Further, by saving space inside the device, a larger battery can be fitted.
Eco-friendly materials drive product development in the direction of a more sustainable future by reducing the recycling effort and potential spills into nature.
We develop the world’s smallest power converters that serve a wide range of complex applications where space is a scarce resource.
Through innovation in power converter materials, we enable superior thermal stability and high reliability for applications within harsh temperature environments.
For applications where weight is of primary concern, our optimized power modules offer less weight for the same power delivery requirements, and thus a longer-lasting battery.
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