Highly Integrated Isolated Power Circuits
- Integrated circuit optimized for sustainable power electronic applications
- Seamless and safe interfacing of low-voltage digital controls with high-voltage power parts
WHY TO ADOPT OUR TECHNOLOGY
Each power conversion is accompanied by a typical 10% to 20% energy loss
Considering 5 power conversions between the source and the load, about 50% of energy is lost
Our technology improves the efficiency at each power conversion leading to HUGE SAVINGS
Go Sustainable with VDDTECH chipset
- Improve efficiency
- Reduce raw material use
- Make it robust
- Make it cost effective
- Keep full control of power
HOW IT WORKS
From primary energy sources to end-users, several power conversions are necessary
In practice, power conversion is a mixture of magnetic loads together with controlled power switches
An ideal power switch looks simple, but it is actually quite complex internally. Today, VDDTECH already developed key sub-parts of such power switch as standalone integrated circuit products.
Based on existing VDDTECH products, we are now developing a fully integrated isolated intelligent GaN power switch (IZI-GaN).
Our galvanically isolated integrated circuits can sustain extreme voltage transient events (above 200V/ns) and present the lowest coupling capacitor of the market. They are particularly suitable for interfacing GaN transistor switches with ON time as low as 10ns.
Our chips provide long-term isolation of 600V (5kV surges) and remain functional above 175°C (350F).
With our solution, you will reduce the cost per power density of your power electronic modules, on the road to a sustainable greener world.
OUR EVALUATION BOARD IS AVAILABLE FOR ORDERING
Reduce "cost per power-density" of your module
VDDTECH already developed most sub-parts of such isolated power switch. Demoboards are available based on VDDTECH's chipset and available for order.Contact us to test the solution