The innovative benchmark software for power converters
PowerForge is a powerful software for designing, exploring and comparing power converter designs. Thanks to multidisciplinary integration, PowerForge empowers development teams with a unique tool for designing lighter, smaller and more efficient converters in record time.
Centered around the engineer’s workflow, PowerForge offers a seamless experience from product specification stages to trade-off of most complex multilevel topologies and sizing of passive and active components.
Its newest feature the switching frequency sweep will be released at the end of the summer. Until then, take a first look at how PowerForge can help you find the optimal power converter solution for your application.
The automated switching frequency sweep is coming this summer...
ONE ARCHITECTURE, ONE SWITCHING FREQUENCY RANGE, ONE CLICK, ALL YOUR DESIGN OPTIONS AVAILABLE
PowerForge‘s newest feature the automated switching frequency sweep will be released this summer.
With the automated switching frequency sweep, you will be able to generate all the designs for a given architecture/technology for a switching frequency range and with a sweeping interval you specify with a single click and within a few seconds (to a few minutes depending on the number of designs to be created).
Select your architecture/technology, type the boundaries of the frequency range you want to explore, enter the sweeping interval and launch the creation of the designs!
For each design you create, you get all the key data you need to choose your optimal power converter design solution: mass, volume, loss, cost, specific power…
Exploring and benchmarking your power converter design options has never been so fast and so easy!
Until then, start taking a first look at how PowerForge can help you find the optimal power converter solution for your application.
Design cutting-edge converters
From specification to design in minutes
Ready-to-use simulation files
Streamline your design workflow
All-in-one platform for early stage design
Real-time multi-site collaboration