Complete power converter design in one connected workflow
Stop designing stages in isolation.
Build the whole power chain on a visual canvas. Bus nodes connect stages with automatic power flow. Impedance interactions are checked at every interface via the Middlebrook criterion ensuring instabilities are caught before a board is ever made.
One operating point isn't a design. It's a guess.
Sweep any parameter and get a complete design at every point. Stack components from different manufacturers in the same slot and compare under identical conditions. Branch your topology to explore fundamentally different directions. See the full trade-off space, not a single number.
Stop trusting manufacturer tools to pick their own parts.
Select components from any manufacturer, evaluated under identical conditions in your actual circuit at your actual operating point. MOSFETs, diodes, inductors, and capacitors validated against datasheet limits. Compare across vendors on performance, not marketing.
Magnetics shouldn't require a separate spreadsheet.
Design wound inductors with layer-by-layer winding analysis, ferrite core selection, and Steinmetz loss models — all integrated into the same tool as your converter design. Core loss, copper loss (AC and DC), and thermal limits evaluated together.
Analytical Depth
The engineering substance behind the interface. Every calculation you need to qualify a design.
Loss Analysis
In depth loss modelling covering every mechanism. Temperature-dependent models throughout. Full efficiency curve across load range.
Thermal Modelling
Junction-to-ambient thermal networks with electro-thermal coupling. Iterative solver captures the temperature-loss feedback loop.
Stability Analysis
Bode plots, compensator design, and Middlebrook impedance criterion at every multi-stage interface. VMC, PCM, and COT support.
Worst-Case & Tolerance Analysis
Propagate component tolerances through every calculation. Verify margins at worst-case corners across production and environment.
And Also...
The details that round out a complete design environment.
Progressive drill-down results
System → stage → component → analysis, all connected
EMI filter design
Standards verification built in
Protection circuits
OCP, OVP, soft-start, inrush limiting integration
Web-based, no installation
Works in any modern browser
Client-side calculation
Your designs are calculated entirely in your browser
PDF export & LTspice netlists
Take your work into simulation or review