Design the converter.
Fix the problem.
Smart Power Test provides power-converter design reports, Python automation tools, and focused root-cause reviews. From buck, boost, buck-boost, flyback, DAB, LLC, CLLC and CLLLC analysis to engineering scripts and prototype debugging, the goal is practical output you can use.
Three focused ways to work together.
The site is not limited to resonant converters. The core business is broader: converter design reports, Python automation for engineering workflows, and practical root-cause reviews for underperforming circuits or prototypes.
◢ Power converter design reports
- Buck, boost, buck-boost, flyback, forward, bridge, DAB, LLC, CLLC or CLLLC requirements
- Voltage, current, power, and switching-frequency targets
- Duty-cycle, gain, operating-range, or isolation requirements
- Proposed components, transformer ratio, or tank values if known
- Need for a clean engineering-style design report
- Best fit for early concept and prototype direction
◣ Python automation & root-cause reviews
- Python scripts for test, reporting, parsing, or engineering workflow
- Small desktop tools or automation helpers
- Root-cause analysis for circuits, prototypes, or design concepts
- Likely failure points and design red flags
- Practical next checks and recommended fixes
- Written review notes you can act on quickly
From problem definition to usable output.
Scope confirmed
You send the requirements, bug, or target output. I confirm what fits, what is missing, and what the final deliverable will be.
Analysis / implementation
Depending on scope, I model the converter, review the design, analyze the failure path, or build the Python automation needed to solve the engineering task.
Deliverable returned
You receive a design report, script/tool, or written root-cause review with practical next actions.
Featured demo: CLLC / CLLLC resonant-converter report engine
Built a public FHA-based design workspace that accepts resonant-converter requirements, explores tank behavior, searches candidate parameters, snaps to practical L–C values, plots gain curves, checks operating windows, and exports a design summary. This is a flagship demo, not the limit of the business.
Public-safe demo. No employer code, confidential schematics, or company project data are used. Other converter topologies can be reviewed or modeled depending on scope.
One live example:
resonant-converter report generation.
The live tool below is one example of the engineering workflows Smart Power Test can build. It turns CLLC / CLLLC specs into tank-value candidates, gain curves, practical L–C constraints, operating-window checks, and exportable report text.
CLLC / CLLLC Converter Report Generator
An FHA-based design-report workflow: set topology, power, voltages, frequency window, and constraints. The optimizer searches candidate designs and produces report-ready values, plots, warnings, and next actions.
This live engine shows one specialized workflow for resonant-converter reporting. The broader service also covers buck, boost, buck-boost, flyback, DAB and other converter reports, plus Python automation and root-cause analysis.
Not only resonant converters.
Smart Power Test can support design reports and reviews for common isolated and non-isolated DC-DC converter stages. The CLLC / CLLLC engine is the live demo, but the service is not limited to that topology.
Scope is confirmed before payment. Reports are for design direction, prototype preparation, and review — not safety, EMI, thermal, production, or certification sign-off.
Choose the service that matches the problem.
Power Converter Design Reports
For converter concepts that need a cleaner design direction and an engineering-style report.
- Buck, boost, buck-boost, flyback, DAB, LLC, CLLC, CLLLC and related topologies
- Calculations, component sizing direction, operating limits, checks, and risks
- 48–72 hour turnaround for small scoped reports
Python Automation & Engineering Scripts
For engineers and small teams that need scripts, data handling, reports, or small workflow tools.
- CSV / Excel processing, report generation, parsers, calculators
- Small engineering tools and desktop helpers
- Quote-based when the automation scope is larger
Root-Cause Analysis & Design Review
For boards, converter stages, or prototypes that are unstable, underperforming, or clearly need technical review.
- Likely cause, red flags, and practical next checks
- Can be based on photos, schematics, traces, or measured symptoms
- Useful before you waste more time on a weak direction
Scope note: reports and reviews are for engineering direction, debugging, and prototype preparation. They are not final safety, EMI, thermal, production, or certification sign-off.
Example: analyzing a flyback converter build.
This example is included to show analysis and debugging ability, not to claim that every prototype starts perfect. A useful engineering review identifies weak component choices, likely stress points, layout-sensitive areas, and the next checks needed before a redesign or another build.
Flyback converter review example
A practical review can be based on photos, schematic fragments, measured symptoms, and design assumptions. The deliverable is a focused engineering review: likely failure points, suspect components, risky current loops, and the next tests or changes worth making.
This is how the debugging offer is positioned: practical engineering analysis, not vague advice. Send the problem evidence and get a structured technical review back.
Need a converter report, automation script, or technical review?
Send the project scope and I will confirm whether it fits the workflow. First payments can be handled by simple bank transfer, Wise, Revolut, or PayPal.