Architecture and components
Converter topology, magnetics, component selection, snubbers and prototype schematics within the agreed scope.
Service 02 / Power conversion
Power electronics
on the bench.
Converter prototypes become easier to improve when bring-up, switching behavior and measurements are treated as one engineering problem.
01 / Problems this addresses
When the waveform
raises the question.
Component choices, transformer behavior, snubbers and layout decisions often interact. The useful next step is a measured one.
Typical starting points
A low-power converter that needs controlled bring-up, incomplete bench notes, unexplained switching behavior or a design decision that cannot be separated from the measurement setup.
02 / Technical capabilities
Use the bench to
guide the revision.
Measured behavior
Oscilloscope observations, differential probing, electronic-load tests, waveform review and stated test conditions.
03 / Engagement workflow
From power stage
to evidence.
01Define the test boundary
Voltage, load, access and safety conditions.
02Review the design
Topology, components, magnetics and layout context.
03Bring up carefully
Use controlled power, probing and current limits.
04Compare measurements
Review switching behavior against the design question.
05Record the next revision
Capture observations, boundaries and priorities.
5V / 1A SMPS
Offline flyback prototype with a custom hand-wound RM10/I transformer, TNY285 controller, schematics, BOMs, waveforms and bench validation notes.
View public repository ↗Custom high-frequency transformer prototypes
Prototype winding, 3D construction documentation and measured bench evaluation for SMPS development.
Explore transformer prototyping →04 / Representative evidence
A documented
power-stage review.
This is public technical work, not a completed client contract or certified product. The repository is the source for the published description and evidence boundary.
05 / Explore a converter concept
Start with the
electrical boundary.
Use topology-specific preliminary tools to explore flyback, boost and phase-shifted full-bridge operating points before a detailed review.
Open SMPS feasibility tools →Customer-facing first pass
Estimate duty, current, magnetics and loss boundaries, then bring the result into a scoped engineering discussion.
06 / Deliverables
Evidence for the
next revision.
- Converter architecture or component-selection notes
- Prototype schematic, BOM or PCB observations
- Bring-up checklist and measured waveforms
- Electronic-load or component-test observations
- Validation notes with prioritized next steps
Measurements need context.
Results are reported with the hardware, instrumentation and test conditions that shaped them.
Start a technical discussion
Bring the
prototype.
Describe the converter, current stage, measured behavior and the design decision you need to make. Secure file exchange can follow the initial discussion.
Start a technical discussion →Or write directly: [email protected]