Custom electronic design
Purpose-built hardware for applications where standard platforms introduce the wrong compromises.
Independent R&D · Rotterdam · Since 1988
Timing changes everything.
Advanced electronics for systems where precision, reliability and engineering judgement matter.
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What we do
Engineering beyond standard solutions.
Flying Circuits develops and advises on embedded hardware, frequency conversion, phase-locked loops and semiconductor design. The work starts with the required system behaviour rather than a standard product.
View all expertise →Core expertise
Four ways to support a technical project.
From early investigation to detailed design and independent review, each assignment is shaped around the actual engineering question.
Frequency & timing
Accurate signal generation, conversion and synchronisation with attention to stability and predictable behaviour.
Technical consultancy
Independent analysis, troubleshooting and design review at the point where specialist judgement matters.
Research & feasibility
Investigation of concepts, architectures and system behaviour before major development decisions are fixed.
Featured application
Power disconnected.
Before impact.
Precise timing can help ensure that a broken high-voltage transmission line is de-energised before it reaches the ground.
Read the application story ↘Flying Circuits
Independent expertise.
Since 1988.
Research, development and specialist consultancy for electronic systems that demand technical depth, direct communication and dependable results.
Independent
Solutions are selected for technical merit, not tied to a preferred platform or supplier.
Specialist
Focused knowledge in timing, frequency control, embedded hardware and semiconductor design.
Direct
Short lines of communication from technical question to practical engineering decision.
Inside the engineering
See how the system behaves.
Flying Circuits combines practical development with technical analysis. The website can therefore show not only what is built, but also why a design behaves the way it does.
From reference to output
Follow the route through a timing system and open each stage for a concise technical explanation.
Open interactive example ↘What determines a useful solution?
Stability, noise, locking behaviour, interfaces and failure modes are considered as parts of one system.
Explore applications ↘Start a conversation
Some problems need more than an off-the-shelf answer.
Describe the system, the technical issue and the result that is needed. That is enough for a useful first discussion.
