Circuit and components
We define power, I/O, sensing and communication needs, considering function, availability and operating conditions when selecting components.
- Circuit schematic
- Bill of materials
HARDWARE & PROTOTYPING
Circuits that bringyour ideas to life.
The right components, thoughtful connections, working prototypes. Assemble your own board and see your idea light up.
Let’s design your first prototypeA SMALL BOARD. YOUR PERSONAL TOUCH.
From component to working product. Engineering in every connection.
How does it work?
Select a component in the tray and tap its numbered socket, or drag it onto the board. PCB Layout opens once all three parts are placed. Start at A; click turning points or drag and release. Finish at B. Leave space around components and other copper traces. Complete three connections, then power the circuit. Reduce the sensor light input and try the button on the board.
Use Tab to select components and sockets, and Enter to place them. After selecting Start drawing a connection, move with the arrow keys and press Enter to add a corner. Backspace removes the last point; Esc cancels drawing. Zoom and fit-view buttons also work with the keyboard.
This experience simulates connection continuity and lighting behaviour. Studio lighting stays constant. With reduced motion enabled, camera and placement transitions are removed and the LEDs stay steadily lit.
Electronic Hardware Design and Prototyping
Turn an electronics idea into a working prototype.
We design electronic hardware around product functions and operating conditions, bringing schematics, components, PCB layout and testing together in a physical prototype.
For new boards or improvements to existing hardware, we work from measurable requirements and testable steps.
What we deliver
From schematic to board to verified behavior.
PCB design
Placement and routing follow electrical, mechanical and manufacturing constraints, in coordination with the rest of the product.
- PCB layout
- Fabrication files
Prototype and test
We evaluate initial board functions through controlled tests, using findings to guide revisions and subsequent prototypes.
- Functional prototype
- Test findings
The work in context
A working board needs evidence from measurement.
Power behavior, signal integrity and physical placement matter alongside connections in the schematic. Prototyping shows how those decisions perform on a circuit.
- Function and measurement
- Each test relates to a defined requirement.
- Revision evidence
- Findings inform the next board revision.
How we work together
From requirements to a tested prototype.
Deliverables and the working plan are defined around the needs of your project.
Requirements
Clarify functions, power and operating environment.
OutputHardware requirementsSchematic and layout
Develop the circuit and board layout together.
OutputSchematic and PCB designPrototype
Prepare fabrication and assembly, then evaluate the initial board.
OutputInitial prototypeTest and revise
Record measurements and identify required changes.
OutputTest findings and revision plan
Engineering in the details
Physical constraints are inputs to the design.
Power and heat
Power and thermal behavior are assessed against operating conditions.
Mechanical fit
Connectors, mounting and enclosure relationships inform the board design.
Manufacturability
Manufacturing limits and component availability inform prototype decisions.
Common questions
Let's start with your questions.
Is a prototype the same as production readiness?
No. A functional prototype may validate an idea. Production preparation separately considers manufacturing, testing, supply and product-specific conformity requirements.
Can you improve our existing board?
We assess schematics, PCB files, component information and reported issues. Available source files and technical constraints guide the approach.
Which tests are performed?
Testing depends on functions, environment and risks. The page’s interactive experience is a simulation, not a substitute for physical prototype testing or product conformity assessment.
Let’s plan the first working version of your hardware.
Share the product’s functions, operating environment and any existing circuit documentation.