Warning
PCB design is the process of translating a circuit schematic into a physical board layout. We use industry-standard tools to place components, route traces, and verify signal integrity before sending files to manufacture. Every layer — copper pours, silkscreen, solder mask — is carefully considered to ensure the board is reliable, testable, and cost-effective to produce in both prototype and production quantities.
How to create electronics for your project?
Examples
Our process
Requirements & Specification
Define what the circuit needs to do — power budget, interfaces, environment, communication protocols, and any regulatory constraints (CE, FCC, RoHS).
Schematic Design
Translate the specification into a circuit schematic. Component selection, power regulation, signal chains, protection circuits, and connector pinouts are all resolved at this stage.
PCB Layout
Place components and route traces with signal integrity, EMC, and DFM in mind. We define layer stackup, controlled impedances, copper pours, and thermal management before release.
Design Review & Simulation
Run DRC, ERC, and thermal analysis. Critical sub-circuits are simulated in LTspice before the board is sent to fabrication to catch issues early.
Prototype & Bring-Up
Gerbers go to the fab, components are assembled, and the board is brought up incrementally using bench instruments — power supply, oscilloscope, logic analyser.
Testing & Validation
Functional tests against the original specification. We document test results and iterate on any issues before sign-off for production.
Production Files
You receive gerbers, BOM, pick-and-place files, test specification, and schematic PDF — everything your contract manufacturer needs to produce the board at scale.