PCB Design
Design physical circuit boards. Learn schematic capture, multi-layer routing, signal integrity principles, and high-speed PCB layouts.
Schematic Capture & Component Selection
Draw logical schematics, bind footprints, and select parts using specifications.
ERC Checks & Decoupling Capacitor Strategy
Audit schematics for routing issues and place decoupling capacitors near supply rails.
Board Outline & Layer Stackups
Define physical board edges and construct multi-layer circuit boards.
Component Placement Rules & Connectors
Position components logically based on thermal rules, loops, and connectors.
Traces & Via Calculators
Calculate optimal trace widths for target current limits and design via sizes.
Ground Planes & Return Paths
Establish solid low-impedance ground planes to provide clear current return paths.
High-Speed Routing & Impedance Control
Route high-frequency digital lines with precise trace matching and controlled impedances.
EMI/EMC Compliance
Minimize electromagnetic interferences and conform to FCC compliance rules.
Gerber Exports & Fabrications
Generate standard industry fabrication files for manufacturing plants.
Soldering & Assembly Methods
Assemble real circuits with SMD stencils, reflow ovens, and hand soldering.