PCB Design

PCB Design process involves comprehensive layout planning, signal integrity optimization, and manufacturing considerations to create high-quality, reliable circuit boards that meet your specific requirements and industry standards.

PCB Design Process

• •Board dimensions and form factor: Creating the board outline based on enclosure and mechanical constraints.
• •Layer stack-up: Determining the number of layers for signal routing and power planes.
• •Power and signal integrity needs: Dictating trace width, impedance control, and via types.
• •Environmental and regulatory constraints: Compliance with EMI/EMC, UL, RoHS, and IPC standards.
• •Creating Component Footprint Library
• •Component placement, Routing and Completion: Optimizing signal integrity, thermal performance, and manufacturability by strategically positioning, routing and finalizing the design.
• •DRC (Design Rule Check): Verifying that the PCB layout follows manufacturing constraints such as trace width, clearance, via sizes, pad spacing, and defined impedances.
• •Generating manufacturing files: Generating Gerber Files, Drill Files, Bill of Material (BOM), Assembly Drawings, Pick and Place files.