We have the expertise you need to get your electronics designed and production-ready. We’ve been in the trenches with some of the most challenging design problems and know what it takes to go from concept to production.
Schematic and PCB Design
- Controlled Impedance Stackup
- HDI Technology (blind, buried, and microvia)
- High-Speed Electronics
- Microcontrollers and FPGAs
- Power Electronics
- Worst-Case Analysis and Design
A proper schematic clearly describes the building blocks of the hardware, dictates pin and net functions, and drives rule requirements. Schematic symbols properly map the component to its footprint and provide the necessary connectivity.
Design Verification
- Design Review and Hardware Verification
- Requirement Verification Matrices
- Power and Signal Integrity (PI/SI) Analysis
- Design Simulations
A key aspect of electronics design is verifying it meets the intended requirements spelled out during requirements definition. Defining requirements, designing to requirements, and verification against requirements is the process required for proper hardware development and verification.
Electromagnetic Interference and Compatibility
- Conducted Emissions and Susceptibility
- Radiated Emissions and Susceptibility
- EMC Driven Schematic and Layout Practices
Designing for Electromagnetic Compatibility (EMC) is often a forgotten about aspect of the design cycle. Our designs always prioritize EMC by choosing proper components, designing filters, selecting operating conditions, and following layout best-practices.
