We are looking for a candidate with a strong background in Signal Integrity including Lab and Simulation experience. Knowledge of electromagnetics, transmission line theory, extracting channel models and simulating EMI/Crosstalk are expected. Channel elements include rigid PCBs, flexible printed circuit boards, connectors, and other components in a mobile system.
Some of the key job responsibilities are:
- Simulate for loss, crosstalk, and coupling concerns to guide layout & system design using 3D/2.5D/2D EM modeling tools.
- Perform lab measurements such as VNA characterization, Eye Diagrams, BERTs and Compliance Testing.
- Participate in schematic reviews to inform selection and placement of various system level channel components including RLC filters, DC-blocking capacitors, board to board connectors, etc.
- Lead layout reviews and make data-driven recommendations to achieve robust SI performance on various signals running at low and high speeds.
- Perform time-domain and statistical simulations to qualify signal integrity and optimize drive strengths and equalization to ensure adequate voltage and timing margins over high volumes.
- Work with multi-functional teams to define design requirements for improved EM performance and system coexistence by developing and improving design methodologies to achieve minimal EMI.
- Provide design guideline and support to system architecture design, board layout, product bring up, debug, validation, and factory builds.
- Perform design feasibility study, design testing and verification, and system bring up.