#200430963_EN-27
validation of power delivery networks and electro-magnetic effects in iPhone systems.
Description
Perform modeling, simulation, and characterization of system power delivery network and analog circuits that include PCB, PMU, SOC, and Sub-Systems. Perform 2D/3D EM field modeling and simulation for system noises coupling and interferences between functional blocks, in both time-domain and frequency domain. Provide simulation and analysis of system level analog circuits, desense, co-existence, and interferences. Perform design feasibility study, design testing and verification, and system bring up. Provide design guideline and feedbacks to X-functional design teams. Support board layout and product bring up, debug, and validation.
Minimum Qualifications
Key Qualifications
Must have strong EE fundamentals and problem solving ability
Strong experience and knowledge in power integrity, power delivery network design and analysis for PCB, PMIC, and SOC subsystems
Strong fundamentals in electromagnetics, RF/MW theory & Technology, and analog circuits
Experience and knowledge in EM modeling, EMI interferences, and desense
Demonstrated engineering passion, initiative, innovation, and creativity
Hands-on experience in hardware board-level testing and measurements, lab equipment, hardware debugging, and with software debugging tools
Tools: Circuit Simulators (Spice/Spectre), Ansoft/CST, Cadence/Sigrity, scripting languages (Python, Perl, PHP, Ruby, Shell, etc.) VNA, HS Scopes.
Education & Experience
BSEE/MSEE, Ph.D.
Additional Requirements