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About
digital multiphase voltage regulators . Perform
gain/phase margin
and
stability analysis ; architect and design robust loop compensation. Model and simulate regulator behavior (steady‑state & transients) in
Simplis/MATLAB/Simulink/SystemVerilog . Define
PWM modulation , phase‑management, current sensing, and ripple minimization strategies. Model/Implement/verify control logic with
SystemVerilog/Verilog ; collaborate across analog, digital, and mixed‑signal teams. Validate designs via
small‑signal
and
time‑domain
analysis; drive improvements to feedback systems. What you’ll bring Deep understanding of
feedback control ,
Bode/Nyquist , and
stability criteria . Strong
DSP
fundamentals applied to digital power control. Proven
modeling skills : behavioral, small‑signal, and system‑level. Hands‑on with multiphase converters, PWM schemes, current‑balance, and transient optimization. SystemVerilog/Verilog
proficiency for RTL design and verification (UVM a plus). Scripting in
MATLAB / Python
preferred. Qualifications B.S./M.S. in Electrical Engineering (Ph.D. a plus). 5–10+ years in power electronics, control systems, or digital multiphase regulation.
Languages
- English
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