Analog IC Design Engineer — High-Current Power Stages

Texas Instruments Incorporated; Dallas (TX); On-site; USD 120,000 - 180,000; Full time

Job summary

Texas Instruments Incorporated in Dallas seeks an experienced Analog Design Engineer to join the power management team. You will develop high-current, low-voltage power stages for multi-phase buck converters supporting high-performance computing and datacenter applications.

Responsibilities include ownership of the full design cycle from architecture to silicon validation, optimizing efficiency and thermal performance, and close collaboration with systems, layout, and applications teams to meet

Qualifications

• Experience with high-current, low-voltage power stages for multi-phase buck converters.
• Strong transistor-level design and verification skills.
• Collaboration with cross-functional teams to meet performance targets.

Responsibilities

• Design high-current, low-voltage power stages for multi-phase buck converters in advanced BCD processes.
• Own full design cycle from architecture to layout supervision and silicon validation.
• Optimize power stage performance for efficiency, speed, thermal, and area.
• Collaborate with systems and demand creation teams to define specifications and targets.
• Work with layout engineers to implement high-density power stage layouts.
• Perform circuit simulations including DC, AC, transient, and corner analysis.
• Support silicon bring-up, debugging, and characterization activities.
• Interface with applications/product engineering to meet customer requirements.

Skills

Analog design

Power management

Circuit simulations

Layout supervision

Job description

Texas Instruments Incorporated in Dallas seeks an experienced Analog Design Engineer to join the power management team. You will develop high-current, low-voltage power stages for multi-phase buck converters supporting high-performance computing and datacenter applications.

Responsibilities include ownership of the full design cycle from architecture to silicon validation, optimizing efficiency and thermal performance, and close collaboration with systems, layout, and applications teams to meet