High-Resolution Data Converter Design Engineer

At Elevate Semiconductor, our mission is to empower semiconductor and system test customers by delivering world-class test integrated circuits (ICs) that tackle the industry's most complex automated test equipment (ATE) challenges. We pride ourselves on exceeding expectations by designing the lowest power, highest density solutions to achieve the lowest possible cost of test—both today and for the future.

We are seeking an experienced professional or a highly capable graduate student to assist in the design and development of 16- to 20-bit high-resolution data converters, including Analog-to-Digital Converters (ADCs) and Digital-to-Analog Converters (DACs), for high-precision applications. The focus is on Nyquist data converter architectures capable of generating or processing precise DC levels with extremely low noise. Candidates should have a deep understanding of precision analog circuit design and be capable of solving system and application-based design constraints.

Key Responsibilities:

• Design and optimize 16- to 20-bit high-resolution ADCs and DACs for stable and precise DC level generation and processing with high precision and low noise.
• Develop architectures tailored to the unique constraints of precision applications.
• Implement advanced noise reduction techniques, including addressing thermal and 1/f noise.
• Design and execute calibration schemes to ensure stable and accurate operation under varying conditions.
• Address layout parasitics and noise coupling to maintain high performance in high-resolution designs.
• Perform detailed simulation and verification using tools such as Cadence, Mentor, or Synopsys, including noise and mismatch analysis.
• Document the design process, technical findings, and performance results in a clear and organized manner.
• Collaborate with cross-functional teams and stakeholders to align design goals and ensure successful project delivery.

Requirements

1. Technical Expertise:
• Extensive experience in designing precision analog circuits, particularly 16- to 20-bit high-resolution data converters (ADCs and/or DACs).
• Strong background in achieving ultra-low noise performance and minimizing parasitic effects.
• Proficiency in developing precision analog architectures.
• Advanced knowledge of precision calibration techniques for high-resolution designs.
2. Industry or Academic Experience:
• At least 5 years of professional experience in precision analog or mixed-signal IC design, or active graduate-level research in this field.
• Prior work on ADCs, DACs, or similar high-resolution circuits for precision analog or related applications.
• Connections with academic institutions or professors specializing in data converter or analog IC design are highly desirable.
3. Tools and Simulation:
• Experience with industry-standard EDA tools for simulation and verification, including Cadence, Mentor, or Synopsys.
• Strong skills in noise, mismatch, and layout analysis.
4. Soft Skills:
• Detail-oriented with excellent problem-solving abilities.
• Strong documentation and communication skills.
• Effective collaboration within interdisciplinary teams.

Preferred Qualifications:

• Experience working in or designing for unique design constraints, with a focus on precise DC level generation or processing.
• Hands-on experience addressing unique challenges in high-precision analog design, including calibration and noise optimization.
• Advanced degree (Master’s or Ph.D.) in Electrical Engineering or a related field, with research focusing on data converters or precision analog design.

Benefits

• 100% Employer Paid Health Insurance (Medical, Dental, Vision)
• Unlimited Paid Time Off
• Performance Bonuses
• Hybrid Work Models
• Free Lunch Catered in by Local Restaurants
• Private Equity Options
• Retirement Plans
• Sabbatical Program
• Tuition Reimbursement
• Volunteer Days
• Relocation Assistance
• Conference Attendance Support
• Biweekly Phone Stipend
• Employee Assistance Program
• Maternity/Paternity Leave