What are the responsibilities and job description for the Precision Analog Data Converter Design position at NXP Semiconductors?
Job Responsibility
Architect and define next-generation data converter solutions, including:
High-resolution and high-speed ADCs (SAR, Sigma-Delta(Discrete Time and Continuous time), Time-Interleaved)
High-performance DACs (current steering, charge redistribution, segmented architectures)
Requirements
Translate system-level requirements (SNR, SFDR, ENOB, bandwidth, power) into detailed architecture and sub-block specifications Drive end-to-end design of data converters, including:
Front-end signal conditioning, references, and clocking
High-speed sampling circuits and precision analog core
Calibration, linearity enhancement, and mismatch correction techniques
Develop System-level And Behavioral Models (MATLAB/Simulink, Verilog-A/AMS) To Validate Architecture, Noise Shaping, And Dynamic Performance Lead Detailed Circuit Design And Analysis For Critical Blocks Such As
High-speed comparators, opamps, DAC elements, reference buffers, and clocking circuits
DAC mismatch and ADC linearity
Perform deep analysis of performance metrics (SNR, SNDR, SFDR, INL/DNL, jitter sensitivity) and correlate with silicon results Drive silicon validation, debug, and performance optimization across PVT corners Serve as technical lead and interface with system teams, customers, and cross-functional stakeholders Mentor junior designers and build technical depth in converter design methodologies across the organization Drive innovation and develop differentiated architectures, including patentable solutions
Your Profile
MS in Electrical Engineering with 12 years, or PhD with 10 years of experience in ADC/DAC design Strong expertise across multiple data converter architectures:
SAR, Sigma-Delta (DT and CT), Time-Interleaved ADCs
Current steering and segmented DACs
Proven track record in designing high-performance converters Deep understanding of:
Noise shaping, quantization noise, and distortion mechanisms
Clocking and jitter impact on converter performance
Calibration techniques (background/foreground, DEM, mismatch correction)
Strong Experience With High-speed Analog Design Challenges
Bandwidth, settling, distortion, and parasitic effects
Expertise in system-level modeling and behavioral simulation (MATLAB/Simulink, Verilog-A/AMS) Hands-on experience with Cadence tools (Virtuoso, Spectre) and mixed-signal simulation flows Proven ability to take converter designs from concept through silicon validation and production Demonstrated innovation capability with patents/publications in data converter design Strong communication skills with ability to influence cross-functional teams and customers
More information about NXP in Italy...
Architect and define next-generation data converter solutions, including:
High-resolution and high-speed ADCs (SAR, Sigma-Delta(Discrete Time and Continuous time), Time-Interleaved)
High-performance DACs (current steering, charge redistribution, segmented architectures)
Requirements
Translate system-level requirements (SNR, SFDR, ENOB, bandwidth, power) into detailed architecture and sub-block specifications Drive end-to-end design of data converters, including:
Front-end signal conditioning, references, and clocking
High-speed sampling circuits and precision analog core
Calibration, linearity enhancement, and mismatch correction techniques
Develop System-level And Behavioral Models (MATLAB/Simulink, Verilog-A/AMS) To Validate Architecture, Noise Shaping, And Dynamic Performance Lead Detailed Circuit Design And Analysis For Critical Blocks Such As
High-speed comparators, opamps, DAC elements, reference buffers, and clocking circuits
DAC mismatch and ADC linearity
Perform deep analysis of performance metrics (SNR, SNDR, SFDR, INL/DNL, jitter sensitivity) and correlate with silicon results Drive silicon validation, debug, and performance optimization across PVT corners Serve as technical lead and interface with system teams, customers, and cross-functional stakeholders Mentor junior designers and build technical depth in converter design methodologies across the organization Drive innovation and develop differentiated architectures, including patentable solutions
Your Profile
MS in Electrical Engineering with 12 years, or PhD with 10 years of experience in ADC/DAC design Strong expertise across multiple data converter architectures:
SAR, Sigma-Delta (DT and CT), Time-Interleaved ADCs
Current steering and segmented DACs
Proven track record in designing high-performance converters Deep understanding of:
Noise shaping, quantization noise, and distortion mechanisms
Clocking and jitter impact on converter performance
Calibration techniques (background/foreground, DEM, mismatch correction)
Strong Experience With High-speed Analog Design Challenges
Bandwidth, settling, distortion, and parasitic effects
Expertise in system-level modeling and behavioral simulation (MATLAB/Simulink, Verilog-A/AMS) Hands-on experience with Cadence tools (Virtuoso, Spectre) and mixed-signal simulation flows Proven ability to take converter designs from concept through silicon validation and production Demonstrated innovation capability with patents/publications in data converter design Strong communication skills with ability to influence cross-functional teams and customers
More information about NXP in Italy...