PMTS, Analog and Mixed-Signal Circuit Design: High-Frequency Broa...
Integense - Portland, Oregon, United States, 97204Work at Integense
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Overview
Our Automatic Test Equipment (ATE) group is expanding, and we are looking for senior high-frequency broadband analog circuit designers to join our team. In this role, you will focus on developing the next generation of high-performance pin electronic integrated circuits for ATE applications. As a senior technical leader, you will be involved in all aspects of IC development, from product concept to manufacturing release. You will work with a cross-functional team of product definers and analog, digital, and verification engineers to develop best in class ATE products.
Responsibilities:
Design high-speed driver, comparator, load (DCL), cable equalizers, timing, PLL, and DLL integrated circuits as well as other key blocks for ATE applications
Develop functional concepts, circuit architectures, and block-level specifications
Create behavioral models for system level simulation, optimization, and verification
Design of novel transistor level circuits, simulation, layout floor-planning, parasitic extraction, pre-silicon and post-silicon verification
Guide test engineering team to ensure robust production testing
Mentor junior engineers in proper analog circuit design and layout techniques
Minimum requirements:
MSEE electrical engineering
10+ years of analog circuit design experience
Preferred qualifications:
Expert in designing high-speed drivers for ATE or high-speed SERDES communication links
Deep understanding of broadband analog circuit design in Bipolar and CMOS technologies
Experience with high-speed digital circuits – serializer, de-serializer, counters and dividers
Experience with Tx/Rx equalization – CTLE, cable equalization, etc.
Experience with electro-magnetic theory and designing transmission lines, t-coils, etc.
Expertise in designing circuits subject to high thermals or high current densities, while assuring parametric performance and reliability
Solid understanding of device physics and process technology