At Microchip, we work every day to innovate and develop products that solve our customers’ technology challenges. Our team of more than 20,000 people worldwide is dedicated to delivering on the promise of working together to improve lives.
Learn about our guiding values that are the building blocks and foundation of our culture and discover how we make a positive impact in the communities in which we operate. We believe our culture fosters trust, collaboration and belonging.
Our people serve the industrial, computing, automotive, communications, aerospace and defense, and consumer market segments. As part of our global team, you can build technology solutions in our six growth areas – 5G, data centers, autonomous driving, the Internet of Things, electric vehicles, and artificial intelligence and machine learning.
Around the world, we are committed every day to recruiting, retaining and promoting people in our diverse workforce. Your perspective, passion and ingenuity will contribute to achieving more as we fulfill our mission as a leading provider of smart, connected and secure embedded control solutions.
Join our community of exceptional people doing incredible things.
Job Description
The Mixed Signal Development Group is responsible for delivering high-speed analog and mixed-signal IP to divisions within Microchip. We work with leading edge CMOS processes to produce analog integrated circuits for wireline applications. From PCIe to 112+Gb/s SERDES, we enable technology that allows Microchip’s products to interface to the outside world.
As a member of the Mixed-Signal Development Group, the candidate will be engaged in the leadership and design of high speed SERDES, PLLs, integrated filters, ADCs, DACs, and other analog building blocks.
Responsibilities
Learn about our guiding values that are the building blocks and foundation of our culture and discover how we make a positive impact in the communities in which we operate. We believe our culture fosters trust, collaboration and belonging.
Our people serve the industrial, computing, automotive, communications, aerospace and defense, and consumer market segments. As part of our global team, you can build technology solutions in our six growth areas – 5G, data centers, autonomous driving, the Internet of Things, electric vehicles, and artificial intelligence and machine learning.
Around the world, we are committed every day to recruiting, retaining and promoting people in our diverse workforce. Your perspective, passion and ingenuity will contribute to achieving more as we fulfill our mission as a leading provider of smart, connected and secure embedded control solutions.
Join our community of exceptional people doing incredible things.
Job Description
The Mixed Signal Development Group is responsible for delivering high-speed analog and mixed-signal IP to divisions within Microchip. We work with leading edge CMOS processes to produce analog integrated circuits for wireline applications. From PCIe to 112+Gb/s SERDES, we enable technology that allows Microchip’s products to interface to the outside world.
As a member of the Mixed-Signal Development Group, the candidate will be engaged in the leadership and design of high speed SERDES, PLLs, integrated filters, ADCs, DACs, and other analog building blocks.
Responsibilities
- Lead, design and architect high-speed SERDES subsystems
- Conduct Support Mixed-Signal feasibilities for SERDES or other high-speed systems
- Support Mixed-Signal IP through the post-tapeout phase, including lab testing, customer bring-up and debug
- Ownership of circuit and system specifications
- Design CMOS analog and mixed-signal integrated circuits
Requirements/Qualifications
- Bachelor's Degree in Analog, Mixed-Signal or RF IC design, Masters Degree or PhD preferred
- 10+ years of industry experience in the area of mixed-signal, high-speed CMOS circuit design
- Experience with circuit simulators (HSPICE, Spectre, etc)
- Knowledge of layout issues
- Strong written and oral communication skills
- Ability to work in a team environment
Travel Time
0% - 25%
0% - 25%
