4 Cmos Design Jobs

**Job Description:** **Role Overview:** As a seasoned Analog Design Engineer at Synopsys, you will be responsible for pushing the boundaries of high-speed analog and mixed-signal design. Your deep understanding of CMOS design fundamentals and proven track record in implementing circuits for analog and mixed-signal building blocks will be crucial in ensuring that designs meet the stringent performance, power, and area specifications required by SerDes standards. You will thrive in collaborative environments, excel in presenting your work for peer review, and contribute to cutting-edge technology through continuous innovation. **Key Responsibilities:** - Ensure analog sub-block performance adheres to SerDes standards and architecture document specifications. - Identify and refine circuit implementations to achieve optimal power, area, and performance targets. - Propose design and verification strategies for high-quality design. - Oversee physical layout to minimize parasitic effects and process variation. - Own analog and mixed-signal building blocks integrated into SerDes design. - Document design features and test plans. - Consult on electrical characterization within the SerDes IP product. **Qualifications Required:** - BTech or MS with 4+ years of SerDes/High-Speed analog design experience. - Familiarity with transistor-level circuit design of fundamental analog and mixed-signal building blocks. - Silicon-proven experience in implementing circuits for analog and mixed-signal building blocks. - Design experience with SerDes sub-circuits such as equalizers, data samplers, drivers, ADC/DAC, PLLs. **Additional Company Details (if present in JD):** You will be part of a dynamic and innovative team at Synopsys focused on the development and integration of high-performance SerDes designs. The team values collaboration, continuous improvement, and a commitment to excellence, working on cutting-edge projects that drive the future of technology in the semiconductor industry. (Note: Omitted the section "Rewards and Benefits" as it does not contain specific job-related information.) ,

As an Analog Circuit Design professional, you will be responsible for working on high-speed circuits such as serializer, deserializer, Rx, Tx, PLL, ADC, etc. Your expertise in VLSI fundamentals, circuit design, and digital systems will be crucial for deep submicron CMOS design based on FinFET technology. You should have a strong foundation in circuit analysis and clock/memory circuit design. With a minimum of 2 years of experience in Analog Circuit Design, you will be expected to leverage your skills in designing and optimizing analog circuits to meet the requirements of various projects. Your educational background should include a BE/B-Tech/ME/M-Tech degree in Electronics and Communication, Electrical Engineering, or a related field. This role will be based in Bangalore, Hyderabad, or Noida, where you will collaborate with cross-functional teams to deliver high-quality analog circuit designs that meet the specifications and standards set by the organization. Your ability to innovate, troubleshoot, and adapt to new technologies will be essential in this dynamic and challenging environment.,

You are urgently hiring for the position of Analog Mixed Signal Design-Staff Engineer based in Hyderabad. With 7-10 years of experience, you will be responsible for various aspects of Analog and Mixed Signal Design, focusing on PMIC blocks like DC-DC converter (BUCK, BOOST), LDOs, and clocking circuits. Your role will involve circuit design, validation, mixed signal validation, and reliability validation. As an Analog Mixed Signal Design-Staff Engineer, you are expected to possess a strong understanding of CMOS design, active filter design, passive RC circuits, and switched cap circuits. You will work on high-speed digital circuit design and analysis, ensuring timing and flow closure. Additionally, you will utilize digitally assisted analog circuit and techniques to develop high-speed, low-power, and reliable analog and digital circuits for various areas of PLL. Your responsibilities will span across the design and development of cutting-edge foundry process development nodes. It is essential to have good knowledge of control systems, Bandgap reference, bias, op-amps, feedback, compensation techniques, and experience in LC VCO/DCO design. You will also gain exposure to the performance parameters of VCO and complete PLL architecture.,

The ideal candidate should possess experience in Analog and Mixed Signal Design, focusing on PMIC blocks such as DC-DC converter (BUCK, BOOST), LDOs, and clocking circuits. A strong foundation in CMOS design and active filter design is essential for this role. Responsibilities will include circuit design, validation, mixed signal validation, and reliability validation. Exposure to PMIC designs, high-speed digital circuit design, and analysis with timing and flow closure is required. Additionally, knowledge of digitally assisted analog circuits and techniques is preferred. The candidate will be entrusted with developing high-speed, low-power, and reliable analog and digital circuits for various PLL areas. Proficiency in control systems, Bandgap reference, bias, op-amps, feedback, and compensation techniques is necessary. Joining an expanding analog/mixed-signal circuit design team involved in cutting-edge foundry process development nodes, the selected candidate will be expected to focus on Analog blocks and clocking circuits. Proficiency in CMOS design, passive RC circuits, and switched-cap circuits is crucial for success in this role. Task responsibilities will encompass circuit design, validation, mixed signal validation, and reliability validation. Additionally, the candidate should be adept in high-speed digital circuit design and analysis with timing and flow closure, as well as digitally assisted analog circuit and techniques. The role will involve the development of high-speed, low-power, and reliable analog and digital circuits for various PLL areas, requiring a good understanding of control systems, band gaps, bias, op-amps, LDOs, feedback, compensation techniques, as well as experience in LC VCO/DCO design. Exposure to VCO performance parameters and complete PLL architecture is highly desirable.,