6 Opamps Jobs

As a member of the Cadence team, you will have the opportunity to contribute to the world of technology by utilizing your skills and expertise. You will be responsible for hands-on layout experience in various analog IP components such as Opamps, Bandgaps, Data converters, LDO, PLL, and more. Your role will involve understanding the impact of layout on the circuit regarding speed, capacitance, power, and area. Knowledge of analog layout techniques like matching, shielding, and familiarity with DSM technology methodology will be essential. Experience with the latest technology nodes, specifically 28nm and below, is preferred. Additionally, you will be expected to possess good communication skills, work effectively as a team player, and have experience with scripting and automation. High-speed analog layout experience in areas like Serdes, power management, and PLL will be beneficial. Understanding layout effects on the circuit and various techniques, floorplan constraints, and IP integration at the chip level will be part of your responsibilities. Qualifications for this role include a degree in BE/BTech/ME/MS/MTech in Electrical/Electronics. Strong written, verbal, and presentation skills are essential, along with the ability to establish close working relationships with customers and management. You should exhibit strong analytical and problem-solving skills and be open to exploring unconventional solutions to get the job done. Operating with integrity and pushing to raise the bar will be key aspects of your role. Join us in our mission to tackle challenges that others cannot solve and be a part of work that truly matters at Cadence.,

Experience of designing blocks & sub- systems like PLLs, ADCs, DACs, LVDS, CDRs, Switched Capacitor Circuits, VCOs, OpAmps, Comparators, Voltage References etc. Knowledge of CMOS Image Sensor Read- Out Circuits is desirable. - Experience of designs in 40nm, 65nm, 90nm, 130nm, 0.18um, CMOS technologies. - Experience of using EDA tools like Cadence IC6 Framework, MMSIM. Understand Customer requirements and Develop Project Specifications along with the Team Leader. Involve in Circuit Design, Simulation, support layout engineers and work in the complete project cycle until tape- out. Follow the Project Execution Plan, Project Schedule, Work Assignment and EDA tool usage plan. Active Participation in Customer Project Reviews. Mentor and Guide Junior members of the team. Project Execution in Japan as part of the ELVEEGO team located in Japan. After completion of the project in Japan, work from ELVEEGO office in Bangalore.

We are seeking a Circuit Design Engineer specializing in Analog and Low Power circuits with a minimum of 3 years of experience. This full-time position is based in Bangalore, India and requires on-site presence. As a part of our team, you will be responsible for designing next-generation hardware for industrial sensors and IIoT systems, focusing on low-power, high-reliability circuits. Your role will involve working on various analog signal paths, chip development, and contributing to the evolution of smart devices from conception to production. If you are passionate about op-amps, precision design, and feedback control, this role is the perfect fit for you. You will be instrumental in: - Designing and simulating analog circuits including op-amps, amplifiers, filters, comparators, voltage/current references, and analog switches - Developing low-power circuits using MOSFETs, BJTs, and analog building blocks - Debugging power stages such as linear regulators and discrete drivers - Performing stability and loop analysis through phase margin, Bode plots, and transient response evaluation - Collaborating with layout engineers for PCB design reviews and ensuring signal/power integrity - Integrating and debugging circuits with microcontrollers, ADCs, DACs, and sensor interfaces - Conducting bench validation, debugging activities, and making design revisions based on test results - Optionally contributing to RF design, impedance matching, and antenna integration - Supporting system-level design reviews and assisting in productization processes - Collaborating with various departments including Component Engineering, Factory, and Procurement The ideal candidate would hold a B.E./B.Tech or M.E./M.Tech degree in Electronics or Electrical Engineering and possess at least 3 years of demonstrated experience in power/analog/mixed-signal circuit design. Strong understanding of operational amplifier behavior, offset, CMRR, and frequency response is essential. Hands-on experience with MOSFET/BJT design, analog biasing, and switching circuits is preferred. Additionally, familiarity with control theory fundamentals for loop design and analysis is required. Proficiency in simulation tools like SPICE, LTSpice, Cadence, and experience with lab tools such as oscilloscopes, signal generators, and spectrum analyzers are necessary. Nice-to-have skills include exposure to RF circuits or antenna systems, familiarity with industrial protocols like RS-485, 4-20mA, Modbus, and previous experience in taking circuits from prototype to production. Knowledge of EMI/EMC, grounding practices, and robust design for real-world deployment would be an added advantage. This role offers the opportunity to work on technically significant designs in the IIoT and industrial electronics domain, enabling you to learn the full product lifecycle from ideation to manufacturing. You will collaborate closely with a dedicated team of hardware, firmware, and product engineers, providing you with the chance to explore RF, embedded systems, and system-level integration in the future. Join Siemens and be a part of creating a better #TomorrowWithUs! Siemens is committed to providing equitable opportunities and fostering a workplace that embraces diversity. By joining us, you will contribute your unique perspective and skills towards building a better future together. Our core values include protecting the environment, conserving natural resources, promoting the health and well-being of our employees, and ensuring safe working conditions, reflecting our strong social and business dedication.,

The ideal candidate for this position should hold a B.E./BSc/ Diploma in Electronics with 1-4 years of experience. This role is specifically for males and involves designing SMPS, DC-DC Converters, AC-DC Converters, Inverters, and UPS. The responsibilities include day-to-day tasks such as tracking new and old designs, designing schematics, and working on Power-based circuits from requirements to testing and debugging. The candidate should have expertise in power devices like Thyristors, MosFETs, IGBTs, interface circuitry, and troubleshooting noise and other issues. Preferred candidates will have experience in 3PH, 1PH design and operation in Power circuits. Desirable skills include experience in PCB layouts, type testing of units, and proficiency in using test equipment like DMMs, DSOs, etc. While travel is not a regular requirement for this role, occasional travel may be necessary for debugging or project trials on site.,

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.,

Job Description: Execute comprehensive test plans, test cases, and test scripts to validate the performance, functionality, and durability of hardware products. Conduct thorough testing and validation of hardware products to ensure compliance with specifications, requirements and quality standards. Perform root cause analysis and troubleshooting of hardware defects and implement preventive measures for malfunctions to minimise future occurrences. Stay up to date with the latest advancements in hardware testing methodologies and apply them to improve the overall quality of our products. Strong knowledge of Analog and digital hardware design principles, testing tools, equipment and techniques Excellent analytical and problem-solving skills with an eye for detail and precision. Ability to work independently and manage multiple tasks simultaneously. Familiarity with a wide range of hardware components like MOSFET, BJTs, Opamps, Regulators, Microcontrollers, serializers, deserializers etc. Excellent verbal and written communication skills Strong problem-solving skills Ability to work well in a team environment Ability to work in a fast-paced environment Tools to be familiar with Mathcad for calculations, LT Spice for Simulations, Altium for schematics, PSPICE for Simulation, VISIO for block diagram, knowledge of using Oscilloscope and other lab equipments. Experience in using the laboratory measurement equipments ( DSO, Multimeter, Load boxes, Signal generators, electronic loads etc)