RF/Analog/Mixed Signal IC Design Engineer

We are seeking a highly skilled RF, Analog, and Mixed Signal Engineer to join our engineering team. The ideal candidate will possess strong analytical abilities, a passion for innovation, and extensive experience in designing and implementing RF/mmW and/or analog/mixed-signal circuits.

Description

Our team is responsible for all aspects of silicon development for cellular transceivers, with a particular emphasis on highly integrated and efficient designs and technologies that transform the user experience at the product level. This highly visible role puts you at the center of a silicon design group with a critical impact on getting functional products to hundreds of millions of customers quickly!","responsibilities":"As an RF IC design engineer, you will be responsible for providing RF solutions for cellular transceiver chips. Responsibilities include:

Working with platform architects, system, and digital design groups to define the requirements for RF and baseband blocks based on the system requirements.

Collaborating with the technology team on process selection for the target device.

Driving transistor-level feasibility studies of RF/mixed-signal circuit blocks and architectures.

Designing various component blocks inside the RF transceiver, including LNA, upconverters/downconverters, baseband filters, VGAs, LO/PLL circuits, driver amplifiers/power amplifiers, linear RF switches, attenuators, low noise regulators, amplifiers, and biasing circuits.

Working closely with the mask design team to implement layout views of designs.

Preferred Qualifications

Direct experience designing and bringing into mass production highly integrated cellular RF transceivers in deep sub-micron RF CMOS technology.

Ability to innovate and implement novel solutions for sophisticated engineering problems.

Ability to collaborate with multi-functional teams to define system architecture and requirements.

Familiarity with various RF transceiver architectures and their trade-offs; capability to collaborate with the digital design group for an optimum partition between the digital and analog domains.

Deep understanding of RF CMOS implementation fundamentals and basic building blocks, including LNAs, mixers, VCOs and DCOs, PLLs, LO, and PAs.

Design experience with digital TX or analog/digital/sampling PLL circuits is a bonus.

Solid understanding of bandgaps, bias, opamps, LDOs, feedback, and compensation techniques.

RF device modeling experience, including device noise parameters and inductor modeling. Insights into packaging effects, supply isolations, high-frequency ESD structures, and circuit layout for optimum RF performance.

Very good knowledge of one or more of the following tools: Cadence/Virtuoso, Spectre, AMS, GoldenGate, AFS, ADS, EMX, layout parasitic extraction tools, SimVision, RelExpert.