| | | | Job Opportunities - RF magic 
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| RF Magic is a fabless semiconductor company providing a diversified portfolio of radio frequency (RF) Systems on a Chip integrated circuits (ICs) for the next generation of consumer electronics applications. The company’s experienced engineers combine RF and digital communications systems experience with RF silicon design expertise to develop highly advanced ICs for cost-effective integration into high-volume consumer platforms. RF Magic has an excellent opportunity for an RF Modeling & Simulation Engineer with IC COMPACT Modeling / Predictive Modeling for RF CMOS to work with our IC engineering group and our vendors. We are proud to offer an excellent benefits package, to our regular full-time employees, which includes medical, dental, vision, life insurance, 401(k), and more. Dennis Bartlett RF Magic, Inc. Recruiter Phone: 858-546-2401 x460 | RF Modeling & Simulation Engineer (Predictive Device Modeling Verilog-D) JOB RESPONSIBILITIES Development of custom IC models for CMOS transistors and passives for a variety of IC technologies. Development of high performance Design kits (PDKs) by supplying documentation on above models and integrating the IC models with Cadence or other IC design tool environments. Works on implementing IC blocks based on block level system specs. Work with team of IC design and layout designers.
JOB REQUIREMENTS BSEE or MSEE preferred with Masters a minimum of 3 years modeling CMOS and transistors. PhD a plus. Detailed understanding of DC and RF transistor modeling for CMOS models and BJTs. Knowledge of PSP models and BSIM4 models is a plus. Experienced in extracting CMOS and BJT model parameters and converting to Spectre model format. Experienced in performing high frequency RF probe performance measurements such as NFmin, S-parameters, IIP3 etc… In-depth knowledge of IC design tools and simulators, e.g., Cadence, ADS, RF Spectre, harmonic balance and time domain simulators. In-depth knowledge of IC layout design and techniques, tools and verification methodologies. Capable in analogue, mixed signal and RF circuit design. Some analytical and mathematical skills, e.g., Z- and S-domain analysis, complex small signal circuit analysis, filter analysis etc. Programming in Perl, Cadence SKILL language, etc… Detailed understanding of process technology steps for fine line geometry CMOS and BiCMOS technologies.
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