Responsibilities Job Responsibilities: Uses circuit modeling tools to design analog or RF integrated circuit components for transceivers including analog, mixed-signal, and RF components.

Acara Solutions is seeking an ASIC and Mixed Signal Design Engineerto join our client located in Colorado Springs on a Remote work opportunity. Provide technical leadership for new Digital and Mixed-signal ASIC programs.

Verification Engineers may work with state of the art mixed signal ICs with experience in UVM or OVM. The verification responsibilities will include architecting verification strategies, participating on a team to verify logic designs, and building System Verilog constraint driven testbenches.

This role offers a unique platform to enhance your skills across a spectrum of areas including UVM, AMS modeling, mixed-signal verification, formal verification, emulation, and both performance modeling and verification.

Key Words: Electrical Engineer Electrical Design mixed signal circuit analog circuit Design firmware. Design groundbreaking analog and mixed signal circuits for PCB designs.

We are looking for a candidate with a broad set of experiences, including embedded design, analog/mixed signal design, power systems, wearables, or lower power design. ● Technical breadth in at least two consumer electronic domains such as, power electronics, signal integrity, battery management, RF, Audio, sensors systems.

Experience with use of standard electrical engineering tools such as oscilloscopes, high speed digital test equipment, logic analyzers, spectrum analyzers and function generators Technical breadth in at least two consumer electronic domains such as, power electronics, signal integrity, battery management, RF, Audio, sensors systems.

Expertise with MTS, Mixed-Signal simulations of multiple RF design technologies. Job Description Mixed-Signal IC tapeout simulation verification on multiple technology tapeouts using ADS/Cadence, data displays or associated simulation engines.

Design knowledge of high-speed I/O SerDes architectures and blocks, plus general mixed-signal IP, e.g. CTLE, FFE, DFE, VGA, CDR, PLL/DLL, TX driver, EMC, GPIO, etc. Provide expertise in translating post-silicon learnings into suggestions for the new IP design process for SerDes IP. PREFERRED EXPERIENCE: 10-15 years of professional experience in the semiconductor industry doing analog mixed-signal circuit/system design, analysis, validation and/or test, characterization and debug.

Experience in PCB layout design constraints for mixed/RF signal, high speed signal impedance control, memory interfaces, power distribution, heat dissipation, and optimization for EMI performance.

Experience designing analog, high-speed digital, or mixed-signal circuits, including analysis, simulation, test, problem-solving, and part selection. As part of a hardworking team of diverse engineers, you will you will develop mixed signal electrical circuitry and integrate our innovative Optical Communications Terminal enabling flexible high-data rate deep space optical communication links for various spaceflight systems.

Deep understanding of analog, mixed-signal and RF circuit design, including design of LNAs and PAs, PLL/VCO/DCO/LOGEN blocks, mixers, baseband filters and amplifiers, data converters and calibration methods associated with such high performance wireless systems.

Stonehouse Resources is seeking an experienced senior CMOS focal plane array electrical engineer as Senior Engineer for it's clients mixed-signal ROIC design team. Experience successfully completing tape outs as an owner of major precision mixed-signal IC blocks such as sensor interfaces, PLL’s, serializers, DAC’s, precision regulators, ADC’s.

Key Qualifications Typically requires 10+ years of RF/analog and mixed-signal design experience in cutting-edge RF CMOS design. Familiarity with mixed-signal mode verification methodology (SystemVerilog, AMS, Nanotime.

As part of this team, you will be participating in mixed-signal ASIC/ROIC development activities with cross-functional teams, including chip architecture, specification, design, verification, validation, fabrication, packaging, debugging, test development, failure analysis, and documentation.