Teledyne Technologies

  • Senior Hardware Engineer

    Job Locations US-CA-Milpitas
    Requisition ID
    2018-6197
    Company Name
    Teledyne LeCroy PSG
    Shift
    1st Shift - Day
    Citizenship/Visa Requirement
    US Citizen/Perm Resident/ Other US Person
  • Company Overview

    Teledyne Lecroy develops leading edge test and measurement products which engineering teams around the globe use to develop next generation of communication, consumer electronics and computer products.

     

     

     

     

     

     

    Position Summary and Responsibilities

    Front End hardware design engineer with emphasis on high speed digital and analog design. Responsibilities include board level design, simulation, and optimization of RF/Microwave front end circuitry for high-speed interfaces, PCB layout, high-speed signal integrity analysis, and component evaluation. This is a product development position requiring strong understanding of RF/Microwave theory and developing RF front end including through simulation, circuit analysis, layout guidance, electrical measurements, and system approach.

    Board and system level RF/Microwave and high speed digital circuit design and evaluation

     

    Perform RF and high speed circuit simulation using tools such as: HFSS, ADS, HSPICE and be responsible for board design and functionality

    Perform board bring up and work with firmware/logic engineers to ensure product functionality. Analyze critical high-speed circuits for signal integrity performance. Develop customized analog circuits, evaluate various options, create functional and load models, and document results for sharing with customers. Design and implement unit characterization tests, production tests and integration tests. Execute, analyze and verify test results. Understanding of design for manufacturing. Team work, effective communication, and customer support if needed

    Qualifications

    • Minimum of 7 years of system/board level experience designing and developing high end, high speed embedded platforms including latest bus topologies
    • Excellent knowledge of RF/Microwave design techniques, implementation, and measurements including S-parameter measurements and analysis
    • Excellent knowledge of RF/Microwave design methodologies and simulation, including latest bus technologies such as PCIe, USB, SAS/SATA and/or Ethernet
    • Excellent knowledge in high speed simulation using HFSS, ADS, HSpice, Hyperlinx, or similar tools and applying the concepts to board layout
    • Working experience with various high-speed measurement equipment such as: VNA, spectrum analyzer, TDR, and oscilloscopes
    • Excellent knowledge in high speed clock circuit design, implementation and measurements
    • Good interpersonal, organizational and communication skills
    • Strong background in debug, high speed Timing, and Jitter analysis and measurement. Team player. Be able to share knowledge, learn from others, and support other groups within an organization
    • Preferred: RF/Microwave circuit design experience
    • Working knowledge of various EMC/EMI control methods and implementation at PCB/component level. FPGA logic development experience.

    Education: MS/PHD in EE

     

     

    Teledyne is an Equal Opportunity/Affirmative Action employer.  All qualified applicants will receive consideration for employment without regard to race, color, religion, religious creed, gender, sexual orientation, gender identity, gender expression, transgender, pregnancy, marital status, national origin, ancestry, citizenship status, age, disability, protected Veteran Status, genetics or any other characteristic protected by applicable federal, state, or local law.    

    If you need assistance or an accommodation while seeking employment, please email  teledynerecruitment@teledyne.com or call (805)373-4545.  Determinations on requests for reasonable accommodation will be made on a case-by-case basis.  Please note that only those inquiries concerning a request for reasonable accommodation will receive a response.  

    Options

    Sorry the Share function is not working properly at this moment. Please refresh the page and try again later.
    Share on your newsfeed