Texas Instruments Inc. is an American technology company that designs and manufactures semiconductors, which it sells to electronics designers and manufacturers globally. Headquartered in Dallas, Texas, United States, TI is one of the top ten semiconductor companies worldwide, based on sales volume. Wikipedia
Texas Instruments Inc. is an American technology company that designs and manufactures semiconductors, which it sells to electronics designers and manufacturers globally. Headquartered in Dallas, Texas, United States, TI is one of the top ten semiconductor companies worldwide, based on sales volume. Wikipedia
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Power path, ship mode and more. Get the download on all things linear chargers in this blog: http://ow.ly/Xw2O30hvfiC
Introducing our new family of Jacinto TDA2P and DRA76 automotive processors. Learn more about how these new devices will help advance your automotive design: http://ow.ly/WSG530hkYYM
mmWave radar sensing systems might have a reputation for being challenging, but that doesn't have to be the case! Learn more about TI's mmWave radar sensors and how to create solutions with them in our new blog: http://ow.ly/JzsO30hfKy9
How to ensure precision in voltage references for automated processes: http://ow.ly/DEFV30hveEr
Power path, ship mode and more. Get the download on all things linear chargers in this blog: http://ow.ly/Xw2O30hvfiC
Introducing our new family of Jacinto TDA2P and DRA76 automotive processors. Learn more about how these new devices will help advance your automotive design: http://ow.ly/WSG530hkYYM
mmWave radar sensing systems might have a reputation for being challenging, but that doesn't have to be the case! Learn more about TI's mmWave radar sensors and how to create solutions with them in our new blog: http://ow.ly/JzsO30hfKy9
In this position, you will partner with the design, system, and test engineering teams to help bring high quality, innovative clocking products to market.
Background in analog design to proactively drive design for test (DFT) efforts at the product family level with development teams to allow functional testing of device to optimize test cost and guarantee test coverage for random fab defects.
The ability to easily transition between consulting, strategic planning, and implementation; the ability to work effectively in a highly ambiguous environment.
Define and develop hardware Reference Designs at the subsystem level for key Medical End Equipment, including schematic, layout, testing and documentation.
Texas Instruments • Houston, TX and 2 other locations
Develop advanced analog and digital chips and system products from concept to mass production; complete advanced high speed IC design cycles and participate in a variety of system design activities.
The ideal candidate will have experience in Analog Power and Signal Chain in multiple applications; the ability to collaborate effectively with customers to solve their complete analog system requirements using the company's components is required.
The ideal candidate will have experience in Analog Power and Signal Chain in multiple applications; the ability to collaborate effectively with customers to solve their complete analog system requirements using the company's components is required.
In this role, you'll design embedded software and development tools that will be used to test products; will write code that tells chips how to operate in revolutionary new ways.
Creating Application notes, reference designs, monitoring and responding to E2E forum questions; promoting TI products and providing appropriate technical solutions to customers to solve their design challenges.
Own/support whole product definition that ties all aspects of our solutions together (SW, HW, kits, out-of-box experience) for critical product milestones such as first-customer-samples (FCS), accelerated product launch (APL), release-to-market (RTM) as well as post-RTM.
Guide/drive technical teams (design, process, characterization, test) on key focus activities (development of new characterization capabilities, new design checkers, rad simulation tools, etc.) to help produce rad hardened products.
Qualify any new die re-designs that are required to meet customer needs; work closely with failure analysis lab to verify and provide a response plan to fix customer problems.
Manage the business and customer relationships for a portfolio of clocking products deployed in communications, industrial and automotive systems; work closely with regional teams to drive and track new business opportunities.
The PE may serve as a member of new product development teams to ensure the products are designed for manufacturability, testability, reliability and quality; the PE may act as a central product resource to assist with releasing new products into production.
Work with assembly sites to develop M/B diagrams, lead frame designs, and ensure assembly rule compliance for package manufacturability; drive assembly sites for expedited customer sampling plans.
Individual must organize and plan design activities, create construction documents or manager external design teams and perform project management in conjunction with other design disciplines.
Responsibilities include overall system design, performance monitoring, project management, implementation/commissioning, procedure development inclusive of hot work and switching order approvals, training, problem solving, cost estimating, and system documentation.
Ability to effectively coordinate and lead global development teams on projects that include design, silicon fabrications, production test development, qualification and production ramp. Programs will be driven out of multiple global locations.
Development of new IPM concepts involving analog integrated circuits and high-power discrete components (such as SiC, GaN, MOSFETs, IGBTs, etc.); deep understanding of module topologies relevant to PV, EV/HEV, UPS, Renewable end applications.
Interface with process, test, product, application, marketing, project management managers and engineers to successfully bring new products from concept to release to production.
Innovative logic design for integration of cell libraries, functional units and subsystems into full chip designs, Register Transfer Level coding, and simulation for SerDes chip.
Interface with process, test, product, application, marketing, project management managers and engineers to successfully bring new products from concept to release to production.
Designing logic circuits with Verilog/System Verilog/VHDL for implementing FSMs, arithmetic for digital signal processing algorithms, communication interfaces, memory controllers, analog control for ADC's, DAC's and power management, internal test mode features, DFT, etc.
Work with analog and systems teams in developing system/chip specs; create micro architectures from chip spec; RTL development and verification (RTL and Gate level).
Work with analog and systems teams in developing system/chip specs; create micro architectures from chip spec; RTL development and verification (RTL and Gate level).
Annual Report 
