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Designing Power Systems for Complex FPGA-Based Applications Easily and Quickly
TI's WEBENCH Designer is a free online design tool that delivers customized power, lighting, filtering, clocking, and sensing designs in just a few seconds. Through WEBENCH, you can create, optimize, and simulate designs tailored to your unique specifications, and before moving to production, you can optimize designs at the design, system, and supply chain levels to match footprint/cost/efficiency.
In this webinar, we will introduce how to design power systems more easily and efficiently for diverse and complex FPGA-based applications (factory automation, test equipment, medical equipment, etc.) through WEBENCH Designer's <Power Architect> and FPGA design tools.
TI WEBENCH <Power Architect> and FPGA provide a streamlined design environment that enables more granular control of each power system, supports over 1,500 built-in switchers and inductors, power modules, LDOs, and various topology combinations, and offers dozens of solutions matching your input voltage range and load voltage and current specifications.
Additionally, in this webinar, TI experts will introduce how to quickly start your design by leveraging fully validated reference designs directly designed by TI engineers. We encourage you to attend the webinar and learn how to easily and quickly design power systems for complex FPGA-based applications.
1. Introduction to Online Design Tool WEBENCH
2. TI Power Product Overview
3. Exploring TI WEBENCH <Power Designer>
4. Demo: Designing FPGA Application Systems with <Power Architect> and FPGA
FPGA Utilization and Data Throughput Optimization Reference Design for Automated Test Equipment
ADS8910B: 18-bit, 1MSPS, SAR ADC with embedded reference buffer, internal LDO, and multiSPI interface
Altera Arria V FPGA Power Supply Reference Design
TPS769: 10V, 100mA, Low IQ, LDO Linear Regulator
Xilinx Artix 7 FPGA Reference Design with PMBus Power Management
INA333: Low-power, zero-drift, precision instrumentation amplifier
Power Solution for Xilinx FPGA Zynq 7 (1.8V@0.15A)
REF1112: 1uA, SOT23-3 10ppm/°C Shunt Voltage Reference
WEBENCH and FPGA Related Resources
WEBENCH Power Architect
WEBENCH FPGA Architect
Power Supply for FPGA, Processors and ASICS
In this webinar, we will introduce how to design power systems more easily and efficiently for diverse and complex FPGA-based applications (factory automation, test equipment, medical equipment, etc.) through WEBENCH Designer's <Power Architect> and FPGA design tools.
TI WEBENCH <Power Architect> and FPGA provide a streamlined design environment that enables more granular control of each power system, supports over 1,500 built-in switchers and inductors, power modules, LDOs, and various topology combinations, and offers dozens of solutions matching your input voltage range and load voltage and current specifications.
Additionally, in this webinar, TI experts will introduce how to quickly start your design by leveraging fully validated reference designs directly designed by TI engineers. We encourage you to attend the webinar and learn how to easily and quickly design power systems for complex FPGA-based applications.
1. Introduction to Online Design Tool WEBENCH
2. TI Power Product Overview
3. Exploring TI WEBENCH <Power Designer>
4. Demo: Designing FPGA Application Systems with <Power Architect> and FPGA
FPGA Utilization and Data Throughput Optimization Reference Design for Automated Test Equipment
ADS8910B: 18-bit, 1MSPS, SAR ADC with embedded reference buffer, internal LDO, and multiSPI interface
Altera Arria V FPGA Power Supply Reference Design
TPS769: 10V, 100mA, Low IQ, LDO Linear Regulator
Xilinx Artix 7 FPGA Reference Design with PMBus Power Management
INA333: Low-power, zero-drift, precision instrumentation amplifier
Power Solution for Xilinx FPGA Zynq 7 (1.8V@0.15A)
REF1112: 1uA, SOT23-3 10ppm/°C Shunt Voltage Reference
WEBENCH and FPGA Related Resources
WEBENCH Power Architect
WEBENCH FPGA Architect
Power Supply for FPGA, Processors and ASICS
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- 50 Comments
- 김*주 (2017-08-24 오후 1:41:52)
- 유익한 강의 감사합니다.
- 한*욱 (2017-08-24 오전 10:50:13)
- 좋은 세미나 부탁드립니다..
- 장*기 (2017-08-24 오전 10:41:16)
- 좋은 강의 감사합니다.
- 박*일 (2017-08-24 오전 10:39:31)
- 싱싱한 강의 부탁드려요.
- 정*균 (2017-08-24 오전 10:24:01)
- 좋은 강의 부탁 드립니다.~^^
- 김*종 (2017-08-24 오전 10:19:38)
- 좋은 강의 부탁 드립니다.
- 허*현 (2017-08-24 오전 10:15:22)
- 오랫만에 들어와 보네요...
- 최*민 (2017-08-24 오전 10:14:19)
- 좋은 세미나 기대 합니다.
- 김*훈 (2017-08-24 오전 10:14:15)
- 기대하겠습니다.
- 이*승 (2017-08-24 오전 10:14:06)
- 좋은 방송 기대합니다
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