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如何设置TI的REF6025电压基准性能演示套件 字幕
如何设置TI的REF6025电压基准性能演示套件
课程时长:5:15
视频集数:1
标签: REF6025 ADS8881
This video will demonstrate how to set up TI's REF6025 performance demonstration kit. The REF6025 is the industry’s first precision voltage reference with an integrated high-bandwidth drive buffer. In this kit, the REF6025 is paired with TI’s high-precision ADS8881 precision SAR ADC to demonstrate the performance of this device in a data acquisition system.
采用CC1310 sub-1 GHz无线MCU的工业物联网 字幕
采用CC1310 sub-1 GHz无线MCU的工业物联网
课程时长:35:06
视频集数:1
标签: CC1310 MCU 工业物联网
This webinar covers the RF basics for the Sub-1 GHz band and the ARM® Cortex®-M3-based CC1310 wireless MCU. Moreover TI is the first company to make Sub-1 GHz easy and standardized with the new CC1310 LaunchPad, cloud-based evaluation and development environment, and the TI-15.4MAC networking stack implementing the IEEE 802.15.4g/e standard. This session will leave you with the know-how you need to build a long range, low power star network for monitoring and control.
使用TI的串联电容降压转换器进行设计 字幕
使用TI的串联电容降压转换器进行设计
课程时长:43:58
视频集数:12
标签: 串联电容降压转换器 DC/DC
Learn about high frequency challenges for DC/DC converters.
MSP CapTIvate自适应传感器PCB设计指南 字幕
MSP CapTIvate自适应传感器PCB设计指南
课程时长:20:46
视频集数:4
标签: CapTIvate MSP430 传感器 PCB设计
A good capacitive sensor design can improve a product's HMI (human machine interface) performance and robustness. This video introduces the fundamentals of self capacitance as well as suggested guidelines for button, slider and wheel sensor PCB layout.
如何以及为什么用负载开关替换分立MOSFET 字幕
如何以及为什么用负载开关替换分立MOSFET
课程时长:21:51
视频集数:1
标签: MOSFET
What you'll learn: How to identify a discrete power switching solution in a schematic The challenges of using a discrete solution How load switches provide better performance for power switching with more features and a smaller solution size
Simplelink Academy:传感器控制器简介 字幕
Simplelink Academy:传感器控制器简介
课程时长:10:19
视频集数:1
标签: Simplelink 传感器
Three key questions you will be able to answer after viewing this video: Q 1. What is the Sensor Controller?It is an Integrated Autonomous Sensor Interface with Programmable CPU. It resides within a separate power domain (referred to as the AUX domain in our technical documentation) which contains peripherals, a low power processor, memory (in the form as RAM) as well as control and interface logic to allow it to run independently. It can control it’s own power modes, enable and disable required system reference clocks, control IO’s and wake up the main application processor from sleep. Q 2. Why use the Sensor Controller?Use it to control sensors.It is optimized for Low Power.The SC CPU is Programmable which allows you to create custom algorithms and Bit-Banged Serial Interfaces. The SC CPU can also run concurrently and and offload the APP CPU. Q 3. How to use the Sensor Controller?An IDE GUI Tool called Sensor Controller Studio is used to create and debug sensor controller programs. The software tool is free of charge and includes code editor, compiler, task testing debugging, IO selection GUI tool, and many example projects.
无线电源101 字幕
无线电源101
课程时长:13:25
视频集数:3
标签: 无线电源
Wireless power is pretty simple. It’s a transformer with an air core. But then we begin the fun part. Let's walk through a tool we’ve developed to help you come up to speed quickly. We call it Wireless Power 101. The first of a series of Wireless Power 101 videos that will walk you through concepts and resources from TI.com.
PLC I / O模块的隔离电源 字幕
PLC I / O模块的隔离电源
课程时长:9:11
视频集数:1
标签: Fly-Buck 隔离电源
The training starts with an overview of an analog input module. Typical components and their voltage supply levels are shown. Next, possible power topologies like push-pull, flyback or fly-buck with their advantages and disadvantages are discussed. The main part of the training is about the Fly-Buck topology. First, the working principle is explained. Then tips about the right selection of the duty cycle are given. Furthermore, effects of leakage inductance of a transformer are presented. The training finishes with an overview about available TI Designs and power designs that use the Fly-Buck topology.
TI和WE的USB 3.1 Type-C解决方案 字幕
TI和WE的USB 3.1 Type-C解决方案
课程时长:31:08
视频集数:1
标签: USB 3.1 Type-C
The focus for this webinar is to introduce the audience to USB 3.1. It will include details about the new Type C connector and the benefits it brings, along with and an overview of how the USB specification has evolved to offer power levels to 100W and data rates up to 10Gbps – fast enough for even 4K video. With this increased performance come new challenges. The webinar will also cover the topic of electrical specifications and necessary filtering to ensure reliable performance. Join us for the discussion on how this new technology will impact designs as we explain and highlight architectures and solutions to address the new challenges being introduced.
3D TOF机器人:障碍物检测,防撞和导航 字幕
3D TOF机器人:障碍物检测,防撞和导航
课程时长:3:47
视频集数:1
标签: TOF机器人 障碍物检测 传感器
Autonomous navigation and collision avoidance are critical functions for safety and efficient operation in both consumer and industrial robots. Learn about how 3D time-of-flight sensors enable two different robots to “see” their environment and move around without collision. In the first part of the video, a vacuum robot equipped with relatively simple algorithms and a depth image from the 3D time-of-flight sensor is able to determine when to slow down, when to stop, which direction to turn, and how to maneuver around obstacles without collision. The second half of the video demonstrates a home robot equipped with the same 3D time-of-flight sensor and more advanced algorithms. This robot builds a map of the environment and uses the map to plan its path.
USB Type-C和PD 101 字幕
USB Type-C和PD 101
课程时长:13:48
视频集数:1
标签: USB Type-C PD 101
ummary of material presented in the video: USB Type-C & PD Overview Brief History of the Universal Serial Bus (USB) USB Type-C Cable/Connector Intro One Connector for All The Physical Interface Type-C Plug Type-C Receptacle Configuration Channel (CC) Alternate Mode Definition USB PD Alternate Mode Negotiation DisplayPort for Type-C Alternate Mode TI's broad portfolio of Type-C and PD products Ecosystem Block Diagrams High-level, TPS65982, and TPS65981 Notebook, Dock, and Monitor using TPS65982 and HD3SS460 Possible failure mechanisms of USB Type-C cables TPS8S300: TI's solution for faulty cables
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