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微控制器 (MCU)

DesignDRIVE位置管理器SIN / COS解决方案简介 字幕
DesignDRIVE位置管理器SIN / COS解决方案简介
课程时长:6:04
视频集数:1
标签: MCU C2000
An overview of the DesignDRIVE Position Manager solution for SIN/COS encoder sensors is presented.
基于SimpleLink的超低功耗无线MCU平台CC1310DK 字幕
基于SimpleLink的超低功耗无线MCU平台CC1310DK
课程时长:2:25
视频集数:1
标签: SimpleLink MCU CC1310DK
The CC1310 Development Kit includes features such as an LCD screen, buttons, sensors, breakout pins, and an on-board debugger. Using the CC1310DK, developing and debugging is made easy for everyone!
如何开始使用CC1310 Packet RX / TX示例 字幕
如何开始使用CC1310 Packet RX / TX示例
课程时长:4:15
视频集数:1
标签: CC1310 MCU
The Wireless Sensor Network Concentrator demo showcases how to use Sub-1GHz Wireless MCU technology with sensor-based applications. The Concentrator and Node examples allow a complete data gathering and transmission demo using the CC1310DK!
了解TI的增强型产品价值和风险缓解 字幕
了解TI的增强型产品价值和风险缓解
课程时长:4:38
视频集数:1
标签: MCU
This session will review how Enhanced Products fall within the various qualification standards at TI, the benefits of the Enhanced Products line and more. TI’s Enhanced Product line is a commercial of-the-shelf (COTS) solution with the following key benefits: Fabrication and assembly controlled baseline No use of Pure Sn bond pads, balls or Cu bond wires DLA Vendor Items Drawings (VID or V62) part numbers that eliminate the need for = source controlled drawings Extended product change notification (PCN) Extended temperature performance (typically -55°C to +125°C or customer specified) Standalone data sheet Qualification and Reliability reports Extended HAST testing Product traceability Long product life cycles
SimpleLink Academy:开发您的Bluetooth®低能耗项目 字幕
SimpleLink Academy:开发您的Bluetooth®低能耗项目
课程时长:12:49
视频集数:1
标签: SimpleLink 蓝牙低功耗 CC2650 CCS
Getting started Bluetooth low energy (BLE) demo for the CC2650 LaunchPad development kit using CCS Cloud™, TI’s web browser based integrated development environment (IDE). Learn how to control LEDs, read button states and send text strings over BLE from a smartphone.
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.
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.
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.
MSP430 16位MCU上的信号处理 字幕
MSP430 16位MCU上的信号处理
课程时长:18:43
视频集数:6
标签: MSP430 MCU 低能耗加速器 LEA
Introduction and agenda to advanced signal processing on 16-bit FRAM MCUs using Low-Energy Accelerator (LEA) This is part of a training series of Advanced Signal Processing on 16-bit MSP430 FRAM MCUs with Low Energy Accelerator (LEA)
CC2650MODAPluetooth<sup>®</sup>低能射频模块简介 字幕
CC2650MODAPluetooth®低能射频模块简介
课程时长:7:55
视频集数:1
标签: CC2650MODA 蓝牙
Three key questions you will be able to answer after viewing this video: 1. What are the main attributes of the CC2650MODA module?The CC2650MODA device is an RF module which includes the SimpleLink CC2650 wireless MCU in 5x5 mm QFN package, antenna, crystals and all necessary passive components. It is small compared to a coin cell battery with its 11 x 16.9 mm size and has RF certifications for world-wide operation. Low-power features include 6mA RX/TX current, 1uA sleep current with RC running and full RAM retention and the novel sensor controller which allows parallel processing of low-power sensors. In addition to being fully Bluetooth 4.2 compliant, the CC2650MODA module also supports IEEE 802.15.4 RF transmission. 2. How can the CC2650MODA module be used?The CC2650MODA module offers two modes of operation. The first mode is a single-chip solution, with both BLE-Stack code and customer application running on the CC2650MODA module. The best development platform for this purpose is the CC2650 LaunchPad™ development kit, which is a full MCU development platform. The CC2650MODA module can then be seen as another package option in addition to the QFN packages available today. The module contains a 5x5mm QFN package and is software compatible with this chip. The second usage mode is as a Bluetooth 4.2 network processor. Here the development platform is a stacked development kit setup with the application running on the MSP432™ MCU LaunchPad kit, and simple Bluetooth low energy network processor running on the CC2650MODA BoosterPack™ plug-in module. The two are connected by SPI or UART. The advantage of this approach is that a pre-compiled HEX image of the simple Bluetooth low energy network processor can be used, and all development efforts can be spent on writing code for the host MCU and only learning a simplified Bluetooth low energy API. 3. What development resources are available?SimpleLink Academy is a set of labs that introduces various topics related to Bluetooth low energy, RTOS and other aspects of the TI SimpleLink devices. The labs provide tasks for the user to accomplish – with interactive feedback, quizzes and suggested solutions to the tasks. There is one specific lab presented on the simple network processor, and this lab uses the CC2650MODA BoosterPack plug-in module and the MSP432 LaunchPad kit as the training hardware. Check it out today to learn all about how to use the CC2650MODA module as a network processor in your application!
SimpleLink™Wi-Fi<sup>®</sup>CC32XX电源管理框架 字幕
SimpleLink™Wi-Fi®CC32XX电源管理框架
课程时长:12:32
视频集数:1
标签: SimpleLink Wi-Fi 电源管理 MCU CC3220
The CC3220 wireless MCU has three power modes: Sleep, Low-power deep sleep, and hibernation. These enable the low power levels that SimpleLink Wi-Fi is recognized for. Watch this tutorial to learn more!
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