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[SAM R21]WSNdemo的测试
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本帖最后由 dcexpert 于
23:30 编辑
从昨天折腾到今天，终于将WSNDemo测试成功。
从ASF中创建例程的步骤就不重复了。创建好LWMesh-WSNDemo-Application例程后，我们可以在项目管理器中看到还带有pdf应用笔记和WSNmonitor监视软件。AS6将这么多东西都打包进去了，难怪速度比较慢。
在config.h中，我们可以看到下面的定义
#if APP_ADDR == 0x0000
#define APP_CAPTION& &&&&Coordinator&
#define APP_NODE_TYPE& &0
#define APP_COORDINATOR 1
#define APP_ROUTER& && &0
#define APP_ENDDEVICE& &0
#elif APP_ADDR & 0x8000
#define APP_CAPTION& &&&&Router&
#define APP_NODE_TYPE& &1
#define APP_COORDINATOR 0
#define APP_ROUTER& && &1
#define APP_ENDDEVICE& &0
#else
#define APP_CAPTION& &&&&End Device&
#define APP_NODE_TYPE& &2
#define APP_COORDINATOR 0
#define APP_ROUTER& && &0
#define APP_ENDDEVICE& &1
#endif复制代码
APP_ADDR是0，就是Coordinator，小于0x8000是Router，否则才是End Device。因为只有两个SAM R21，所以只能一个设置成End Device，另一个设置为Coordinator。分别设置APP_ADDR为0和大于0x8000（这里设置为0x9012了），编译并分别下载到两个SAM R21中。下载后立刻就可以看到，随着End Device每两秒发一次数据（LED闪一次），Coordinator上的LED也同步闪一次，说明它们的之间无线通信已经连上。
再安装WSNMonitor，这是一个Java程序。
使用这个软件前，需要进行参数设置。这里很关键，我就是在这里卡了一天才发现问题。点击File菜单下的Connect或者直接点工具栏上的第一个按钮，就进行参数设置。
首先要指定Protocol目录，我们需要将它指定到WsnMonitor软件下的protocol目录。如果我们通过编辑栏右边的按钮去指定，会遇到一个坑，它会自动在目录名的最后添加.null，需要手工将它删除才行。
然后在选择串口和设置串口参数。波特率要设置为38400，因为单片机是这样设置的。此外流控也必须设置，这是第二个坑，选择xon/xoff或者hardware都可以，就是不能选择none。
选择好后点击ok就开始联机了。如果没有错误，就可以看到下面的画面。如果没有看到，就说明你的设置错了，请在检查一下。
当然我们也可以用其它串口软件，用HEX方式截取数据。可以看到数据包中 12 90 就是刚才设置的End device地址。
本帖子中包含更多资源
才可以下载或查看，没有帐号？
<p id="rate_697" onmouseover="showTip(this)" tip="赞一个!&威望 + 4 分
芯币 + 4 枚
" class="mtn mbn">
<p id="rate_09" onmouseover="showTip(this)" tip="很给力!&芯币 + 1 枚
" class="mtn mbn">
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一粒金砂（高级）, 积分 213, 距离下一级还需 287 积分
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HEX数据的格式，在protocol下的xml文件中，可以分析出来。
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好东西，这么快就验证成功了，我昨天到今天都没弄过成功过，现在马上跟着你弄下，谢了哈！
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好贴，赞一个。
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问一下楼主：
您是用 \BitCloud_SAMR21_3_1_0\Applications\WSNDemo\atmelStudio_projects\ATSAMR21G18A.atsln 下的这个例程运行的么？ 我打开的是这个例程，和您的不一样，配置文件是configuration.h不是config.h，也没用您列的config.h中的那些定义，难道还有其他的BitCloud ZigBee PRO SDK for SAMR21？
用ASF 3.20.1中的LWMesh WsnDemo Application。&
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问一下楼主：
您是用 \BitCloud_SAMR21_3_1_0\Applications\WSNDemo\atmelStudio_projects\ATSAMR21G18A.atsln 下的这个例程运行的么？ 我打开的是这个例程，和您的不一样，配置文件是configuration.h不是config.h，也没用您列的config.h中的那些定义，难道还有其他的BitCloud ZigBee PRO SDK for SAMR21？用ASF 3.20.1中的LWMesh WsnDemo Application。
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搞得不错 我要紧随你的步伐
生活就是油盐酱醋再加一点糖，快活就是一天到晚乐呵呵的忙
===================================
做一个简单的人，踏实而务实，不沉溺幻想，不庸人自扰
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哈哈 谢谢楼主提示， 我也搞成功了，比较不理解的是这个例程里就已经有bitcloud协议栈了吗？ 有没有会理解bitcloud协议栈的？
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围观一下高手 学习学习
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赞一个 OK , 我也试过了。
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奇怪，我的只有TCP/IP，无法选择串口
本帖子中包含更多资源
才可以下载或查看，没有帐号？
win8吧，我在win8下面也没有串口，换xp就有了&
给你最新的3.21
.cn/thread--1.html&
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是不是没有升级ASF？
应该不是，我是前天晚上刚升的级&
在线时间1046 小时
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奇怪，我的只有TCP/IP，无法选择串口
给你最新的3.21
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是不是没有升级ASF？应该不是，我是前天晚上刚升的级
说不定是新版本ASF中的问题，遇到过新版本ASF有的地方有问题，低版本的反而正常。&
你试试我的wsnmonitor_setup程序。&
在线时间1046 小时
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应该不是，我是前天晚上刚升的级
你试试我的wsnmonitor_setup程序。
本帖子中包含更多资源
才可以下载或查看，没有帐号？
在线时间1046 小时
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TA的帖子TA的资源
应该不是，我是前天晚上刚升的级
说不定是新版本ASF中的问题，遇到过新版本ASF有的地方有问题，低版本的反而正常。
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奇怪，我的只有TCP/IP，无法选择串口
win8吧，我在win8下面也没有串口，换xp就有了
问题解决了，我在win8使用时在软件得设置兼容性&
So what......
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win8吧，我在win8下面也没有串口，换xp就有了问题解决了，我在win8使用时在软件得设置兼容性
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逛了这许久，何不进去瞧瞧？[原创] Atmel ATmega256RFR2系统级芯片无线参考设计 - AVR MCU,无线MCU, ZigBee, IEEE 802.15.4, IPv6/6LoWPAN, WirelessHART, RF4CE - 中电网为您提供开始评估和使用此产品之前所需了解的全部信息。
文档 ATmega2564RFR2
ATmega644/RFR2 Summary
(文件大小: 194KB, 13 页数, 修订版 B, 更新时间: 09/2014)
ATmega644/RFR2 Complete
(文件大小: 5.37MB, 607 页数, 修订版 B, 更新时间: 09/2014)
Application Note
Atmel AT01030: Low-cost Ethernet to Wireless Gateway with ATmega256RFR2
(文件大小: 4.2MB, 20 页数, 修订版 A, 更新时间: 07/2013)
AN0130 documents a hardware solution based on AVR that connects IEEE802.15.4 wireless networks to hard-wired Ethernet LANs and internet cloud services. This supports ZigBee, RF4CE, IEEE 802.15.4 MAC and Light Weight Mesh networks. The Low-Cost Gateway (LCGW) design is a turn-key solution optimized for Consumer Electronics markets. This gateway can be used in applications such as ZigBee Light Link, Remote sensors, M2M, Security and Home Automation. This design features Atmel ATmega256RFR2 wireless SOC and Wiznet W5200 Embedded Ethernet controller.
Atmel AT02430: Supporting TWIGEN Interface in Serial Bootloader (AVR2054)
(文件大小: 608kB, 19 页数, 修订版 A, 更新时间: 05/2013)
The scope of this application note is adding the TWI interface along with the UART/USB serial communication available in the existing AVR2054 application. This Bootloader can be used during production or in-the-field for programming application firmware (.hex images) through TWI interface and Windows TWIGEN (AVR1624) utility.
Atmel AT02594: Smart Reduced Power Consumption Techniques
(文件大小: 730KB, 27 页数, 修订版 A, 更新时间: 08/2014)
This application note describes about the various Reduced Power Consumption (RPC) modes available in megaRFR2 and AT86RF233 devices and provides a detailed profile showcasing the power consumption, application scenarios to use RPC mode, and benefits of RPC feature available in Atmel transceivers
Atmel AT02595: RF Design Schematic Checklist
(文件大小: 1.4MB, 28 页数, 修订版 B, 更新时间: 07/2013)
Scope of the application note is to guide customers in designing wireless products using Atmel Wireless chipsets.
Atmel AT02607: Wireless Product Development Using Atmel Studio and ASF
(文件大小: 2.5MB, 69 页数, 修订版 A, 更新时间: 10/2013)
This application note describe on how to develop wireless product using Atmel Studio and ASF. The document describes on creating a User / Customer board in ASF format and then explains how to quickly start the software development for a wireless product using IEEE 802.15.4 compliant Atmel transceivers.
Atmel AT02865: RF Layout with Microstrip
(文件大小: 1.5MB, 15 页数, 修订版 B, 更新时间: 05/2013)
This application note outlines practical RF layout using microstrip to connect wireless micro controllers with baluns and antennas. Unbalanced and Balanced (differential) microstrip techniques are discussed for 4-layer PCBs using FR-4. Other design topics include PCB stack-up and ground layer practice, QA and PCB production strategies.
Atmel AT03188: Performance Test EVK with External FEM
(文件大小: 1.5MB, 33 页数, 修订版 A, 更新时间: 06/2013)
Scope of the application note is to guide customers in designing and validating their wireless products using Atmel wireless software solutions.
Atmel AT0W Commercial LED Light with Wireless Connection - Hardware User Guide
(文件大小: 766KB, 21 页数, 修订版 A, 更新时间: 05/2014)
The LED commercial light is developed to make a turnkey high power LED lighting project with Atmel proprietary Lightweight Mesh(LwMesh) wireless connection and TCP/IP remote LED control.
Atmel AT03627: Migration from ATmega128RF1 to ATmega256/64RFR2
(文件大小: 232KB, 10 页数, 修订版 A, 更新时间: 07/2014)
This application note is a guide to assist users of Atmel 2.4GHz SoC, ATmega128RFA1 in converting designs to Atmel ATmega256/128/64RFR2. For complete transceiver details, refer to the most recent version of the ATmega256/128/64RFR2 datasheet .
In addition to the migration details, this document also highlights the enhanced features of ATmega256/128/64RFR2.
Atmel AT03663: Power Consumption of ZigBee End Device
(文件大小: 10MB, 68 页数, 修订版 B, 更新时间: 02/2015)
The scope of this application note is to guide customers in designing and validating their wireless products using Atmel wireless software solutions.
This Application note provides a detailed description of the power consumption of the Atmel ZigBee end device in various scenarios along with creating test setups and common usage scenarios.
Battery life time is an important criteria for a ZigBee end device, this application note helps customer to arrive at a tentative battery consumption of the Atmel ATmega256RFR2 device with BitCloud stack.
Atmel AT04464: Wireless SoC Reference Design with RFMDs RF6505
(文件大小: 2.2MB, 25 页数, 修订版 A, 更新时间: 02/2014)
The RFA-410
partnership
between RFMD's RF6505 Front End Module and Atmel Corporation's ATmega128RFA1/256RFR2 SoC. This presents a complete 2.4GHz ZigBee(R) IEEE 802.15.4 based
radio transceiver solution with 129db link budget.
Atmel AT05436: BitCloud ZigBee Home Automation (ZHA) - Hands-on
(文件大小: 1.5MB, 38 页数, 修订版 A, 更新时间: 06/2014)
This document help the users of Atmel BitCloud ZigBee Home Automation application to get familiar with existing demo application, ZigBee Cluster specification and help the users in extending the application.
Atmel AT06412: Real Color ZLL LED Light Bulb with ATmega256RFR2 - Hardware User Guide
(文件大小: 1.6MB, 15 页数, 修订版 A, 更新时间: 02/2014)
The reference design of the Real Color ZLL LED Light Bulb is developed to demonstrate ZLL protocol function. The reference hardware includes four parts, AC to DC power supply, Atmel single-chip RF MCU, LED drive circuit, and LED String board. The LED string is controlled by application Software on Tablet or Smartphone via the ZigBee Light Link protocol commands through the ATmega256RFR2. The Real Color ZLL LED Light Bulb supports to color switch, tunable brightness, and so on.
Atmel AT06482: Real Color ZLL LED Light Bulb with ATmega256RFR2 - Software User&#39;s Guide
(文件大小: 530KB, 19 页数, 修订版 A, 更新时间: 01/2014)
This application note mainly describes the firmware architecture and the application programming interfaces (API) of Real Color ZLL LED Light Bulb Reference Design.
Atmel AT06700: LED Commercial Lighting Kit and Gateway Software User&#39;s Guide
(文件大小: 736KB, 27 页数, 修订版 A, 更新时间: 02/2014)
The LED commercial light is developed to make a turnkey high power LED lighting project with Atmel proprietary Lightweight Mesh(LwMesh) wireless connection and TCP/IP remote LED control.
Atmel AT07926: Connecting Wireless Networks to the Internet using Xively Technology
(文件大小: 634KB, 13 页数, 修订版 A, 更新时间: 04/2014)
This application note exhibits techniques to connect IEEE(R) 802.15.4 wireless networks to the Internet. This example uses ATmega256RFR2 Xplained Pro demo boards as edge devices on a wireless sub-network. The Atmel(R) Low-Cost Ethernet to Wireless Gateway [1] serves as a bridge between the wireless sub-network and conventional Ethernet LAN infrastructure. Xively’s cloud services tie the system together with remote control applications on the World Wide Web. This document describes how to start quickly with the provided sample applications and how to modify them for a specific need.
Atmel AT08550: ZigBee Attribute Reporting
(文件大小: 479KB, 23 页数, 修订版 A, 更新时间: 01/2015)
This documents provides a detailed description on configuration and usage of Zigbee Cluster Library(ZCL) Attribute Reporting with BitCloud SDK.
Atmel AT09567: ISM Band PCB Antenna Reference Design
(文件大小: 711KB, 10 页数, 修订版 B, 更新时间: 12/2014)
The scope of this application note is to guide customers to design ISM band antenna for 915MHz/2.4GHz ISM bands and use them in applications based on AT86RF212B/AT86RF233 transceivers.
This Application Note contains some ISM band antennas, brief design note and integration challenges. The accompanying zip file contains detailed application notes, PCB Gerber files and the results of antenna measurement.
Atmel AT12459: FCC Test for IEEE 802.15.4 Transmitters
(文件大小: 1.4MB, 17 页数, 修订版 A, 更新时间: 03/2015)
This test suite is designed primarily for FCC testing of Atmel(R) IEEE(R) 802.15.4 transmitters. This test is initiated over-the-air with remote start. Regulatory tests of wireless products are usually performed in retail enclosures that do not offer access to test ports.
Atmel AVR10002: ATmega256RFR2 Evaluation Kit
- User Guide
(文件大小: 865KB, 26 页数, 修订版 A, 更新时间: 03/2013)
This application note describes content and features of the Atmel ATmega256RFR2 Evaluation kit.
Detailed information is given in the individual sections about the kit hardware, the pre-flashed Performance Test application, and the use of the serial boot loader allowing easy firmware update of the IEEE 802.15.4 compliant Atmel ATmega256RFR2 SoC.
Atmel AVR10004: RCB256RFR2 - Hardware User Manual
(文件大小: 1.65MB, 35 页数, 修订版 A, 更新时间: 03/2013)
This application note describes the usage, design, and layout of the Atmel ATmega256RFR2 radio controller board.
Atmel AVR.4 MCUs - Altium Design Package
(文件大小: 83645, 8 页数, 修订版 B, 更新时间: 11/2011)
This application note provides the Altium Designer schematic symbol and PCB footprint libraries for the Atmel(R) 802.15.4 MCUs IEEE(R) 802.15.4 transceivers. The provided library files will enable designers to integrate these devices into projects more efficiently, allowing them to focus on application-specific details.
Atmel AVR2044: RCB128RFA1 - Hardware User Manual
(文件大小: 1182KB, 31 页数, 修订版 C, 更新时间: 07/2012)
The RCB128RFA1 user manual describes the usage, design, and layout of the Atmel(R) ATmega128RFA1 radio controller board.
Atmel AVR2068: RF4CE-HID QTouch Analyzer Target for AVR477
(文件大小: 1.3MB, 23 页数, 修订版 A, 更新时间: 12/2012)
This application note demonstrates an RF4CE target capable of sending
debug data from AVR477 Touch Remote to QTouch Analyser over USB-HID interface.
Atmel AVR2102: RF4Control - User Guide
(文件大小: 1.9MB, 90 页数, 修订版 D, 更新时间: 08/2012)
This application note is the user guide for the Atmel(R) RF4Control software stack. The RF4Control stack is a ZigBee(R) RF4CE Certified Platform implementing the ZigBee RF4CE standard.
Atmel AVR2104: RF4CE-EK Remote Control Evaluation Kit - User Guide
(文件大小:
页数, 修订版 A, 更新时间: 09/2011)
This application note is the user guide for the Atmel(R) RF4CE-EK evaluation kit. The kit allows the setup and the operation of a simple ZigBee RF4CE network based on the ATmega128RFA1. With this kit the user can verify the performance of the chip and can work with the RF4Control software stack to build RF4CE remote control applications.
Atmel AVR2130: Lightweight Mesh Developer Guide
(文件大小: 542KB, 35 页数, 修订版 G, 更新时间: 03/2014)
This document describes the specification for Lightweight Mesh – the easy to use proprietary low power wireless mesh network protocol from Atmel. This document can be considered a full and complete specification of the protocol, and related APIs.
Atmel AVR2131: Lightweight Mesh Getting Started Guide
(文件大小: 196KB, 10 页数, 修订版 G, 更新时间: 03/2014)
The purpose of this application note is to introduce users to the Lightweight Mesh network protocol stack, and the typical application development process. This document describes how to set up the development environment, and program devices with sample applications using
the Lightweight Mesh SDK.
Atmel AVR417: ZLL Gateway Getting Started Guide
(文件大小: 818KB, 18 页数, 修订版 A, 更新时间: 12/2012)
This document describes the hardware configuration and firmware download to help
users to set up ZLL Gateway demo and launch this demo step by step.
Atmel AVR477: RF4Control – Touch Remote Control
(文件大小: 2.6MB, 30 页数, 修订版 A, 更新时间: 12/2012)
application note details on the complete hardware and software implementation aspects involved in the Atmel RF4Control - Touch Remote Control design.
AVR055: Using a 32kHz XTAL for run-time calibration of the internal RC
(文件大小:
页数, 修订版 D, 更新时间: 07/2008)
This application note describes a fast and accurate way to calibrate the internal RC oscillator using an external 32.768 kHz crystal as input to an asynchronous Timer/Counter.
AVR103: Using the EEPROM Programming Modes on tinyAVR and megaAVR devices
(文件大小: 77447, 5 页数, 修订版 A, 更新时间: 03/2005)
This application note implements a driver utilizing the programming modes available for the EEPROM in some tinyAVR and megaAVR devices, involving both time and power savings.
AVR106: C functions for reading and writing to Flash memory on tinyAVR and megaAVR devices
(文件大小: 49401, 10 页数, 修订版 B, 更新时间: 08/2006)
This application note provides C functions for accessing the Flash memory using the Self programming Program memory which allows to reprogram the Flash memory during program run.
AVR107: Interfacing AVR microcontrollers with serial memories
(文件大小:
页数, 修订版 A, 更新时间: 03/2005)
This application note describes the functionality and the architecture of SPI serial memories drivers as well as the motivation of the selected solution.
AVR121: Enhancing ADC resolution by oversampling
(文件大小:
页数, 修订版 A, 更新时间: 09/2005)
This Application Note explains the method called "Oversampling and Decimation" and which conditions need to be fulfilled to make this method work properly to achieve a higher resolution without using an external ADC.
AVR135: Using Timer Capture to Measure PWM Duty Cycle on tinyAVR and megaAVR devices
(文件大小: 84869, 12 页数, 修订版 A, 更新时间: 10/2005)
This application note describes how the pulse width and period of a signal may be computed using the Input Capture Unit (ICP).
AVR151: Setup and use of the SPI on tinyAVR and megaAVR devices
(文件大小:
页数, 修订版 C, 更新时间: 07/2008)
This application note describes how to setup and use the on-chip Serial Peripheral Interface (SPI) of the tinyAVR and megaAVR devices.
AVR186: Best practices for the PCB layout of Oscillators
(文件大小: 92401, 4 页数, 修订版 A, 更新时间: 03/2008)
This application note provides guidelines to design the PCB layout in order not to risk failure and unstable oscillator operation.
AVR2037: RCB Key Remote Control - Hardware User Manual
(文件大小:
页数, 修订版 A, 更新时间: 02/2011)
This application note provides a detailed hardware description for the individual function blocks of the RCB Key Remote Control (KeyRemote) board. The KeyRemote is used in conjunction with an Atmel(R) RCB in order to evaluate remote control applications.
AVR311: Using the TWI module as I2C slave on tinyAVR and megaAVR devices
(文件大小: 17431, 12 页数, 修订版 D, 更新时间: 08/2009)
This application note describes a TWI slave implementation, in form of a fullfeatured driver and an example of usage for this driver.
AVR315: Using the TWI module as I2C master on tinyAVR and megaAVR devices
(文件大小:
页数, 修订版 C, 更新时间: 02/2010)
This Application Note describes a TWI master implementation, in form of a fullfeatured driver and an example of usage for this driver.
AVR316: SMBus Slave Using the TWI Module on tinyAVR and megaAVR devices
(文件大小:
页数, 修订版 A, 更新时间: 10/2005)
This application note provides background information on the SMBus specification and the 8-bit AVR TWI module, an interrupt-driven SMBus slave driver and a sample implementation.
AVR318: Dallas 1-Wire master on tinyAVR and megaAVR devices
(文件大小:
页数, 修订版 A, 更新时间: 09/2004)
This application note shows how a 1-Wire master can be implemented on an 8-bit AVR, either in software only, or utilizing the U(S)ART module.
AVR336: ADPCM Decoder on tinyAVR and megaAVR devices
(文件大小:
页数, 修订版 A, 更新时间: 11/2004)
This application note focuses on decoding the ADPCM signal, Adaptive Differential Pulse Code Modulation, and turning it to a signal suitable for loudspeakers. It targets an ATmega128 device.
AVR341: Four and five-wire Touch screen Controller using tinyAVR and megaAVR devices
(文件大小:
页数, 修订版 A, 更新时间: 07/2007)
This application note describes how to interface a resistive 4- and 5-wire touch systems with tinyAVR and megaAVR devices which provide an excellent solution thanks to their analog features combined with low power modes.
AVR4013: picoPower Basics
(文件大小: 16830, 7 页数, 修订版 A, 更新时间: 12/2010)
This application note demonstrates how to extend the battery life of our application by multiple factors by modifying only the firmware. You will see that, while some of the modifications are very simple and only require setting some registers, other modifications will need some rewriting of the code.
AVR4100: Selecting and testing 32kHz crystal oscillators for AVR microcontrollers
(文件大小: 1MB, 24 页数, 修订版 E, 更新时间: 03/2015)
This application note summarizes the crystal basics, PCB layout considerations, and how to test a crystal in your application. A crystal selection guide shows recommended crystals tested by experts and found suitable for various oscillator modules in different Atmel(R) AVR(R) families.
Atmel AT03303: Coin Cell operated Wireless ePaper Display
(文件大小: 1.6MB, 22 页数, 修订版 A, 更新时间: 09/2014)
Coin cell operated ePaper Display is an Atmel(R) ATmega2564RFR2 based reference design specifically designed for applications like medical display devices, electronic security badges, smart tags, electronic shelf labels, display product pricing, barcode/QR codes, etc.
Atmel AVR042: AVR Hardware Design Considerations
(文件大小: 520KB, 17 页数, 修订版 P, 更新时间: 10/2015)
This application note has been written to provide answers to some of the questions and problems faced when starting designs involving Atmel(R) AVR(R) microcontrollers.
Atmel AVR134: Real Time Clock (RTC) Using the Asynchronous Timer
(文件大小: 392KB, 9 页数, 修订版 H, 更新时间: 01/2014)
This Application Note describes how to implement a real-time (RTC) on tinyAVR and megaAVR devices that features the RTC module.
Atmel AVR2054: SerialBootloader User Guide
(文件大小: 420KB, 23 页数, 修订版 D, 更新时间: 03/2015)
(Software: file size: 30.2MB, version 3.2.0, updated: 03/2015)
The AVR2054 Serial Bootloader is a standalone, serial boot loader utility for use with Atmel wireless software stacks. It supports MCU programming via UART/SPI/TWI interfaces and also includes features required for Over-the-Air firmware Upgrade (OTAU). Atmel PC-based application for serial and over-the-air programming is also included in the package.
Atmel AVR2063: Sensor Terminal Board - Hardware User Manual
(文件大小: 851KB, 22 页数, 修订版 B, 更新时间: 03/2012)
This application note provides a detailed hardware description of the individual function blocks of the sensor terminal board (STB). The STB is used in conjunction with an Atmel radio controller board (RCB) in order to provide various interfaces for evaluating and creating wireless sensor type applications.
Atmel AVR2103: RF4CE Remote Control Evaluation Kit - Quick Start Guide
(文件大小: 221KB, 4 页数, 修订版 B, 更新时间: 03/2012)
This application note briefly describes how to set up and run the pre-flashed performance test application included with the Atmel(R) RF4CE Remote Control Evaluation Kit.
AVR000: Register and Bit-Name Definitions for the 8-bit AVR Microcontroller
(文件大小:
页数, 修订版 C, 更新时间: 11/2009)
This Application Note contains files which allow the user to use Register and Bit names from the databook when writing assembly programs for 8-bit AVR microcontrollers.
AVR001: Conditional Assembly and portability macros
(文件大小: 95161, 6 页数, 修订版 E, 更新时间: 04/2008)
This application note describes the Conditional Assembly feature present in the 8-bit AVR Assembler version 1.74 and later. Examples of how to use Conditional Assembly are included to illustrate the syntax and concept.
AVR035: Efficient C Coding for 8-bit AVR microcontrollers
(文件大小:
页数, 修订版 D, 更新时间: 01/2004)
This Application Note describes how to utilize the advantages of the 8-bit AVR architecture and the development tools to achieve more efficient c Code than for any other microcontroller.
AVR040: EMC Design Considerations
(文件大小:
页数, 修订版 D, 更新时间: 06/2006)
This Application Note covers the most common EMC problems designers encounter when using Microcontrollers.
AVR072: Accessing 16-bit I/O Registers
(文件大小: 78147, 4 页数, 修订版 B, 更新时间: 05/2002)
This Application Note shows how to read and write the 16-bit registers in the AVR Microcontrollers. Since the AVR has an 8-bit I/O bus these registers must be written in two execution cycles. It explains how to safely read and write these 16-bit registers.
AVR100: Accessing the EEPROM on tinyAVR and megaAVR devices
(文件大小: 66448, 7 页数, 修订版 C, 更新时间: 09/2005)
This Application Note contains assembly routines for accessing the EEPROM for all 8-bit AVR devices. Includes code for reading and writing EEPROM addresses sequentially and at random addresses.
AVR104: Buffered Interrupt Controlled EEPROM Writes on tinyAVR and megaAVR devices
(文件大小: 79349, 9 页数, 修订版 A, 更新时间: 07/2003)
This application note presents a buffered interrupt driven approach to preserve and restore system information when power is turned off, significantly increasing general performance and decreasing power consumption compared to a polling implementation.
AVR105: Power efficient high endurance parameter storage in tinyAVR and megaAVR devices Flash memory
(文件大小:
页数, 修订版 A, 更新时间: 09/2003)
This application note describes how to implement a high endurance parameter storage method in Flash memory using the self-programming feature of the AVR.
AVR108: Setup and use of the LPM Instructions on tinyAVR and megaAVR devices
(文件大小: 77728, 4 页数, 修订版 B, 更新时间: 05/2002)
This Application Note describes how to access constants saved in Flash program memory of tinyAVR and megaAVR devices.
AVR109: Using Self Programming on tinyAVR and megaAVR devices
(文件大小: 94446, 11 页数, 修订版 B, 更新时间: 06/2004)
This Application note describes how an tinyAVR or megaAVR device with the SPM instruction can be configured for Self Programming.
AVR120: Characterization and Calibration of the ADC on an AVR
(文件大小:
页数, 修订版 D, 更新时间: 02/2006)
This application note explains various ADC (Analog to Digital Converter) characterization parameters, how they affect ADC measurements and how to measure them and how to perform run-time compensation.
AVR128: Using the Analog Comparator on tinyAVR and megaAVR devices
(文件大小: 74183, 4 页数, 修订版 B, 更新时间: 05/2002)
This Application Note serves as an example on how to set up and use the AVR's on-chip Analog Comparator.
AVR130: Using the timers on tinyAVR and megaAVR devices
(文件大小:
页数, 修订版 A, 更新时间: 02/2002)
This Application Note describes how to use the different timers on tinyAVR and megaAVR devices. The intention of this document is to give a general overview of the timers, show their possibilities and explain how to configure them.
AVR131: Using the 8-bit AVR High-speed PWM
(文件大小: 1492, 8 页数, 修订版 A, 更新时间: 09/2003)
This application note is an introduction to the use of the high-speed Pulse Width Modulator (PWM) available on some tinyAVR and megaAVR devices.
AVR132: Using the Enhanced Watchdog Timer on tinyAVR and megaAVR devices
(文件大小:
页数, 修订版 C, 更新时间: 06/2008)
This Application Note describes how to utilize the Enhanced Watchdog Timer (WDT) used on new 8-bit AVR devices. In addition to performing System Reset, the WDT now also has the ability to generate an interrupt.
AVR201: Using the 8-bit AVR Hardware Multiplier
(文件大小:
页数, 修订版 C, 更新时间: 06/2002)
Examples of using the 8-bit AVR multiplier for 8-bit arithmetic.
AVR202: 16-Bit Arithmetics on tinyAVR and megaAVR devices
(文件大小: 71145, 3 页数, 修订版 B, 更新时间: 05/2002)
This Application Note lists program examples for arithmetic operation on 16-bit values on tinyAVR and megaAVR devices.
AVR306: Using the AVR UART in C on tinyAVR and megaAVR devices
(文件大小: 51913, 3 页数, 修订版 B, 更新时间: 07/2002)
This Application Note describes how to set up and use the UART present in most 8-bit AVR devices. C code examples are included for polled and interrupt controlled UART applications
AVR410: RC5 IR Remote Control Receiver on tinyAVR and megaAVR devices
(文件大小:
页数, 修订版 B, 更新时间: 05/2002)
This Application Note describes a receiver for the frequently used Philips/Sony RC5 coding scheme
Atmel AT02597: ZigBee PRO Packet Analysis with Sniffer
(文件大小: 1.2MB, 35 页数, 修订版 A, 更新时间: 09/2013)
This application note is a guide on using zigbee packet sniffing tools to monitor and analyse data traffic in zigbee PRO networks.
Atmel AT2200: ZigBee to Ethernet and Wi-Fi Gateway with SAM3X - Hardware User&#39;s Guide
(文件大小: 517KB, 15 页数, 修订版 D, 更新时间: 08/2013)
The Atmel ZigBee to Ethernet and Wi-Fi Gateway is a hardware platform to demonstrate built-in functions with ZigBee and Ethernet/Wi-Fi. It is a bridge between wireless network (ZigBee) and wired network (Ethernet), and also a bridge between wireless (ZigBee) and wireless (Wi-Fi).
Computers that You Wear Help Your Work and Play
(文件大小: 112KB, 4 页数, 更新时间: 05/2013)
Designing Feature-Rich User Interfaces for Home and Industrial Controllers
(文件大小: 933KB, 5 页数, 更新时间: 06/2013)
Brochures and Flyers
Atmel Flash Microcontroller Product Portfolio
(文件大小: 3.49 MB, 48 页数, 更新时间: 09/2015)
Atmel IEEE 802.15.4 Solutions
(文件大小: 2.36 MB, 8 页数, 更新时间: 02/2014)
Atmel Xplained Pro
(文件大小: 40K, 2 页数, 修订版 B, 更新时间: 02/2013)
Atmel Xplained Pro kits provide a complete and easy to use low-cost development platform for evaluating and prototyping your Atmel Flash-based microcontrollers (MCUs) designs.
Product Selection Guide
(文件大小: 4.65 MB, 24 页数, 修订版 A, 更新时间: 11/2015)
Atmel MCU wireless solutions
(8 页数, 修订版 G, 更新时间: 07/2013)
Atmel Studio - Software Development Environment
(2 页数, 修订版 B, 更新时间: 09/2012)
ATRCB256RFR2-XPRO Design Documentation
(文件大小: 4.5MB, 13 页数, 修订版 A, 更新时间: 06/2014)
ATREB233-XPRO Design Documentation
(文件大小: 2.6MB, 16 页数, 修订版 A, 更新时间: 11/2013)
ATZB-256RFR2-XPRO Design Documentation
(文件大小: 5.0MB, 13 页数, 修订版 A, 更新时间: 11/2013)
ATZB-A-233-XPRO Design Documentation
(文件大小: 5.0MB, 13 页数, 修订版 A, 更新时间: 11/2013)
ATZB-RF-212B-0-CN Design Documentation
(文件大小: 7.5MB, 11 页数, 修订版 A, 更新时间: 06/2014)
ATZB-RF-212B-0-U Design Documentation
(文件大小: 6.2MB, 13 页数, 修订版 A, 更新时间: 06/2014)
ATZB-RF-233-1-C Design Documentation
(文件大小: 7.2MB, 12 页数, 修订版 A, 更新时间: 11/2013)
ATZB-S1-256-3-0-C Design Documentation
(文件大小: 6.7MB, 14 页数, 修订版 A, 更新时间: 11/2013)
ATZB-X0-256-3-0-C Design Documentation
(文件大小: 6.7MB, 14 页数, 修订版 A, 更新时间: 11/2013)
ATZB-X0-256-4-0-CN Design Documentation
(文件大小: 5.8MB, 14 页数, 修订版 A, 更新时间: 06/2014)
ATZB-X-233-USB Design Documentation
(文件大小: 2.0MB, 11 页数, 修订版 A, 更新时间: 11/2013)
ATZB-X-233-XPRO Design Documentation
(文件大小: 4.2MB, 14 页数, 修订版 A, 更新时间: 11/2013)
User Guide
Atmel AT13519: ATSAMR21 LED Driver with ZigBee Light Link – Firmware User Guide
(文件大小: 4.3MB, 18 页数, 修订版 A, 更新时间: 08/2015)
This document is a firmware user guide for the ATSAMR21 LED Driver reference design which has the firmware LED driver integrated with ZigBee Light Link.
RCB256RFR2-XPRO User Guide
(文件大小: 3MB, 22 页数, 修订版 A, 更新时间: 11/2013)
This user guide describes how to get started with the Atmel(R) RCB256RFR2-XPRO extension board, including the Performance Analyzer SW.
REB233-XPRO User Guide
(文件大小: 1.7MB, 18 页数, 修订版 A, 更新时间: 11/2013)
This user guide describes how to get started with the Atmel(R) REB233-XPRO extension board, including the Performance Analyzer SW.
ZigBit Extension User Guide
(文件大小: 2.7MB, 21 页数, 修订版 C, 更新时间: 07/2014)
This user guide describes how to get started with the Atmel(R) ZigBit(R) extension boards, including the Performance Analyzer SW.
ZigBit USB Stick User Guide
(文件大小: 4.9MB, 26 页数, 修订版 A, 更新时间: 11/2013)
This user guide describes how to get started with the Atmel(R) ZigBit(R) USB sticks. Including how to get started with the Performance Analyzer and Wireshark.}