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Description: 这本手册提供了基于Freescale 802.15.4 Media Access Controller (MAC)层实现的网络的
建立和维护的信息。MyWirelessApp是一系列基于Freescale 802.15.4 Media Access Controller (MAC)
建立的演示应用程序。这些样本程序在当前可以运行在下列Freescale开发板上面：
· 13213 Network Controller Board (NCB)
· 13213 Sensor Reference Board (SRB)
· 13192-EVB
· 13192 Sensor Applications Reference Design (SARD) Board
· 1320x-QE128EVB Board
· 1322x- Sensor Node
· 1322x- Network Node
· 1322x- Low Power Node
Freescale 1322x系列开发板使用MC1322x 芯片其中包含一个低功耗的2.4 GHz频率的收发器和
一个32-bit ARM7微控制器，它们使用LGA将整个平台封装在一起。
本文档示例程序所使用的开发板是是NCB 和SRB。
本文档的读者是应用程序开发者帮助它们建立802.15.4/ZigBee 应用程序。-This guide provides information about creation and maintenance of a network based on the Freescale
802.15.4 Media Access Controller (MAC) implementation. The MyWirelessApp is a set of demo
applications created on top of the Freescale 802.15.4 Media Access Controller (MAC). These demo
applications currently run on the following Freescale boards:
• 13213 Network Controller Board (NCB)
• 13213 Sensor Reference Board (SRB)
• 13192-EVB
• 13192 Sensor Applications Reference Design (SARD) Board
• 1320x-QE128EVB Board
• 1322x- Sensor Node
• 1322x- Network Node
• 1322x- Low Power Node
The Freescale 1322x boards use the MC1322x that combines a low power 2.4 GHz frequency transceiver
and a 32-bit ARM7 microcontroller into a single LGA Platform-In-Package.
The examples used in this document use the NCB and SRB.
This document is intended for application developers building 802.15.4/ZigBee applications
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Size: 522240 |
Author: 赵重明 |
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Description: EV 定时器实验
F2812 上有两个事件管理器 EVA、EVB，本程序主要对事件管理定时器1 和定时器2
进行操作，目的是让用户熟悉EV 事件管理器的编程方法。
（1）点击“CCS”，启动Code Composer Studio 开发环境
（2）点击【project】 【Open…】打开“EvTimer”文件夹下的“EvTimer.PJT”。
（3）重新编译完毕。
（4）点击【File】 【Load Program…】，选择“EvTimer”文件夹下的“DEBUG”中
的“EvTimer.OUT”文件，点击【打开】。按下图所示，设置断点。（5）点击【Debug】 【Run】或左侧快捷键图标，全速运行。当产生中断时，
CCS 就会停在断点处。
注：如果发现程序不能正确运行或程序跑飞，可点击CCS 中【Debug】 【Reset CPU】，
然后重新Load 程序。如果还是不能正确运行或程序跑飞，可给学习板和仿真器重新上电。-EV timer experiment
F2812 two events manager EVA, EVB, the procedure event management timer 1 and timer 2
Operation, the purpose is to make users familiar with the EV event management programming.
(1) click on the "CCS", start the Code Composer Studio development environment
(2) Click on the [project] [Open ...] to open the folder under "EvTimer the" EvTimer.PJT ".
(3) re-compile is completed.
(4) Click [File] [the Load the Program ...], select "EvTimer file folder under the" DEBUG "
The "EvTimer.OUT" file, click on [open]. As shown below, set a breakpoint.
(5) Click [Debug] , [Run] or the left side of the shortcut icon, running at full speed. When an interrupt is generated,
CCS will stop at the breakpoint.
Note: If the discovery process can not run correctly or the program running, you can visit the CCS [Debug] [Reset CPU]
And then re-Load program. If you still can not run correctly or the program running, re-power on to learn boar
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Size: 1024 |
Author: q |
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Description: dsp2812的事件管理器在步进电机上的应用-dsp2812，EVA，EVB，stepping motor
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Size: 1675264 |
Author: 王辉 |
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Description: DSP初学者,一个含有定时器,adc,evb功能的主程序.-DSP program for beginner of 2812,this is a main sub.unsigned int myLed4
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Size: 300032 |
Author: 姚先生 |
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Description: 一种电子式低压断路器的系统设计方案。采用由CYPRESS推出的片上系统。-PSoC5 EVB for eMCCB Start Guide
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Size: 2870272 |
Author: 胡振辉 |
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Description: 目前最火的MID方案线路图，方案高度集成，显示核心强劲-Circuit diagram of the hottest of the MID program, the program highly integrated, showing a strong core
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Size: 634880 |
Author: meteor |
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Description: Silicon Laboratories的Si47xx开发板详细说明，内有原理图可供参考-Si47xx Evaluation Board (EVB). The EVB and associated
software have been designed to speed up the overall development process
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Size: 7682048 |
Author: tombao |
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Description: APM公司PowerPC评估板初始化代码-APM PowerPC PPC440EPx EVB initialize code
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Size: 15360 |
Author: shellengineer |
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Description: APM PowerPC处理器PPC405EP评估板初始化代码-APM PowerPC processor PPC405EP EVB board initialize code
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Size: 13312 |
Author: shellengineer |
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Description: APM PowerPC处理器PPC440EP评估板初始化代码-APM PowerPC processor PPC440EP EVB initialize code
Platform: |
Size: 21504 |
Author: shellengineer |
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Description: APM PowerPC处理器PPC405EX评估板初始化代码-APM PowerPC processor PPC405EX EVB board initialize code
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Size: 9216 |
Author: shellengineer |
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Description: APM PowerPC 处理器 PPC440SPe EVB 初始化代码-APM PowerPC processor PPC440SPe EVB initialize code
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Size: 11264 |
Author: shellengineer |
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Description: APM PowerPC 处理器 PPC460EX EVB 初始化代码-APM PowerPC processor PPC460EX EVB initialize code
Platform: |
Size: 13312 |
Author: shellengineer |
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Description: 设备:
Nuvoton NUC122RD2AN
评估板:
NuTiny-EVB-122
编译器:
CoIDE V1.4.2
任务:
task_init 初始化所有的硬件，创建所有的事件标志和互斥体.
Task_TimeBlink 用于当在设置时间时，闪烁LCD液晶屏.
Task_Monitor 用于显示当前时间.格式"**:**:**"
Task_TimeSet 用于设置时间.
led_blink 闪烁7个发光二极管.
描述:
1.这个例子使用1602的液晶屏来显示时间，用户可以通过敲击按键来任意的调整时间。按下键1(PD0)可以选择你需要调节的位，比如：小时、分钟、秒，在选择后相应的位会闪烁，在连续按下七次后退出设置时间。按下键2(PD1)可以将按键1选择的位加一。
2.七个发光二极管将不停地闪烁。
系统配置:
时钟设置:
XTAL freq = 12.00 MHz
SYSCLK freq = 60.00 MHz
System Tick freq = 100Hz (10ms)-Equipment: Nuvoton NUC122RD2AN evaluation board: NuTiny-EVB-122 compiler: CoIDE V1.4.2 task: task_init initialize all of the hardware, to create all of the event flag and mutex. Task_TimeBlink used when in set-up time, the flashing LCD LCD screen. Task_Monitor used to display the current time format " **:**:**" Task_TimeSet used to set the time. led_blink flashing 7 light-emitting diode Description: This example uses the 1602' s LCD screen to display the time, the user can be arbitrary by hitting the button to adjust the time. Press key 1 (PD0) can choose the bits you need to adjust, such as: hours, minutes, seconds after selecting the corresponding bit flashes exit the set time after seven continuous press. Press the key 2 (PD1) button 1 Select the bit can be incremented by one. Seven light-emitting diodes will stop flashing. System configuration: clock settings: XTAL freq = 12.00 MHz SYSCLK freq = 60.00 MHz System Tick freq = 100Hz (10ms)
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Size: 498688 |
Author: peter |
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Description: Allwinner A10 Evaluation Board Datasheet
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Size: 1816576 |
Author: pbarrette |
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Description: EVA下面的T1PWM、T2PWM、PWM1-6均输出频率为1KHz，占空比为40 的PWM波形。
* T1PWM、T2PWM、PWM1-6输出的是不对称的PWM波形.EVB下面的T3PWM、T4PWM、PWM7-12均输出频率为1KHz，占空比为40 的PWM波形。T3PWM、T4PWM、PWM7-12输出的是对称的PWM波形.-EVA following T1PWM, T2PWM, PWM1-6 output frequency 1KHz, 40 duty cycle PWM waveform.* T1PWM, T2PWM, PWM1-6 output PWM waveform is asymmetrical the EVB following T3PWM, T4PWM, PWM7-12 output frequency is 1KHz 40 duty cycle PWM waveform. T3PWM, T4PWM, PWM7-12 is symmetric PWM waveform output.
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Size: 337920 |
Author: 王倩倩 |
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Description: EVA下面的T1PPWM、T2PWM、PWM1-6均输出频率为1KHz、占空比为40 的PWM波形。T1PWM、T2PWM、PWM1-6输出的是不对称的PWM波形。EVB下面的T3PWM、T4PWM、PWM7-12均输出频率为1KHz，占空比为40 的PWM波形。T3PWM、T4PWM、PWM7-12输出的是对称的PWM波形.-EVA following T1PPWM, T2PWM, PWM1-6 output frequency 1KHz, 40 duty cycle PWM waveform. T1PWM, T2PWM, PWM1-6 asymmetric PWM waveform output. EVB following T3PWM, T4PWM, PWM7-12, the average output frequency is 1KHz, the duty cycle is 40 of the PWM waveform. T3PWM, T4PWM, PWM7-12 is symmetric PWM waveform output.
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Size: 283648 |
Author: pengbin |
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Description: 2812产生PWM，EVA和EVB均产生占空比为40 PWM波形，EVA下面的定时器均工作于连续增模式，而EVB下面的定时器均工作于连续增/减模式，各个全比较单元的死区时间为4.27us-2812 generated PWM, EVA and EVB produce 40 PWM duty cycle waveform EVA following timers are working in the continuous growth mode, the EVB following timers are working in continuous up/down mode, each full compare unit the deadband time to 4.27us
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Size: 296960 |
Author: zlc |
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Description: 这是新唐单片机开发板的原理图
COTEX-M3可供参考 -Nuvoton microcontroller development board schematic COTEX-M3 available
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Size: 1323008 |
Author: 江南 |
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Description: AM335X-EVB下采用GPIO驱动LED的程序，可根据需要进行修改。-AM335X-EVB GPIO driver LED program can be modified as needed.
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Size: 1024 |
Author: 龙啸天 |
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