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CC2430-4.rar
- CC2430 基础实验四 T1 的使用 用定时器 1 来改变小灯的状态，T1 每溢出两次，两个小灯闪烁一次，并且在停止闪烁后成 闪烁前相反的状态。,cc2430 lab four
Timer_2430_test
- 包含4个关于CC2430/cc1110定时器的测试的程序。程序基于IAR软件编写的。估计对开发无线传感器网络的相关人士比较重要。 -4 contains CC2430/cc1110 timer on the test procedure. Procedures prepared based on the IAR software. Estimated on the development of wireless sensor networks is more important stakehol
cc2430-20
- 这个实验利用睡眠定时器工作在多个电源模式下这一特性来实现定时唤醒，最长的唤醒时隔为8 分32 秒，而最短的时隔可达30 余微秒。-This experiment using sleep timer working in a number of power mode to achieve this feature from time to time to wake up, wake up after the longest 8 minutes and 32 seconds, and as soon
CC2430-5
- CC2430 基础实验五 T2 的使用 用定时器 2 来改变小灯的状态，T2 每发生一次中断小灯改变状态一次。-cc2430 lab five
main
- cc2430的睡眠定时器的使用，通过对芯片的睡眠定时可以降低系统功耗！-cc2430 to use the sleep timer, sleep on the chip timing system can reduce power consumption!
CC2430-4
- CC2430 基础实验四 T1 的使用 1 实验介绍 用定时器1 来改变小灯的状态，T1 每溢出两次，两个小灯闪烁一次，并且在停止闪烁后成 闪烁前相反的状态。-CC2430 experimental basis for the use of four T1 with an experiment to introduce a timer to change the status of small lights, T1 overflow twice each, two small lig
CC2430-5
- CC2430 基础实验五 T2 的使用 1. 实验介绍 用定时器2 来改变小灯的状态，T2 每发生一次中断小灯改变状态一次。-CC2430 experimental basis for the use of T2 5 1. Experiment 2 introduced the use of timer to change the status of a small lamp, T2 interrupt for each occurrence of a change in the sta
CC2430-6
- CC2430 基础实验六 T3 的使用 1. 实验介绍 用定时器3 来改变小灯的状态，T3 每发生200 次中断小灯改变状态一次。-CC2430 experimental basis for the use of T3 6 1. Experiment 3 introduced the use of timer to change the status of small lights, T3 occurred every 200 to change the state of interru
CC2430-7
- CC2430 基础实验七 T4 的使用 1. 实验介绍 用定时器4 来改变小灯的状态，T4 每发生200 次中断小灯改变状态一次。-CC2430 experimental basis for the use of T4 7 1. Experiment 4 introduced the use of timer to change the status of a small lamp, T4 occur every 200 to change the state of interrupte
CC2430-6
- CC2430 基础实验六 T3 的使用 用定时器 3 来改变小灯的状态，T3 每发生200 次中断小灯改变状态一次。-CC2430 experimental basis for the use of six with T3 timer 3 to change the status of small lights, T3 occurred every 200 to change the state of interrupted a small lamp.
CC2430-22
- cc2430定时唤醒的程序，包含相应的寄存器和函数和重要的宏定义-cc2430 regular wake-up procedures, including the registers and the macro function and the definition of important
CC2430
- CC2430基础实验--包括定时器T1、T2、T3的使用，串口的调试，还有系统睡眠状态的进入和唤醒-CC2430-based experiments- including the timer T1, T2, T3 of the use of serial debugging, as well as system sleep and wake-up access
CC2430-4
- CC2430基础实验三，这是定时器T1的使用，通过对LED灯的控制来体现-CC2430-based experiment 3, which is the use of the timer T1, through the control of LED lights to reflect the
CC2430-Timer
- CC2430定时器试验源代码，电子科技大学出品-CC2430 Timer test source code, University of Electronic Science and Technology produced
CC2430-TimerT1
- Zigbee CC2430 定时器1 定时功能演示-Zigbee CC2430 Timer 1 timer demo
CC2430-TimerT2
- Zigbee CC2430 定时器2 定时功能演示-Zigbee CC2430 Timer 2 timer demo
CC2430-TimerT3
- Zigbee CC2430 定时器3 定时功能演示-Zigbee CC2430 Timer 3 Timer function demo
CC2430-TimerT4
- Zigbee CC2430 定时器4定时功能演示-Zigbee CC2430 Timer 4 Timer function demo
cc2430
- 1.点亮LED灯 2.按键控制 3.外部中断（按键） 4.单片机串口发送数据 5.定时器1 6.ADC单次采样-1 lit LED lights 2. Button control 3 external interrupt (button) 4. Microcontroller serial port to send data 5. Timer 1 6.ADC single sampling
CC2430-4
- 1.cc2430定时器一的使用 2.重要对其操作模式的理解 -cc2430 use a timer, it is important to understand its mode of operation