搜索资源列表
sleep
- CC2430 watchdog 實作範例~供給大家學習使用-CC2430 watchdog for example ~ is learning to use the supply of all
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
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!
CC2430-19
- cc2430睡眠定时器的使用程序，包括相关的寄存器设置和相关的函数-cc2430 sleep timer to use the program, including the related register settings and function
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
2430LED
- // CC2430 中，I/O 口做普通 I/O 使用时和每个 I/O 端口相关的寄存器有 3 个，分别是 //PxSEL //功能选择寄存器，PxDIR 方向寄存器，PxINP 输入模式寄存器，其中 x 为 0，1，2 。 //这里选择 P1.0 上的绿色 LED 作为 I/O 测试。-SLEEP &= ~0x04 while(!(SLEEP & 0x40)) //晶体振荡器开启且稳定 CLKCON &= ~0x47 //选择1-32MHz 晶体振荡器 SL
CC2430
- 23个单片机基础实验程序包括：在PC用串口收数并发数，串口时钟PC显示，系统睡眠工作状态，系统唤醒，睡眠定时器的使用，定时唤醒，PWM控制灯亮度等-23 CC2430 MCU experimental procedures include: the PC with a serial number of concurrent collection number, the serial clock PC display, the system working state of sleep, syst
CC2430-base
- CC2430基础程序，如定时器中/外部中断/片内温度、单片机串口发数、在PC用串口控制LED、在PC用串口收数并发数串口时钟PC显示、系统睡眠工作状态、系统唤醒、睡眠定时器的使用、看门狗模式-CC2430 based programs, such as timers/external interrupt/chip temperature, microcontroller serial number issued in the PC with a serial control LED, debt
main
- CC2430基础实验——系统睡眠中断与外部中断-CC2430 basic experiment- the system interrupt and external interrupt sleep
Node-Sleep
- 用msstate协议栈开发的节点休眠程序。支持TI的CC2430芯片-Using msstate protocol stack to make node sleep，which supports for TI s CC2430 chip
基于ZigBee技术的RF芯片CC2430
- CC2430芯片采用0.18 μm CMOS工艺生产，工作时的电流损耗为27 mA；在接收和发射模式下，电流损耗分别低于27 mA或25 mA。CC2430的休眠模式和转换到主动模式的超短时间的特性，特别适合那些要求电池寿命非常长的应用(CC2430 chip uses 0.18 m CMOS process, the current loss is 27 mA; in the receive and transmit mode, the current loss is lower than 2