搜索资源列表
c51源程序集合
- 源码 │ 0108_12864LCD-F149.ASM │ 12232-1520.c │ 12232.c │ 12864-ks0108.asm │ 12864-ST7290-F149.C │ 12864-zb.c │ 12887.c │ 24C01-64.C │ 24C01-F440.C │ 28sf040a.asm │ 51use.txt │ 6963.C │ 93c46.asm │ 93c46.c │ 93cxx.c │ ad7416-mcuzb.c │ ad7416.c │ AT24C01
msp430rilixitong
- msp430 日历系统的实现 日历芯片s-3505a msp430f149 电源tps70630 复位监控max809 led显示-msp430 calendar system, implementation of the calendar chip s-3505a msp430f149 Power tps70630 Reset Monitor max809 led display
uart0
- 基于MSP430单片机的串口通讯程序,复位自动向主机发送字符。-Based on MSP430 MCU serial communication program, reset automatically sent to the host character.
MSP430X149_adc
- MSP430X149的模数转换例程,详细内容请见英文说明-MSP430 ADC Demo: A single sample is made on A0 with reference to AVcc. Software sets ADC10SC to start sample and conversion- ADC12SC automatically cleared at EOC. ADC12 internal oscillator times sample (16x) and conversio
slac011h
- 各种源程序代码,包括一些基础源代码,适合基础学习MSP430共50多个。- // Descr iption: A single sample is made on A0 with reference to AVcc. // Software sets ADC10SC to start sample and conversion- ADC12SC // automatically cleared at EOC. ADC12 internal oscillator times sa
WOR
- wakeup on reset program using MSP430
fet430_adc12_01
- A single sample is made on A0 with reference to AVcc. Software sets ADC12SC to start sample and conversion - ADC12SC automatically cleared at EOC. ADC12 internal oscillator times sample (16x) and conversion. In Mainloop MSP430 waits in LPM0 to save p
TC1602
- // Descr iption: A single sample is made on A0 with reference to AVcc. // Software sets ADC10SC to start sample and conversion - ADC12SC // automatically cleared at EOC. ADC12 internal oscillator times sample (16x) // and conversion. In Main
MSP430-Ultra-low-power-voltmeter
- 程序实现了一台超低功耗的高精度直流电压表。利用片内16位ADC,实现-20.00V~60.00V范围的电压测量。精度、量程和分辨率均优于普通三位半数字万用表。并且能够极低的功耗长期运行,一节纽扣电池能连续测量1年左右。本程序中,用复位键作电源开关。这是一种很常用的电源控制方法。同时,该程序示例了如何例用程序库快速的完成开发任务。-Program to achieve an ultra-low power, high-precision DC voltmeter.16-bit ADC chip-2
msp430PandPsdPcard
- 这个文件主要实现了基于MSP430实现的SD读写,内包含SD卡的复位,初始化,读操作,写操作等源码。-This file is mainly based on MSP430 SD read and write, included SD card, reset, initialization, read and write source code.
A1
- IAR环境下 MSP430-149F,以参考电压为采样信号的ADC采样示例程序,当采样到的电压A0>0.5*AVcc,P3.4(LED)置位,否则复位。- MSP-FET430P140 Demo- ADC12, Sample A0, Set P3.4 if A0 > 0.5*AVcc Descr iption: A single sample is made on A0 with reference to AVcc. Software sets ADC10SC to
msp430x21x2_adc10_01
- 一个示例了AVcc A0参考。 软件集ADC10SC开始样本和转换- ADC10SC 自动清理在度。ADC10内部振荡器次样本(16 x) 和转换。在等待在LPM0 Mainloop语句MSP430直到ADC10来节省电能 转换完成,ADC10_ISR将迫使退出LPM0 Mainloop语句上的 reti。如果A0 > 0.5 * AVcc,P1.0设置,否则重置。-MSP430F21x2 Demo- ADC10, Sample A0, AVcc
WatchDog
- 基于MSP430单片机的看门狗程序,程序跑飞后能自动复位功能的程序。-Run fly based on MSP430 MCU watchdog program, the program can automatically reset function procedures.
A1
- 一个样品了AVcc A0参照。 / /软件集ADC10SC开始样品和转换——ADC12SC / /自动清除在始新世。ADC12内部振荡器次样品(16 x) / /和转换。在等待LPM0中的Mainloop调用MSP430的拯救力量直到ADC12 / /转换完成,ADC12_ISR将迫使退出LPM0中的Mainloop调用上的 / / reti。如果A0 > 0.5 * AVcc,p3 4集,否则复位。-A single sample is made on A0 with
485test
- DM430-L型开发板RS485通信实验,通过开发板与电脑进行数据通信,485接在UART1上 电脑端必备RS232转RS485模块,否则无法进行直接的连接RS485之间通过双绞线连接,如果距离近,可以不使用120欧电阻匹配电脑端通过串口调试助手操作,先将数据由电脑发往开发板开发板板会将收到的数据再发送到串口调试助手,接收采用中断模块,发送用查询板载的BSL模块可以通过跳线帽设置为USB转串口模式,笔记本电脑没有串口可以直接代替开发板的BSL区的RXD和TXD0连接,TXD和RXD0连接即可
MSP430-RESET
- 介绍MSP430单片机,一种软件复位系统的方法,亲测可行-Describes the MSP430 microcontroller, a software reset system, pro-test is feasible
A1
- 基于MSP430F149单片机ADC采样样例程序-MSP-FET430P140 Demo- ADC12, Sample A0, Set P3.4 if A0 > 0.5*AVcc // // Descr iption: A single sample is made on A0 with reference to AVcc. // Software sets ADC10SC to start sample and conversion- ADC12SC // auto
msp430rilixitong
- msp430 日历系统的实现 日历芯片s-3505a msp430f149电源tps70630复位监控max809led显示-msp430 calendar system, implementation of the calendar chip s-3505a msp430f149 Power tps70630 Reset Monitor max809 led display
LCD1602
- 水分测定仪的软件设计采用模块化的设计原则,以降低程序设计复杂度,便于编译的代码进行修改,使得代码的结构简单易读,利于后续的电路仿真。 水分测定仪系统上电后,MSP430对各个部分进行初始化操作,当无按键按下时,MSP430对采集到的数据进行数据预处理,并进行温度补偿和非线性校正等操作,而后在LCD界面显示称重的结果;当有复位的按键按下时,进入相应的子函数进行处理,处理完成后,要么返回,要么等待用户按键进行下级操作。即在按键按下时,对之前测得的质量数据进行清零,然后进行新一次的质量称量,并在L
第二讲 复位、中断和IO补充
- 视频教程MSP430单片机复位中断第2讲。(Video tutorial SCM reset interrupt second stresses.)