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UCOSII2.83_S3C44B0_LIYUTAI
- 该UCOSII_2.83移植为基于立宇泰S3C44B0X的专业板，外部晶振为8MHZ,内部频率为MCLK=64MHZ,串口波特率为115200,串口0。四个Exint4,Exint5,Exint6,Exint7,外部中断每按一次累加一次并把数据发送上来(直接在超级终端中使用)，同时开了串口0接收中断：串口0把接收到的数据仍旧发送上来，同时四个任务发送Task0,Task1,Task2,Task3 外部中断和串口接收中断采用我们一般使用的模式，只是在进外部中断和串口接收中断时关总中断，
fet140_clks
- MSP-FET430P140 Demo - Basic Clock, Output Buffered SMCLK, ACLK and MCLK
MSP430adTransform
- 用比较器A进行斜边AD转换程序。 430F149:16位单片机平台,64K flash,2K RAM MCLK：8MHz ACLK：32.768kHz-A device used for comparison hypotenuse AD conversion. 430F149 : 16 MCU platform, 64K flash, 2K RAM MCLK : 8MHz ACLK : 32.768kHz
msp430x1xx_fet_1
- //*** *** *** *** *** *** *** // MSP430x1xx Demo - Software Toggle P1.0 // // Descr iption Toggle P1.0 by xor ing P1.0 inside of a software loop. // ACLK = n/a, MCLK = SMCLK = default DCO // // MSP430x1xx // ----------------- // /|\\
fet110_1
- //*** *** *** *** *** *** *** * // MSP-FET430x110 Demo - Software Toggle P1.0 // // Descr iption: Toggle P1.0 by xor ing P1.0 inside of a software loop. // ACLK = n/a, MCLK = SMCLK = default DCO ~800k // // MSP430F1121 // --------------
msp430x11x1_ta_uart9600_04
- Descr iption: This program demonstrates a half-duplex 9600-baud UART using // Timer_A3 using no XTAL and an external resistor for DCO ROSC. DCO used for // TACLK UART baud generation. The program will wait in LPM4, echoing back // a received ch
fet120_clks
- MSP-FET430P120 Demo - Basic Clock, Output Buffered SMCLK, ACLK and MCLK/10
fet410_ta
- MSP-FET430P410 Demo - Timer_A Toggle P5.1, CCR0 Contmode ISR, DCO SMCLK Descr iption Toggle P5.1 using using software and TA_0 ISR. Toggle rate is set at 50000 DCO/SMCLK cycles. Default DCO frequency used for TACLK. Durring the TA_0 ISR P5
d169_dma
- D169 Demo - DMA0 Repeated Burst to-from RAM, Software Trigger Descr iption A 32 byte block from 220h-240h is transfered to 240h-260h using DMA0 in a burst block using software DMAREQ trigger. After each transfer, source, destination and DMA
fet140_spi
- MSP-FET430P140 Demo - USART0, SPI Interface to HC165/164 Shift Registers Descr iption: Demonstrate USART0 in two-way SPI mode. Data are read from an HC165, and same data written back to the HC164. ACLK = n/a MCLK = SMCLK = default DCO = UCLK
msp430x11x1_549
- 宣读了一份tlc549 ADC的参考vcc使用软件SPI和存储8位数字代码在adcdata 。该tlc549采样，在一个连续循环。如果adcdata > 0.5 * vcc ， p1.0设置，否则复位。aclk为N /甲mclk = smclk =预设会计处〜 800k vcc必须至少为3V为tlc549
fet440_uart11_38400
- Echo a received character, RX ISR used. Normal mode is LPM0. // USART1 RX interrupt triggers TX Echo. // Baud rate divider with 1048576hz = 1048576/38400 = ~27.31 (01Bh|03h) // ACLK = LFXT1 = 32768Hz, MCLK = SMCLK = default DCO = 32 x ACLK = 10
红外接收
- 430红外接收 #include #include #include #include #include "xtype.h" #define IRDA (uint8)0x01 //P1_0 uint8 ifg; uint8 index=0,value; uint8 bitValue; uint8 flag; uint8 Buf[1
fet110_ta_uart9600_04
- 利用MSP430单片机生成PWM波，并从P2.6脚输出。-MSP-FET430x110 Demo- Comp_A Output Comparator_A reference voltages on P2.Descr iption Output comparator_A reference levels on P2.3. Program will cycle through the on-chip comparator_A reference voltages with output o
mclk
- 基于多时钟的处理，在跨时钟域的处理上有优势-Based on Multi-clock processing, the cross-clock domain processing advantages
LABD2
- Developed for use with MSP430x22x4 MCU (2274). Made with Code Composer Essentials v3.1. VLOCLK used, MCLK from VLOCLK.Also calibrated DCO s used. Basically this file is for educational use working with Basic Clock Module+. Timer interrupts used fo
src
- ACLK = REFO , MCLK = ~2MHz,SMCLK = ~1MHZ,DCO参考频率来自REFO，LED1可以闪烁-ACLK = REFO, MCLK = ~ 2MHz, SMCLK = ~ 1MHZ, DCO frequency reference from REFO, LED1 to blink
rar
- 程序功能：副臼笛槭墙玊AB中的数据写入AT45DB041中,在将数据从AT45DB041读出，并将数据放入250为首地址的RAM中 // 通过本实验了解MSP430对外围扩展的用法，写入的数据是21，22，23，24，25，26。 // 硬件连接：必须将拨动开关P_MEMORY的 P1、P2、P3、P4、P5、P6、P7都拨到ON的位置。-8MHz with auto-calibration by the FLL+. // ACLK = LFXT1 = 32768Hz, MCLK
LPM3
- msp430进入LMP3休眠模式，每4秒点亮LED灯-his program operates MSP430 normally in LPM3, pulsing P3.4 at 4 second intervals. WDT ISR used to wake-up system. All I/O configured as low outputs to eliminate floating inputs. Current consumption does increase wh
ADSlope
- () { float fad WDTCTL = WDTPW + WDTHOLD //关闭看门狗 InitSys() CeRref() st: fad=Slope() //斜边ad转换 goto st } /***************************************************************************** 系统初始化 ***************************************************************