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msp430g2xx3_lpm3
- 这个软件另MSP430正常地工作在低功耗模式3，令P1.0以4秒的间隔闪烁。-This program operates MSP430 normally in LPM3, pulsing P1.0 at 4 second intervals. WDT ISR used to wake-up system. All I/O configured as low outputs to eliminate loating inputs. Current consumption does increa
software-FLL
- msp430F149,说明：设置DCO时钟（台达）*（4096）使用软件FLL。DCO时钟输出P5.5作为SMCLK。DCO时钟，这是选定的SMCLK通TIMER_A的积分：LFXT1/8（4096），直到SMCLK等于德尔塔。- Descr iption: Set DCO clock to (Delta)*(4096) using software FLL. DCO clock is output on P5.5 as SMCLK. DCO clock, which is the sel
ToggleIO
- msp40F149,说明：拨动P3.4，P3.4内进行异或运算得到软件loop.ACLK= N /，MCLK= SMCLK=默认DCO〜 800K-Descr iption: Toggle P3.4 by xor ing P3.4 inside of a software loop.ACLK= n/a, MCLK= SMCLK= default DCO ~800k
LCD
- 使用32768晶振测量MSP430 DCO频率，并通过SPI接口从基于ST7735的液晶显示出来,使用的IDE为IARfor430-32768 Crystal measurements using MSP430 DCO frequency, and through the SPI interface from is displayed on the LCD ST7735
msp430g2xx3_uscia0_uart_07_9600
- Descr iption: This demo connects two MSP430 s via the I2C bus. The master // transmits to the slave. This is the master code. It continuously // transmits 00h, 01h, ..., 0ffh and demonstrates how to implement an I2C // master transmitter sendin
MSP430F677x_DMA_01
- msp430f6779 DMA的功能使用-// Descr iption: A 16 word block from 1FC0-1FDFh is transfered to 1FE0h-1FFFh // using DMA0 in a burst block using software DMAREQ trigger. // After each transfer, source, destination and DMA size are // reset to initia
4_KEY_LED_Change_DCO
- MSP4300G2553单片机的CPU时钟来源于数控振荡器 DCO 。 CPU通过长延时控制P1.6的LED闪烁亮灭 。 单片机识别P1.3机械按键以后，改变DCO参数，依次设置为1M，8M，12M和16MHz，可观察到闪烁频率增加。-CPU clock source MSP4300G2553 microcontroller in the numerical control oscillator DCO. CPU by long delay control P1.6 LED flas
4_KEY_LED_Change_DCO
- msp430g2553开发 通过按键改变输出时钟频率 对于学习GPIO中断以及时钟配置有很大意义-learning materiel for msp430g2553 which tells the GPIO and DCO configuration
22_DCO_Calb_Test
- DCO自校验程序功能 1.本程序可以利用32.768kHz低频晶振校验任意DCO频率 2.校验后的参数按顺序存入了InfoFLashB中。 3.由于校验环境与实际应用环境一致，自校验的频率值比出厂校验值更精确。 4.自校验参数的格式与出厂校验参数的格式一致。 5.校验时Launchpad G2上的红灯会亮，校验完毕绿灯亮。 6.校验完毕后，P1.4将会循环输出校验后的DCO频率 针对MSP430g2553-DCO self-checking program featu
msp430g2xx3_dco_flashcal
- MSP430G2553关于DCO校正的程序，采用32K进行校正内部DCO，并存储在FLASH中的SegmentD中-MSP430G2553 About DCO calibration procedures used to correct 32K internal DCO, and stored in FLASH in the SegmentD
codegen
- GPS接收中关于码的产生、通道的选择、码DCO-code generate、tracking channel、code nco
OFDM
- OFDM程序 DCO-OFDM保证好用OFDM 程序 DCO-OFDM保证好用-DCO-OFDM OFDM program to ensure easy program DCO-OFDM OFDM OFDM program to ensure easy DCO-OFDM ensure easy
DCOCalibration
- c code dco calibrition of msp430G series mcu
DCOOFDM-(1)
- 无线光通信中的DCO ofdm 的接受检测代码-Wireless Optical Communication DCO ofdm receiving detection code
DCO
- Digitally controlled oscillator
ACO_OFDM_DCO_ofdm_ber
- 光通信OFDM系统下的ACO-OFDM和DCO-OFDM系统实现和比较- U5149 u901A u4FE1OFDM u7CFB u7EDF u4E0B u7684ACO-OFDM u548CDCO-OFDM u7CFB u7EDF u5B9E u73B0 u548C u6BD4 u8F83
TimerA_of_MSPF249
- Toggle P1.0 using software and the TA_0 ISR. Timer_A is configured for up mode, thus the timer overflows when TAR counts to CCR0. In this example, CCR0 is loaded with 1000-1. ACLK = TACLK = INCLK = 32768Hz, MCLK = SMCLK = default DCO ~1.045Mhz
SPI_of_MSP430F249
- SPI master talks to SPI slave using 3-wire mode. Incrementing data is sent by the master starting at 0x01. Received data is expected to be same as the previous transmission TXData = RXData-1. USCI RX ISR is used to handle communication with
new_simulation
- 通过时钟使普通的IO口模拟UART串口通讯(Use Timer_A CCR1 hardware output modes and CCR0 SCCI data latch // to implement UART function @ 2400 baud. Software does not directly read and // write to RX and TX pins, instead proper use of output modes and SCCI data // la
gperftools-2.6.1
- gperftools-2.6.1 phpMyAdmin-4.2.2-all-languages phpMyAdmin-4.2.2-all-languages\.coveralls.yml phpMyAdmin-4.2.2-all-languages\CONTRIBUTING.md phpMyAdmin-4.2.2-all-languages\ChangeLog phpMyAdmin-4.2.2-all-languages\DCO phpMyAdmin-4.2.2-all-l