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//----------------------------------------------------------------------------- // MSP-FET430P140 Demo - I2C, Slave TMP100 Emulation II // // Description: Uses ADC12 and I2C modules to emulate be

Soekris Net45xx/Net4801 GPIO driver Provides basic control (read and write) over the 8/12 general purpose IO-pins of the Soekris Net45xx/Net4801 and the error-led (which happens to be connected to an

$WS_DIR$\AD-temperature.ewp

#include "ioCC2430.h" #include "temp.h" #include "stdio.h" #define uint unsigned int #define ConversionNum 20 //定义控制灯的端口 #define led1 P1_0 #define led2 P1_1 void Delay(uint); void initU

This is an internal working file generated by the Source Browser. 20:43 12s H:\zigbee\演示程序\无线温度采集及串口通信演示\temp_getch\Debug\Obj\SendPack.pbi H:\zigbee\演示程序\无线温度采集及串口通信演示\temp_getch\Debug\Obj\SensorCo

//----------------------------------------------------------------------------- // MSP-FET430P140 Demo - I2C, Slave TMP100 Emulation II // // Description: Uses ADC12 and I2C modules to emulate be

void delay(int nUs); char DS1820_Reset(void); char DS1820_ReadByte(void); void DS1820_WriteByte(char val); char Read_Temperature(void); void Init_CLK(void);

#ifndef _SHT10_H #define _SHT10_H #define uchar unsigned char #define uint unsigned int #define TEMP 0x01 #define HUMI 0x02 #define noACK 0 //用于判断是否结束通讯 #define

void delay(int nUs); char DS1820_Reset(void); char DS1820_ReadByte(void); void DS1820_WriteByte(char val); char Read_Temperature(void); void Init_CLK(void);

% Figure 7.74 Feedback Control of Dynamic Systems, 4e % Franklin, Powell, Emami % %% fig7_74.m %% Heat Exchanger clf; [t]=sim('fig7_73cl'); plot(t,y); grid; title