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clkk
- === =时钟20:6=== === == 应先初始化状态寄存器 tx1714 EQU 7FFH PA EQU 05H PB EQU 06H PC EQU 07H PD EQU 20H IAR EQU 00H 间接寻址寄存器 TMR0 EQU 01H 定时器 STATUS EQU 03H 状态寄存器 BSR EQU 04H bank选择寄存器 PORTA EQU 05H I/0端口寄存器 PORTB EQU 06
uIP-AVR-0900[1]
- Here s the pin-to-pin listing from the AVR to the Packet Whacker module when using the External SRAM Interface: ATmega161 (External SRAM) Packet Whacker PortC A8-A12 SA0-SA4 PortA AD0-AD7 SD0-SD7 PortB Pin 0 RSTDRV PortD RD, WR
1_2
- 点亮PORTD口上所有的灯，要求定义状态寄存器地址，端口的数据寄存器地址和方向寄存器地址
ad
- 使用实验板上PORTD上的八个LED 表示数据采集输入端的电压值,电压值越大,显示的LED数越多,且按顺序递增.-Experimental use of the eight on-board LED on PORTD said data acquisition input voltage value, the greater the voltage, the LED display a few more, and increase sequentially.
yyb_8x8
- 简易摇摇棒，8x8点阵，制作公开 硬件mega8l，8个led共阳极接到PORTD。3位拨码开关接到PINB2,PINB1,PINB0,选择显示内容，PINC4接方向开关，使得正反向摇动都显示正向字，每次显示4个8X8点阵汉字
adctoportd
- READ ABOUT ADC0 CHANNEL IN PIC18F452 AND WRITE DE RESULT IN PORTD
main
- Source code for MCC18 compiler. Runs BiPolar Stepper motor interfaced to PORTD when an interrupt is generated via PORTB 0 Pin by a push button.
jian_yi_yao_yao_bang_bass_avr_mega8L
- 这是本人学习avr的一点成果吧{ 硬件mega8l，8个led共阳极接到PORTD。3位拨码开关接到PINB2,PINB1,PINB0,选择显示内容，PINC4接方向开关，使得正反向摇动都显示正向字，每次显示4个8X8点阵汉字（自己编制的），内附：原理图。实物图片，给有兴趣的朋友-This is my point to learn the outcome of avr bar (hardware mega8l, 8 Ge led a total of anode received PORT
CH451
- 很强的ch4541汇编语言！CH451驱动数码管程序 //端口初始化 void port_init(void) { PORTA = 0x00 DDRA = 0x00 PORTB = 0x07 DDRB = 0x07 PORTC = 0x00 DDRC = 0x00 PORTD = 0x00 DDRD = 0x00 } //主函数 void main(void) { port_init()
1
- #include <mega8.h> #include <stdio.h> #include <delay.h> #include <mega8.h> #include <stdio.h> #include <delay.h> #define TG PORTB.1 #define RF_Rx PIND.2 #define Busy PIND.3 #define Mess1
4
- #include <mega8.h> #include <stdio.h> #include <delay.h> #include <mega8.h> #include <stdio.h> #include <delay.h> #define TG PORTB.1 #define RF_Rx PIND.2 #define Busy PIND.3 #define Mess1
6
- #include <mega8.h> #include <stdio.h> #include <delay.h> #define TG PORTB.1 #define RF_Rx PIND.2 #define Busy PIND.3 #define Mess1 PORTB.0 #define Mess2 PORTD.7 #define Mess3 PORTD.6 #define Mess4 PORTD.5 #
8
- #define Mess1 PORTB.0 #define Mess2 PORTD.7 #define Mess3 PORTD.6 #define Mess4 PORTD.5 #define Mess5 PORTB.7 #define Mess6 PORTB.6 #define Buzzer PORTD.0 #define Zone1 PINC.0 #define Zone2 PINC.1 #define Zone3 PINC.2 #defin
3
- 用于令与PORTD口相连的8个发光二极管前4个点亮，后4个熄灭。在调试程序前，应使与PORTD口相连的8位拔码开关拔向相应的位置。-I used to make and PORTD LEDs connected to the eight first 4 lights out after 4. In the debugging process, should make PORTD I connected with the 8-bit code switch pulled to pull the c
A9127732FTV3
- 利用Atmega64 PORTE7 检测热敏电阻值，及利用PortC数据口PortD控制口 1602LCM显示结果，PORTA键盘设置参数.-Using Atmega64 PORTE7 detection thermistor value, and the use of PortC data port PortD control port 1602LCM displayed, PORTA keyboard to set parameters.
tig1
- 单片机PIC该例用于令与PORTD口相连的8个发光二极管前4个点亮，后4个熄灭。在调试程序前，应使与PORTD口相连的8位拔码开关拔向相应的位置。-PIC Microcontroller
01
- This source code for IR remote control with RC5 code. hex file working in AVR ATmega8 microcontroller with Crystal Oscillator 16Mhz. Infra red sensor (TSOP -1736) must connected to PORTD.2 (External Interrupt 0) of microcontroller.-This source code
AD
- 程序实现A/D转换功能，A/D采用中断方式。该程序通过单片机的RA2模拟通道送入一直流电压，当送入的直流电压大于2.5V时，与PORTD口相连的8个发光二极管闪动，当直流电压恢复到2.5V以下时，发光二极管停止闪动，且只有低四个发光。-Program for A/D conversion, A/D with interrupt. RA2 through the program the microcontroller analog channels into a DC voltage into D
simple_POARD
- simple_POARD程序为外围功能模块简单应用实例，点亮与PORTD口相连的八个发光二极管-simple_POARD program simple applications for the peripheral function module instance, light and PORTD eight LEDs connected to port
LED-PORTD-AVRtest
- avr 单片机PORTD 测试代码，自己亲自测试过的。-AVR microcontroller PORTD test code