搜索资源列表
avr-pwm-mega8
- avr mega8 pwm 试验带 Proteus 仿真-avr mega8 pwm simulation experiments with Proteus
m8pulse
- AVR MEGA8 伺服电机脉冲发生器程序,用PWM方式发出连续变频的脉冲,可控制启动速度,加减速度,最高速度等参数,还有回零功能.SPI控制接口.带仿真PROTEUS文件
m8com
- AVR MEGA8双机串行口通讯程序,单工485方式,用于单片机组网,有PROTEUS仿真电路,可以立刻验证
fan
- AVR MEGA8 低速脉冲频率测量程序,用于风量传感器,四位LED显示,可设置报警输出值.PROTEUS仿真验证.
Res
- 基于ATMEL Mega8的电阻测量仪，附带Proteus仿真
AVR_bunch_jaws
- 已经调试好的AVR单片机MEGA8的串口打印输出程序，里面附带Proteus的仿真
一键恢复MEGA8和tiny2313的熔丝为默认
- 采用一键恢复mega熔丝位，测试在mega8和tiny2313中测试通过。带proteus电路图
Pt100Test
- mega8 PT100实现温度采集+Proteus仿真-mega8 PT100 Simulation of Temperature Acquisition+ Proteus
charge1215
- 利用winavr开发的一款三段式充电器的源码，可以自动生成mega8/48/88下的hex文件。另外，带Proteus 仿真实例-Winavr developed using a three-charger source, you can automatically generate the hex file mega8/48/88. In addition, the simulation with Proteus
200622613352480
- 建立一个属于自己的AVR的RTOS Proteus6.7 可以用来模拟仿真avr系列的单片机 WinAVR v2.0.5.48 基于GCC AVR的编译环境，好处在于可以在C语言中插入asm的语句 mega8 1K的ram有8K的rom,是开发8位的RTOS的一个理想的器件，并且我对它也比较熟悉-Belong to their own set up an AVR can be used to the RTOS Proteus6.7 simulation avr microcont
pulse_counter
- AVR MEGA8 Pulse Counter Proteus
MEGA8DS18B20
- mega8读取温度芯片DS18B20并通过LM016显示，可准确的显示正负温度. 程序以驱动形式写出，只需修改端口即可 附有Proteus仿真模型-mega8 read the temperature through the LM016 chip DS18B20 show positive and negative temperature can be accurately displayed. procedures to drive the form of writing, you c
164hc165io
- 74hc165多片级联，并通过MEGA8以IO口模拟SPI方式读取，发送至74HC164多片级联的LED灯显示 程序以驱动形式写出，只需修改端口即可，附有Proteus仿真模型-74hc165 multi-chip cascade through MEGA8 to simulate SPI mode IO port to read, send to 74HC164 cascaded multi-chip LED lights display the form of written proce
C51ToAvrfuseDef
- C51一键恢复AVR熔丝位，包含MEGA8和TINY2313的代码，带大量注释。可以更改熔丝默认值来支持其他芯片，可以通过串口监视软件来查看恢复前后的熔丝位。支持rest脚被锁问题，带用proteus格式的仿真电路和PCB制版。-C51 a key recovery AVR fuse bits, including MEGA8 and TINY2313 code, with a lot of comments. You can change the default value fuse to s
ATmega_uart
- 学习基于Atmega8的串口通信，内有原理介绍，Proteus仿真，C程序
16_64_proteus
- 本程序利用单片机AVR Mega8设计一16*64点阵式时钟显示屏。滚动显示现在的时间，显示字 符：“现在时间：**小时：**分：**秒”； 2 电子钟有暂停、开始计时、“小时”调整、“分钟”调整功能(小时、分钟调整以1为步进)； 3有proteus仿真 -This procedure used to design a microcontroller AVR Mega8 16* 64 dot matrix clock display. The time now scroll
adc-mega8
- Simulation ADC ATMEGA8 using Proteus 7.2
AVR_M8_SPI-in-proteus
- ICCAVR编程2mega8MCU之间进行spi通讯，在proteus平台中通过nokia5110显示屏显示。-spi communication between 2 mega8 MCUs,demonstrated in proteus.
M8_TC1_PlayMusic
- mega8播放音乐程序，带proteus仿真图-mega8 music program, with proteus simulation diagram
mega8
- 基于mega8的16_64点阵时钟显示屏制作,包含源程序代码和proteus仿真。-Mega8 16_64 lattice clock display production, contains the source code and proteus simulation.