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shuzip
- 一个用AVR做出的一个频率计，。通过，软件仿真的。，且适合初学者入门的例子 -One made with a frequency counter AVR,. Through software simulation. , And suitable for beginners to get into an example
pwmfangzhenchengxu
- 本设计采用基于AVR内核的MEGA8单片机，该单片机集成了相当丰富的片上资源，其中就包含有三路独立的PWM输出，在8MHz的晶振频率下，最高可以输出31.25KHz的8位分辨率脉宽，设计中主要是利用MEGA8的PWM输出功能来完成三路PWM波形的输出，其中两路是同步反向输出，频率、脉宽均可调，另外一路单独输出，脉宽可调。-This design based on AVR core MEGA8 microcontroller, which integrates a rich on-chip res
DigitalThermometer
- 使用NE555芯片把热敏电阻的电阻值转化为相对应的频率值，然后由AVR单片机接受频率值后，由led数码管显示出来。数字温度计。-Using NE555 chips to the thermistor resistance values are converted to the corresponding frequency value, and then accepted by the AVR microcontroller frequency value, the digital contro
8563main
- 以avr单片机为控制器，实现对8563实时钟的功能测试，晶振频率为22.1184MHz。-With avr microcontroller controller to realize the 8563 real-time clock function tests, crystal frequency is 22.1184MHz.
QueueWithVoice
- This program was produced by the PHM Project : Version : Date : 2010/05/08 Author : toshiba Company : Comments: Chip type : ATmega16 Program type : Application AVR Core Clock frequency: 16.000000 MHz Memory model :
pandol
- This program was produced by PHM Chip type : ATmega16 Program type : Application AVR Core Clock frequency: 16.000000 MHz Memory model : Small External RAM size : 0 Data Stack size : 256-This program was produced by PHM Chip ty
Driver
- Chip type : ATmega16 Program type : Application AVR Core Clock frequency: 16.000000 MHz Memory model : Small External RAM size : 0 Data Stack size : 256-Chip type : ATmega16 Program type : Application AVR Core C
boxing
- 可调方波频率并通过数码管显示频率，用AVR来实现，显示频率可高达1MHZ-Adjustable frequency square wave frequency by digital display, with AVR to achieve, shows the frequency up to 1MHZ
Xh_88
- 用AVR M8做的频率计，可以检测信号 和发生信号，应经测试通过，也大家共享-To do with the AVR M8 frequency counter, can detect the signal and the signal occurs, should be tested by, but also share
FreqCount1
- Frequency counter source for CV AVR
zhuzhan
- 无线射频芯片nRF905和单片机AVR、CPLD的扩展的SPI接口的基站控制系统的VHDL语言的程序-Radio frequency chip nRF905 and SCM AVR, CPLD SPI interface, the expansion of the base station control system of the VHDL language program
demo_8_2
- 同2N分频系统设计 基于AVR ATmega16单片机 利用T/CO的自动装载特性-2N frequency with AVR ATmega16 Microcontroller based system design using T/CO characteristics of the automatic loading
demo_11_3
- 基于T/C1捕捉功能的可变量程频率计的设计与实现 AVR ATmega16单片机设计-Variable based on T/C1 capture range frequency meter Design and Implementation of AVR ATmega16 microcontroller design
ADF4001
- avr单片机控制ADF4001 锁定频率，锁定频率范围12.75Mhz-17.15Mhz-avr microcontroller ADF4001 locking frequency, locking range 12.75Mhz-17.15Mhz
x
- 基于AVR单片机的数控稳压电源源程序，可以通过PD2选择电压、电流、幅值、频率设置，并通过PD3进行增量调节，PD4进行减量调节。-NC-based AVR microcontroller power supply source, you can choose by PD2 voltage, current, amplitude, frequency settings, and through incremental adjustment PD3, PD4 for reducing regula
1
- Frequency meter with AVR
Wiegant_uart
- Wiegand26 converter to a serial RS-232. Source code for AVR ATmega128 microcontroller. Wiegand26 input ports, 3 output RS232 one. The frequency of the microcontroller 14.7456 MHz speed RS232 - 9600 baud. The program needs some work, depending on the
highfreqmeter
- 基于AVR mega128的高精度频率计工程文档，已经调通，烧写可用-Based on AVR mega128 precision frequency meter project documents have been transferred through, the programming can be used
Electronic-production
- 电子制作——杂志年刊程序汇总 基于89S52单片机的电子体温计 16×16点阵的制作 程控滤波器（Ｄ）设计报告 测试数据 AT89C51单片机双字中文点阵设计与仿真 51单片机和HD7279A的接口与编程 单片机从入门到精通系列讲座——数码管驱动方法 利用LCD1602的自定义字库显示汉字 单片机从入门到精通系列讲座——单片机简易频率计 用AT89S51单片机控制的智能电动车 P111G2系列可编程控制器应用集锦（1） 51单片机
35-C-examples
- 35个C语言程序，适合51和AVR单片机。包括高低频频率计设计，码表设计等等~可作为初学者和单片机工作者的参考资料。-35 C language program for 51 single transplant. Including high-frequency frequency meter, stopwatch, etc.- as a beginner and a reference single-chip workers。