搜索资源列表
pinglvji
- 51单片机开发的等精度数字频率计，实现计数0-
PLJ
- 频率计(51单片机开发例子子程序汇编语言编写)
f_counter
- 51单片机数字频率计程序+1602显示!
pinlvji
- LCD1602显示，使用51单片机实现频率计，本软件最高可测频率为460k HZ.-LCD1602 shown that the use of 51 single-chip realization of frequency meter, the software measured maximum frequency of 460k HZ.
jisuanqi
- 基于51开发，内含多个设计 计算器，频率计的程序-51 Based on the development, design contains a number of calculators, the frequency of the procedure
HW
- 红外在单片机上的应用,C语言源码,Keil uVision3工程文件,附原理图及说明学习文档 红外接收电路采用集成红外接收器成品H1，接收器包括红外接收管和信号处理IC，均集成在红外接收器H1内。接收器对外只有3个引脚：Vcc、GND和一个脉冲信号输出PO。Vcc接系统的电源正极（+5V），GND接系统的地线，脉冲信号输出接CPU的中断输入引脚INT0。如果没有红外遥控信号到来，接收器的输出端口PO保持高电平，当接收到红外遥控信号时，接收器件信号转换成脉冲序列加到CPU的中断输入引脚。CPU
111
- 用51单片机编译成的频率计的源程序，供大家共享！-51 Singlechip compiled with the frequency of the source code for everyone to share!
89c51pinlvji
- 用51设计的频率计，非常实用，阐释了设计思想和原理。-Designed to use 51 frequency meter, very useful to explain the ideas and principles of design.
CODE
- 基于51的单片机设计的电容计的完整源代码，可以实现电容测量范围为1pF-9999.99uF，也可以实现简单的频率计功能，能测量0-60MHz的数字信号频率（TTL电平）。-51 single-chip design based on the capacitance of the full source code, can be measured capacitance range of 1pF-9999.99uF, also can be a simple function of the fre
Text1
- 2.4G高精度频率计汇编程序，采用51单片机实现-2.4G frequency meter assembler
plj
- 基于51的频率计,数码管显示,程序通俗易懂,对单片机学习者有一定的帮助-51 Based on the frequency meter, digital display, user-friendly procedures for single-chip to help learners have a certain
mini51
- mini51中包含51单片机的基本IO口驱动，同时还有很多丰富的实验例程：如中断，定时器，串口。另外还有一些综合设计：如示波器，频率计-mini51 contains 51 basic single-chip IO I drive, at the same time there are many rich experimental routine: If interrupted, timers, serial port. There are also a number of integrated
pinglu2
- 51上的简易频率计,在T1脚输入方波后,用串口调试工具即可显示出频率,并有详细注释,欢迎下载-51 on a simple frequency counter, in the T1 pin input square wave, you use serial debugging tools can show the frequency and detailed comments, please download!!
Cymometer
- 频率计 基于51单片机 c语言编程 1602液晶显示-Frequency counter 51 based on c language programming 1602 Microcontroller LCD
10MHz_frequency_counter
- 10MHz频率计，采用51单片机，22.1184MHz晶振。分频器使用双4位二进制计数器74HC393，数据选择器使用74HC151。-10MHz frequency counter, using 51 Microcontroller, 22.1184MHz crystal. Divider using a dual 4-bit binary counter 74HC393, data selector used 74HC151.
pingluji
- 频率计的51单片机C语言编程有用到74LS153芯片-Frequency counter 51 to the microcontroller C programming language useful for 74LS153 chip
1
- 基于51单片机的双通道信号频率计，可以同时检测两个信号的频率-Microcontroller based 51-channel signal frequency meter, can simultaneously detect the frequency of two signals
3
- 基于51单片机的单通道频率计，可以检测一个通道的频率-51 Microcontroller based single-channel frequency counter, can detect the frequency of a channel
SZPLJC
- 由C语言进行编程设计实现的51单片机的数字频率计，具有精度高量程范围广的特点-By the C programming language design and implementation of the 51 single-chip digital frequency meter, high accuracy range features a wide range of