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pic16f877_ccp_frequency
- 本程序实现基于pic16f877的CCP输入捕捉和频率测量功能。-This procedure based on the implementation of the CCP Input Capture PIC16F877 and frequency measurement capabilities.
CCPPLJ
- 基于PIC单片机的项目实例，利用CCP模块设计频率计，程序附有详细的说明-PIC microcontroller projects based on examples of the design of the frequency of the use of CCP modules, the process with a detailed descr iption of
CCP
- 利用CCP模块设计频率计， 程序设计，详细的中文注释-CCP module design using frequency meter, program design, detailed notes in Chinese
CCPmoduledesignusingfrequencymeter
- 利用CCP模块设计频率计，本程序利用CCP1模块实现一个简易数字频率计的功能-CCP module design using frequency meter, the procedure using CCP1 module for a simple digital frequency meter function
Debug-for-16f877a
- 这是一个频率计的程序,提供的参考有很多,比如lcd1602的显示,CCP的捕获模式,还有除法算法,全部是用汇编语言来写的.-This is a frequency counter program, providing many references, such as lcd1602 display, CCP capture mode, as well as the division algorithm, all written in assembly language.
CCP
- 利用CCP模块设计频率计。本程序利用CCP1模块实现一个“简易数字频率计”的功能-CCP module design using frequency meter. This procedure using the CCP1 module to achieve a " simple digital frequency meter" function
CCP-module-frequency-meter
- CCP模块频率计，利用CCP1模块实现一个简易数字频率计的功能-CCP module frequency counter, use the CCP1 module to achieve a simple digital frequency meter function
tig6
- 利用CCP模块设计频率计 此程序经测试可以实现所涉及功能-CCP module design frequency count this program involved in functions can be achieved by the test
CAPTURE
- PIC单片机的CCP功能 //220V的交流电源直接用电阻限流,经光耦隔离,形成脉冲送到CCP2, //CCP2模块的捕捉功能,设置为每16个上升沿捕捉一次,相当于平均滤波,目的是为了减小误差 //TMR1计数的分频系数计算:假设电源为50Hz,即一个周期为20ms,16个周期为320ms //320ms=320000us,单片机用4MHz晶振,指令周期为1us,设TMR1的分频系数为K:65536×K=320000 //得K=4.88,取K=8,即TMR1的预分频系数设为1
PinLvJi
- 利用CCP模块设计频率计,源代码程序清单。是开发频率计人员的重要参考资料。-Use the CCP module design frequency, source code program list. Development is an important reference frequency counter staff.
Pic16f877ACP-frequency-meter
- pic16f877A单片机，利用CCP模块设计频率计-Pic16f877A MCU, using the CCP module design frequency meter