搜索资源列表
LCD1602FC.rar
- 51单片机显示的频率计，包括详细介绍，word文档。,51 shows the frequency of single-chip, including the details, word document.
pingljc.rar
- 本源码是基于MCS-51单片机的等精度频率计编写的。输入信号为峰峰值5v的正弦信号，频率测量范围10HZ~100MHZ ，频率测量精度为0.1 。采用1602液晶显示器显示测量结果。信号源由PROTEUS 的虚拟信号发生器产生。,The source is based on the MCS-51 microcontroller and other precision frequency counter prepared. 5v peak to peak input signal is sinus
pinlvji
- 利用51单片机，自动数字频率计，含测频测周法-The use of 51 MCU, automatic digital frequency meter, with frequency measurement-Measuring Method
freq_counter
- 等精度频率计，用Xilinx FPGA和51单片机实现-Precision frequency meter, etc., using Xilinx FPGA and 51 MCU
frequency_of_MCS-51
- 用51单片机做的数字频率计，精度非常高，计数误差不超过1Hz。量程0--65535.-Singlechip do with 51 digital frequency meter, the accuracy is very high, counting error of less than 1Hz. Range 0- 65535.
pinlvji
- 基于51单片机的频率计设计，附源程序和原理图，采用汇编语言编写，硬件使用开发板设计-Based on 51 Singlechip Cymometer design, source and schematic diagram is attached, using compiled languages, hardware design using the development board
szplj
- 简易数字频率计，VB和51单片机上下位机通信-Simple digital frequency meter, VB levels and 51-bit single-chip communication
Text1
- 基于51单片机的频率计，可以测试1k到60khz的频率，并直接液晶显示-51 single-chip based on the frequency meter to test the frequency of 1k to 60khz, and direct liquid crystal display
frequentmeter
- 本设计是基于MCS-51单片机的等精度频率计。输入信号为峰峰值5v的正弦信号，频率测量范围10HZ~100MHZ ，频率测量精度为0.1 。采用1602液晶显示器显示测量结果。信号源由PROTEUS 的虚拟信号发生器产生。-The design is based on the MCS-51 microcontroller, such as frequency meter accuracy. Input signal 5v peak to peak sinusoidal signal, frequ
E_8051_FTEST_K4X4_new
- 是带５１单片机核的等精度频率计的ＦＰＧＡ设计的部分。用ＶＨＤＬ编的，也有ＶＥＲＩＬＯＧ的。-51 is a single chip with precision, such as the nucleus of the frequency of some of FPGA design. VHDL for use as well as the VERILOG.
FPGA
- 描述了利用FPGA和51单片机实现等精度频率计，这个只包含FPGA部分的源程序-Describes the use of FPGA and MCU 51, such as precision frequency meter, the FPGA contains only part of the source
plj
- 这是一个基于51单片机的频率计，本人已经试过。里面还有PROTEUS仿真图-This is a microcontroller based on 51 frequency counter, I have tried. There is also PROTEUS simulation diagram
89C51pinlvjiLCD1602
- 本设计是基于MCS-51单片机的等精度频率计。输入信号为峰峰值5v的正弦信号，频率测量范围10HZ~100MHZ ，频率测量精度为0.1 。采用1602液晶显示器显示测量结果。信号源由PROTEUS 的虚拟信号发生器产生-This design is based on the MCS-51 microcontroller and other precision frequency meter. 5v peak to peak input signal is sinusoidal signal,
pinglvji
- 基于51单片机的频率计，显示用数码管，可以显示1万hz以下的频率。-Microcontroller-based frequency meter 51, displays with digital control, can display frequencies below 10,000 hz.
counter
- 频率计，测量范围0-9999hz，基于51单片机的程序-Frequency Counter
pinlvji
- 频率计，51单片机用计数器做的，可以用来测频率。一般的课程设计可能会有用。-Frequency counter, the counter to do with the microcontroller 51 can be used to measure the frequency. The general curriculum design may be useful.
freq
- 频率计，51单片机实现，并采用Proteus仿真-Frequency meter, 51 single-chip implementation, and simulation using Proteus
51单片机实现的频率计
- 这是我本科的毕业设计，基于51单片机的频率计，可以直接拿来用
数字频率计
- C语言写51的简易频率计，比较见到那常见，范围到100k(C language to write a simple frequency meter 51, compared to see that common, ranging from 100K)
单片机的简易频率计设计
- 基于89c51单片机的简单频率计设计，数码管显示。(Based on 51 single chip microcomputer frequency meter)