文件名称:sin_keyi_16_jin_2
- 所属分类：
- 单片机(51,AVR,MSP430等)
- 资源属性：
- [C/C++] [源码]
- 上传时间：
- 2015-08-08
- 文件大小：
- 2.8mb
- 下载次数：
- 0次
- 提 供 者：
- 常**
- 相关连接：
- 无
- 下载说明：
- 别用迅雷下载，失败请重下，重下不扣分！
介绍说明－－下载内容均来自于网络，请自行研究使用
本次课程设计是做基于80C51F020的信号发生器的设计,要求采用编程的方法来实现正弦波的发生。通过D/A转换成模拟量而输出正弦波的采样值。把“采样定理”相关的理论运用于实践，利用模拟低通滤波器，将DAC转换将正弦波采样波形滤出，并显示在示波器上。要求产生频率为100Hz到1KHz的正弦波。-This course is designed to do 80C51F020 signal generator based on using programming methods to achieve the requirements of a sine wave occur. By D/A converted into an analog sine wave and the output sample value. The " sampling theorem" related theory into practice, the use of analog low-pass filter, the DAC converts the sampled sine wave filtered out and displayed on the oscilloscope. Required to generate a frequency of 100Hz to 1KHz sine wave.
(系统自动生成,下载前可以参看下载内容)
下载文件列表
sin_keyi_16_jin_2\C8051F020_defs.h
.................\compiler_defs.#1
.................\compiler_defs.#2
.................\compiler_defs.h
.................\demo.#1
.................\demo.#2
.................\demo.#3
.................\demo.cdb
.................\demo.hex
.................\demo.lk
.................\demo.M51
.................\demo.map
.................\demo.mem
.................\demo.omf
.................\demo.wsp
.................\.river\common.#1
.................\......\common.#2
.................\......\common.#3
.................\......\common.adb
.................\......\common.asm
.................\......\common.c
.................\......\common.h
.................\......\common.lst
.................\......\common.OBJ
.................\......\common.rel
.................\......\common.rst
.................\......\common.sym
.................\......\io_config.#1
.................\......\io_config.#2
.................\......\io_config.#3
.................\......\io_config.adb
.................\......\io_config.asm
.................\......\io_config.c
.................\......\io_config.h
.................\......\io_config.lst
.................\......\io_config.OBJ
.................\......\io_config.rel
.................\......\io_config.rst
.................\......\io_config.sym
.................\......\osc.#1
.................\......\osc.#2
.................\......\osc.#3
.................\......\osc.adb
.................\......\osc.asm
.................\......\osc.c
.................\......\osc.h
.................\......\osc.lst
.................\......\osc.OBJ
.................\......\osc.rel
.................\......\osc.rst
.................\......\osc.sym
.................\......\profile.#1
.................\......\profile.#2
.................\......\profile.#3
.................\......\tmp.out
.................\......\uart.#1
.................\......\uart.#2
.................\......\uart.#3
.................\......\uart.adb
.................\......\uart.asm
.................\......\uart.c
.................\......\uart.h
.................\......\uart.lst
.................\......\uart.OBJ
.................\......\uart.rel
.................\......\uart.rst
.................\......\uart.sym
.................\main.#1
.................\main.#2
.................\main.#3
.................\main.adb
.................\main.asm
.................\main.c
.................\main.lst
.................\main.OBJ
.................\main.rel
.................\main.rst
.................\main.sym
.................\pdf\8051_Instruction_Set.pdf
.................\...\C8051F02x.pdf
.................\...\CIP-51.pdf
.................\...\sdccman.pdf
.................\...\Simplifying-Microcontroller-Development-through-Compiler-Flexibility.pdf
.................\profile.h
.................\tmp.out
.................\driver
sin_keyi_16_jin_2