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shuziboxingfashengqi
- 基于单片机的数字波形发生器,可在液晶显示频上显示输出波形类型和频率,可调频在proteus上仿真过,压缩包里面含有C语言代码和电路图-Microcontroller-based digital waveform generator, the frequency displayed on the type and frequency of the output waveform can be FM in proteus simulation, compression package which c
1LCD128_64_GB2
- 用C8051F120写的12864液晶完整程序,有写汉字,打点、、画线、坐标轴、画波形,级图像显示。液晶是带字库的ST7920驱动的 -The C8051F120 written by 12864 LCD complete program, write Chinese characters, runs batted in, draw lines, axes, draw the waveform level image display. LCD is with the character of
pic-c-WORD-edition
- 基本的pic单片机c语言编程 AD程序实现模拟量到数字量的转换功能; CAN程序实现CAN总线通讯功能; keyboard_check程序实现键盘的扫描查询方式输入; keyboard_disturb程序实现PORTB的"电平变化中断"进行键盘的输入; led0-8程序实现在8个LED上依次显示1~8数字; PWM程序用于使CCP1模块产生分辨率为10位的PWM波形,占空比为50 ; RS-232程序通过RS-232接口来完成
scope_VGA
- 利用IIC接口的4路 ADC max1037,采集思路信号,通过在FPGA内部的构建DeltaSigma DAC软核,在VGA液晶显示屏上显示波形。 -IIC interface 4-way ADC max1037, collecting ideas signal the FPGA internal build DeltaSigma DAC soft-core VGA LCD display waveforms.
screen_show
- 矩阵液晶显示波形,图片符号汉字等,可以直接调用函数-Matrix LCD waveform, images and symbols such as Chinese characters, you can directly call the function
pic18
- ● C语言程序例程。该子目录包括以下子程序: ——AD程序实现模拟量到数字量的转换功能; ——CAN程序实现CAN总线通讯功能; ——keyboard_check程序实现键盘的扫描查询方式输入; ——keyboard_disturb程序实现PORTB的"电平变化中断"进行键盘的输入; ——led0-8程序实现在8个LED上依次显示1~8数字; ——PWM程序用于使CCP1模块产生分辨率为10位的PWM波形,占空比为50 ; ——RS-232程序通过RS-232接口来完
jipinqi
- 51液晶显示转速的代码,用的是keil仿真,数值是波形频率的60分之一-51 LCD speed code, keil simulation, numerical waveform frequency 60
sine-wave-LCD12864-LCD-waveform
- 51单片机输出正弦波,LCD12864液晶显示波形-51 microcontroller output sine wave, LCD12864 LCD waveform
LCD_dis_wave
- 基于AVR单片机ATmega16,通过对A端口的模拟信号进行A/D转换,并在128*64的液晶显示屏上实时显示波形-A port analog signal based on the AVR microcontroller ATmega16 A/D converter, and real-time waveform on the LCD screen of 128* 64
C
- 基于MSP430的采集系统设计 1.基本要求 (1)放大器将DDS输出的弱信号放大至2-3V,其中增益可调; (2)带通滤波器:通带为300~4kHz ; (3)ADC:采样频率f s=40kHz,字长=8位,使用MSP430内部ADC (4)要求将采集的波形通过液晶屏予以显示,并在液晶屏上显示横轴和纵轴 -MSP430-based acquisition system 1. Basic requirements (1) the DDS output amplifi
12864shiboqi
- 这是简易数字示波器的源程序 并用12864液晶显示波形 可以用来直接做示波器 非常好 值得一用-12864 示波器 source program
51_motor
- 基于51单片机的步进电机控制系统,外设包括4X4矩阵键盘,1602液晶显示驱动程序,步进电机驱动序列,由定时器产生波形-Based on 51 single-chip stepper motor control system, peripherals including the 4X4 matrix keyboard, 1602 LCD driver, stepper motor drive sequence waveforms generated by the timer
STM32_dso
- 是使用stm32编写的数字示波器,可以显示波形,计算峰峰值,计算频率,如果液晶不能点亮,请更换自己液晶对应的驱动-Stm32 prepared using digital oscilloscope can display waveforms, peak calculation, calculate the frequency, if the LCD is not lit, replace their corresponding drive LCD
2013.7.20
- 利用msp430单片机对输入信号进行采样,并在12864液晶上实时显示波形和频率、幅值,最后送DAC输出至示波器还原,已通过实际测试-Use msp430 microcontroller input signal is sampled and 12864 on the real-time waveform and frequency, amplitude, and finally sent to the DAC output to the oscilloscope reduction, have
liquid-crystal-display-graphics
- 利用51单片机对12864液晶显示图形,可以显示直线,三角波,正弦波等波形-51 MCU 12864 LCD graphics
msp430DAC
- MSP430(F169)D/A转换、键盘控制、LCD显示,单片机实现波形发生和波形控制,通过D/A转换可通过键盘选择输出波的类型,控制幅度和频率,占空比。可产生输出频率及幅度可调,频率范围1000Hz~2000Hz的正弦波、矩形波、三角波、锯齿波及四种波形的线性组合波形,波形信号的频率、波形类型与幅度值送至LCD液晶显示屏进行显示。-MSP430 (F169) D/A conversion control LCD display, keyboard microcontroller wavefor
bxxs2
- 基于51单片机的波形输出程序,使用1602液晶显示,结构简单易懂。-Based on 51 single-chip waveform output program, using the 1602 LCD, simple and understandable.
O--ad9850
- 能够通过遥控器,设置频率,并将频率显示在12864 液晶上,然后将显示的频率通过ad9850输出对应频率的的波形,实现了良好的人机交互-Through the remote control, set the frequency, and the frequency in the 12864 liquid crystal display, and then displays the frequency output by AD9850 corresponding to the frequency
NIOSII_TFT
- 基于FPGA的NIOSII_TFT做的做的正弦波很连贯的显示在液晶屏上面,FPGA主要做信号的产生,而NIOSII主要是驱动液晶画活出波形!-FPGA-based NIOSII_TFT do make a very coherent sine wave displayed on the LCD screen above, FPGA mainly to do signal generation, while NIOSII mainly driven liquid crystal painting
Oscilloscope
- 开发板上芯片是cycloneII,利用Verilog HDL语言编写程序,将波形和波形数据显示在2.4寸TFT液晶屏上。在开发板上成功实现。-Development board chip is cycloneII, use of Verilog HDL language programming, the waveform and waveform data is shown in 2.4-inch TFT LCD screen. Successful implementation of the