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LCD_flash
- 基于2407A的12864 LCD显示程序-display program of 12864 LCD based on 2407a
LCD-TMS320F2812
- DSP2812驱动LCD 实验示例。LCD的点阵为128×64-LCD Driver DSP2812 experimental sample. The dot matrix LCD for the 128 × 64
Ex18_LCD
- DSP2812实现12864LCD的驱动程序。12864自带字库。包括了对LCD的状态,命令,数据的读写函数。部分测试数据。-DSP2812 driver 12864LCD achieve. 12864 own font. Including the status of the LCD, order, data read and write function. Some of the test data.
EX17_LCD_12864
- QQ2812 开发板附带的源码 这是LCD12864部分。可以作为TMS320F2812开发参考。-QQ2812 source development board attached to it is part of LCD12864. TMS320F2812 development can be used as reference.
lcd(10-3)
- DSPF2812学习程序: 利用GP定时器4的比较器在产生PWM波,控制LCD背光亮度,系统时钟150M,高速外设时钟25M,128分频后定时器为5.12us,适于初学者学习-DSPF2812 learning process: the use of GP timer 4 comparison of PWM wave generating device to control the LCD backlight brightness, the system clock 150M, high-spe
The12864-basedDSPF2812LCDcontrolc-source
- 基于DSP F2812的12864液晶控制的c源码,经过调试,性能稳定完全可用。开发环境是CCS3.0.-The 12864-based DSP F2812 LCD control, c source code, after debugging, performance, stability and fully available. Development environment is CCS3.0.
DSP
- 通过TLC320AD50采集音频信号(f.max<10kHz),编写DSP的FFT处理程序(自定频谱分辨力),获得幅频特性之后,在点阵液晶(128*64)中大致显示出幅频图。并在液晶中用文字显示频率幅值前三的频率值。-By TLC320AD50 capture audio (f.max < 10kHz), the preparation of the FFT DSP processing (custom spectral resolution), obtained after the
240128
- 本案例实现DSP2812的LCD控制,芯片为T6963C,像素为240*128-DSP2812 this case to achieve the LCD control chip for the T6963C, 240* 128 pixels
LCD
- 通过编程控制DSP芯片来控制128×64的液晶屏显示想要的内容-By programming the DSP chip to control the 128 × 64 LCD screen to display the desired content
TMS320VC5509A_LCD12864
- TMS320VC5509A 128*64 LCD实验代码-TMS320VC5509A 128*64 LCD EXPERIMENT CODE
embedsystem-dsp
- Proteus仿真平台上将uC-OS II系统移植到ARM7芯片上。包含工程和实验报告文档!!! 选用LPC2131 ARM7芯片,选用PG160128A作为液晶显示器,其分辨率为160*128,在成功实现移植uC-OS II的基础上,经不断调试,最终系统可以实现两个任务: (1)在PG160128A液晶上显示一张人头像; (2)LED灯每隔1s亮一下。 -UC-OS II system, the Proteus simulation platform will be porte