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CLanguageProgrammingForTheDevelopmentOfThoseGuidel
- 本文举例说明了如何用软件实现脉宽调制(PWM)，如何将该设计转换成一个可以在FPGA中运行的逻辑块，并能利用存储器映射I/O接口通过软件完成对该逻辑块的控制。- the paper illustrates how to use software pulse width modulation (PWM), how can the design into a run in the FPGA logic blocks, and can use memory mapped I/O Interface c
Softwave-PWM
- 软件实现PWM波形，来点亮led灯，使其由明变暗，由暗变明。-PWM waveforms with software
picoblaze_pwm_control
- 基于Xilinx的8位软核PicoBlaze的Pwm设计，采用汇编语言设计。使用软件模拟spi接口-Based on the Xilinx PicoBlaze soft-core 8-bit design of Pwm, using assembly language design. Spi interface with software simulation
pwm
- 基于stc12c5a60s2单片机的输出PWM波形-out pwm
verilogHDL
- 针对C 语言编程者的Verilog 开发指南实例包括完全用软件实现的位脉冲PWM 控制器等-Fully implemented in software-bit pulse PWM controller instance for the C programming language Verilog Developer s Guide
PWM_LED
- 该程序利用ISE软件实现了FPGA控制的PWM波形的发出，给了一个简单的算法，频率可调-The program utilizes the ISE software FPGA to control the issue of PWM waveform, and gave a simple algorithm, frequency adjustable
pwm_ok_PWM
- Learning FPGA students can see, this code written by PWM generator using VHDL language, not only can learn QUARTUS software, also can better enhance the digital circuit design.
huxi
- 基于VHDL设计四个频率不同的呼吸灯，呼吸频率分别为 0.1Hz,0.2Hz，0.4Hz，0.8Hz 呼吸灯原理：利用PWM波控制led的亮度，的 原始代码 quartus软件亲测可用。-VHDL-based design in four different frequencies breathing light, breathing frequency was 0.1Hz, 0.2Hz, 0.4Hz, 0.8Hz breathing light principle: the use PWM
FPGA-I_LOOP
- 本程序是三角波产生程序，很实用，是进行PWM拨软件实现的关键软件之一-This procedure is a triangular wave generated procedures, it is practical, is one of the key software PWM to dial the software implementation
init_LCD
- Initializes Toppoly TD043MTEA1 LCD. R02: Type 1 Dot inversion, VD and HD low polarity, Latch data on falling edge, 800x480RGB R03: Software register standby, pre-charge enabled, 100 drive capacity, PWM enabled, VGL pump enabled, cp_clk enabled, n