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xinhaofashengqi
- 利用高速da通过查表法进行正弦波,方波,三角波产生的stc89c51程序和波形码表生成的c程序
tms320f2812的dac程序
- tms320f2812的dac程序,da芯片采用dac7724。四路输出,分别为正弦,方波。直流,三角波。,dac of tms320f2812 procedures, da chip dac7724. Four outputs, namely, sinusoidal, square wave. DC, triangular wave.
wave.rar
- 本程序采用的VHDL语言,分别实现:递增锯齿波递减锯齿波 三角波 阶梯波 方波正弦波 数据选择器.,This procedure used in VHDL language, respectively, to achieve: increased sawtooth ladder descending sawtooth wave square wave triangle wave sine wave data selector.
hanshufashengqi.rar
- 用单片机与DAC0832 构成的波形发生器,可产生方波、三角波、锯齿波、正弦波等多种波形,波形的周期可用程序改变,并可根据需要选择单极性输出或双极性输出,具有线路简单、结构紧凑、性能优越等特点。,Constitute a single chip with the DAC0832 using the waveform generator to generate square wave, triangle wave, sawtooth, sine wave, etc., the cycle wave
8255
- 这是汇编语言的硬件实验程序,用8255和0832在示波器上显示四个波形,方波,锯齿波,三角波,正弦波。-This is the assembly language of the hardware experimental procedure, using 8255 and 0832 in the oscilloscope display four waveforms, square wave, sawtooth wave, triangle wave, sine wave.
DDS
- 基于quartus的DDS,可以发生正弦波,方波,三角波,附带了顶层文件,注释在程序中-Quartus on the DDS, can occur sine wave, square wave, triangle wave, with the top-level documents, notes in the procedure
DDS
- 我们小组共了一个月做的DDS,程序核心用的是Verilog HDL,有仿真波形,输出正弦波,方波,及三角波,步进可调.频率范围1HZ--10MHZ-Our group for a month to do a total of DDS, the procedure is used in the core of Verilog HDL, there are simulation waveform, the output sine wave, square wave and triangular wa
dp
- 正弦波,三角波,方波信号发生器程序,C语言编写,频率可调-Sine wave, triangle wave, square wave signal generator process, C language, frequency adjustable
WJKS
- 该程序实现了微机控制的可以产生正弦波、三角波、方波,并可以使用键盘对其操作-The program can be controlled by a computer generated sine wave, triangle wave, square wave, and can use the keyboard to its operation
ad8950
- ad8950+c52信号发生器程序。能产生正弦波三角波,方波三种波形。-ad8950+ c52 signal generator procedures. Sine wave to produce the triangular wave, square wave three.
boxingfashengqi
- 这是我用VC++编写的一个基于PC机的任意函数信号发生器的上位机程序,并附上了下位机程序。实践表明能产生幅度和频率可调的正弦波,方波,三角波等。-This is what I use VC++ to prepare a PC-based signal generator, arbitrary function of the host computer program, together with procedures for the next crew. Practice shows that
keil51program
- 最近一段时间为准备大赛写的程序,主要有12864串口与并口显示程序,AD(0832、0809)/DA(0832)的驱动程序,以及温度传感器的程序,以及时钟芯片的驱动程序和正弦、方波、三角波等其他波的发生程序,都经过测试了-To prepare for the most recent contest to write the procedure, there are serial and parallel port 12864 display program, AD (0832,0809)/DA
DA0sine0triangle0trape0zoid0square
- 用89C51和DAC0832产生正弦、三角、梯形、方波,用按键选择波形输出。附有protues仿真图,keil源程序(汇编),产生正弦波表格的运用程序。-With the 89C51 and the DAC0832 produce sine, triangle, trapezoid, square, with the key option waveform output. With protues simulation map, keil source code (compilation),
18
- 汇编语言产生的查表法实现正弦波,锯齿波,方波,三角波发生器的程序-Assembly language generated by look-up table to achieve a sine wave, sawtooth wave, square wave, triangle wave generator program
BoXingFaSheng
- 多功能波形发生器VHDL程序与仿真 功能:实现4种常见波形正弦、三角、锯齿、方波(A、B)的频率、幅度可控输出(方波 --A的占空比也是可控的),可以存储任意波形特征数据并能重现该波形,还可完成 --各种波形的线形叠加输出。 --说明: SSS(前三位)和SW信号控制4种常见波形种哪种波形输出。4种波形的频率、 --幅度(基准幅度A)的调节均是通过up、down、set按键和4个BCD码置入器以及一 --个置入档位控制信号(ss)完成的(AMP的调节范围是0~5V,调节量
out
- 基于PCL-812PG采集卡的模拟量通道输出的c程序代码,实现了正弦,方波,三角波可调幅输出。-Based on PCL-812PG acquisition card,the analog channel output of the c code to realize a sine, square, triangle wave that can be amplitude modulated output.
bofsq-(1)
- 波形发生器的设计 利用C51编程,可实现正弦波 方波 三角波 梯形波 锯齿波 C语言程序 简单易懂-Waveform Generator using C51 programming, can be realized sine wave square wave triangle wave trapezoidal sawtooth C language program easy to understand
signal-generator
- 单片机 正弦波三角波 方波程序 以用示波器观看 效果很好-SCM sine wave square wave triangle program to see good results with an oscilloscope
Spectrum-Analysis
- 本程序是由matlab编写的频谱分析仪器,可以生成正弦、方波、三角波或混有白噪声的信号,还可以对信号进行指定点数的频谱分析。-This program is written by the matlab spectrum analysis instrument that can generate sine, square, triangle, or mixed with white noise signal, you can also specify the signal spectrum ana
AD9833 STM32 测试程序
- 运用AD9833芯片实现不同频率正弦波、三角波、方波的的产生,误差在0.1%。(Using AD9833 chip to generate sine wave, triangle wave and square wave with different frequencies, the error is 0.1%)