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sanjiaozhengxuan
- 三角波及正弦波发生器 单片机汇编语言可以产生三角波-sanjiaobo
SpiDac
- TM320F2812与TLV5614 DAC芯片通信并输出正弦波的示例程序,该程序在交大TI实验室自制的评估板上运行通过,使用需配合TI官方的库文件。-TM320F2812 with the TLV5614 DAC chip communication and the output sine wave sample program in the National Chiao Tung University Laboratory TI evaluation board made to run th
ADuC7020toAD53x4
- 程序输出2*8位的数据包通过的SPI的配置,AD5304EB产生正弦波的输出-Program outputs 2x 8 bit packets through SPI which configure the AD5304EB to produce a sinewave on Vout-A
mcu_control
- 一个自主开发项目的单片机控制程序,包括数字电位器控制,不同频率正弦波发生,串口通信控制等功能-A self-developed single-chip project control procedures, including the Digital Potentiometers control, occurred in different frequency sine wave, serial communication control and other functions
Sinusoidal_signal_generator
- 单片机控制DDS芯片AD9851产生10M以上稳定的正弦波-DDS chip AD9851 single-chip microcomputer to control more than 10M generate stable sine wave
GAOPIN)
- 高频正弦波发生器的课程设计,通信电子线路,ewb仿真-High-frequency sine wave generator of the course design, communication, electronic circuits, ewb Simulation
myprogram
- 使用Visual Basic和接口函数进行编程,实现正弦波的绘制。-And the use of Visual Basic programming interface functions to achieve the draw sine wave.
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.
sdfdf
- 设计并制作一台数字显示的简易频率计。 (二)要求 1.基本要求 (1)频率测量 a.测量范围 信号:方波、正弦波 幅度:0.5V~5V[注] 频率:1Hz~1MHz b.测试误差≤0.1 (2)周期测量 a.测量范围 信号:方波、正弦波 幅度:0.5V~5V[注] 频率:1Hz~1MHz b.测试误差≤0.1 键盘从上到下,从左到有依次为: 1 2 3 4 5 6 7 8 9 0 .
xinhao111
- 能够产生正弦波、方波、三角波。同时还可以作为频率计测频率。函数信号的产生由MAX038和外围电路完成,能产生1Hz—20MHz的波形。波形选择由单片机完成。输出或输入频率经74HC390分频后,由单片机完成自动频率检测显示-Capable of producing sine, square, triangle wave. At the same time can also be measured as a frequency meter frequency. Function signal ge
MAX038
- 介绍了一种基于MAX038的宽频程控波形发生器。它可以产生三角波、方波和正弦波.输出频率范围为1.6 kHz~40MHz。与其他类型的波形发生器相比,该系统具有程控调节输 出频率的突出优点:以单片机和集成波形发生芯片MAX038为核心构成硬件电路能自动地反馈控制输出频率:采用上位机(Pc机)的软件设置波形发生器的各种参数并实时显示输出频率值。该波形发生器已经成功地应用于超声波发射换能器中。-Introduced a program based on the MAX038 waveform g
9850
- dds 波形发生器,功能是产生正弦波,可调频率-dds program,Fioricet directory
AD9851
- 利用AD9851的功能 产生正弦波 并且正弦波的频率是可调的。-The use of sinusoidal functions of the AD9851 and the frequency of sine wave is adjustable.
SineWave
- 利用汇编语言,在屏幕上显示正弦波。可以通过键盘上的r和l键来控制波的传播方向。-The use of assembly language, the sine wave displayed on the screen. By r on the keyboard and l keys to control the direction of wave propagation.
C8051F330_wave
- 在C8051F330芯片上实现正弦波的程序,直接编译就可以使用。-C8051F330 chip in the sine wave of the procedures, the compiler can use directly.
CSharp_Signal_Gen
- 信号发生器,白噪声,调幅正弦波,三角波等-Signal generator, including white noise generator, AM sine wave and so on...
fourkindofwavesproductedbyVHDL
- 用VHDL语言编写的信号发生器。共有四种波形,递增锯齿波,方波,三角波,正弦波。因是初学者,故可能有些错误,望各位指正。-VHDL language with the signal generator. There are four types of waveforms, increased sawtooth, square wave, triangle wave, sine wave. I m beginner, so there may be some mistakes.
dds1
- 基于dds技术用来实现正弦波,ddsddsdds-ddsddsddsddsddsdds
AD9954pdf
- AD9954是美国AD公司采用先进的DDS技术生产的高集成度频率合成器,它能产生200MHz的模拟正弦波。文章介绍了AD9954的基本特点和引脚功能,分析了其内部结构和工作原理,给出了AD9954在高速调制信号系统中的应用方案。-AD9954 is AD using advanced DDS technology to produce a high level of integration of the frequency synthesizer that can generate the an
67506246SIN_fashengqi
- jiyu基于vhdl的 正弦波信号发生器的设计-the sin of design based on vhdl