搜索资源列表
89s521.rar
- 基于单片机的波形发生器,可产生方波,三角波及正弦波,频率可调。,Based on single-chip waveform generator to generate square wave, sine wave triangle spread, frequency adjustable.
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
ask.rar
- 用简单的DDS方法产生的波形来调制ASK以及FSK,使其调制更简单,The DDS with a simple way to generate the waveform modulation ASK, PSK, FSK, make it more simple modulation
xin
- 多功能波形发生器,可以产生正弦波,三角波,方波-Multi function waveform generator, can generate sine wave, triangle wave, square wave
PWM
- 用于产生pwm波形,控制电机的转动,可以调节转速,转向等-Used to generate pwm waveform, control the motor rotation, can adjust the speed, steering, etc.
signalgenerator
- 本文是基于MSP430单片机的任意信号发生器的源程序,设计中主要采用TLC5615结合MSP430F149单片机设计一个任意信号发生器,您只需要改变信号波形数据就可以产生任意信号,同时TLC5615已经应用得比较广泛了,读者可以把它应用在自己的系统中。-This article is based on the MSP430 MCU arbitrary signal generator source, the design mainly MSP430F149 single-chip design
lcd19264wavemenu
- 这是一个波形选择菜单,通过开发板上的按键,选择波形,幅度,频率的等各参数,然后发送给下位机。让其产生需要的波形。-This is a waveform selection menu, through the development of on-board buttons, select the waveform, amplitude, frequency and other parameters, and then sent to the next bit plane. The need to
DataCollection_Client
- 本系统实现了一种具有语音播报、语音提示的高性能、高智能的实用型远距离多路数据采集系统。-The program directly as a waveform generator SPCE061A Sunplus. Waveform of the specific two-way through the DAC to generate, Sunplus SPCE061A design in this area provides us with a great deal of convenience
waveform
- 利用了vb 当作显示画面,可直接对波形作许多细部设计,并计算一个波形周期的电压值作量化处理,储存在Avr内,再利用AVR控制DAC08来产生波形,并将波形的资讯显示在LCD上-Vb used as a display directly on the waveform for a number of detail design, and calculate the voltage of a waveform cycle for the quantification of value, is sto
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
PWMspeed-control
- 可以控制直流电机的波形生成的代码,用的是汇编语言-DC motor can be controlled to generate the waveform of the code, using assembly language
DDS
- 基于FPGA的DDS程序,可产生任意频率任意相位的波形-FPGA-based DDS program, can generate any frequency arbitrary waveform phase
spwmtool
- 该软件可产生预先设定的spwm波形的占空比数据。可方便生成其表格。-The software can generate a pre-set spwm duty cycle waveform data. Can easily generate their forms.
DAchange
- 将J3的1、2短接,使IN2处于双极性工作方式,并给IN1输入一个低频交流信号(幅度为±5V)(可接到SW1上,利用连续调节电位器来产生变化的信号),编程采集这个信号数据并在屏幕上显示波形。-1,2 shorted to J3, so that IN2 work in a bipolar manner and to the IN1 input a low-frequency AC signal (in the range ± 5V) (can be received SW1, using a c
DAC7613
- 本工程基于DG128,利用高速DA da7613产生预期波形-This engineering Based DG128, use speed DA da7613 generate expected waveform
SPWM
- 本程序的目的是产生SPWM波形,利用单片机技术,采用VC++语言,生产SPWM波形,经LC滤波后即可输出交流信号-The purpose of this program is to generate SPWM waveform, using chip technology, using VC++ language, production SPWM waveform, can be filtered by the LC output AC signal
boxing
- 波形发生器,可以产生三角波,正弦波,方波,精度高-Waveform generator, can generate triangular wave, sine wave, square wave, high precision
Waveform-Generator-Based-on-AT89S52
- 该设计使用的是AT89S52单片机构成的波形发生器,AT89S52是一个低功耗,高性能CMOS 8位单片机,片内含4k Bytes ISP(In-system programmable)的可反复擦写1000次的Flash只读程序存储器,器件采用ATMEL公司的高密度、非易失性存储技术制造,兼容标准MCS-51指令系统及80C51引脚结构,芯片内集成了通用8位中央处理器和ISP Flash存储单元,功能强大的微型计算机的AT89S52可为许多嵌入式控制应用系统提供高性价比的解决方案。所以利用其产生
waveform-generator
- SPCE061A 单片机功能强大,其片内含有八路十位 A/D 转换器和两路 D/A 转换器,该波形发生器运用单片机技术,通过巧妙的软件设计和简易的硬件电路,产生数字式的正弦波、方波、斜波等幅值可调的信号。-SPCE061A powerful chip, the chip contains eight ten A/D converters and two D/A converter, the waveform generator using microcontroller technology,