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PowerVolt
- 用C51单片机测试模块,应用ADS1110转换芯片,扩展两片8255,32路AD通道,16k路DO,16路DI,正弦信号发生,RS232接口,(0~100MHz频率测试等功能),非常实用!-test with C51 microcontroller module, application ADS1110 conversion chip, the two 8255 expansion. AD 32 Road Corridor, 16k r
PC1490
- 用C51单片机做的防盗报警器测试程序,主要实现AC/DC电压测试,频率测试,电流测试,正弦信号发生,数字IN/OUT等功能!-C51 microcontroller do with the anti-theft alarm testing procedures, main AC / DC voltage testing frequency of testing, current tests, sinusoidal signal, dig
simC64XX_sinewave
- TI例程,TMS320C64XXDSP实现正弦信号发生,采用查表法,利用IO函数进行数据导入-TI routines, TMS320C64XXDSP sine wave signal, using look-up table method, use IO Data Import function
Sin_Signal_Producing
- 正弦信号发生程序。使用声卡产生正弦信号输出，可以用来调音！
函数信号发生器
- 系统能够产生正弦波、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。-system can produce sine, square, triangle wave. Also as frequency measurement frequency. Signals generated by the MAX038 completed and the external ci
dds123456WORD
- 正弦信号发生器的方案及源码，WORD格式-sinusoidal signal generator programs and source code, WORD format
zxxhfsq
- 正弦信号发生器DDS AD9850 正弦信号发生器ad9850实际键盘（经典）-Sinusoidal signal generator signal generator sine DDS AD9850 actual keyboard AD9850 (classic)
the_signal_generator_of_the_sine
- 这是本人当时设计正弦信号发生器的设计报告 里面有很详细的流程图以及设计思想-This is a design that I came to the design of sinusoidal signal generator which has a very detailed report on the flow chart as well as the design idea
ad9833
- 基于51单片机的DDS正弦波发生程序，DDS芯片为AD98-Based on 51 Singlechip DDS programmed sine wave, DDS chips for AD98
zhengxuanxinhao
- 正弦信号发生器，大家学习一下，我觉得不错：）-Sinusoidal signal generator, to learn about everyone, I feel pretty good:)
DDS
- 基于DDS的数字移相正弦信号发生器设计，EDA技术在全国大学生电子设计竞赛中的应用-DDS-based digital phase-shifting sinusoidal signal generator design, EDA Technology in the National Undergraduate Electronic Design Contest Application
01
- ,2006altera大赛－基于软核Nios的宽谱正弦信号发生器设计：摘要：本设计运用了基于 Nios II 嵌入式处理器的 SOPC 技-, 2006altera Contest- Nios soft-core based on a wide spectrum of sinusoidal signal generator design: Abstract: The use of this design based on the Nio
dds
- DDS正弦信号发生器 频率和相位连续可调。频率最大2M
sinwave
- 正弦波信号发生的源码，有详细文档说明在quartus上创建工程到仿真、下载的步步操作-Sine wave signal source, has detailed documents created in the Quartus simulation works, download the step-by-step operation
sinfasheng
- 正弦信号发生器（可扫频）通过验证 正弦信号发生器-Sinusoidal signal generator (which can be swept) through the validation of sinusoidal signal generator
microcontroller
- 本系统以51单片机为控制核心，由正弦信号发生模块、功率放大模块、调幅（AM）、调频（FM）模块、数字键控（ASK，PSK）模块以及测试信号发生模块组成。采用数控的方法控制DDS芯片AD9850产生0Hz－30MHz正弦信号，经滤波、放大和功放模块放大至6v并具有一定的驱动能力。测试信号发生模块产生的1kHz正弦信号经过调幅（AM）模块、调频（FM）模块，对高频载波进行调幅或调频。二进制基带序列信号送入数字键控模块，产生二进制PSK或AS
sine
- 可以应用在C5402上，基于查表的DSP正弦信号发生程序，用c编写，经测试可直接在ccs上运行。-Can be applied to the C5402, the DSP-based sinusoidal signal look-up table programmed with c prepared by the test can be run directly in the ccs.
sine-generator
- 原创：采用VHDL语言编写的正弦信号发生器。rom采用quartus自带的lpm生成，可产生正弦波。更改rom内容可改变波形-Original: Using VHDL languages sinusoidal signal generator. rom using Quartus LPM s own generation, can produce sine wave. Rom content changes can change the
bantu
- 简易的信号发生器版图，可以实现正弦波发生，方波发生，调幅调频，并且通过LED显示出来-Simple signal generator layout can be achieved sine wave occurs, square wave occurs, AM FM, and displayed through the LED
shuanglushuzihecheng
- 摘要 电能表作为用电量的测量工具广泛的应用于各种场合。在电能表校表系统中,需要的最基本的输入信号源是高精度双路正弦信号源,并要求可对其频率、相位、幅值进行调节,来对电能表进行校准。 基于单片机的程控信号源设计，运用数字调相、数字调幅和数字调频等技术，要求实现相位、幅度、频率的高精度程控调节。本文设计了一种利用锁相环频率合成技术和数字波形合成技术组成的程控低频正弦波信号发生器，并给出了调幅、调频、调相的实用电路，频率调节通过改变8