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GeneralDesignOfElectronic
- 电子技术综合设计实验报告 采用555定时器，由555产生方波信号，方波经RC积分电路积分后即可得到三角波，再由三角波通过RC积分电路得到正弦波，该方案集成度高，同时产生正弦波的方法简单、易调。但实际遇到种种困难不能在短时间内解决，所以又设计了用运放电路产生正弦波的电路，并验证了其正确性。-General design of electronic technology experiment using 555 timer report, produced by the 555 square-w
GM
- 用74系列数字器件设计一个频率计。要求： ① 用4位7段数码管显示待测频率，格式为0000Hz。 ② 测量频率范围：10~9999Hz。 ③ 测量信号类型：正弦波、方波和三角波。 ④ 测量信号幅值：0.5~5V。 ⑤ 设计的脉冲信号发生器，以此产生闸门信号，闸门信号宽度为1S。 -74 series of digital devices designed to use a frequency counter. Requirements: ① with four 7-seg
waveform-signal-generator
- 基于FPGA的波形信号发生器的设计和实现，利用VHDL语言实现正弦波三角波等波形信号输出-The waveform signal generator based on FPGA design and implementation, using VHDL language to realize sine wave triangular wave and waveform signal output
continuous-signal
- 基于matlab的连续信号的实现，包括常见的抽样函数，矩形，三角等信号-Achieve the matlab continuous signal, including the common sampling function, rectangular, triangular signal
DDSsignal-source-design-precisionCNC
- 基于DDS技术的高精度数控信号源设计.pdf:采用DDS技术的数控信号源，可输出正弦波，方波和三角波，频率精度优于0.1Hz，最高输出频率可达70MHz-Precision CNC signal source design based on DDS technology pdf:. Use of DDS technology CNC signal source can output sine wave, square wave and triangular wave, frequency acc
LFMCW-analysis
- 对称三角线性调频连续波信号模糊函数分析Symmetrical triangular linear frequency modulation continuous wave signal ambiguity function analysis-Symmetrical triangular linear frequency modulation continuous wave signal ambiguity function analysis
ADC9833
- 用ADC9833芯片，结合在keil软件上面编译，能够实现在示波器上得到三角波，方波灯波形，是一个信号发生器-With ADC9833 chip, combined in keil software compile the above, it is possible to obtain a triangular wave on an oscilloscope, square wave light wave, is a signal generator