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- Nyquist demodulator 尼奎斯特解调器
- Both sets of names are supported in Nyquist. Nyquist对于这两组名称都支持。
- It's the combination of modulator and demodulator. 调制解调器是由调制器和解调器组成。
- Write new effects with the built-in Nyquist programming language. 使用内建的Nyquist编程语言编写新的特效。
- Figure 4 shows the impedance spectra in the form of a Nyquist plot. 图4显示了阻抗谱的形式，奈奎斯特阴谋。
- My paper is to design the burst mode 64 QAM demodulator. 本论文是对突发性数据业务的突发模式64QAM解调器进行设计。
- Nyquist frequency acts as a mirror, folding over any frequency above it. 奈奎斯特频率相当于一面镜子，将任何高于它的频率进行折叠。
- As the result shows, the all-digitized demodulator has good performance. 结果表明，本文提出的全数字解调器具有较好的性能。
- The digital IF demodulator meets the requirements of the WCDMA system. 所设计的中频解调器通过实际测试，能够满足WCDMA系统数字中频的要求。
- Note that you don't need to download Nyquist in order to write simple plug-ins to use with Audacity. 注意如果您只是写用于Audacity的简单插件,则无需下载Nyquist。
- In Nyquist, the expt (exponent) function raises its first argument to the power of the second argument. 在Nyquist中,expt(指数)函数的第一个参数为第二个参数的幂。
- The demodulator receives its reference voltage from the signal-generator voltage supply. 解调器的参考电压由电信号发生器电压电源供给。
- Through explanation and analyzing the Nyquist graph, the characteristic equivalent electroircuit was provided. 通过对涂层交流阻抗图谱解析，提出其特征等效电路；
- Through explanation and analyzing the Nyquist graph,the characteristic equivalent electrocircuit was provided. 通过对涂层交流阻抗图谱解析,提出其特征等效电路;
- Bit-stream over-sampling processors have three advantages over multi-bit Nyquist rate processors. 研究了位流加法器和乘法器的基本原理，提出了可实现电路。
- Nyquist frequency is the name of the highest frequency that can theoretically be represented in a digital audio system. 奈奎斯特频率即理论上可以通过数字音频系统呈现的最高频率。
- The demodulator translates the 14-bit CD data and the 16-bit DVD data into 8-bit data. 该解调器用于DVD光盘伺服控制 ;对读入的CD和DVD数据分别实现 14 - 8和 16 - 8解调 .
- According to the characteristics of 2PSK signal,a 2PSK demodulator design scheme based on CPLD is suggested. 针对2PSK信号的特点,提出了一种基于CPLD的2PSK信号解调器设计方案。
- Both the real and simulation images display Nyquist ghosts which are predicted from MRI principles. 仿真图像和实际图像均显示了与理论分析相符的混叠伪影，同时利用仿真程序补偿实际接收信号，可以明显地减小重建图像的伪影。
