采样速率为48000样本或96000样本/秒
多级实现是改变信号采样速率最有效的方法之一。
Multistage realization is one of the most efficient methods to change the sampling rate of signal.
带通采样速率选取是软件无线电技术的关键问题之一。
Selection of band-pass sampling rate is a key problem of the software radio technology.
标准采样速率转换程序：提供高质量的采样速率转换。
Standard sample rate converter: provides good quality sample rate conversion.
对于更长的负载测试，增加采样速率会减少收集的数据量。
For longer load tests, increasing the sample rate reduces the amount of data that you collect.
改进的采样速率转换程序：提供质量较高的采样速率转换。
Improved sample rate converter: provides better quality sample rate conversion.
有理数采样速率转换可以划分为整数倍和分数倍采样率转换。
Rational ratio conversion can be realized by integer and fraction ratio conversion.
流水线结构ADC具有能同时实现高采样速率和高分辨率的特点。
The Pipelined ADC architecture has the characteristics of high sampling rate as well as high resolution.
在这个公式中，M是调节器阶数，K是转换过程中的过采样速率。
In this formula, m is the order of the modulator, and K is the oversampling ratio during the conversion.
差分输入由模拟调制器以最高40MSPS的采样速率进行采样。
The differential input is sampled at up to 40 MSPS by an analog modulator.
许多检测系统对采样速率的要求不是很高，但需要实时输出检测结果。
The sampling velocity is not important in many testing system, but it may be re-quired to output the testing result real time.
对于半整数带位的情况，文中给出了采样速率的选取及种类个数优化策略。
For the bands which have half band positions, an optimized scheme is put forward to select the band-pass sampling rates.
该系统能够用于电力系统在线数据采集，能获得较好的采样速率和采集精度。
The data acquisition system can be utilized for on-line monitoring the devices in power system. Both high throughput and high data precision can be achieved.
AD7764的采样速率、滤波器转折频率和输出字速率由外部时钟频率决定。
The external clock frequency applied to the AD7764 determines the sample rate, filter corner frequencies, and output word rate.
在时钟电路中采用分相采样技术，实现了定时分析最高200m的等效采样速率。
Application of the technology of sampling in different phase in clock circuit realizes maximum 200m equivalent sampling rate of timing analyzer.
由于具有高精度和高采样速率等优点，流水线结构ADC的研究和设计引起了广泛关注。
Due to its high precision and high sampling rate, research and design on pipelined ADC are widely attention to.
性能计数器数据是根据计数器集、计数器集到特定计算机的映射以及采样速率收集的数据。
Performance counter data is collected based on the counter sets, the mapping of the counter set to a specific computer, and the sample rate.
音频效果包括，健全，规范，均衡器，信封，混响，回声，扭转，采样速率转换，以及更多。
Audio effects include, amplify, normalize, equaliser, envelope, reverb, echo, reverse, sample rate conversion and more.
为了平衡物联网系统的不同组件的要求，本文提出自适应多重采样速率调度算(AMSRS)。
In this paper, to balance the requests from different components in IoT system, an adaptive multiple sampling rate scheduling (AMSRS) algorithm is proposed.
两信号均为立体声，PCM压缩，采样速率为48000hz，采样精度16bits。
Two signals are stereo, PCM compression, sampling rate of 48000hz, the sampling precision of 16bits.
采用这种结构大大降低了采样速率和数字信号处理的速度，对硬件性能要求低，比较容易实现。
The structure reduces the rate of sampling and the speed of digital processing, and requires low-performance hardware, which can be realized easily.
介绍了一套窄脉冲信号采集系统的实现方法，提出并实现了交叉采样提高采样速率的设计方案。
A set of narrow signal sampling and data acquisition system design method are introduced. Using interleaving sampling method to improve sampling speed is accomplished.
采样速率、滤波器转折频率和输出字速率由AD7763的外部时钟频率与配置寄存器共同设置。
The sample rate, filter corner frequencies and output word rate are set by a combination of the external clock frequency and the configuration registers of the AD7763.
采样速率、滤波器转折频率和输出字速率由ad7760的外部时钟频率与配置寄存器共同设置。
The sample rate, filter corner frequencies, and output word rate are set by a combination of the external clock frequency and the configuration registers of the AD7760.
采样速率、滤波器转折频率和输出字速率由ad7762的外部时钟频率与配置寄存器共同设置。
The sample rate, filter corner frequencies and output word rate are set by a combination of the external clock frequency and the configuration registers of the AD7762.
将采样的方法应用于数字接收机中，可以在一定条件下降低采样速率，同时增加接收机的瞬时带宽。
Subnyquist sampling applied in digital receivers can reduce sampling rate of ADC and increase input band width of digital receivers under given conditions.
在传统的压缩编码技术中，采样均遵循奈奎斯特定律，该定律规定采样速率要高于原信号频率的两倍。
The Nyquist law is applied to all the conventional compression coding algorithms, which prescribes that the sampling rate must be at least as twice as the signal frequency.
针对果园生态环境采样速率的要求，提出了果园生态环境实时数据采集的设计方案和系统实现的关键技术。
According to requirement of orchard environment sample speed, we advanced the project of real-time data acquisition of orchard environment and key technology of system realizing.
因此，如何围绕着采样速率、系统精度选择器件、设计结构是能否完成高速数据采集技术指标的关键所在。
So how to choose the devices and design configuration with it is the key for whether it can complete the high speed data gathering technical specification.
针对传统超声探伤数据采集系统采样速率低、处理速度慢、实时性差的问题，设计了一种高速数据采集系统；
To resolve the problems of low sampling and management speed, bad real time performance on traditional ultrasonic testing data-acquisition systems, one new system is designed.
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