noise generator
英 [nɔɪz ˈdʒenəreɪtə(r)]
美 [nɔɪz ˈdʒenəreɪtər]
网络 噪声发生器; 噪音发生器; 噪声产生器; 杂讯产生器; 噪音产生器
双语例句
- Test methods for noise generator Acoustic Emission Inspection Theory for Critical Crack Flaw in Petroleum Drill Tools
GB/T12280-1990噪声发生器测试方法声发射方法检测钻具裂纹的理论研究 - Design and Implementation of a Gaussian White Noise Generator Based on FPGA
一种基于FPGA的高斯白噪声发生器的设计与实现 - Injected-beam crossed-field noise generator
注入式正交场噪声发生器 - In this paper, the measurement methods for three kinds of parameters of low frequency noise generator are described.
介绍了针对低频噪声源三种参数的测试方法。 - Digital pseudo random white noise generator
数字式伪随机白噪声发生器 - The Design of Bandwidth Limited Digital Noise Generator Based on FPGA
一种基于FPGA带限数字噪声发生电路的设计 - Design of White Gaussian Noise Generator Based on FPGA
基于FPGA的高斯白噪声发生器设计 - It means that usually the SMPS is the strongest electrical noise generator in the whole system.
这意味着开关电源通常是电子设备里的最强干扰源。 - Test methods for noise generator
GB/T12280-1990噪声发生器测试方法 - Saturated diode noise generator
饱和二极管噪声发生器 - High level impulse noise generator and its application
高强度脉冲噪声发生器及其应用 - The FPGA Implementation of High-precision Digital Gaussian White Noise Generator
高精度数字式高斯白噪声发生器的FPGA实现 - For hign quality random number is the foundation of white noise generator by the Monte Carlo method, new combined random number generator is adopted.
高质量的随机数是采用MonteCarlo方法生成白噪声的基础，为此采用了新型的组合随机数发生器。 - With the development of computing technology and cryptography, high-speed digital physical noise generator is urgently required in cryptography at present.
随着计算技术和密码学的发展，当今的安全信息系统迫切需要更高速率的数字物理噪声源。 - The using of FPGA to realize the digital white noise generator with variable variance
方差可调的数字式白噪声发生器的FPGA实现 - The set-up is a circuit network composed of a number of highly accurate microwave IQ vector modulators and a noise generator.
它的主体是由一组高精度数字式微波IQ矢量调制器和一个噪声源组成的网络。 - An automatic calibrating system for wide-band solid state noise generator
宽带固态噪声源自动校准系统 - A low frequency noise generator
一种低频噪声发生器的试制 - Based on the M series and the inverse M series, this paper puts forward the structure of the multi dimensional inverse M series generator, which is approximate to a cyclic white noise generator with D.
基于M序列和逆M序列，提出了多维逆M序列发生器的结构形式。 - We use a white noise generator as a power source and then analyse the measured voltage and current signals by bipath frequency spectrum analyser.
它是以白噪声发生器为电源，用双通道频谱分析仪对电压信号和电流信号进行分析处理而求出接地电阻的一种方法。 - This paper introduces a comparison system of cold noise generator, mainly describes the operational principle, system design, basic method, error analysis of the system and the application examples.
介绍冷噪声源比对系统的工作原理，系统设计和采用的主要技术，系统误差分析及应用实例。 - A gaussian noise generator implemented with FPGA is also presented.
还给出了正态分布随机数的产生法，用FPGA实现了算法。 - According to the result of uncertainty analysis, we think that using spectrum analyzer to calibrate noise generator is practicable in certain conditions.
根据分析结果，认为用频谱仪校准噪声源在一定条件下是可行的。 - Circuit design scheme of the high-speed digital physical noise generator was mainly discussed in this paper.
本文讨论了高速数字物理噪声源的系统级设计方案。 - Error of noise generator measurement and its correct
噪声发生器法的测量误差及修正 - Measurement Method for Low Frequency Noise Generator
低频噪声源的测试方法 - For example, improvement of the Gaussian noise generator and implement of the frequency sweep function are given.
例如，高斯噪声生成方法的改进，信道模拟器多普勒频率扫描功能的实现。 - Spectrum analyzer is a general-purpose measurement instrument, besides measuring signal spectrum, frequency, power and harmonic, it also can be used to calibrate noise generator. Since it has high accuracy for level measurement and has lower Displayed Average Noise Level ( DANL).
频谱分析仪是一种通用测试仪器，除了可以测量信号频谱，频率、功率和谐波外，还可以利用其高准确度幅度测量和极低的本底噪声来校准噪声源。 - On the hardware, the Noise generator, Adder and motor driver are produced.
硬件上制作了噪声发生器、加法器、直流步进电机等电路。 - Echo canceller is generally consisted of adaptive filter, single tone signal detector, far signal detector, near signal detector, nonlinear processor of the remaining echo and comfortable noise generator and other accessories.
回波抵消器一般由自适应滤波器、单音信号检测器、远端信号检测器、近端信号检测器、剩余回波的非线性处理器和舒适噪声产生器等构成。