本文导出了相位量化数字射频存储器的寄生信号性能。
This paper derives the spur performance of phase quantization Digital RF Me-mories.
数字射频存储器(DRFM)是一种微波信号存储部件。
Digital Radio Frequency Memory (DRFM) is a kind of microwave signal storage device.
提出了一种基于FIFO实现数字射频存储及距离欺骗的设计思路。
This paper suggests a design solution of realizing the distance deception of DRFM based on FIFO.
提出一种快速DFT处理新方法，以提高时分多路数字射频存储系统信号处理速度。
Presents a fast parallel DFT processing method to improve the processing speed of the time division multiplexing digital RF memory (DRFM) system.
本文分析了幅度量化数字射频存贮器(DRFM)的寄生信号性能并给出了分析结果。
This paper analyzes the spur performance of the amplitude quantization digital rf memories (DRFM) and gives the results.
讨论数字射频存贮器（DRFM）多比特相位量化的原理、实现方法和影响寄生电平的因素。
This paper discusses the principle, the complement met hod of DRFM and the factors of influence on the parasitic level.
论述了数字射频存储器(DRFM)技术在雷达对抗中的作用和重要性，介绍了DRFM的原理。
The advantage and importance of digital radio frequency memory (DRFM) technique in radar counter measures (RCM) are discussed. The principle of DRFM is introduced.
介绍了数字射频存储器(DRFM)技术在雷达对抗中的应用，描述了DRFM的结构和工作原理。
This paper introduces the applications of digital RF memory (DRFM) technology to the radar countermeasures, describes the structure and operational principle of DRFM.
各种控制信号经遥控器天线以数字射频信号的方式发射出去，被机器人接收解码后去控制执行机构。
Diverse control signals are emitted as the digital radio frequency signals through the remote controller aerial received and decoded to control the executing elements by the robot.
将数字射频存储器(DRFM)应用到机载无线电引信干扰机中用来对脉冲测距引信和脉冲多普勒引信进行干扰。
In the paper, digital radio frequency memory (DRFM) is applied to airborne radio fuze jammer to jam pulse distance-detecting fuze and pulse Doppler fuze.
数字射频存储器(DRFM)可以对雷达信号进行长时间的相干存储，为干扰现代相干体制雷达提供了有力的技术手段。
Digital Radio Frequency Memory (DRFM) can store radar signal coherently for a long time, it provides powerful means to counter new radar systems.
从模拟到数字射频技术的转变产生了对高性能射频测试工具的需求，同时也为启动了对基于PC的示波器和数字化仪的需求。
The transition from analog to digital rf technology has generated the need for high-performance rf test tools and has fueled the demand for digital as well as PC-based oscilloscopes or digitizers.
一旦射频设备收集的信号从模拟到数字的格式转换之后，后端处理器将对传感器信号进行分析。
Back-end processors are used to analyze sensor signals, once they have been converted from analog to digital formats, that have been collected by the RF devices.
另外，美国系统将支持集成电路设计和模拟测试，数字和射频应用。
Also, American Systems will support integrated circuit design and testing for analog, digital and radio frequency applications.
该技术将射频、混合信号和具有数字能力的任何其他CMOS工艺相混合，同时其固有的抗辐照能力，这使其成为空间应用场合的理想工艺。
It combines the RF, mixed-signal, and digital capabilities of any other CMOS process, yet is inherently rad-hard making it an ideal process for demanding space applications.
在传统的数字识别领域中，所采用的介质多为IC卡、射频卡、磁卡等。
In the traditional digital identification field, we often use the IC card, magnetism card and RF card as the media.
文中提出了一种CD MA调制解调器射频电路和数字基带处理电路框图，分析了它们的组成及工作过程，设计了扩展功能用的系统连接器。
A new design of RF block diagram, digital baseband block diagram of CDMA modem, the form and working-process are analysised, in order to expand function, a system connector is designed.
直接采样微波辐射计对射频信号直接采样，是一种结构简单的数字辐射计。
Direct sampling microwave radiometer (DSMR) is a digital radiometer of simple structure, which directly samples radio frequency signals.
本文借助基于TDSCDMA系统的基站收发机的设计阐述宽带数字收发机射频前端的设计原理和设计方法。
TDSCDMA paper-based system with the base station transceiver on the design of broadband digital transceiver RF front-end design principle and design methods.
第一个调谐器接收首款射频信号和输出第一个数字信号。
The first tuner receives the first radio frequency signal and outputs a first digital signal.
在对RFID芯片系统的相关理论和技术的深入研究的基础上，分析设计了RFID芯片的射频接口电路、数字电路和EEPROM存储电路。
Based on the deep study of relate theories and technologies of RFID chip, the paper has finished the analysis and design of the rf interface circuits, digital circuits and EEPROM circuits.
对两种基本型式的预失真线性化技术数字基带预失真和射频预失真的组成原理进行了详尽的分析。
The composing principle of two kind of the predistortion linearization technologies-digital base-band predistortion linearizer and RF predistortion linearizer have been discussed in this paper.
本文的设计则旨在用标准的数字CMOS工艺来完成射频电路的设计。
The aim of this thesis is to present CMOS RFIC design in the standard digital CMOS technology.
所有采集站单独地摆放在排列上，由记录系统控制，通过射频天线传输数字数据。
All STBs are put independently on a line. Under the control of recording system, it transmits digital data by the antenna.
从有线数字电视射频信号特征参数提取着手，建立了一套识别16QAM和64 QAM射频信号调制方式的数学算法。
Based on the characteristic extracting of RF signal in digital cable TV system, this paper puts forward an algorithm for modulation recognition between 16qam and 64qam RF signals.
因此，收发信机充当数字域和射频域之间的接口。
Thus, the transceiver ACTS as an interface between digital and rf domains.
针对数字化MRI谱仪中射频接收器，提出了一种磁共振信号的数字解调和滤波的设计方案。
In the design of RF receiver of the digital MRI spectrometer console, a digital demodulation and filtering algorithm is presented in this thesis.
硅cmos工艺由于其高性能，高集成度，低功耗以及低成本等优点，已经在数字电路，混合信号电路，以及射频集成电路中被广泛应用。
CMOS technology on Silicon is widely used in digital circuit, mix-signal circuit, and rf circuits because of it's obvious advantages like high performance, high integration, low power, and low cost.
系统包括射频前端电路和数字编码解码电路。
The system includes RF front-end circuit and digital code and decode circuit.
系统包括射频前端电路和数字编码解码电路。
The system includes RF front-end circuit and digital code and decode circuit.
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