1) DRFM
数字射频存储器
1.
Research of GPS Receiver in High Spinning Environment based on DRFM;
数字射频存储器的旋转状态下GPS信号接收
2.
Design of DRFM based on FPGA;
基于FPGA的数字射频存储器设计
3.
Design and Implementation of a High-Speed 3bit GaAs Phase ADC for DRFM;
数字射频存储器用GaAs超高速3bit相位ADC的设计与实现
2) digital radio frequency memory
数字射频存储器
1.
The noise jammer using digital radio frequency memory(DRFM)technology,has the features of high frequency spot accuracy,narrow noise bandwidth and high jamming power efficiency,is effective in jamming against pulse Doppler(PD) radar.
采用数字射频存储器(DRFM)技术的噪声干扰机,具有瞄频精度高、噪声带宽窄、干扰功率利用率高的特点,可对脉冲多普勒(PD)雷达实施有效干扰。
2.
The digital radio frequency memory(DRFM) is the core of the electronic countermeasure (ECM),it samples and saves the signal which is from down frequency conversion of radar signal,then postpones and sends it out, thus the deception and interference in distance are realized.
提出一种基于可编程逻辑器件 (PLD)的数字射频存储器(DRFM)的设计新方法 ,并通过仿真部分实现。
3) Digital RF Memory
数字射频存储器
1.
A design of high resolution radar echo simulatosrs based on the digital RF memory and digital image synthesizer is presented.
研究实现了一种基于宽带数字射频存储器和数字图像合成器的高分辨雷达目标回波模拟器。
2.
Basic principle and characteristic of digital RF memory(DRFM) is analyzed,detailed composition and configuration are provided;and application advantages of DRFM in digital sampling and memory are summarized.
通过对数字射频存储器(DRFM)的基本原理和特性进行分析,对其具体组成和配置进行详细的剖析,总结出其具体设计中需要注意的事项和在数字采样和存储方面的优势。
3.
This paper introduces the applications of digital RF memory(DRFM) technology to the radar countermeasures,describes the structure and operational principle of DRFM.
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。
4) digital radio frequency memory(DRFM)
数字射频存储器
1.
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.
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。
2.
In this paper we introduce the typical digital radio frequency memory(DRFM),including the basic operation principle,the area of application and specification et al.
介绍了典型数字射频存储器(DRFM)工作原理、作用、主要性能参数及影响其性能参数的因素,讨论了不同结构形式对性能参数的影响,在此基础上重点分析了一种先进结构的DRFM,阐明了该DRFM的基本工作原理、各功能模块的作用和主要特点;探讨了其采用数字正交双通道的原因以及数字双通道的几种实现方法,对DRFM的设计和应用具有一定的参考价值。
6) DRFM BCB
数字射频存储器BCB
补充资料：随机存取存储器(见半导体存储器)
随机存取存储器(见半导体存储器)
random access memory,RAM
s日1}}Cunq日Ct旧choql随机存取存储器random aeeess memoryRAM)见半导体存储器。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条