semiconductor memory
英 [ˌsemikənˈdʌktə(r) ˈmeməri]
美 [ˈsemikəndʌktər ˈmeməri]
网络 半导体存储器; 半导体记忆体; 半导体内存; 半导体储存器
双语例句
- What it said was that semiconductor memory was progressing at a pace never before seen in any product in human history – and if that pace could be maintained the generational leaps would soon be gigantic.
首先，这张座标图说明，半导体存储芯片的发展速度，是人类在任何产品上都不曾见过的&如果这种速度能够继续保持下去，很快就会发生重大的代际跨越。 - Semiconductor memory test system
半导体存储器测试系统 - The utility model is composed of a time signal circuit, a digital clock circuit, a time display screen, a semiconductor memory, a programming circuit and an executing circuit.
本实用新型由时基信号电路、数字钟电路，时间显示屏，半导体存贮器，编程电路及执行电路组成。 - The semiconductor memory device includes a bit line sense amplifier connected to a pair of bit lines.
该半导体存储器件包含连接到一对位线的位线感测放大器。 - The capacity and speed of semiconductor memory determines the operating speed of computer system.
半导体存储器的容量和速度决定着计算机系统运行速度。 - After analyzing the main cause of generating nonuniformity and traditional correction ways, a real time new method which makes use of function transform of semiconductor memory to correct nonuniformity of IRFPA was presented.
分析了影响均匀性的主要因素和传统的校正方法，提出了利用半导体存储器的函数变换功能对红外焦平面阵列的非均匀性进行校正存储的实时校正新方法。 - A method of extending and connecting for semiconductor memory integrated chip
半导体存储器集成芯片的扩展连接方法 - Widely. As we all know, Flash memory [ 1], as the most full-blown non-volatilization semiconductor memory, is used most widely.
FlashMemory（快闪存储器[1]）作为现如今最成熟的非挥发性半导体存储器已成为应用最广泛的存储器之一。 - Design of Semiconductor Fault tolerant Memory Based on APC Code
基于APC容错存储器的设计 - On the In fluence of Semiconductor Memory on the Development of Modern TV
试论半导体存储器对现代电视发展的影响 - On the Trend of the Development of Semiconductor Memory
半导体存储器及发展趋势 - A semiconductor memory is used as a delay unit. Short-term averager and long-term averager integrate the input signals.
采用半导体存储器延迟信号，短时间平均器与长时间平均器对输入信号积分。 - At present, there are mainly 3 kinds of video recording media, I. e., magnetic tape, disk and semiconductor memory.
现今视频记录媒体主要有磁带、盘式记录媒体（光盘、磁盘）和半导体存储器三种。 - With the development of computer science, more and more solid semiconductor memory has been used in the flight data recorder system.
随着计算机技术的发展，越来越多的飞机采用半导体固态存储器来记录飞行参数。 - Static random access memory ( SRAM) has become an indispensable member of semiconductor memory family due to its low power consumption and high-speed performance.
静态随机存取存储器（SRAM）由于其自身的低功耗和高速的优势而成为半导体存储器中不可或缺的重要产品。 - First of all, the history and development of semiconductor memory was briefly reviewed, and some important nonvolatile memories were introduced simply.
首先，本文简单论述了半导体存储器及非挥发性存储器的发展历程，并简单介绍了几种重要的非挥发性存储器。 - Diagnosis of Semiconductor Random Access Memory
半导体随机存取存储器的诊断 - The SRAM ( static random access memory) as the main semiconductor memory family, is widely used in the control systems in all kinds of spacecrafts and satellites.
静态随机存储器作为半导体存储器中最主要的存储器，被广泛应于各类航天器和卫星的控制系统中。 - SD card ( Secure Digital Memory Card) which is a new memory equipment based on semiconductor storage memory is widely applied in portable device.
而SD卡（SecureDigitalMemoryCard）中文翻译为安全数码卡，是一种基于半导体快闪记忆器的新一代记忆设备，它被广泛地应用于便携式装置上。 - Flash memory has been the dominant and mainstream devices in current non-volatile semiconductor memory market, since the the concept of Flash memory was proposed. Flash memory has now accounted for more than 90% of the non-volatile semiconductor memory market.
自从Flash存储的概念被提出以后，Flash存储器一直在非易失性半导体存储器市场上处于主流地位，现在已经占据了90%以上的非易失性半导体存储器市场。 - In recent years, with the rapid development of semiconductor memories, more and more species of semiconductor memory emerge, the proportion they take in ICs is getting larger and larger and they are used more and more widely.
近年来半导体存储器发展迅速，不但种类越来越多，在集成电路中占得比重越来越大，而且应用越来越广。 - The high-speed semiconductor memory interface and the feature of nand flash that nand flash prone to make errors frequently caused by bit flip make the hardware codec of error-correcting codes become increasingly practical and implementation.
而半导体闪存容易发生位翻转而导致错误的特点使得硬纠错码编译码器的研究与设计显得日趋实用化。 - ABSTRACT: The development of modern information technology require memory with the characteristics of high storage density, ultrafast response rate and long service life and the organic semiconductor memory has become a new potential memory devices.
摘要：现代信息技术的发展要求存储器具备超高存储密度、超快的响应速率以及长使用寿命等特点，有机半导体存储器成为了一种非常有潜力的新型存储器件。 - In the large family of semiconductor technology, static random access memory ( SRAM) attracts much attention because of its broad applications. SRAM has become an indispensable member of semiconductor memory family due to its low power consumption and high-speed performance.
在半导体产业的大家族中，静态随机存取存储器（SRAM）由于其广泛的应用而倍受重视，由于其自身的低功耗和高速度的优势而成为半导体存储器中不可或缺的一类重要产品。 - Our results indicated that metal nanocrystal memory devices have a better retention performance than semiconductor nanocrystal memory, and the charging characteristics and the charge retention performances were improved for the high-K tunneling dielectric.
结果表明，金属纳米晶存储器比半导体纳米晶存储器具备更好的数据保持特性。同时高K介质的引入也可以大大提高纳米晶存储器的性能。 - Currently, flash are the dominant memory devices in the non-volatile semiconductor memory market.
闪存是当前非易失性半导体存储器市场上的主流存储器件。 - The current mainstream semiconductor memory can not meet the requirement of the future electronics products, so an ideal next-generation memory is need.
目前主流半导体存储器均无法满足人们对未来存储产品的要求，探寻一种具有理想性能的非易失性的下一代存储器是国内外研究的热点。 - The development of disk is very slowly which became a bottleneck in the current computer system due to its literacy rate of read and write, the rapid development of semiconductor memory makes its application in the storage industry will become increasingly widespread and may even replace the disk.
目前的磁盘由于读写速度发展缓慢已经遭遇瓶颈，半导体存储器的飞速发展使得其在存储界的应用日益广泛，可能有取代磁盘的趋势。