1) mass storage
大容量存储
1.
Research and Design Based on USB Mass Storage for MCU;
基于USB的微控制器大容量存储技术研究与设计
2.
The design method of mass storage device in power quality meter was introduced and the system structure based on the technology of USB bus and Flash mass storage was presented,which transfer wave data ra-(pidly) by PNP USB interface and save the data credibly by NAND Flash.
研制了用于电能质量监测系统中的大容量存储设备,提出了基于USB总线技术和F lash大容量存储技术的硬件系统结构,利用即插即用的USB快速接口传送波形数据,利用NAND F lash对数据进行可靠的保存。
3.
This paper introduces a design scheme of mass storage equipment used on aeroplane.
介绍了用于某型号飞机的大容量存储器的设计方案。
2) mass-storage
大容量存储
1.
The design technique of Mass-Storage SOC controller and its principle, function and architecture are discussed in this dissertation.
基于硬件和软件协同仿真平台的SOC全新的设计方法，创建了本文所研究的大容量存储(Mass-Storage)控制SOC芯片的硬件和软件协同仿真平台。
2.
18μm standard cell library,this BCH decoder for 8-bit correction per 512Bytes only costs 14800 gates under 80MHz clock,which can meet the error control requirements of current mass-storage devices.
18μm工艺库下仅需约14800门,满足目前大容量存储设备对数据可靠性和成本控制的要求。
3) large capacity memory
大容量存储
1.
Finally,a key technique with large capacity memory is introduced.
最后,阐述了该记录器的关键技术-大容量存储技术。
4) large capacity storage
大容量存储
1.
Aimed at the problems between high speed data collection and slow program flash memory and the large capacity storage charactoristic for data collection with multisensors-mounted,on cannon,chariot and tank,a data collection system with mass storage is designed,based on ARM and high density flash memory.
针对炮车及步兵战车、坦克等车载系统多传感器信息采集采样速度与闪存编程速度不匹配及大容量存储的问题,提出基于先进精简指令集计算机设计(ARM)结合大容量的闪存构建车载信息采集及大容量系统,采用双口的RAM作为高速缓存的方式取代了直接对闪存进行编程的传统方法,使用流水线技术提高闪存的写入速率,实现数据采集的大容量存储。
5) high capacity storage
大容量存储
1.
The raw data acquired have been stored by high capacity storage flash in real time.
它能对水听器采集的噪声信号进行自动增益放大、数字滤波和A/D转换,并对原始采集数据用Flash进行大容量存储及回放。
补充资料：存储容量
分子式：
CAS号：
性质：在规定的记录介质表面上，所有磁道从头至尾按额定位密度记录时，所能容纳的最大数据量，用比特(ht)、字节(Byte)等数据单位表示。
CAS号：
性质：在规定的记录介质表面上，所有磁道从头至尾按额定位密度记录时，所能容纳的最大数据量，用比特(ht)、字节(Byte)等数据单位表示。
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