This paper discusses the construction feature of memory and its sup- porting circuits that are used in two types of microcomputer system with battery supply.
本文介绍在以电池作为电源的便携式低功耗微机系统,和以电池作为保存数据的电池后备电源系统中,其存贮器及支持电路的结构和设计特点。
SPM (Scratch Pad Memory)
便笺式存贮器高速暂存存贮器
PSDR (Process Storage Data Register)
过程存贮器数据寄存器
BSAR (Buffer Storage Address Register)
缓冲存贮器地址寄存器
EMAR (Experimental Memory Address Register)
实验存贮器地址寄存器
DMAC (Direct Memory Access Channel)
直接存贮器存取通道
It is a memory which stores the data.
它是一个存贮数据的存贮器。
PSCE (Peripheral Storage Control Element)
外部存贮器控制部件
Sine-cosine ROM
正余弦函数固定存贮器
CARAM (Content Addressable Random Access Memory)
内容定址随机存取存贮器
Memory organization relates to internal memory capacity and structure.
存贮器的组成和内存容量及构造有关。
Erasable storage: Storage medium that can be erased and reused as required. For example: a floppy disc.
可擦存贮器:可以清除及再次使用的存贮媒介。例如软盘。
In this technique 400 bits of memory are necessary for one second of speech.
用这种技术，一秒钟的讲话需400字符的存贮器来存贮。
The microprocessor uses the address bus to locate data stored in memory.
微处理机使用地址总线设定在存贮器中存贮的数据的地址。
dynamically terminated memory line selection scheme
动态终端存贮器的线选电路
erasable programmable read-only memory
可擦可编程序只读存贮器
erasable and alterable read-only memory
可擦可改写的只读存贮器
reprogrammable read-only memory
重复可编程序只读存贮器
portable waste storage container
贮存废物的便携式容器