1.Electrically erasable programmable read-only memroy (EEPROM)chips can be changed without taking them out of the computer .
电擦除可编程只读存储器（EEPROM）芯片可以进行更改而并不需要在计算机之外。
2.Traditionally, We used a CPU with a SRAM and an EEPROM to implement the control module on a wireless transmitting equipment.
无线传输设备控制模块传统的实现方法是采用一块处理器，附加SRAM、EEPROM等电路来实现。
3.In wireless condition, the affiliated EEPROM in the electronic label can be written and read by the professional read-write equipment.
标签内的信息可以通过专用读写设备，在无线状态下对其内部的EEPROM进行信息写入和读取。
4.To erase EEPROM programming, the electron barrier still has to be overcome by the application of enough programming voltage.
抹去eeprom编程，电子障碍仍然需要克服的应用不够编程电压。
5.EEPROM Electrically Erasable Programmable Read Only Memory. Component located on Main board for storing instrument settings after power off.
电可擦只读存储器电可编程、可擦除只读存储器。设置在主板上的各组成零件在电源关闭后存储仪表设置。
6.The Pilot refuses to pass to the Master mode if this mode has not been configured is its EEPROM.
试点拒绝传递给主模式，如果这种模式还没有被配置是它的EEPROM中。
7.To configure an EEPROM chip, an electric field produced by the charge pump is applied locally to cells marked for modification.
配置一个eeprom的芯片，电场产生的，由电荷泵适用于本地，以细胞显着改变。
8.In EEPROM chips, the insulating layer is only around 1 nanometer thick whereas in EPROM chips, the oxide layer is around 3 nanometres thick.
在eeprom中的筹码，在保温层上，则只有一纳米厚，而在eprom的芯片中，氧化层，是约3毫微米厚。
9.RAM mapping of storage is constructed to avoid the numerous EEPROM write operations, these storage section will be managed directly by CPU.
在RAM上构造存储空间映象，避免对EEPROM的多次写操作，直接用CPU计算的方法管理这些存储区。
10.And every time setting value can be preserved in EEPROM, even power, setting value also won't change.
且每次设定的温度值都可以保存在EEPROM里面，即使掉电了，设定的温度值也不会变。