在微波功率计标定中采用动态标定方法，有效地降低了存储器空间要求和处理器时间开销，处理器有更多的资源进行测量数据处理。
The microwave power meter adopts dynamic calibration method and reduces request of the memory space and time expenses of the processor which can have more resource to deal with the metrical data.
本论文主要研究了利用微处理器技术、串行EEPROM存储器技术等设计电子时间引信系统的方案。
In this paper, the method that how to design electronic time fuze system by use of MPU technique and EEPROM technique is mainly researched.
安全需求事件可被存储在处理器的非易失性存储器中，并且可在任意时间恢复数据。
A safety demand event can be stored in the non-volatile memory of the microprocessor and retrieved at any time.
在接下来的时间从主存储器中取出指令和解释的处理器的指令控制器。
The time during which the next instruction is fetched from main memory and interpreted by the processor's instruction control unit.
在接下来的时间从主存储器中取出指令和解释的处理器的指令控制器。
The time during which the next instruction is fetched from main memory and interpreted by the processor's instruction control unit.
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