The first instruction that is fetched and executed following a hardware reset is located at physical address FFFFFFF0H.
在硬件重启后第一条指令的获得和执行定位在物理地址fffffff0h。
It has been proved by practice that dying of intelligent instrument can be solved completely by using hardware reset method.
实践证明：采用硬件定时复位法，可以完全解决一类智能仪表易死机的问题。
The Powerdown mode saves the register contents but freezes the Oscillator, disabling all other chips until the next interrupt or hardware reset.
掉电模式时晶体振荡器停 止振荡，所有功能除了中断和硬件复位之外都停止工作，寄存器的内容则一直保持；
This action produces a script that you can then use to reproduce the configuration on the same DS4500 should it be reset or replaced with new hardware.
这个操作会生成脚本，一旦ds4500被重置或被替换了硬件，您就可以使用此脚本来重新配置相同的DS4500。
This low-level area of the hardware allows you to reset a hung system, boot from a specific device (like a CD or a network boot), or get into single-user mode.
硬件的这个低级区域允许您从特定的设备（如CD或网络）启动重新设置挂起的系统，或允许您进入单用户模式。
If time to reset is important to you, you have a big incentive to put in the time and effort to get something like this working on the hardware you're using.
如果重新启动系统的时间对于您来说非常重要，那么您就会有很大的动力来花一些时间和精力让这种类似技术在您使用的系统上可以运行。
All of the information on the BIOS will be reset so this process assumes that you know your hardware and BIOS setup before attempting it.
所有信息的BIOS将重置，使这一进程的假设，您知道您的硬件和BIOS前设置尝试它。
The hardware part of this system mainly include power circuit, reset circuit, and clock circuit.
系统硬件主要包括电源电路、复位电路、时钟电路等；
The hardware of this system includes TMS320LF2407A, data acquisition circuit, reset circuit, driver circuit and man-machine interface circuit etc.
系统硬件包括TMS320 LF 2407a，数据采集电路，复位电路、驱动电路及人机接口电路等。
A hardware timer that is periodically reset by software.
一种由软件定时重设的硬件定时器。
This paper introduces simulation methods of MCU hardware and software systems and help to solve actual problems by analyzing crystal circuit, electriferous reset and load capacity of the systems.
在单片机用户系统的设计中，必须对硬件和软件进行具体仿真。通过分析单片机系统的晶振电路、上电总清和负载能力来解决实际遇到的问题。
This paper introduces simulation methods of MCU hardware and software systems and help to solve actual problems by analyzing crystal circuit, electriferous reset and load capacity of the systems.
在单片机用户系统的设计中，必须对硬件和软件进行具体仿真。通过分析单片机系统的晶振电路、上电总清和负载能力来解决实际遇到的问题。
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