KEBA E-CPU-186-C/16MHZ数字量输入卡件
1.产 品 介 绍
品牌：KEBA
型号说明：KEBA E-CPU-186-C/16MHZ数字量输入卡件
优势：供应进口原装正品，专业停产配件。
公司主营特点：主营产品各种模块/卡件，控制器，触摸屏，伺服驱动器。
2.产 品 详 情 资 料：
KEBA E-CPU-186-C/16MHZ一种多CPU功能，用于偏移Bug工作页的位置。这必须是调试器工作页的倍数，模为$10000（64KB）。通常，内存搜索增量大小是CPU数量和Bug工作页面大小的乘积。示例：first CPU在Bug开始搜索工作页之前没有延迟。。KEBA E-CPU-186-C/16MHZ这是通过VMEbus A16空间访问的KEBA E-CPU-186-C/16MHZ GCSR GPCSR0，假设KEBA E-CPU-186-C/16MHZGRPAD（组地址）和BDAD（组内板地址）开关设置为“开”。系统或通电复位后，KEBA E-CPU-186-C/16MHZ硬件将此字节宽值初始化为$FF。在multi162FX环境中，多个Bug的工作页将驻留在主（第一个）KEBA E-CPU-186-C/16MHZ的内存中，非主CPU将在内存搜索延迟时等待数据（有关这些值的定义，请参阅第3章中的“内存要求”部分），然后尝试在主CPU的内存中查找其工作页。
A multi-CPU feature used to offset the location of the Bug work page. This must be a multiple of the debugger work page, modulo $10000 (64KB). Typically, Memory Search Increment Size is the product of CPU number and size of the Bug work page. Example: first CPU No delay before the Bug begins its search for a work page.. This is theKEBA E-CPU-186-C/16MHZ GCSR GPCSR0 as accessed through VMEbus A16 space and assumes theKEBA E-CPU-186-C/16MHZ GRPAD (group address) and BDAD (board address within group) switches are set to "on". This byte-wide value is initialized to $FF by KEBA E-CPU-186-C/16MHZhardware after a System or Power-on Reset. In a multi162FX environment, where the work pages of several Bugs are to reside in the memory of the primary (first) MVME162FX, the non-primary CPUs will wait for the data at the Memory Search Delay (refer to the Memory Requirements section in Chapter 3 for the definition of these values) before attempting to locate their work page in the memory of the primary CPU.
3.产 品 展 示
4.公 司 优 势 主 营 产 品
5.相 关 产 品 展 示
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