MSK060C-0300-NN-M1-UG1-NNNN模块现货

MSK060C-0300-NN-M1-UG1-NNNN

ME712系列转换模块，请参阅中列出的手册
1章中的相关文档（MVME162嵌入式控制器
程序员参考指南提供了一些连接图）。
注：如果您打算在EIA-530中使用带有端口B的MVME162
配置，不安装P2或LCP2适配器板
以及MVME712系列转换模块。它们与EIA-530接口不兼容（参见MVME162
4章，功能描述中的串行端口2）。
9.将适当的电缆连接至EIA-232的面板连接器-
D串行端口、SCSI端口和LAN以太网端口。
–请注意，MVME712系列未提供某些电缆
模块，并且必须由用户制造或购买。（摩托罗拉
建议所有外围连接使用屏蔽电缆，以尽量减少
辐射。）
10.将外围设备连接到电缆。附录A提供详细信息
支持的EIA-232-D信号信息。附录B描述：
以太网LAN（局域网）端口连接。附录C
描述SCSI（小型计算机系统接口）I/O总线连接。
11.在系统中安装任何其他所需的VMEmodules。
12.更换机箱盖。
13.将电源线连接到交流电源，然后转动设备
接通电源。
硬件准备和安装
2-12 MVME162嵌入式控制器用户手册
2.系统考虑
MVME162从VMEbus背板连接器P1和P2汲取电力。
P2也用于32位传输中的高16位数据
扩展寻址模式下的8条地址线。MVME162可能无法工作
主板未正确连接到VMEbus背板连接器
P1和P2。
无论MVME162是作为VMEbus主设备还是作为VMEbus从设备运行，它
被配置用于32位地址和32位数据（A32/D32）。然而
处理3章D8所示地址范围内的A16或A24设备
和/或系统中的D16设备必须由MC68040处理/
MC68LC040软件。请参阅3章中的内存映射。
MVME162包含共享板载DRAM，其基址为
软件可选。车载处理器和非车载VMEbus
设备在基本物理地址$00000000处看到本地DRAM，如
由MVME162Bug固件编程。这可以通过以下方式进行更改：
软件到任何其他基地址。请参阅MVME162嵌入式控制器
更多信息，请参阅程序员参考指南。
如果MVME162试图访问不存在位置的非车载资源，并且
如果系统没有全局总线超时，
MVME162永远等待VMEbus循环完成。这将导致
系统锁定。只有一种情况，系统可能：
缺少此全局总线超时：当MVME162不是系统控制器时
并且在系统的其他地方没有全局总线超时。
多个MVME162可安装在单个VME机箱中。一般来说
支持硬件多处理器功能。
注意：如果要在MVME945中安装多个MVME162
机箱，不要在插槽12中安装MVME162。高度
IP模块可能会在该插槽中造成间隙困难
位置
VMEbus上的其他MPU可以中断、禁用、与通信，以及
确定处理器的运行状态。GCSR的一个寄存器
（全局控制/状态寄存器）集合包括四位，用作位置
监视器允许一个MVME162处理器向任何其他处理器广播信号
MVME162处理器。所有八个寄存器都可以从任何本地访问
处理器以及来自VMEbus。

MSK060C-0300-NN-M1-UG1-NNNN

MSK060C-0300-NN-M1-UG1-NNNN

Me712 series conversion module, please refer to the manual listed in
Relevant documents in Chapter 1 (mvme162 embedded controller
The programmer's reference guide provides some connection diagrams).
Note: if you intend to use mvme162 with port B in eia-530
Configuration, P2 or lcp2 adapter board is not installed
And mvme712 series conversion modules. They are incompatible with the eia-530 interface (see mvme162
Serial port 2 in Chapter 4, function description).
9. Connect the appropriate cable to the panel connector of eia-232-
D serial port, SCSI port and LAN Ethernet port.
– please note that some cables are not available with mvme712 series
And must be manufactured or purchased by the user. (Motorola
Shielded cables are recommended for all peripheral connections to minimize
Radiation.)
10. Connect the peripheral device to the cable. Appendix A provides details
Supported eia-232-d signal information. Appendix B describes:
Ethernet LAN (local area network) port connection. Appendix C
Describes SCSI (small computer system interface) I / O bus connection.
11. Install any other required vmemodules in the system.
12. Replace the chassis cover.
13. Connect the power cord to the AC power supply and turn the device
Turn on the power.
Hardware preparation and installation
2-12 mvme162 embedded controller user manual
2. System considerations
The mvme 162 draws power from the VMEbus backplane connectors P1 and P2.
P2 is also used for high 16 bit data in 32-bit transmission
8 address lines in extended addressing mode. Mvme162 may not work
The motherboard is not properly connected to the VMEbus backplane connector
P1 and P2.
Whether mvme162 operates as a VMEbus master or as a VMEbus slave, it
Configured for 32-bit address and 32-bit data (A32 / D32). however
Process a16 or A24 devices within the address range shown in D8 in Chapter 3
And / or D16 equipment in the system must be handled by mc68040/
Mc68lc040 software. See memory mapping in Chapter 3.
Mvme162 contains a shared on-board DRAM, and its base address is
Software is optional. On board processor and off board VMEbus
The device sees the local DRAM at the basic physical address $00000000, such as
Programmed by mvme162bug firmware. This can be changed by:
Software to any other base address. See mvme162 embedded controller
For more information, please refer to the programmer's reference guide.
If the mvme 162 attempts to access an off board resource that does not have a location, and
If the system does not have a global bus timeout,
The mvme 162 always waits for the VMEbus loop to complete. This will result in:
The system is locked. In only one case, the system may:
Missing this global bus timeout: when mvme162 is not a system controller
And there is no global bus timeout elsewhere in the system.
Multiple mvmes 162 may be installed in a single VME chassis. generally speaking
Support hardware multi processor function.
Note: if you want to install multiple mvme162 in mvme945
Chassis, do not install mvme162 in slot 12. height
The IP module may cause clearance difficulties in this slot
position
Other MPUs on VMEbus can interrupt, disable, communicate with, and
Determine the operating status of the processor. A register of GCSR
The set (global control / status register) consists of four bits, which are used as positions
The monitor allows one mvme162 processor to broadcast signals to any other processor
Mvme162 processor. All eight registers can be accessed locally
Processor and from VMEbus.