National Instruments PC-LPM-16/PnP 사용자 설명서

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Chapter 2     Installation and Configuration
 
 
 National Instruments Corporation
2-3
PC-LPM-16/PnP User Manual
 
Base I/O Address and Interrupt Selection
 
You can configure your PC-LPM-16PnP to use base addresses in the 
range of 100 to FFF0 hex. The PC-LPM-16PnP occupies 16 bytes of 
address space and must be located on a 16-byte boundary. Therefore, 
valid addresses include 100, 110, 120…, FFE0, FFF0 hex. This 
selection is software-configured and does not require you to manually 
change any settings on the board.
The PC-LPM-16PnP can use interrupt channels 3, 4, 5, 6, 7, and 9.
There are different ways to assign the base address to your board:
For Windows 95, the base address and interrupt should be set 
automatically. However, if you want to view or change these 
settings, you can set the board resources using the 
 
Device 
Manager
 
. Windows 95 will automatically allocate resources, but 
these can be changed in the 
 
Device Manager
 
a.
Click the right mouse button on 
 
My Computer
 
 to bring up 
system properties. 
b.
Select 
 
Device Manager
 
.
c.
Select 
 
Data Acquisition Devices
 
d.
Select the 
 
PC-LPM-16
 
You can change address and interrupt settings on the 
 
Resources
 
 
page.
For Windows 3.10 or 3.11, you can use the NI-DAQ Configuration 
Utility (formerly 
 
WDAQCONF
 
) to assign the board resources. If a 
standard configuration utility is present in the system, you will not 
be able to modify the board resources.
You can use a standard configuration utility like Intel ISA 
Configuration Utility (ICU). ICU dynamically assigns the base 
address to your board when you boot up the computer. You can also 
lock the board resources when you use ICU. For additional 
information on ICU, contact Intel Corporation for a copy of Plug 
and Play Specification version 1.0a.
 
Non-Plug and Play
 
To configure the non-Plug and Play PC-LPM-16 board, refer to 
Appendix C, 
 
Using Your PC-LPM-16 (Non-PnP) Board
 
.
 
a.Book : f.chapter 2  Page 3  Wednesday, November 20, 1996  6:36 PM