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68VZ328 software manual Digital Output Schematic
Models:
68VZ328
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Electrical Characteristics
Install
NETdimm Ethernet Schematic
Warranty
Kernel Configuration
Etc/issue
DimmPCITM Signal Descriptions
Testing
Accessing the Network
Available Digital I/O Pins
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Figure 7.1 Digital Output Schematic
Figure 7.2 Digital Input Schematic
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Contents
DimmPCITM 68VZ328 Hardware / Software Manual
Contact Information
Copyright notice
DimmPCITM Software Development Kit
NETdimm Developers Kit Quick Start Guide
Etc/issue
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Introduction
Launching Linux at the embedded
Page
What’s on the CD?
System Requirements
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CPU Module
Features
UC68VZ328 Embedded Microcontroller
Backplane
General Description
CPU Module Description
Backplane Description
Architecture
CPU Architecture
System Memory
MCU Core
Memory Map
Memory
Memory Map
Layout of the Flash and Flash Schematic Layout of the Flash
Sdram
Ethernet Controller
Viewing the Ethernet MAC ID
NETdimm Ethernet Schematic
Digital I/O
IOdimm
Digital Output Schematic
Analog Output Schematic
Analog Input Schematic
Digital to Analog Converter Schematic
Watchdog
RS-232
Highlights
Usage
LCD Schematic
LCD Interface
DimmPCITM Signal Descriptions
DimmPCITM signals for System Slot
PCI
Electrical Characteristics
Maximum Ratings
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Builder Kit
Installing the dimmPCI TM System
Installation
Before beginning
Configuring and compiling the µClinux kernel
Creating a ROM image
Customizing the filesystem
Accessing your dimmPCI development board via the serial port
Static IP
Accessing the Network
Dynamic IP
Accessing your dimmPCI development board via telnet
Compiling your own source code
Using NFS to streamline the development cycle
Home directory/dimmpci/source
Updating Applications on your dimmPCI module
Method
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Programming the uC68VZ328
Loader
Oops
Cd /opt/boottools/oops Oops -p /dev/ttyS0 -k kernel.bin
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Appendix
Sample Code
Close the file afterwards fclose filehandle
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Longwatchdogid
#include unistd.h #include stdio.h int main void
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Journalling Flash File System
Umount /usr Sbin/mkjffs /dev/flash0
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Development Tool Chains
Normal Usage of the PIC-COFFTool Chain
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D1 Application Note
Introduction
Kernel and Filesystem Configuration
Kernel and Filesystem Configuration Flow Chart
YES
Available Digital I/O Pins
List of all available digital I/O pins
Programming Structure
Dimmio structure description
Digital I/O Functions
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Sample Programs
In0 In1 In2 In3 In4 In5 In6 In7 Out0 Even Parity
Mknod io1 c 123
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D2 Application Note
Abstract
Kernel Configuration
Requirements
Again, from the main menu under Network device support
Kernel Configuration Flow Chart AtCommandPrompt
Filesystem Configuration
Cd /opt/filesystem name make clean Make
Filesystem Configuration Flow Chart
Modifications to ‘rc’ file
Host machine Configuration
Testing
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Using Multiple NETdimm Modules
Application Note
Simple Server & Client
Inetd based Server & Client
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Using Analog and Digital I/O with
IOdimm
Cd /opt Cp -Rpdx newfs iodimmmfs
ADC MAX1203
Available I/O Pins
Category Channel Backplane System Backplane Header Slot Pin
Functions
Digital Inputs and Outputs
+ Κ
Iodimm/dio
Samples/cardspecific/iodimm/dio
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Using Oops
Purpose & basic format of files for oops
Upload & Flash
Upload & Run
Download
Common oops program arguments
Appendix
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DimmPCITM Software Development Kit Distribution
Licensing, Copyrights & Liability
Preamble
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No Warranty
Appendix How to Apply These Terms to Your New Programs
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References/ Suggested Reading
