HMS Ixxat iPC-I 320, Hardware Manual

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Introduction
5
iPC-I 320 Manual, Version 2.8
1 Introduction
1.1 Overview
With the PC/CAN interface iPC-I 320 you have purchased a high-quality
electronic component which has been developed and manufactured according
to the latest technological standards.
The aim of this manual is to help you familiarize yourself with your interface,
also referred to in the following as iPC-I 320. Please read this manual before
beginning with the installation.
The manual also describes, among other things, the hardware architecture of
the interface, knowledge of which is required in order to create your own
applications on the interface.
If you are using the interface with the IXXAT VCI driver or other IXXAT software,
you can leave out Section 4. For information concerning the development of
own software running on the interface, please contact HMS or take a look on
the support area of the HMS homepage (
www.ixxat.com ).
1.2 Features
The most important technical features are as follows:
•
Design as ISA card (PC plug-in card, half length), PC/104 card or
AT96 / ISA96 card (Euro card format)
•
8-bit memory-mapped access (7 kbytes address space required)
•
Base address can be set in the PC via DIP switch (in the range of C000h-
FE00h in 8k steps)
•
PC interrupts can be set via jumpers (IRQ 3, 4, 5, 7, 9, 10, 11, 12, 14, 15)
•
Microcontroller DALLAS 80C320 with 22.1184 MHz frequency (command
compatible with INTEL 8032)
•
One or two CAN circuits via Philips SJA1000 and/or INTEL 82527 CAN
controller with 16 MHz frequency
•
4 kbyte dual-port RAM (DPRAM), 8 semaphore registers
•
32 kbyte EPROM (optional 64 kbyte EPROM)
•
up to 63 kbytes code loadable
•
up to 2x56 kbytes XDATA RAM operable
•
two serial interfaces according to RS232C as an option
•
CAN bus transceivers according to ISO/IS 11898 High Speed are on board
(electrically isolated as an option); alternatively, bus couplings can be
made via pin boards and plug-in cards
•
optionally one or two CAN protective circuits on board
•
downloadable (Intel HEX file format); max. 56 kbytes code
•
various memory architectures (Harvard, von-Neumann)
•
EMC compatible printed circuit design (4-layer multilayer)