Omega Engineering PCI-DAS1200 manual DOS AND/OR Windows

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2.2 DOS AND/OR WINDOWS 3.X

Most users are now installing boards on systems with Windows 95 or higher operating systems. However, if you wish to install your PCI board in a machine running Windows 3.1 and/or DOS your BIOS will automatically detect the board on boot-up. In this case please proceed to the following section titled “InstaCAL”

Note: InstaCal and Universal Library support for the PCI-DAS1200/JR is not currently available in DOS or Windows 3.x. If you are going to be using the /JR board with DOS or Windows 3.1, call Technical Support for assistance.

2.2.1 Install the InstaCal software

InstaCal installs the same way for Windows 3.x as it does for Windows 95. (i.e., setup.exe). See paragraph 2.1.1. If you are running DOS, call Technical suppport for special sequences.

2.2.2 Launching InstaCal

Prior to starting InstaCal, reboot your computer so the various changes made to your startup files are active.

From the DOS prompt you may start InstaCAL by simply typing: instacal and hitting enter.

From Windows 3.x, use the file manager to find instacal.exe. It should be on your main hard drive in a directory called C:\CB. (if C:\ is your main hard drive). To launch InstaCAL, simply double click on the file Instacal.exe. (You may also launch InstaCal via the FILE menu, select RUN, type instacal and click on OK.)

2.2.3 Using InstaCal

InstaCal is the Installation, Calibration and Test software supplied with all I/O boards. If you have a PCI board installed in a PCI slot in your computer, the first message InstaCal displays is:

INSTACAL: PCI Card Detection

Card PCI-DAS1200 found in slot # N

Do you wish to add this board to the configuration file?

A dialog box “Add PCI Card?” also appears. You should choose yes.

Two additional dialog boxes will open. One shows the boards currently installed in your configuration file, the second allows you to choose a board number to assign to the PCI board. If this is your first installation simply hit enter to accept the default of BOARD 0.

If you have other boards already installed, choose a board number not currently in use. InstaCal will do the rest of the initial installation of your PCI board selecting addresses and other system resource settings which are not your choice to select. In PCI systems, these settings are assigned by the plug & play system software.

InstaCal help is available by pressing the F1 function key. Most of InstaCal is intuitively obvious and for that reason there is no user's manual for InstaCal.

The base address is allocated by the PCI plug & play procedure and may not be modified. If you have installed ISA bus boards in the past you are familiar with the need to select a base address and interrupt level. On PCI systems this is not of concern to you. It is not up to you to select a base address and ensure that it does not conflict with an installed port. In PCI systems, the operating software and installation software do the selection and checking for you.

The program InstaCal selects and sets the base address from the range of available addresses. The address and other information is stored in the configuration file CB.CFG. This file is accessed by the Universal Library for program- mers. Note also that the Universal Library is the I/O board interface for packaged applications such as Labtech Notebook and HP-VEE, therefore the InstaCal settings must be made in order for these and other applications to run.

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Contents Users Guide Table of Contents Table of Contents ORFN3&,$LDJUDP6 %ORFN$LDJUDP6-5 Installation Windows 95, 98 & NTUsing InstaCal DOS AND/OR Windows Testing the Installation Connector PIN Diagram Hardware ConnectionsAnalog Connections Differential Input System Grounds and Isolation Which system do you have?Systems with Common Mode ground offset Voltages Systems with Common GroundsWiring Configurations Small Common Mode VoltagesLarge Common Mode Voltages PCI-DAS1200 and signal source already have isolated grounds  Common Ground / Single-Ended InputsCommon Mode Voltage +/-10V / Single-Ended Inputs Common Mode Voltage +/-10VBoard Programming & Applications Programming LanguagesSelf-Calibration of the PCI-DAS1200 Alo g O u t BADR0 BADR1Interrupt / ADC Fifo Register Region Function OperationsInte EoaieEoacl IntclADC Channel MUX and Control Register Input Range Input Gain Measurement Resolution EOCTrigger CONTROL/STATUS Register Pacer SourceTS10 TgenFifo Mode Sample CTR ARMC0SRC XtrigCal Source Calibration RegisterDAC Channel Cal Function Dacen Mode CalenSDI DACnR10BADR2 ADC Data RegisterBADR2 + ADC Fifo Clear RegisterBADR3 ADC Pacer Clock Data and Control Registers8254A Counter 0 Data ADC Post Trigger Conversion Counter BADR3 +8254A Counter 2 Data ADC Pacer Divider Upper Base +ADC 8254 Control Register Digital I/O Data and Control RegistersDIO Control Register DIO Port B DataDIO Port C Data Index and User Counter Data and Control Registers 8254B Counter DATA-ADCPRE-TRIGGER Index Counter Or User8254B Counter 1 Data User Counter #5 8254B Counter 2 Data User Counter #6BADR3 + Ah 8254B Control Register2 DAC1 Data Register BADR41 DAC0 Data Register Electrical Specifications Analog Input SectionAnalog Output Parallel Digital Input / OutputCounter Section 82C54AEnvironmental Other SpecificationsPower consumption For Your Notes EC Declaration of Conformity