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GENERAL PURPOSE ANALOG & DIGITAL I/O BOARDS DLIN PCI-DAS1200 • 8 ch diff. / 16 single-ended • 12-bit A/D resolution • 330Khz sample rate, 24 digital I/O • Dual 12-bit D/As (std model) • 1024 sample FIFO, 3 counters • Auto-calibration of A/D, D/A
Analog Input and I/O Board
DLIN PCI-DIO24H • Connector compatible with CIO-DIO24 series • 24 Digital I/O bits • High Current outputs • Emulates 8255 mode 0 Digital I/O and Counter/Timer Board
DLIN PCI-DAS1602/16 • 8 ch diff. / 16 single-ended • 16-bit A/D (1602/16) • 200 KHz sample rate (/16) • 2 16-bit D/As, 100 KHz updates • 512 sample FIFO, 6 counters, 24 digital I/O • Auto-calibration of A/D, D/A DLIN PCI-DDA08/12 & DLIN PCI-DDA04/12 • 8 D/A channels (DDA08) • 4 D/A channels (DDA04) • 12-bit resolution • One D/A per channel • 48-Bits of digital I/O • High current digital outputs
DLIN PCI-CTR05 • Five 16-Bit Counters • AMD 9513 Based • HW & SW compatible with CIO-CTR05 • 1 MHz XTAL oscillator • 8-Bits digital input & output Digital I/O and Counter/Timer Board
DLIN CIO-DAS1602/16 • 8 ch diff. / 16 single-ended • 16-bit, 100KHz A/D • Burst mode A/D timing • Dual 12-bit D/As, 512 sample FIFO • MEGA-FIFO compatible • 3 counters, 32 digital I/O
DLIN CIO-DAS16JR & -DAS16CTR • 8 ch diff. / 16 single-ended • 12-bit, 130KHz A/D • 8 digital I/O bits • 3 counter timers (std 16JR) • 8 counter timers (16JR/CTR)
DLIN CIO-DAC08 & DLIN CIO-DAC08-I • 8 D/A channels • Voltage output CIO-DAC08 • Current output CIO-DAC08-I • 12-bit resolution • One D/A per channel
High Speed analog Input and I/O Board
Analog Output Board
High Speed Analog Input and I/O Board
Analog Output Board
High Speed Analog Input and I/O Board DLIN CIO-DAS08 • 8 channel single-ended • 12-bit, 20KHz A/D • 3 counters • 31-bits of digital I/O
DE LORENZO INSTRUMENTS
DLIN CIO-PDISO16 • 16 relays • 16 isolated inputs DLIN CIO-PDISO08 • 8 relays • 8 isolated inputs Digital Input / Output Board
General Purpose Analog Input and I/O Board DLIN CIO-DDA06/JR • 6 D/A channels (2 installed) • 12-bit resolution • One D/A per channel • 24-Bits of digital I/O Analog Output Board DLIN CIO-DIO48 & DLIN CIO-DIO24 • 48 Digital I/O bits through two 82C55 chips (DIO48) • 24 Digital I/O bits through one 82C55 chip (DIO24) Digital Input/Output Board DLIN CIO-CTR05 • Five 16-Bit Counters • AMD 9513 Based • 1 MHz XTAL oscillator • 8-Bits digital input • 8-Bits digital output Counter and Timer Board DLIN CIO-COM422/520 & CIO-COM422 • Dual port, RS-422 serial interface board • COM1, 2, 3 or 4 • 16450 UART (std model) • 16550 UART (/550 model)
DLIN CIO-RELAY32 & DLIN CIO-RELAY16 • Relays RELAY32: 32 Form C (SPDT) RELAY16: 16 Form C (SPDT) • Contact rating: 28VDC @ 3A, 120VAC @ 3A • Contact type: Gold overlay silver • Contact resistance: 100 mΩmax • Release time: 10 mSec
Digital Input / Output Board
DLIN SSR-RACK24 • 24 or 8 channel solid-state relay module racks • Uses industry standard I/O modules Power Requirements Relay and Solid State I/O Module Rack +5V, externally supplied or from PC with CMOLEX-10 cable DLIN CIO-SSH16 • Adds simultaneous sample & hold front end to A/D board • 4 channels standard, expandable to 16 channels • Compatible with CIO-DAS1600 -DAS1400 and -DAS16 families
Simultaneous Sample and Hold Board
DLIN CIO-EXP-32 & DLIN CIO-EXP-16 • A/D board channel expansion • 32 channel (EXP-32) • 16 channel (EXP-16) • User selectable gains • On-board CJC sensor Channel Expansion and Signal Conditioning Board
Computer Interface Board DLIN ISA-GPIB • IEEE 488.2 Standard interface • ISA Bus compatible • Transfer rates over 1MHz • 1024 Word FIFO buffer • Low cost
DLIN CIO-SERB24/FD • 24 Form C relays • Allows read back of relay output condition. • Power-on reset • All relays socketted and field Computer Interface Board
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Relay and Solid State I/O Module Rack
VIRTUAL IN STRUM EN TATIO N SO FTW ARE TO O LS
ACCESSORY BOARDS & VIRTUAL INSTRUMENTS CB COM MODULES
CB COM SERIAL (RS485) Analog and Digital I/O Modules Applications - Distributed Measurement and Control -Factory Floor Monitoring - Process Monitoring and Control
SCREW TERMINAL
DLIN CIO-MINI37 & MINI37/DST DLIN CIO-MINI40 & MINI40/DST • 37 or 40 pin screw terminal board • Accepts 12-22 AWG wire • Low cost • Small footprint /DST Version The CIO-MINI37/DST & CIO-MINI40/DST provides detachable screw terminals for all field wiring. For Use with: A very wide variety of analog and digital I/O boards DLIN CIO-TERMINAL & /DST • 37 pin screw terminal board • Accepts 12-22 AWG wire • On-board prototyping area /DST Version Pprovides detachable screw terminals for all field wiring. For Use with: Any I/O board with 37-pin D connectors. This represents a very wide variety of analog and digital I/O boards.
CABLES AND CONNECTORS
Description Special cable allows the DAS-16 family to use the EXP-16/32 series expansion multiplexor boards. Cable is10 feet long. Description 5 and 10 foot long, 37 conductor shielded cable. 37-pin female D connectors on each end. Description 2 foot long, 37-pin cable with one male, one female D connector. Suitable as cable extension for all 37-pin interconnections. Available in 1, 2, 3, 4, 5, 10, 15, 20, 25, and 50 foot lengths. For these lengths, order the C37FM-# where # is the desired cable length Description 2 foot long cable connects the CIO-DUAL-AC5 digital I/O board tothe SSR-PB24 I/O module rack. Alsoavailable in 1, 2, 3, 4, 5, 10, 15, 20, 25, and 50 foot lengths. For these lengths, order the C50FE-# where # is the desired cable length in feet.
DE LORENZO INSTRUMENTS DAS-Wizard - Data Acquisition Direct to Excel Data acquisition direct to Microsoft Excel worksheets using any ComputerBoards or compatible DAS board for PCI, PC-Card, ISA or PC104. Automate measurement and control using VBA. Add exciting user interface, graphing and charting integrations with the VIX-Components DAS-Wizard PRO option. Easy to use single screen interface to I/O and Excel setup. No data conversion required. Measurements go directly to cells as volts, temperature or A/D counts
Specifications Full speed data acquisition, Data size limited only by Excel spreadsheet size, Excel 97, 95 and Windows 95, NT Applications Analog Input/Output Digital Sensing & Control Temperature Logging, Laboratory Experiments Product Test & Verification Research & Development Quality Control, Education Data Acquisition, On-Line Manual, Examples, in fact, everything you need to take measurements directly to cells in Microsoft Excel.
VIX Components - Virtual Instrumentation Software Tools Virtual Instrumentation is the software representation of traditional and exciting new measurement instruments on a personal computer. With virtual instrumentation software tools and a data acquisition board you can construct a custom instrument. Your virtual instrument will have the controls and displays you want to see and use. It will accept the ranges you choose and will analyze measurement data in the manner you prescribe. No wonder Virtual Instrumentation has swept the measurement world by storm! To create a virtual instrument you need easy to use software tools. Virtual Instrumentation tools should have the visual and control aspects you need and be simple to integrate with hardware and other software such as browsers, spread sheets, Visual Basic programs and C/C++ programs. One set of tools should work in all environments uniformly. Boards with VIX Components 32 bit and 16 bit components does all this and more, bundled together into one product that combines the best of the programming and ActiveX control environments.
HP VEE - Visual Programming for Virtual Instrumentation HP VEE is the ideal graphical programming environment and has been field proven by Hewlett-Packard, a name you can trust. In keeping with the exciting changes in personal computer data acquisition and control, now becoming known as Virtual Instrumentation, all range of Boards has developed an interface to the premier visual programming environment; HP VEE. With it you can develop virtual instrumentation that gives you a competitive advantage by making product quality an integral part of your organization. From product development, through production test and on to customer service, HP VEE with general porpouse boards give you the tools to build a totally integrated environment. Operator Interface Create operator interfaces in minutes. A Run your program by presscomplete assortment of user input and ing the START button. The data display features. Use pop-up diafunction generator creates a log boxes to conserve wave. The scope displays a screen space. Secure trace of the wave. your programs from Simulate tampering. instrument Function generator panels with HP VEE. Features object for icon alignment make it easy to create a professional look for Waveform your programs. display object
Device menu holds a function generator object.
HP VEE shows the current status of three instruments in this test system. An HP VEE program is constructed by selecting objects from the pull down menus.
And connecting the objects with wires at input points, output points and controlling program flow by connecting the objects program flow points with wires. You can define program flow, or you can allow HP VEE to select a logical program flow for the objects in your program.
It is possible to realize software drivers for remote control for all the instruments with RS232/GPIB interface of this catalogue. Page 21
