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DAQ Card, Multifunction analog/digital I/O | Model 826

University of Moratuwa


Product Category/ Test Name (Matrix):

Linear Motor and accessories

Sub Category:



Keywords:

DAQ Card



Service Charge (Rs) -









Manufacturer Sensoray Co., Inc. 7313 SW Tech Center Dr. Tigard, OR 97223 Funding Source HETC Project, Ministery of Higher Education, funded by World Bank
Model 826 Whether the equipment service can be provided to external researchers/institutions No
Manufactured Year 2013 Availability of Technically Competent Staff yes
HS Code dehinw@uom.lk Instrument Condition Not Functioning
Vendor Name Sensoray Co. Commencement of Operations Date 2017-01-01
Vendor Contact Sensoray Co., Inc. 7313 SW Tech Center Dr. Tigard, OR 97223 InstrumentPrice 0.00
Vendor Url https://www.sensoray.com/support/contact.htm Stage of the Record Completed
Catalog Aceess https://www.sensoray.com/products/826.htm
Catalog Upload View File
Catalog Link https://www.sensoray.com/products/826.htm
Institute University of Moratuwa
Faculty Faculty of Engineering
Department Department of Electrical Engineering
Laboratory Robotics and Automation Laboratory
Contact Person Name Dehin Wasantha
Email dehinw@uom.lk
Phone Number 0112650301
Mobile Number 0714406964
Product Category Linear Motor and accessories
Sub Category
Testing Paremeters DC Voltage, Current, PWM
Description

This linear motor and a servo motor driver are used for precision linear motions. A linear encoder, read by a DAQ card, is used to accurately identify the motor's position.

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Technical Specification

Channels             48 bi-directional, open drain, TTL/5VCMOS compatible

Internal pull-up resistor 10 KΩ, 5%

Output low-level current              24 mA max. per channel

72 mA total max. per 6-channel DIO group

Output low-level voltage              0.6 V max. @ 12 mA

0.8 V max. @ 24 mA

Input voltage range ¹       0 to +5.5 V (normal operation)

-0.5 to +6.5 V (absolute max.)

Input high-level threshold            2.2 V max.

Input low-level threshold             0.6 V min.

Input hysteresis 0.4 V min.; 1.2 V max.

Input leakage ¹   50 μA @ 5 V, max.

Counters

Channels             6

Resolution          32 bits

Time base stability           ±50 ppm

Count rate           0 to 25 MHz (external clock), 1 or 50 MHz (internal clock)

Input clock frequency, quadrature clocks

(ClkA or ClkB)     0 to 12.5 MHz, corresponding to these count rates:

x4: 0 to 50 Mcounts/s

x2: 0 to 25 Mcounts/s

x1: 0 to 12.5 Mcounts/s

Input clock frequency, mono clock           0 to 25 MHz, corresponding to 0 to 25 Mcounts/s

Input signal functions     ClockA (quadratureA/mono clock), ClockB (quadratureB clock), Index

Input signal compatibility              RS-422 differential, TTL/5VCMOS single-ended

Input CMV ¹        -0.3 to +5.5 V (-4 to +8 V absolute max.)

Input differential voltage range  ±5.8 V (±12 V absolute max.)

Input differential high-level threshold     200 mV max.

Input differential low-level threshold      -200 mV min.

Input resistance ¹              12 KΩ typical; 7 KΩ min.

Analog Inputs

Channels             16 differential

Resolution          16 bits

Conversion time               3 μs

Settling time      0 μs to 335 ms per sample, programmable in 1 μs steps

Differential input voltage ranges               ±1V, ±2V, ±5V, ±10V

AIN working voltage range (signal + CMV)             ±10V

Absolute maximum AIN voltage ¹               -20 to +20 V continuous

-30 to +30 V peak (1 ms pulses, 10% duty cycle max.)

CMRR    80 dB @ 1kHz, 65 dB @ 10kHz

Integral nonlinearity       ±1.5 LSB maximum

Differential nonlinearity ±1.25 LSB maximum

Gain error           ±2 LSB typical, ±40 LSB maximum

Zero error            ±0.8 mV maximum

Input impedance (either AIN to AGND)   > 10 MΩ in parallel with 100 pF

Analog Outputs

Channels             8 single ended, with local (on-board) sensing

Resolution          16 bits

Output ranges   0 to +5V, 0 to +10V, ±5V, ±10V

Conversion time               1.04 μs

Output current  ±2 mA maximum

Integral nonlinearity       ±2 LSB maximum

Differential nonlinearity ±1 LSB maximum

Gain error           ±4 LSB typical; ±20 LSB maximum

Unipolar zero error          5V range, 25°C: ±80 μV typical, ±200 μV maximum

10V range, 25°C: ±100 μV typical, ±300 μV maximum

5V range: ±140 μV typical, ±400 μV maximum

10V range: ±150 μV typical, ±600 μV maximum

Bipolar zero error             ±2 LSB typical; ±12 LSB maximum

Watchdog and Fail-safe

Timer stages      3

Interval (per stage)          Programmable from 20 ns to 85.9 s, in 20 ns steps

Output events   Stage 0: Fail-safe trigger, IRQ

Stage 1: NMI out via digital output, PCIe Fatal Error

Stage 2: Reset via digital output or onboard solid state relay (SSR)

Fail-safe control Independent enable and state for each of 48 digital I/Os, 8 analog outputs

Host Interface

System bus         PCI Express, x1, compliant to PCIe Specification 1.0a

Dimensions        PCI Express standard height, half-length

 

826 mechanical dimensions

 

Power

Input power (nominal, w/no external loads)         +12 V @ 350 mA, +3.3 V @ 450 mA

+5V out 5VDC ±5%, 400 mA max. (total for all DIO/counter connectors)

Environmental

Operating temperature 0 to 70°C

Storage temperature     -40 to 70°C

Pressure, operating        650 to 1010 hPa

Humidity, operating        20% to 80% RH, non-condensing

Number of samples per cycle 0
Number of samples per day 0
Total usage hour per day 0


Under Development Stage

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