microIOC baseline
microIOC CosyIcon
microIOC Analog/Digital
microIOC BLM
microIOC LOCO
microIOC LOCO2
microIOC M-Box-PMAC
microIOC M-Box-light
microIOC LR-BPM
microIOC MX-BPM
microIOC DelayGenerator
microIOC CosyEye
microIOC CosyScope
MEM - Machine Efficiency Monitor
microIOC Development Environment
microIOC Analog/Digital
Analog interface to your control system
microIOC Analog/Digital, enables acquisition and remote control of analog and digital signals. Analog acquisition features controllable gain, user-defined number of sampling channels and trigger conditions.

With microIOC Analog/Digital you are able to measure results of analogue sensors, states of digital contacts, switch on and off various equipment, and provide required analogue signals and control them over the Ethernet.
Key features
  • customized back-panel interfaces for direct connection of various instrumentation, acquisition systems and actuators
  • content price/ performance value for precision data acquisition
  • imultiple I/O digital channels
  • up to 500kHz sampling rate
Benefits
  • control of devices with analog and digital interface and integration into control system
  • every signal can be configured as input or output
  • less maintenance and installation costs because of standard microIOC HW&SW platform
  • modular: additional I/O (GPIB, serial…)
  • low cost per I/O channel
Use case    

ADIO use case

Additional option - microIOC FFT Spectra

microIOC Analog/Digital can be upgraded with EPICS FFT Application for acquisition of 8 analog signals and the spectra analisys of the signals by means of FFT.
The GUI application offers control over the acquisition frequency, analog ranges, conversion parameters etc.


FFT GUI features
  • providing buttons for starting and stopping application
  • selecting plots and displaying selected plots
  • setting and monitoring ADC parameters
  • setting and monitoring FFT parameters

FFT main window

Plot selection offers different plot types in case of Forward and Backward sensor with three signals (axes X, Y and Z) one can select one of these plots:
  • analog voltage (displays actual voltage from ADC)
  • velocity (converted velocity in um/s – can be changed in substitution file)
  • velocity spectrum
  • averaged velocity spectrum
  • displacement spectrum
  • averaged displacement spectrum


For Luminosity and Additional sensor plots one can select:
  • analog voltage
  • waveform
  • spectrum and averaged spectrum


FFT GUI Channel properties

The individual channel properties can be edited in "FFT Channel Properties" window.
FFT channel properties
microIOC Analog/Digital
microIOC control unit  
CPU x86 compatible AMD GEODE GX1, 300 MHz
interfaces 2x10/100 Ethernet , 2xUSB, RS232, VGA,
SW Linux Debian or RTEMS, full control system integration (EPICS, ACS and Tango)
power supply 110/220 V (50/60 Hz), 60 W, industrial grade, current protection
casing desktop 8'' 2U (200 x 88 x 160)
rack-mount 19'' 2U (440 x 88 x 200)
16-bit extension module (up to 3 can be used)
analog inputs 16 single ended or 8 differential inputs
16 single ended or 8 differential inputs
resolution: 16 bit
sampling rate: 250kHz or 500Khz
bipolar ranges(±0.5V, ±1V, ±2.0V, ±2.5V, ±5V, ±10V)
unipolar ranges (0-1V, 0-2V, 0-4V, 0-5V, 0-10V)
over-voltage protection (-37 to +52V) td>
  trigger source software selectable - external trigger, programmable timer
program command, A/D start, single scan start
analog outputs 2 analog outputs
resolution: 12 bit
ranges: 0-5, 0-10V
digital I/O 16 programmable as inputs or outputs in groups of 8
12-bit extension module (up to 3 can be used)
analog inputs 8 single ended or 8 differential inputs
  resolution: 12 bit
  sampling rate: 100kHz
programmable ranges: 0-5V, 0-10V, ±5V, ±10V
  A/D triggering method: Software selectable: programmable timer, program command
analog outputs 4 analog outputs
resolution: 12 bit
voltage ranges:  (0-5V, 0-10V, ±5V, ±10V)
  trigger sources:  software selectable programmable timer and program command
digital I/O 24 digital channels
buffered channels: 16



microIOC is manufactured by Cosylab
 
microIOC M-Box-PMAC
One box solution for your motion control system
robust, flexible and safe – no additional circuitry needed Specially designed electronic interface leverages PMAC’s functionality providing:
Downloads
microIOC-PD-ADIO
microIOC-PD-ADIO
References
BAM
Federal Institute for Materials Research and Testing
FERMILAB
Fermi National Accelerator Laboratory
OAN
The National Astronomical Observatory, Spain
PTB
Physikalisch-Technische Bundesanstalt, Germany
If you have any questions about our products or services please contact us:

request for more



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