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MP150 DATA ACQUISITION SYSTEM - WIN - MP150WSW

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MP150 Data Acquisition System - Win
The MP150 data acquisition and analysis system provides a flexible tool for your life science research and teaching needs. The modular, powerful data acquisition interface system for Data acquisition and analysis for Windows OSWindows OS can be used with BIOPAC's amplifiers and accessories AND with equipment you already have.
 
The MP150 data acquisition systems include all hardware, AcqKnowledge software and guides you need to get started. The software, hardware and tutorial guides are provided in digital, PDF format for easy access and search options while running AcqKnowledge; printed guides are also available—see MANMPSYS.
 
AcqKnowledge data acquisition software included with MP150WSW
 
AcqKnowledge data acquisition and analysis software is an interactive, intuitive program that lets you instantly view, measure, analyze, and transform data. Perform complex data acquisition, stimulation, triggering and analyses using simple pull-down menus and dialogs—no need to learn a programming language or new protocol. Online analysis settings, filters, and transformations provide real-time feedback, or you can choose from a wide variety of off-line analysis tools. Multiple display options are available during and after acquisition—just click on an icon to flip between Chart, Scope, X/Y, Overlapped segments, Histogram, or FFT. The software also includes quality presentation capabilities.
 
AcqKnowledge data acquisition system software with automated analysis

To put together a system for your specific needs, start with one of our Starter Systems, then add the amplifier modules, transducers and electrodes to match your research design.

The NEW MP150 offers:
  • Ethernet-ready data acquisition and analysis
  • Record multiple channels with differing sample rates
  • Record at speeds up to 400 kHz (aggregate)

Place one or more MP150 Systems in a local area network (LAN). Use any PC in the LAN to record from any MP150 system in the network.

MP150 data acquisition unit

Compatibility Notes
  • ETHCARD The MP150WSW Systems ships with an ETHCARD1 for desktop computers. If preferred, specify ETHCARD2 when ordering; ETHCARD2 is a 10/100Mbps Fast Ethernet 32-bit CardBus adapter for notebooks.
Available in Your Native Language
AcqKnowledge 3.8.2 software translations are available in Chinese (simplified and traditional), French, Italian, Japanese, and Spanish. Translations are provided based on the primary language of the buyer's locale (as indicated in the shipping address) and include the current English release. For special requests, please contact BIOPAC.

Applications
 Amplifiers & Interfaces
 Biomechanics
 Cardiovascular Hemodynamics
 ECG: Cardiology
 EEG Electroencephalography
 EGG: Electrogastrogram
 EMG Electromyography
 EOG: Eye Movement
 ERS: Evoked Response
 Exercise Physiology
 fNIR Functional Near Infrared Optical Brain Imaging
 Impedance Cardiography (ICG) / Cardiac Output
 In-vitro Pharmacology
 Laser Doppler Flow
 Magnetic Resonance Imaging - MRI Compatible
 MER Micro-electrode Recording
 Noninvasive Blood Pressure Monitoring
 Plethysmography
 Psychophysiology
 Pulmonary Function
 Remote Monitoring
 Sleep Studies
 Virtual Reality

 

Topics
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AcqKnowledge 4.1 and Windows XP
AcqKnowledge backwards compatibility
Amplifier analog output signals
Band-pass and band-stop filters
Buffer overflow
Calculation Channel Scaling (i.e, Expression Evaluator)
Combining Video with AcqKnowledge
Common mistakes/general troubleshooting
Comparing HRV results
Compatibility: OS & Computer Requirements
Duplicating waveforms
ECG R-wave detector
Editing noisy data
EEG frequency bands
EEG reference - linked ears, summed ears, etc.
EMG measures on land and in water
External Devices and Channel Contention
Goniometer resolution
Graph template files
High pass filters
HRV on the PC and on the MAC
IIR vs. FIR filters
Impedance levels
Importing and exporting data
Interface with visual presentation programs
Interfacing third-party amplifiers
Interfacing third-party transducers
Interfacing with 3rd party software
Interfacing with Noldus Observer system
LabView interface
Low pass filters
Magnetic stimulation artifacts
MATLAB file format
Maximum number of channels for EEG
Measuring LVET
Monitoring the stimulator output
MP150 communication protocol
MP150 temperature and humidty range
MP150 UDP protocol fixed IP address
MRI - Triggering
NIBP100A and pulse plethysmography
Notch filter
Offline (ensemble) averaging
Open Mac ACQ 3.9 file with Mac ACQ 3.7
Optimal ground placement
Outputting a signal through the STM100C
PMW (pulse width modulated) signal conversion
Railing signal (flatline)
Recording good data
Respiration transducer TSD201/SS5LB/SS5B
Sample rates for different signals
Saving acquisition settings
SCR and SCL measurement
Selecting data between two event markers
Shielded electrode leads
Shielded electrodes
Signal drifts to zero
Sound output considerations
Stimulator (STM100C) - Remote control
Stimulator - working with STP100C
Subject grounding
Tachogram - R-R intervals
TEL100C troubleshooting
Tutorial on Electrostatic Discharge
Typical impedance cardiography values
Unipolar EEG
USB Drivers
Using a switch for triggering
Using other software with BIOPAC hardware
Using the MP150 on a Local Area Network
Variable sample rate
Video and file length discrepancy
Visual presentation system triggering the MP150/100
Volume from airflow
Specifications Recommended Items Knowledge Base Resources
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