Catalog excerpts
Innovative practical solutions for data acquisition and analysis for PC with Windows and Macintosh
Open the catalog to page 1Powerful New MP Systems The Next Generation Is Here Today! Ethernet ready data acquisition & analysis Use the new MP150 for: Remote monitoring (local area network) High speed 400kHz (aggregate) sampling Multiple, variable sample rates New calculation presets Improved user interface View and control multiple MP150 units Human and animal applications
Open the catalog to page 2Data Acquisition & Analysis D 2 • MP SY5TEMS/Acg/Cr/VD^LEDGE SOFTWARE Applications 1D* EEG 12« ERS: Evoked Response 14* Psychophysiology 16« Electrical Bioimpedance / Cardiac Output 18* EOG: Eye Movement 2D* Plethysmography 22* Sleep Studies 24* ECG: Cardiology 26* Cardiovascular Hemodynamics 2 8* EGG: Electrogastrogram 3D* Continuous Noninvasive Blood Pressure 32* In-vitro Pharmacology 34* Laser Doppler Flow 36* Micro-electrode Recording 38* Pulmonary Function 4D* Exercise Physiology 42* EMG 44* Biomechanics 46* Remote Monitoring 48* Amplifiers & Interfaces 5D* MP Systems for Data...
Open the catalog to page 3Acquisition... Combine the sophistication and technology of BIOPAC data acquisition hardware with… The MP System provides a flexible tool for your research needs. The modular, powerful interface system can be used with BIOPAC amplifiers and transducers and existing equipment in your lab. The newly expanded range of amplifiers further enhances your ability to create a system to suit your application requirements. Amplifiers snap together and pull apart for simple substitutions. MP Starter Systems include all hardware, software and documentation you need to get started…then you can add...
Open the catalog to page 4and Analysis ...the power and flexibility of AcqKnowledge® software to customize your acquisition and analysis system. AcqKnowledge® 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. On-line 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...
Open the catalog to page 5| 'Acquisition Sample Pate r-i|- -"j- J |p. r-^- • Easy to use waveform display features • Efficient data acquisition controls • Adaptable software for simple to sophisticated measurements • Quick & reliable operation • Intuitive user interface • New customizable grid options Lhy.B" h^mS-TMkrmHt rr^Fi UM-MIMl uni-'f-u'-dr IdT— -Ol'^F Tool Tips Mouse-overs provide helpful hints. Just move the cursor over a display feature to generate a descriptive tag. Measurement Mouse-overs Mouse-over the measurement to see full precision and units of the result. Channel Identification System Improved user...
Open the catalog to page 6JJP15D SefcLp.Chamsb... Sehjp^cqMsilion.. Setup Iimeira... Setup :'i -Ij'.i... ShowJtipw'^etues Minuet Control.. Intuitive menu options make setup easy SetjLp^h-smeb... SetiJjaLflJiiltTL.. Start collecting immediately—intuitive menus save time and make setup easy. Customize menus, use calculation presets to simplify the experimental setup, and add measurement specific instructions to increase efficiency. Sdnctnelwork fd^rf UplSDiErialnurrlKi About MF1K Customize menu displays to suit a variety of protocols — makes it easy to comply with GLP requirements INTUITIVE MENUS Simplified setup lets...
Open the catalog to page 7ACQUISITION SETUP Memory required (bytes): NEW HIGH SPEED DATA ACQUISITION Use the MP150 for up to 400 kHz aggregate sampling. Use the MP100 for up to 70 kHz aggregate sampling. SIGNAL AVERAGING See the data averaged in real time. Control the acquisition length, latency, and number of averages. Synchronize the averaging passes with external triggers. Employ artifact rejection to eliminate movement artifact effects. AUTOMATE ACQUISITION PARAMETERS Control start and stop times for the recording. Set measurement points to coincide with specific experimental protocol. C = # of Calc. channels A...
Open the catalog to page 8ANALYSIS Extensive Off-line Analysis & Data Editing Tools ON-LINE & OFF-LINE FILTERING Select IIR or FIR filtering, and choose from low pass, high pass, band pass and band stop filters to remove noise and isolate the signal of interest. • IIR filters are implemented as 2nd order biquads that can be run in succession to implement higher order filters. • FIR filters provide an adjustable number of coefficients to create arbitrarily steep cutoffs between frequencies. TEMPLATE ANALYSIS Select a template (waveform) and determine its correlation, convolution, mean square error, and inverse mean...
Open the catalog to page 9PEAK DETECTION FEATURES Peak Detector operation provides for automated data-driven measurements. Data selection cursors can be located at fixed positions from peaks found in the record. Cursor settings allow users to isolate events and characteristics such as the P, Q, R, S, and T components of the ECG complex. Features allow you to track a moving baseline, perform crosschannel measurements, and automatically measure data over specified time periods. The Peak Detector can be synchronized to one channel of data while taking measurements from adjacent channels. These measurements can be...
Open the catalog to page 1009 FIND RATE FEATURE Automatically analyze a wide variety of cyclical signals. The sophisticated algorithm allows the software to track a variety of physiological data types including Blood Pressure, Flow and ECG. Find Rate dialog and Rate Detector functions If the signal event amplitude is fairly constant, use a fixed threshold to reliably capture the event on a cycle-by-cycle basis. If the signal changes rapidly (in terms of frequency or baseline), a number of useful Rate Detector features are available. Adjust the algorithm settings to suit your situation. • Remove baseline—Synchronizes...
Open the catalog to page 1110 Record up to 16 leads and use the on-line software features to derive new leads or filter raw data for a wide range of EEG applications on human and animal subjects. For example, set up multiple-lead unipolar or bipolar montages, or emphasize changes in occipital lobe alpha activity as a consequence of experimental procedure. A variety of stimulus/response protocols are possible when using the averaging options and stimulator accessories. Real-time EEG Filtering Spectral Analysis Amplitude Histogram Spike Counting Episode Counting Evoked Responses Event-related Potentials Dividing EEG...
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