wireless data logger

BIOPAC's TEL100C wireless remote monitoring system was used for the "Super Strength" episode on the National Geographic Channel. The episode features Mark Phillipe— an America's Strongest Man winner — pulling a truck that is 85 times his weight while BIOPAC equipment measures his muscle activity, breath-by-breath ventilation rate, heart rate, and load cell signal. Advanced Features Automated ECG Analysis Automated EMG Analysis Automatic Data Reduction Biomechanics Measurements Data Logger Exercise Physiology Good Laboratory Practice GLP Heart Rate Variability Simultaneous

BIOPAC's TEL100C wireless remote monitoring system was used for the "Super Strength" episode on the National Geographic Channel. The episode features Mark Phillipe— an America's Strongest Man winner — pulling a truck that is 85 times his weight while BIOPAC equipment measures his muscle activity, breath-by-breath ventilation rate, heart rate, and load cell signal. Advanced Features Automated ECG Analysis Automated EMG Analysis Automatic Data Reduction Biomechanics Measurements Data Logger Exercise Physiology Good Laboratory Practice GLP Heart Rate Variability Simultaneous

Applications Data Logging Advanced Features SUBJECT MOBILITY BIOPAC has two options that allow for the collection of physiological Data from mobile subjects, the TEL100C and the BioHarness. The TEL100C Remote Monitoring system allows the subject to move freely within the confines of a lab or where they are relatively close to the recording system. The BioHarness system allows the subject to move anywhere. The system will either telemeter the Data back to the computer or log the Data locally for later download. If you want to record

collection of physiological data from mobile subjects, the TEL100C and the BioHarness. The TEL100C Remote Monitoring system allows the subject to move freely within the confines of a lab or where they are relatively close to the recording system. The BioHarness system allows the subject to move anywhere. The system will either telemeter the data back to the computer or log the data locally for later download. If you want to record physiological data from a subject while they go about their daily routine, the BioHarness is the perfect solution. The BioHarness is warn by the subject and records heart rate, respiration,

collection of physiological data from mobile subjects, the TEL100C and the BioHarness. The TEL100C Remote Monitoring system allows the subject to move freely within the confines of a lab or where they are relatively close to the recording system. The BioHarness system allows the subject to move anywhere. The system will either telemeter the data back to the computer or log the data locally for later download. If you want to record physiological data from a subject while they go about their daily routine, the BioHarness is the perfect solution. The BioHarness is warn by the subject and records heart rate, respiration,

collection of physiological data from mobile subjects, the TEL100C and the BioHarness. The TEL100C Remote Monitoring system allows the subject to move freely within the confines of a lab or where they are relatively close to the recording system. The BioHarness system allows the subject to move anywhere. The system will either telemeter the data back to the computer or log the data locally for later download. If you want to record physiological data from a subject while they go about their daily routine, the BioHarness is the perfect solution. The BioHarness is warn by the subject and records heart rate, respiration,

collection of physiological data from mobile subjects, the TEL100C and the BioHarness. The TEL100C Remote Monitoring system allows the subject to move freely within the confines of a lab or where they are relatively close to the recording system. The BioHarness system allows the subject to move anywhere. The system will either telemeter the data back to the computer or log the data locally for later download. If you want to record physiological data from a subject while they go about their daily routine, the BioHarness is the perfect solution. The BioHarness is warn by the subject and records heart rate, respiration,

collection of physiological data from mobile subjects, the TEL100C and the BioHarness. The TEL100C Remote Monitoring system allows the subject to move freely within the confines of a lab or where they are relatively close to the recording system. The BioHarness system allows the subject to move anywhere. The system will either telemeter the data back to the computer or log the data locally for later download. If you want to record physiological data from a subject while they go about their daily routine, the BioHarness is the perfect solution. The BioHarness is warn by the subject and records heart rate, respiration,

- MCE100C MP100 Data Acquisition System - Win - MP100WSW MP150 Data Acquisition System - Mac - MP150WS MP150 Data Acquisition System - Win - MP150WSW MP150 Data Acquisition System GLP - Mac - MP150WS-G MP150 Data Acquisition System GLP - Win - MP150WSW-G MRI Cbl/Filter Sys. to Biopot. Amps - MECMRI-BIOP MRI Cbl/Filter Sys. to Trans. Amps - MECMRI-TRANS Multi-lead ECG Cbl, C-Series - TSD155C NICO100C/EBI100C Lead - LEAD130 Noninvasive Blood Pressure Amplifier - NIBP100D Noninvasive Cardiac Output Module - NICO100C Pressure Pad / Respiration Trans. for MRI - TSD110-MRI

into the nature of the EMG data. The frequency spectrum data may be used to generate other measures associated with EMG frequency analysis. Select an area of EMG data and use the Fast Fourier Transform function to perform a linear magnitude FFT on the selected data, then integrate the result to determine the median and mean frequency. AcqKnowledge can be used to calculate these parameters after the EMG data has been collected. The Mac version of AcqKnowledge fully automates the frequency analysis process. See the Automated EMG Analysis Advanced Feature for further information.