Troubleshooting Transducers

11. | BIOPAC - Research
Common mistakes/general troubleshooting Comparing HRV results Connecting the TSD116C Switch Box Copy and paste append markers along with data DC mode Deep breath and PPG signal flattening Duplicating waveforms ECG Analysis ECG artifact in EMG Signal ECG R-wave detector Editing noisy data Electrode conversion - 2mm to touchproof Electrode drying time Electrode Properties - gel and adhesive Extracting data segments from a file Extracting heart rate from a noisy ECG signal Goniometer resolution Graph template files Grounding guidelines High pass filters

12. | BIOPAC - Research
Common mistakes/general troubleshooting Copy and paste append markers along with data Deep breath and PPG signal flattening Deep breath and SCR/GSR increase Differences between the NICO100C and EBI100C Duplicating waveforms ECG Analysis ECG artifact in EMG Signal ECG R-wave detector GSR and grounding EDA (GSR) subject preparation Electrode conversion - 2mm to touchproof Electrode drying time Electrode Properties - gel and adhesive Electrodermal activity measurements External Devices and Channel Contention Gel for GSR/SCR Graph template files Guidelines for GSR,

13. | BIOPAC - Research
Common mistakes/general troubleshooting Comparing HRV results Connecting the TSD116C Switch Box Copy and paste append markers along with data DA100C amplifier signal validation DC mode Differences between the NICO100C and EBI100C Duplicating waveforms ECG Analysis ECG artifact in EMG Signal ECG R-wave detector Editing noisy data EEG frequency bands Electrode conversion - 2mm to touchproof Electrode drying time Electrode Properties - gel and adhesive EOG - remove artifacts Extracting data segments from a file Extracting heart rate from a noisy ECG signal

14. | BIOPAC - Research
Common mistakes/general troubleshooting Comparing HRV results Connecting the TSD116C Switch Box Copy and paste append markers along with data DC mode Differences between the NICO100C and EBI100C Duplicating waveforms ECG Analysis ECG artifact in EMG Signal ECG R-wave detector Editing noisy data Electrode conversion - 2mm to touchproof Electrode drying time Electrode Properties - gel and adhesive Extracting data segments from a file Extracting heart rate from a noisy ECG signal Graph template files Grounding guidelines High pass filters HRV on the PC and on

15. SS7 | Temperature, Skin Surface, SS | BIOPAC - Research
and Data Logging Transducers TEMPERATURE, SKIN SURFACE, SS - SS7 $125.00 Simple Sensor (SS) electrodes and Transducers connect to the TEL100M-C amplifier/transmitter and can generally record biopotentials and other signals for up to 24 hours. The SS7 is used to record skin temperature on a variety of body locations. The stainless steel banjo design insures rapid and uniform recording of skin surface temperatures. Use TAPE1 to secure the transducer to the skin surface. See TSD202D or the MP150 or

16. SS28A | Heel/Toe Strike Transducer, SS | BIOPAC - Research
and Data Logging Transducers HEEL/TOE STRIKE TRANSDUCER, SS - SS28A $295.00 Use this transducer to record heel and toe strike activity as the subject walks. The SS28A uses two force sensitive resistors (FSR); typically, one FSR is placed under the heel and the other FSR is placed under the toes. The FSRs indicate the precise pressure placed on the heel and on the toe as the subject walks. Heel/toe strike data is recorded on two analog input channels (one for heel

17. SS28A | Heel/Toe Strike Transducer, SS | BIOPAC - Research
and Data Logging Transducers HEEL/TOE STRIKE TRANSDUCER, SS - SS28A $295.00 Use this transducer to record heel and toe strike activity as the subject walks. The SS28A uses two force sensitive resistors (FSR); typically, one FSR is placed under the heel and the other FSR is placed under the toes. The FSRs indicate the precise pressure placed on the heel and on the toe as the subject walks. Heel/toe strike data is recorded on two analog input channels (one for heel

18. SS3A | EDA Finger Transducer, SS | BIOPAC - Research
and Data Logging Transducers EDA FINGER TRANSDUCER, SS - SS3A $175.00 The SS3A connects to the TEL100C Remote Monitoring System for the purpose of skin conductance recording. Two Ag-AgCl, non-polarizable electrodes are mounted in individual, ergonomically-designed, polyurethane housings for improved contact. The electrodes are attached to the fingers by Velcro® straps. The electrodes have a 6 mm (dia) contact area with a 1.6 mm cavity to accommodate electrode gel. The SS3A incorporates

19. SS3A | EDA Finger Transducer, SS | BIOPAC - Research
and Data Logging Transducers EDA FINGER TRANSDUCER, SS - SS3A $175.00 The SS3A connects to the TEL100C Remote Monitoring System for the purpose of skin conductance recording. Two Ag-AgCl, non-polarizable electrodes are mounted in individual, ergonomically-designed, polyurethane housings for improved contact. The electrodes are attached to the fingers by Velcro® straps. The electrodes have a 6 mm (dia) contact area with a 1.6 mm cavity to accommodate electrode gel. The SS3A incorporates

20. SS10 | Push Button Hand Switch, SS | BIOPAC - Research
and Data Logging Transducers PUSH BUTTON HAND SWITCH, SS - SS10 $95.00 Simple Sensor (SS) electrodes and Transducers connect to the TEL100M-C amplifier/transmitter and can generally record biopotentials and other signals for up to 24 hours. The SS10 is used for externally triggering data acquisition, remote event marking, or psychophysiological response tests. The SS10 incorporates momentary ON operation (switch is ON only when pressed). The SS10 is a single channel hand switch.

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data acquisition

Data Acquisition

skin conductance


data acquisition

skin conductance


skin conductance

Electrodes