Biosignalsplux
From WikiLectures
Biosignalsplux (2nd LF UK)[edit | edit source]
Biosignalsplux is a set for measuring various biosignals. In our practice, we have the biosignalsplux Explorer kit, which contains in a portable case:
- 4-channel HUB;
- Sensors:
- Electromyography ( EMG ) - two surface electrodes IN +, IN-
- Gain: 1000
- Range: ± 1.5mV (with VCC = 3V)
- Frequency range: 25-500 Hz
- Consumption: ~ 1mA
- Input impedance:> 100GOhm CMRR: 100 dB
- Electromyography ( EMG ) - two surface electrodes IN +, IN-
- Electroencephalography ( EEG ) - headband, three electrodes: REF, IN +, IN-; arrangement similar to an ECG
- Gain: 40000
- Range: ± 37.5 μV (with VCC = 3V) Frequency band: 0.8-49 Hz
- Consumption: ~ 3mA
- Input impedance:> 100 GOhm
- CMRR: 100 dB
- Electroencephalography ( EEG ) - headband, three electrodes: REF, IN +, IN-; arrangement similar to an ECG
- Respiration ( PZT ) - piezoelectric respiratory sensor - chest strap, plethysmograph detects% stretching - shrinkage in the range of approx. ± 60%
- Electrocardiography ( ECG ) - contains three electrodes: REF, IN +, IN- to record a single-lead ECG:
- Gain: 1000 Range: ± 1.5 mV (VCC = 3V)
- Frequency band: 0.5-100 Hz
- Consumption: ~ 1 mA Input impedance:> 100 GOhm
- CMRR: 100dB
- Force ( FSR )
- Blood Pressure Reader ( BPR )
- User-friendly upper arm cuff-based blood pressure monitor with plug & play interface for real-time data recording.
- Datasheet
- Bluetooth dongle
- 24 electrodes
- charger
Theoretical introduction:[edit | edit source]
See script: Biosignals from the perspective of biophysics[edit | edit source]
Task:[edit | edit source]
It is a newly acquired device for which detailed instructions have not yet been developed - and it may never be. This is a bonus (optional) task, the purpose of which is:
- Get acquainted with the device
- Design your own exam using available sensors
- Perform an examination
- Save the acquired biosignal to disk
- Describe the measured curves
- Document the task
Links and Resources:[edit | edit source]
in: biosignalsplux - more detailed documentation on Wikiverista, including links to primary sources