Electrodermal Activity (EDA) Sensor
Electrodermal Activity (EDA) can be defined as a transient change in certain electrical properties of the skin, resulting from sweat secretion and sweat gland activity. These changes can result from elicited or natural stimuli that trigger a regulatory response by the sympathetic nervous system.
The Electrodermal Activity (EDA) is capable of accurately measuring the skin activity with high sensitivity in a miniaturized form factor. The low-noise signal conditioning and amplification circuit design provides optimal performance in the detection of even the most feeble electrodermal skin response events.
Typical raw EDA data (acquired with biosignals)
FEATURES
- Skin resistance measurement
- Preconditioned analog output
- High signal-to-noise ratio
- Shielded miniaturized cables
- Medical-grade raw data output
- Ready-to-use form factor
APPLICATIONS
- Sympathetic nervous system monitoring
- Arousal detection
- Human-computer interaction
- Emotional cartography
- Affective computing
- Physiology studies
- Psychophysiology
- Relaxation biofeedback
- Biomedical devices prototyping
- Range: 0-13μS
- Bandwidth: 0-3Hz
- Consumption: ~0.72mA
- Input Impedance: >1GOhm
- CMRR: 100dB