GSR Galvanic Skin Response Module Current Sensor Kit V2.0

Rs. 1,387.50

Rs. 1,110.00
You save: Rs. 277.50
QUICK OVERVIEW
  • GSR Galvanic Skin Response Module Current Sensor Kit V2.0 The GSR Galvanic Skin Response Module V2.0 is a sensitive a...
  • These changes occur due to variations in sweat gland activity, which are closely linked to emotional states such as s...
  • By applying a very low and safe current through skin-contact electrodes, the module detects subtle physiological resp...
  • The kit features adjustable sensitivity, allowing users to fine-tune the response according to different skin types a...
100 in stock
Quantity:

🚚 Item will be delivered on or before

Visa PayPal Mastercard American Express

Bulk Discounts

Special offer
Buy 15–40 units & Get 2% OFF
Save 2% on every unit
Available
Buy 40–70 units & Get 5% OFF
Save 5% on every unit
Available
Most popular
Buy 70+ units & Get 10% OFF
Save 10% on every unit
Available
For larger bulk deals contact us at

GSR Galvanic Skin Response Module Current Sensor Kit V2.0

The GSR Galvanic Skin Response Module V2.0 is a sensitive and non-invasive biosensing module designed to measure changes in the electrical conductance and resistance of human skin. These changes occur due to variations in sweat gland activity, which are closely linked to emotional states such as stress, excitement, fear, or relaxation. By applying a very low and safe current through skin-contact electrodes, the module detects subtle physiological responses and converts them into an analog signal that can be easily read by microcontrollers like Arduino and other development boards. The kit features adjustable sensitivity, allowing users to fine-tune the response according to different skin types and experimental needs. Its compact, user-friendly design makes it suitable for beginners as well as researchers. Widely used in biofeedback systems, emotion and stress analysis, wearable electronics, and human–computer interaction studies, the GSR Module V2.0 is an excellent tool for educational, experimental, and physiological monitoring projects where understanding human responses is essential.