GSR Skin Current Sensor V2.0

The GSR Skin Current Sensor V2.0 is a precise biometric sensor designed to measure the Galvanic Skin Response (GSR), which reflects changes in skin conductance caused by sweating. This sensor helps monitor physiological changes linked to emotional and stress responses, making it valuable for health, research, and biofeedback applications.

Features:

• High Sensitivity: Detects subtle variations in skin conductance

• Improved Accuracy: Enhanced noise reduction and signal stability compared to earlier models

• Analog Output: Provides real-time voltage signals representing skin conductance

• Compact & Lightweight: Suitable for wearable and portable devices

• Easy Integration: Compatible with Arduino, Raspberry Pi, and other microcontrollers

• Low Power Consumption: Ideal for battery-powered applications

Applications:

• Stress and emotional monitoring

• Biofeedback therapy and relaxation training

• Wearable fitness and health devices

• Human-computer interaction

• Gaming and virtual reality feedback systems

• Psychological and physiological research

• Lie detection and forensic investigations

Advantages:

• Accurate & Reliable: Provides consistent, precise readings for sensitive applications

• Non-Invasive & Comfortable: Measures skin conductance without discomfort or skin irritation

• User-Friendly: Easy to connect and program with popular development boards

• Versatile: Suitable for both professional research and hobby projects

• Real-Time Monitoring: Enables instant data acquisition and analysis

• Affordable: High-quality sensing at a competitive price

Why Choose the GSR Skin Current Sensor V2.0?

The GSR Skin Current Sensor V2.0 delivers enhanced performance with reliable, real-time skin conductance data essential for understanding emotional and physiological states. Its compact size, low power needs, and easy compatibility make it perfect for wearable devices, research tools, and biofeedback systems. Choose this sensor for an efficient and effective solution to track galvanic skin responses in diverse application