Buy GSR Skin Current Sensor V2.0 Online in India | Robocraze
GSR Skin Current Sensor V2.0 - Biofeedback sensor for stress detection. -GSR Sensor -Biomedical Sensor -Robocraze
GSR Skin Current Sensor V2.0 - Biofeedback sensor for stress detection. -GSR Sensor -Biomedical Sensor -Robocraze
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GSR Skin Current Sensor V2.0 for Real-time Stress & Emotion Monitoring

Rs 1,499/-
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SKU: TIFSS0222
  • The Galvanic Skin Response Sensor (GSR - Sweating) allows you to measure the electrical conductance of the skin.
  • It acts as an indicator of psychological or physiological arousal.
  • Skin sensors have applications in many areas such as healthcare, sports, robotics and prosthetics, etc.
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GSR Skin Current Sensor V2.0 - Biofeedback sensor for stress detection. -GSR Sensor -Biomedical Sensor -Robocraze
GSR Skin Current Sensor V2.0 for Real-time Stress & Emotion Monitoring
Rs 1,899/- Rs 1,499/-
GSR Skin Current Sensor V2.0 - Biofeedback sensor for stress detection. -GSR Sensor -Biomedical Sensor -Robocraze

GSR Skin Current Sensor V2.0 for Real-time Stress & Emotion Monitoring

Rs 1,899/- Rs 1,499/-
Description

GSR Skin Current Sensor V2.0

The Galvanic Skin Response (GSR) Skin Current Sensor V2.0 is a reliable gsr sensor designed to measure the electrical conductance of human skin. This biosensing module detects subtle changes in skin conductivity, which are often linked to emotional and physiological responses.

This is an upgraded version of the previous GSR Skin Current Sensor module retains the same working principles while introducing improvements such as higher precision, enhanced accuracy, and more stable performance. These enhancements make it suitable for research, educational projects, and personal experimentation.

As a skin conductance sensor, it works by measuring the electrical conductance between two contact points on the skin, functioning similarly to an ohmmeter. Skin conductance is widely used as an indicator of psychological or physiological arousal, making this module valuable for applications like stress monitoring, biofeedback systems, and human-computer interaction projects.

How to Choose a Skin Conductance Sensor?

When selecting a gsr sensor, factors like accuracy, stability, and ease of integration are more important than just the gsr sensor price. The GSR Skin Current Sensor V2.0 is designed to deliver consistent readings, making it a dependable choice for both beginners and advanced users working on biofeedback or emotion-sensing projects.

If you're comparing options, you may come across variations in galvanic skin response sensor price depending on build quality and performance. This module stands out as a reliable skin conductance sensor that balances precision with usability, making it suitable for research, learning, and prototyping applications.

Features:

  • High-precision GSR sensor for accurate skin conductance measurement
  • Improved stability and reduced signal noise
  • Measures real-time changes in skin resistance/conductance
  • Easy interface with microcontrollers and development boards
  • Compact and lightweight design for wearable or portable projects
  • Suitable for stress detection, emotion monitoring, and biofeedback systems
  • Low power consumption for efficient long-term use
  • Durable electrodes for consistent skin contact
Specifications

Package Includes:

  • 1 x GSR Skin Current Sensor V2.0

Specifications:

Input Voltage 5V/3.3V
Sensor sensitivity Adjustable
Dimension(LxW) 101 x 70mm
Weight 20gm
FAQ

1.What is a GSR Skin Current Sensor V2.0? 

  • The GSR Skin Current Sensor V2.0 is a device that measures the electrical conductance of the skin, also known as Galvanic Skin Response (GSR). It can be used to detect changes in the skin conductance in response to stress, emotions, or other physiological conditions, and is useful in applications such as lie detection, human-computer interaction, and stress monitoring. 

2.How does the GSR Skin Current Sensor V2.0 work? 

  • The sensor operates by monitoring the electrical conductivity of the skin, which varies depending on the amount of perspiration produced. Sweat production is influenced by the intensity of emotional or physical arousal. The sensor detects sweat production using infrared and red light sensors and then estimates changes in skin electrical conductivity.

3.What are the benefits of using GSR Skin Current Sensor V2.0 compared to the previous version? 

  • The GSR Skin Current Sensor V2.0 is an upgraded version of the previous GSR Skin Current Sensor module, it generally includes the same features and working principles of the previous version but it has some improvements such as higher precision, better accuracy, and more stable performance. It is typically used in research, educational and personal use. 

4. What is a GSR skin current sensor used for?

  • A GSR skin current sensor is used to measure skin conductance, which reflects changes in sweat gland activity. It is commonly used in stress detection, emotional monitoring, biofeedback systems, and psychological research.

5. How does a GSR sensor measure stress and emotional response?

  • A gsr sensor detects variations in skin conductance caused by sweat secretion. When a person experiences stress or emotional changes, the sweat glands become more active, increasing skin conductivity. The sensor captures these changes and converts them into electrical signals for analysis.

6. Can the GSR Skin Current Sensor V2.0 be used with Arduino or microcontrollers?

  • Yes, this skin conductance sensor can be easily interfaced with Arduino, Raspberry Pi, and other microcontrollers. It outputs analog signals that can be read and processed using standard ADC pins.

7. What is the difference between GSR (EDA) sensor and heart rate sensor?

  • A GSR (EDA) sensor measures skin conductance related to emotional or physiological arousal, while a heart rate sensor measures the number of heartbeats per minute. In simple terms, a GSR sensor tracks stress and emotional response, whereas a heart rate sensor tracks cardiovascular activity.
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  • Delivery time in Metro cities is 1–3 days; for other locations, it is 3–7 days. Delivery varies based on location and courier service.

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  • Refunds are processed within 3–4 working days after inspection and approval.

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