Description:

FSR MATRIX 8×16 (LP4966) is a high-performance force-sensitive resistor matrix system designed for real-time pressure acquisition and visualization. Featuring 128 sensing nodes with an embedded controller, the system captures multi-point pressure data and converts it into stable digital output via USB interface. Ideal for medical, sports, research, and industrial pressure mapping applications.

Key Features:

• 8 × 16 FSR sensing grid (128 nodes)
• Embedded matrix controller included
• 12-bit ADC resolution (1–4095 levels)
• Real-time pressure data acquisition
• Live pressure heatmap visualization
• Integrated digital filtering
• Raw data logging with PDF report export
• Ultra-thin flexible PET matrix (0.5 mm)
• IP67 rated sensing surface
• Fast response time (<1 ms)
• >1 million actuation cycles
• Single USB cable for power & communication

Product Deatils:

🔹 Controller Specifications

• Controller Type: Custom Embedded FSR Matrix Controller
• Matrix Supported: 8 × 16
• Total Sensing Channels: 128 Nodes
• ADC Resolution: 12-bit
• ADC Range: 1 – 4095
• Data Acquisition: Row–Column Scanning
• Communication: USB / Virtual COM
• Power Supply: 5V DC via USB
• Output Interface: Desktop Application
• Data Logging: Raw Frame Storage + PDF Export

🔹 FSR Matrix Specifications

• Sensor Type: Force-Sensitive Resistor (FSR) Matrix
• Matrix Configuration: 8 × 16 Grid
• Total Active Points: 128
• Sensing Area (Single Sensor): 6 mm Diameter
• Pressure Range: 0 – 5 kg/cm² (0–71 PSI)
• Response Time: < 1 ms
• Resistance Range: 0.98 – 1.2 MΩ
• Substrate Material: Polyester (PET)
• Conductive Material: Silver & Carbon
• Dimensions: 420 mm × 130 mm
• Thickness: 0.5 mm
• Accuracy: ±5%
• Durability: >1 Million Cycles
• IP Rating: IP67
• Connector: 2-Pin Male (2.5 mm pitch)
• Country of Origin: India

🔹 Applications

• Plantar pressure distribution analysis
• Gait and balance assessment
• Rehabilitation monitoring
• Sports performance testing
• Seating and posture pressure mapping
• Footwear and insole development
• Orthotic design and validation
• Research and industrial pressure analysis