+92 340 5243603

FSR Force Sensitive Resistor 0.75 Inch FSR Pressure Sensor
- FSR Force Sensitive Resistor – lightweight, compact, and ultra-thin sensor.
- FSR Pressure Sensor converts applied pressure into resistance change.
- Force Sensitive Resistor Sensor measures pressure range from 100g to 10kg.
PKR 950/-
Product Description
FSR Force Sensitive Resistor 0.75 Inch FSR Pressure Sensor Module is a reliable and compact force sensitive resistor sensor designed for accurate pressure detection. It is widely used in robotics, electronics projects, and DIY applications where precise touch or force measurement is needed.
What is Force Sensitive Resistor?
A force sensitive resistor (FSR) is a sensor that changes its resistance when pressure or force is applied. This allows you to measure touch, pressure, or weight by converting it into an electrical signal. The FSR pressure sensor is lightweight, flexible, and ideal for use in interactive electronics, wearables, and smart devices.
Key Features of FSR Pressure Sensor
- Ultra-thin and flexible design with low power consumption
- Made with nanometer pressure-sensitive materials for high sensitivity
- Stable and consistent output with fast response time
- Compact size, easy to integrate into electronic projects
How Force Sensitive Resistor Sensor Works?
When pressure is applied, the resistance of the force sensitive resistor decreases. This change can be measured using a simple circuit to generate a corresponding electrical signal. The stronger the pressure, the lower the resistance.
Applications
- Robotics and automation systems
- Wearable devices and healthcare monitoring
- DIY electronics and Arduino projects
- Touch-sensitive and interactive devices
Package Contents
- 1 x FSR Force Sensitive Resistor 0.75 Inch Module
- Detection area: 14.5 mm circle
- Physical diameter: 18.3 mm circle
- Force range: 100g to 10kg
- Lifespan: >10 million actuations
This FSR pressure sensor offers a simple yet effective solution for force and touch measurement, making it a must-have component for students, hobbyists, and engineers working on smart electronic applications.