Resistive Thin Film Pressure Sensor Module – 5kg Analog Force Sensor

Resistive Thin Film Pressure Sensor Module – 5kg Analog Force Sensor

The Resistive Thin Film Pressure Sensor Module is a compact force-sensitive sensor designed to detect pressure and touch by varying its resistance according to the applied force. Operating from 3.3V to 5V DC, it provides an analog output signal, making it ideal for Arduino, Raspberry Pi, ESP32, STM32, and other microcontroller platforms. With a measuring range of up to 5kg, fast response time, and a long mechanical life, it is suitable for pressure sensing, force measurement, human-machine interfaces, robotics, and smart control systems.

Key Features -

• Thin film resistive pressure sensing technology

• Analog output for easy microcontroller interfacing

• Operating voltage of 3.3V to 5V DC

• Pressure measurement up to 5kg

• Fast response and recovery times

• High durability with over 1 million operation cycles

• Anti-reverse interface and pin header connection

• Compact and lightweight module for embedded applications

Specifications -

• Product Type - Resistive Thin Film Pressure Sensor Module

• Sensing Technology - Resistive Thin Film Force Sensor

• Operating Voltage - DC 3.3V to 5V

• Output Signal - Analog Voltage

• Interface - Anti-Reverse Connector / Pin Header

• Measuring Range - 5kg Maximum

• Response Point - 150g

• Repeatability - ±9.7%

• Consistency - ±10%

• Initial Resistance - Greater than 10MΩ (No Load)

• Response Time - ≤1ms

• Recovery Time - ≤15ms

• Durability - Minimum 1,000,000 Operations

• Operating Temperature - -25°C to +85°C

• Operating Humidity - 5% to 95% RH

• Module Dimensions - 67 × 22 × 7mm

Applications -

• Force and pressure measurement

• Touch-sensitive controls

• Smart switches and interfaces

• Robotics and gripper force detection

• Electronic weighing and sensing projects

• Human-machine interface (HMI) systems

• Medical and rehabilitation devices

• Industrial automation systems

• Educational and DIY electronics projects