FSR Single Zone Sensor RP-C7.6LT-LF2 | Thin Film Pressure Sensor - Digilog.pk

FSR Single Zone Sensor RP-C7.6LT-LF2 | Thin Film Pressure Sensor

The FSR Single Zone Sensor RP-C7.6LT-LF2 by Legact is an ultra-thin, flexible force-sensitive resistor designed to detect varying pressure levels. With a trigger force of just 2g and a thickness of only 0.2mm, this sensor provides highly sensitive and accurate pressure readings across a range of 2g to 1.5Kg. It is ideal for applications in electronics, robotics, medical devices, and consumer products where precise force measurements are essential.

Key Features:

• Type: Force Sensitive Resistor (FSR)
• Model Number: RP-C7.6LT-LF2
• Thickness: 0.2mm with Rear Adhesive (ADH)
• Actuation Force: 2g with resistance ≤500KΩ
• Sensitivity Range: 2g to 1.5Kg
• Shape: Flexible
• Operating Temperature: -40℃ to +85℃
• Life Time: Over 1 million actuations
• Resolution: Continuous, with non-actuated resistance >10MΩ
• EMI: Generates no EMI, suitable for sensitive applications

Related Products:

• FSR402 Force Sensitive Resistor FSR
• RP-C7.6-ST High Precision Thin Film Pressure Sensor
• Resistive Film Fsr Force Sensitive Pressure Sensor Rp-l-110

Frequently Asked Questions (FAQs):

1. What applications can the RP-C7.6LT-LF2 be used for?

This force-sensitive resistor is ideal for robotics, medical devices, consumer electronics, and automotive applications requiring precise force measurement.

2. How does the sensor respond to different pressure levels?

The sensor provides continuous resistance values from 2g to 1.5Kg, allowing for accurate pressure measurement across various applications.

3. Can the FSR sensor be integrated with Arduino?

Yes, it can be connected to Arduino boards via compatible sensor shields. Check our Arduino Sensor Shield for easy integration.

4. Does the sensor produce electromagnetic interference (EMI)?

No, the RP-C7.6LT-LF2 generates no EMI, making it suitable for sensitive electronic applications.

Package Includes:

• FSR Single Zone Sensor RP-C7.6LT-LF2