Description
Product Overview
The JESSINIE pressure sensor is a compact, lightweight device built on an ARM processor with LPDDR4X memory. It features a single‑chip design, operating on Linux, and weighs only 0.211 ounces. Its package dimensions (6.93 x 4.69 x 0.28 inches) make it easy to integrate into equipment where space is limited. The sensor supports both static and dynamic pressure modes, with a frequency range up to 10 Hz, and delivers activation times under 0.01 seconds. It operates reliably from –40 °C to 85 °C and is rated for more than one million cycles, ensuring long‑term performance.
Usage
Designed for industrial and scientific applications, this sensor excels in pressure probes, off‑bed monitoring, and smart footwear. It can be embedded in manufacturing lines to detect force variations, used in medical devices for patient movement tracking, or integrated into athletic shoes to record stride intensity. Its low trigger threshold (10 MΩ) prevent false activations, making it ideal for environments with fluctuating forces.
Why Choose Us
JESSINIE combines robust ARM architecture with LPDDR4X efficiency, delivering fast data processing and low power consumption. The sensor’s durability exceeds one million actuations, and its wide temperature tolerance ensures operation in extreme conditions. Backed by a 4.2‑star rating from verified users, the product meets rigorous industrial standards and offers reliable performance for critical applications.
Key Features
- Fast activation under 0.01 s for real‑time pressure detection
- Low trigger force (<20 g) minimizes accidental activation
- Static and dynamic sensing modes up to 10 Hz
- Operating temperature range –40 °C to 85 °C
- Durability of over 1 million cycles for long‑term use
FAQ
What is the pressure sensing range?
The sensor measures forces from 20 g up to 10 kg or more, covering most industrial and consumer applications.
Can the sensor be used in wearable devices?
Yes, its lightweight design and low trigger force make it suitable for smart shoes and health monitoring wearables.
How does the sensor handle temperature extremes?
It operates reliably between –40 °C and 85 °C, ensuring performance in both cold storage and hot manufacturing environments.
What is the response time?
Activation occurs in less than 0.01 seconds, providing near‑instantaneous pressure feedback.
Is the sensor compatible with existing Linux systems?
Yes, it runs on a Linux OS, allowing seamless integration with standard industrial control software.
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