Nouvelles de l'industrie

WHY PIR LENSES MUST BE "NON-IMAGING": UNDERSTANDING THE REAL OPTICS BEHIND MOTION DETECTIO

In this article, we’ll dive into the core principles of PIR detection, explain how materials affect detection performance, and reveal why false alarms are often symptoms of optical misalignment or material mismatches—not just electronic noise.

UNDERSTANDING PIR SENSING: FROM PHYSICS TO FALSE ALARMS

Passive Infrared (PIR) sensors are among the most widely used motion detection technologies in the world. From automatic lighting and smart thermostats to alarm systems and occupancy monitors, these small devices offer low-cost, low-power solutions to human presence detection.

HOW FAR CAN A PIR LENS REALLY SEE? THE TRUTH BEHIND DISTANCE AND DETECTION ACCURACY

This article breaks down what actually determines the sensing distance of a PIR system and why a one-size-fits-all answer is misleading. For engineers and integrators working on motion detection applications, understanding these principles can help avoid overpromising—and underperforming—designs.

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