As industrial power inverters evolve towards higher power density, wider bandgap semiconductors (SiC/GaN), and digital intelligence, current sensors are also upgrading towards higher current, higher accuracy, miniaturization, and digital interfaces. By accurately capturing rapidly changing current waveforms, they support high-frequency switch control, real-time overcurrent protection, and predictive maintenance, helping inverters achieve more compact designs and smarter operation and maintenance while enhancing efficiency and reliability.

"Traditional presence detection often employs passive infrared (PIR), ultrasonic, or camera methods, which suffer from pain points such as blind detection zones, susceptibility to environmental temperature and light interference, high privacy risks, and difficulty in accurately distinguishing between static human bodies and objects, leading to a high rate of false alarms and missed alarms.ToF technology, by actively emitting modulated light and measuring the reflection time, can precisely perceive the distance information of objects within its field of view. It remains unaffected by chang...

ToF, by rapidly acquiring depth information, can quickly generate 3D point cloud data of objects. It directly calculates the length, width, height, and volume without requiring physical contact and is unaffected by the object's shape and surface texture. Additionally, its measurement speed is fast, and it can be seamlessly integrated into automated equipment, effectively meeting the needs for precise, efficient, and non-contact volume measurement in scenarios such as warehouse billing, parcel sorting, and loading optimization.