DM_DTOF2002C0 is a small size single-point ToF sensor with compact size. Based on the principle of time-of-flight ranging, it emits near-infrared light through the built-in VCSEL light source, reflects the light when it encounters an object in front, and then receives the measured light by the ToF receiving chip. flight time to calculate distance information. It is mainly used for short-range precise ranging, such as sweepers, service robots, etc., to detect the distance of surrounding objects, walls or ground, and realize functions such as obstacle avoidance, wall detection, and cliff detection.
Small single-point ranging ToF sensor is an emerging technology in recent years. It can work before the start of the face recognition device when it is applied to smartphones, which can play a role in energy saving. The application scenarios of distance sensors are also gradually increasing, such as camera-assisted focusing, background blur, etc.; in other application scenarios, single-point ranging sensors also have many applications, such as applications in smart homes, obstacle avoidance of sweeping robots, tablet /Learning machine eye protection function, energy saving assistance, etc.
DM_DTOF2002C0 ToF sensor is such a short-range ranging sensor that can be used indoors and outdoors. It has the characteristics of high precision, small size, stable ranging, and low power consumption. It is suitable for smartphones, tablets, robots, AR/ VR equipment, smart door locks, smart bathrooms and other scenarios can realize camera-assisted focusing, energy saving, obstacle avoidance, presence detection and other functions.
Although the size of the DM_DTOF2002C0 ToF sensor is only 10×8×7.6mm, the sensor integrates multiple components. The receiving end is a high-precision ToF chip independently designed by DOMI, and the transmitting end is a micro vertical cavity surface emitting laser; also built-in control arithmetic unit and optical lens and other components. DM_DTOF2002C0 can realize the measurement range from 0.25cm to 10cm, welcome to consult.
