Lidar

Lidar

Lidar

Lidar emits a laser beam towards the target and then receives the laser signal reflected back from the target. By comparing and processing the transmitted and received signals, parameters such as distance and velocity of the target object can be calculated. Lidar operates in two ways: pulse or continuous wave.

Detailed Introduction

Optical components required for LiDAR

Windows

Calcium fluoride windows, barium fluoride windows, magnesium fluoride windows, silicon windows, germanium windows, zinc selenide windows, zinc sulfide windows, sapphire windows, fused silica windows, lithium fluoride windows, K9 glass windows


Lens

planar convex lens, planar concave lens, biconvex lens, biconvex lens, meniscus lens


Filters

Germanium long wave pass filters, silicon long wave pass filters


Mirrors


Application fields of LiDAR

Autonomous driving, intelligent transportation, drones, aerospace, industrial automation, robotics, logistics and warehousing, terrain surveying, building surveying, medical and health, forestry and agriculture, security and security control


Instruments required for LiDAR

Laser emitters, detectors, signal processing circuits, turntables and brackets, data storage and transmission equipment


Optical Components Required For Lidar

Related Application Fields

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