Laser ceilometer ATOM-CH1550-15K
The Atomsci laser ceilometer is a backscatter lidar based on Mie scattering. It uses ToF technology to monitor and analyze the intensity and travel time of backscattered light, measuring aerosols, cloud height, cloud thickness, cloud cover, and vertical visibility to accurately obtain atmospheric backscatter profiles.
Save to Favorites
Overview
Specifications
| Parameter | Value |
|---|---|
| Measurement Range | 30m~15km |
| Resolution | 5m |
| Data Output | Cloud-base height, cloud thickness, vertical motion speed of the cloud bottom and vertical visibility |
| Standard Interface | 4G/RS232/RS485/ Ethernet port （RJ45） |
| Dimensions | 346 mm × 353 mm × 625 mm |
| Weight | 22kg |
| Data Refresh rate | ≤2Hz |
| Power supply | 90~132V AC/180~264V AC optional |
| Power supply | Optional DC 24V (can be powered by photovoltaic cells, fuel cells and other power sources) |
| Power Dissipation [Max Heating mode] | Standard 40W, Max 200W ( Max Heating mode ) |
| Operating Temperature | -45℃~ 60℃ |
| Environmental protection rating | IP67 Humidity ：0% ~100% |
Applications
Key Features
Datasheet
Supplier Information
Related Products
-
SDD-22A High Speed LD Driver Board ( Nanosecond High-Speed Optical Pulse Generation ) Lidar Driver Board
LiDAR
Shafan-oe
Power supply Input [+- 5%]: USB Type-C，5V +- 5%，0.5A Output Current: 2.0A Max Load Voltage: 24V Max, The Actual Maximum Can Reach 28V
USB interface, suitable for research and product testing. The SDD-22A high-speed LD driver board provides nanosecond-scale high-speed current pulses for DFB/TO packages and other applications requiring high-speed pulse driving, such as electrically controlled seed sources, high-speed laser pulse generation and lidar. It can be paired with the company's ATC-B1 temperature control board when device temperature control is required.
-
High-Power Source for Long-Range High-Resolution Lidar
LiDAR
Dlphoton
Center wavelength: Min ：1530 nm； Typical ：1550 nm； Max ：1570 nm Optical Wave Mode: Single longitudinal mode , CW Output Power: Min ：20 W； Typical ：80 W； Max ：120 W
The high-power source for long-range, high-resolution lidar is entirely independently owned intellectual property with internationally advanced performance. A three-stage MOPA design combines efficient power amplification, nonlinear-effect suppression, noise suppression and linewidth narrowing to deliver hundred-watt-class output with ultranarrow linewidth down to the hundred-hertz level. Features: hundred-watt power, noise suppression and ultranarrow linewidth.
-
Lidar AA Equipment
LiDAR
Huayazhuhai
Equipment - Voltage: 220v 16A Equipment-Air Pressure: 0.4~0.7Mpa Equipment-Industrial Computer: IPC+Win7
As one of the first equipment models deployed in domestic automotive-grade lidar mass-production projects, Huaya's lidar AA equipment has undergone three generations of development, advancing from manual laboratory models to production models and earning favorable customer reviews and repeat orders. A platform architecture meets AA assembly needs for individual lidar optical paths and complete units at different stages. Targets combined with collimators support optical adjustment from 1.5m to infinity.
-
100mW Low RIN DFB（ Optical Communications , Lidar ）
LiDAR
Xinchensemi
-
905nm Laser Module for Lidar BGFL-905-MF-FP
LiDAR
Bogaolaser
Center wavelength λc [25℃]: typical:905 nm Output Efficiency [25℃]: min:60%；typical:65%；max:70% Spectral width △λ [25℃]: typical:5 nm
This product uses a TO package. A bonded self-focusing lens ensures efficient coupling of the LD laser into the fiber. The pigtail terminates in a common FC/APC or FC/PC connector, compatible with most fiber adapters, fiber collimating lenses and fiber focusing lenses for convenient integration. Applications include laser ranging, laser sensing and lidar. Advantages include compact construction, high efficiency and long-term reliability. When using this LD laser series, identify the LD + and - pins correctly and strictly avoid excessive current. Short the + and - pins after use to prevent damage from ambient electrostatic discharge.
Related Articles
In photonics and laser technology, devices that manipulate optical signals via the electro-optic effect form the backbone of precision optical systems. Electro-optic phase modulators and electro-optic deflectors are two prominent examples of this device category. As a critical hardware solution for high-speed, high-accuracy laser beam direction control, electro-optic deflectors are widely deployed across industrial and research settings. Below is a detailed overview of their core structure, key performance drivers, and primary use cases.
As a top‑tier supplier of tunable laser chips, Shandong Zhongxin Optoelectronics Technology Company has newly launched the world’s first budget‑friendly fiber‑Bragg‑grating (FBG) demodulator and scanning module.
A laser bar is an array semiconductor laser chip integrated with dozens of emitters, which realizes hundred-watt quasi-continuous output on a single chip. With regular emitter arrangement and controllable fill factor, integrated thermal design and superior wall-plug efficiency compared to single chips, it acts as the core light source for high-power pumping, medical lasers and precision processing.
BEIJING JIEPU TREND supplies YAG+Er:YAG+YAG bonded composite slab laser crystals for high‑power solid‑state laser systems. The monolithic slab consists of two undoped YAG end‑cap layers and a central Er‑doped YAG gain segment. The overall dimension is 9 mm×9 mm×9 mm.
Loading...
Name
Phone
Organization
Use Case
Database Platform