Plastic upper shell of radome
Model: CD143-C020-1000
Applications
Description
CD143‑C020‑1000 is a plastic upper shell for an antenna cover, molded from black raw material. The main body measures 69.98±0.1×54.98±0.1mm in size and has a thickness of 0.71±0.1mm8%. It is made of Mitsubishi 5710G30LNB material. The product surface is smooth and free of cracks and bubbles, with die-cutting flash no more than 0.3mm. The characters are embossed in a concave manner, with a depth of no more than 0.3mm. The flatness and welding resistance are controlled, and it complies with RoHS and automotive prohibited substance standards. It serves as a protective translucent shell for component assembly.
Features
- Injection molding, with no cracks or bubbles on the surface, and flash width ≤0.3mm
- The depth of the concave character mark should be ≤0.3mm, and it should not protrude from the surface
- The flatness is strictly controlled, and the performance of the light-transmitting area is stable
- As a component, it comes with a protective translucent plastic shell
Specifications
Whitepapers
Features
- Injection molding, with no cracks or bubbles on the surface, and flash width ≤0.3mm
- The depth of the concave character mark should be ≤0.3mm, and it should not protrude from the surface
- The flatness is strictly controlled, and the performance of the light-transmitting area is stable
- As a component, it comes with a protective translucent plastic shell
Specifications
Plastic upper shell of radome
Model: CD143-C020-1000
Applications
Description
CD143‑C020‑1000 is a plastic upper shell for an antenna cover, molded from black raw material. The main body measures 69.98±0.1×54.98±0.1mm in size and has a thickness of 0.71±0.1mm8%. It is made of Mitsubishi 5710G30LNB material. The product surface is smooth and free of cracks and bubbles, with die-cutting flash no more than 0.3mm. The characters are embossed in a concave manner, with a depth of no more than 0.3mm. The flatness and welding resistance are controlled, and it complies with RoHS and automotive prohibited substance standards. It serves as a protective translucent shell for component assembly.
Whitepapers
Related Cases
Vehicle-mounted shielding/cooling/radome | AI intelligent driving domain controller and radar module supporting project
The onboard domain controller and radar module of intelligent driving solution providers are prone to electromagnetic interference due to their internal circuits, poor chip heat dissipation, and inadequate antenna protection, leading to unstable AI perception data. Our company customizes integrated shielding covers, heat dissipation covers, and antenna covers that combine electromagnetic isolation, thermal conduction and dissipation, and antenna protection. These products have passed AEC-Q automotive testing, ensuring pure radar and domain controller signals and stable support for AI multi-sensor fusion operations. They are now available for bulk supply to designated customers.
某智能汽车企业
AI Smart Network Gateway | High-Speed Communication Supporting Project for Edge AI Computing Gateway
The cooperating enterprise of this project is a national high-tech enterprise, specializing in the research, development, and manufacturing of industrial Internet and edge AI computing equipment, with a focus on AI intelligent gateways and industrial edge computing terminal devices. The equipment is required to perform high-speed acquisition of visual data and sensor data from the production line, and local AI inference, 24/7. The customer's original equipment suffers from issues such as network port packet loss, electromagnetic crosstalk, chip heat accumulation, and antenna signal attenuation. Our company provides a comprehensive solution of RJ45/SFP/USB connectors + shielding/heat dissipation/antenna covers, ensuring high-speed, stable, and long-lasting operation of AI network-connected devices
某国家级高新技术企业
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The vehicular millimeter-wave radar, installed at the front of the vehicle, must withstand vibrations from driving, exposure to wind, sand, rain, and snow, while also strictly controlling electromagnetic interference. Shell deformation and insufficient wave absorption performance can directly lead to inaccurate radar ranging and angle measurement, resulting in false alarms and missed detections. Many suppliers can only provide single components, requiring customers to integrate from multiple suppliers, which incurs high coordination costs.
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