EPS connector
Model: CD5-C010-1000
Applications
Description
CD5-C010-1000 is a bent-insert high-current PCB power connector, featuring a high flame-retardant PA66 plastic shell and high conductivity copper terminals. It adopts a double-lug fixed installation structure, specifically designed for embedded installation on PCB boards. The product possesses high current carrying capacity, strong mechanical connection strength, and stable electrical performance, meeting the power signal transmission needs of scenarios such as automotive power systems, industrial control equipment, smart homes, and new energy modules.
Features
- High current carrying design
- High flame-retardant safety shell
- Fixed installation structure for both ears
- Angled-insertion PCB design
- High conductivity terminal
- High mechanical durability
- Wide scene adaptability
Specifications
Whitepapers
Features
- High current carrying design
- High flame-retardant safety shell
- Fixed installation structure for both ears
- Angled-insertion PCB design
- High conductivity terminal
- High mechanical durability
- Wide scene adaptability
Specifications
Related Cases
Ultrasonic/Millimeter-Wave Radar Housing | Automotive ADAS System Supporting Project
The original radar housing of the ADAS perception module in domestic new energy vehicle companies faced issues such as insufficient injection molding precision, sealing failure, and deformation under high and low temperatures, leading to abnormal radar detection after water infiltration on bumpy roads. Our company has customized a modified material precision radar housing, optimized the sealing grooves and internal positioning structure, and met the automotive-grade AEC-Q reliability requirements. The housing meets the standards for shock resistance, weather resistance, and electromagnetic shielding performance. It is verified simultaneously with EPS supporting components, achieving fixed-point mass production for multiple vehicle models and significantly reducing the rework rate of radar modules.
国内知名新能源车企
