Jiangsu Profile
Product List
3871. 400A, 1600V, Rectifier Module Mdq400A16 
[Apr 29, 2025]
[Apr 29, 2025] We supply 400A,800-1600V RECTIFIER MODULE MDQ400A08-MDQ400A16 400A,1600V,MDQ400A16 Datasheet Product Pictures PRODUCT ...
3872. 60A, 1600V, Rectifier Module Mds60A16m6z [Apr 29, 2025]
[Apr 29, 2025] We supply 60A,800-1600V RECTIFIER MODULE MDS60A08-MDS60A16 60A,1600V,MDS60A16 Datasheet Product Pictures PRODUCT ...
3873. 50A, 1600V, Recrifier Module Mds50A16m6z [Apr 29, 2025]
[Apr 29, 2025] We supply 50A,800-1600V RECTIFIER MODULE MDS50A08-MDS50A16 50A,1600V,MDS50A16 Datasheet Product Pictures PRODUCT ...
3874. 0.5mm Tinned Copper Alloy Wire – Stable Current Transmission [Apr 29, 2025]
[Apr 29, 2025] Product Description 0.5mm Tinned Copper Alloy Wire - Stable Current Transmission is specifically engineered to provide consistent electrical conductivity and enhanced corrosion resistance in medium-gauge wiring ...
3875. Bulk Supply Tinned Copper Alloy Wire – Ideal for Industrial Cabling [Apr 29, 2025]
[Apr 29, 2025] Product Description Bulk Supply Tinned Copper Alloy Wire - Ideal for Industrial Cabling is designed for large-scale applications that demand high conductivity, superior corrosion resistance, and mechanical strength. ...
3876. High-Purity Tinned Copper Alloy Wire – Customizable for Fine Wiring [Apr 29, 2025]
[Apr 29, 2025] Product Description High-Purity Tinned Copper Alloy Wire - Customizable for Fine Wiring is specially manufactured to support applications requiring exceptional electrical conductivity, corrosion resistance, and ...
3877. Tinned Copper Alloy Wire – Precision Core for PCB Assembly [Apr 29, 2025]
[Apr 29, 2025] Product Description Tinned Copper Alloy Wire - Precision Core for PCB Assembly is engineered for fine electronic manufacturing, where stable conductivity, excellent solderability, and precise dimensional control are ...
3878. Factory Price Tinned Copper Alloy Wire – 0.12mm Single Strand [Apr 28, 2025]
[Apr 28, 2025] Product Description Factory Price Tinned Copper Alloy Wire - 0.12mm Single Strand offers a cost-effective solution for fine wiring applications where stable conductivity, excellent corrosion resistance, and mechanical ...
3879. Customized Automotive Low Voltage Acquisition Harness [Apr 28, 2025]
[Apr 28, 2025] Industrial,Medical,Electric,New Energy,Automotive ,PV ,Power,Battery Wire Cable Harness OEM ODM Customize. Feel free to contact with us, if you ever needed to consider your wire harness solution. Product ...
3880. Gold-Plated Copper Alloy Wire – Custom OEM Service for Industrial Assembly [Apr 28, 2025]
[Apr 28, 2025] Product Description Gold-Plated Copper Alloy Wire - Custom OEM Service for Industrial Assembly is designed to meet the specialized needs of industrial manufacturers seeking tailored wire solutions for critical assembly ...
3881. Gold-Plated Copper Alloy Wire – Braiding Core for EMI Shielding [Apr 28, 2025]
[Apr 28, 2025] Product Description Gold-Plated Copper Alloy Wire - Braiding Core for EMI Shielding is engineered to provide superior electromagnetic interference (EMI) shielding performance while maintaining excellent flexibility, ...
3882. 200A, 600V, Rectifier Module Murp200600 [Apr 28, 2025]
[Apr 28, 2025] 200A,600V,MURP200600 Datasheet Product Pictures PRODUCT SERIES Type VRRM IRRM lo Tc lF(AV) lF(RMS) IFsM VFM VTo Rm(re) Rm(ch) ...
3883. 19× 0.05mm Gold-Plated Copper Alloy Stranded Wire for Miniature Coils [Apr 28, 2025]
[Apr 28, 2025] Product Description 19×0.05mm Gold-Plated Copper Alloy Stranded Wire for Miniature Coils is precision-engineered for ultra-compact coil winding applications that demand superior flexibility, stable conductivity, ...
3884. 200A, 400V, Module Rectifier Murp200400 [Apr 28, 2025]
[Apr 28, 2025] 200A,400V,MURP200400 Datasheet Product Pictures PRODUCT SERIES Type VRRM IRRM lo Tc lF(AV) lF(RMS) IFsM VFM VTo Rm(re) Rm(ch) ...
3885. 100A. 600V, Rectifier Module Murp100600 [Apr 28, 2025]
[Apr 28, 2025] 100A,600V,MURP100600 Datasheet Product Pictures PRODUCT SERIES Type VRRM IRRM lo Tc lF(AV) lF(RMS) IFsM VFM VTo Rm(re) Rm(ch) ...
