High-density D-sub standard connectors with 15 to 78 right-angle contacts are designed to maximize connectivity within limited space. These connectors offer a greater number of contacts in the same industry-standard shell size, allowing engineers to transmit more data signals without increasing panel space or cutout size. This compact, high-performance design is ideal for space-constrained systems.
Engineered for reliable signal integrity and rugged environments, high-density D-sub connectors are widely used in industrial control systems, network equipment, aerospace, telecommunications, and medical devices. Whether you’re upgrading existing designs or building complex systems from scratch, these connectors offer a cost-effective, high-efficiency solution.
High-density D-sub standard connectors with 15 to 78 right-angle contacts are designed to maximize connectivity within limited space. These connectors offer a greater number of contacts in the same industry-standard shell size, allowing engineers to transmit more data signals without increasing panel space or cutout size. This compact, high-performance design is ideal for space-constrained systems.
Engineered for reliable signal integrity and rugged environments, high-density D-sub connectors are widely used in industrial control systems, network equipment, aerospace, telecommunications, and medical devices. Whether you’re upgrading existing designs or building complex systems from scratch, these connectors offer a cost-effective, high-efficiency solution.
Material | Insulator material | PBT+30% G.F (UL94V-O) |
Insulator color | Black/Blue (can be customized) | |
Contacts material | Phosphor copper | |
Contact plating | Gold finish over nickel | |
Shell material | Steel/SPCC-SD, nickel or tin plated | |
Electrical | Dielectric rating | 300V AC |
Current rating | 3 AMP | |
Contacts OD | ∮0.76 | |
Contact resistance | 15mΩ Max | |
Insulation resistance | 1000MΩ Min at 500V DC | |
Mechanical | Dielectric strength | 750V AC rms at 1 minute |
Insertion force | ∮0.76: 0.3~2N /Pin | |
Extraction force | ∮0.76: 02 N /Pin min | |
Durability | 500 cycles | |
Operating temperature | -55°C to +105°C |