IDC 20-Pin Dual-Row Fully-Shrouded Male Connector, Pin-Header Type, Exposed 3.2mm Gold-Plated G/F
Product Description
This 20-pin dual-row IDC male connector features a fully-shrouded design for improved alignment and mating stability. The 3.2mm exposed pins support efficient PCB soldering, ensuring reliable electrical performance in signal and low-power transmission systems.
Gold-flash/full-gold (G/F) plating enhances corrosion resistance, low contact resistance, and long-term durability, making it suitable for high-performance electronic applications.
The connector is manufactured with high-temperature resistant materials and supports customization, including pin length, plating thickness, and special PCB mounting requirements.
| Product Type | IDC 20-Pin Dual-Row Fully-Shrouded Male Connector |
| Pin Count | 20 Pins (2×10) |
| Structure | Fully-shrouded housing, exposed pin section (3.2mm) |
| Mounting Style | Through-hole / Pin-header type |
| Pitch | Standard IDC dual-row spacing |
| Material – Housing | High-temperature insulating resin |
| Material – Contact | Copper alloy |
| Plating | Gold-flash / Full gold (G/F) plating |
| Operating Voltage | Low-voltage signal & power interface |
| Current Rating | Suitable for low-current transmission |
| Contact Resistance | Low-impedance contact design |
| Insulation Resistance | High-insulation housing material |
| Durability | High cycle reliability for repeated mating |
| RoHS Compliance | Yes |
| Custom Options | Pin length, gold thickness, housing color, PCB tail length |
Applications
Industrial controllers and automation equipment
Server backplanes and communication modules
Consumer electronics and embedded systems
Automotive electronics wiring and PCB interfaces
Signal transmission, ribbon-cable assemblies, and IDC flat-cable connections
Precautions
Ensure correct pin alignment before mating to avoid damage to contacts.
Suitable for low-voltage applications only; not intended for high-power circuits.
Observe recommended soldering temperature profiles to prevent housing deformation.
Avoid excessive mechanical stress on exposed pins during assembly.
For outdoor or harsh environments, enhanced plating or sealing options are recommended.
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