Product Description
This 2.0 mm pitch PCB connector provides a compact solution for combined signal and low-power transmission on densely populated boards. The vertical through-hole design with robust copper-alloy pins ensures strong solder joints and reliable electrical performance under vibration or thermal cycling. Integrated positioning pegs lock into the PCB for precise assembly and help maintain coplanarity during soldering. The high-temperature, flame-retardant housing supports lead-free reflow and wave solder processes. Multiple plating and pin-count options are available, making this connector suitable for customized wire harness interfaces and OEM/ODM projects.
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| Connector type |
Wire-to-board / board-to-board male connector |
| Number of positions |
8 pins (other pin counts available on request) |
| Pitch |
2.0 mm |
| Mounting style |
Through-hole, vertical to PCB |
| Termination |
Solder pins for wave or selective soldering |
| Locating features |
Two metal positioning pegs for accurate PCB alignment |
| Contact material |
Copper alloy |
| Contact plating |
Tin or optional gold over nickel |
| Housing material |
High-temperature thermoplastic, UL94-V0 |
| Rated voltage |
125 V AC/DC (reference design) |
| Rated current |
2–3 A per contact (application dependent) |
| Insulation resistance |
≥ 1000 MΩ at 500 V DC (typical) |
| Dielectric withstand |
1000 V AC for 1 minute, no breakdown (typical) |
| Operating temperature |
−40 ℃ to +105 ℃ |
| PCB thickness range |
1.2–1.6 mm (custom on request) |
| RoHS / HF / REACH |
Compliant, halogen-free options available |
| Customization options |
Pin length, pin count, plating thickness, housing color, logo, packaging |
Applications
Automotive electronic modules, control units, battery management boards
Industrial controllers, PLCs, power supplies and instrumentation PCBs
Server and storage boards requiring compact signal/power headers
Consumer and household appliances, HVAC controllers, smart meters
Custom cable assemblies where a low-profile board connector is needed
Precautions
Verify that voltage and current in the application do not exceed the recommended ratings to avoid overheating or contact damage.
Follow the recommended PCB footprint and drill size for the pins and pegs to ensure stable mechanical retention and proper solder fillets.
Avoid excessive insertion or extraction force on mated harnesses; support the board mechanically if frequent mating cycles are expected.
Store and process the connectors in dry conditions; excessive moisture may affect solderability of the tin or gold-plated terminals.
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