SSW-106-02-G-D-RA-001

SSW-106-02-G-D-RA-001 is a type of rectangular connector header. It is used to transfer electrical signals between two devices. The header comprises two parts, the receptacle and the female socket. The header consists of 1 or more rows of pins or leads that can be connected to the board. The connections are usually made with solder and wire, although some products have different connection methods.

Application Field

The SSW-106-02-G-D-RA-001 is commonly used in consumer and industrial electronics. It is suitable for a wide range of applications such as interconnecting printed circuit boards (PCB) and providing an external connection point for electrical signals. The header is also used in telecommunications, desktop computers, notebooks, servers and laptops.

Working Principle

The SSW-106-02-G-D-RA-001 works on the principle of being able to provide connection and electrical signal pathways between two boards. The pin design of the header ensures electrical contact and stable mating. The electrical signal is transferred through the pins which are soldered on the two boards that the SSW-106-02-G-D-RA-001 is connected between. The leads provide contact between the receptacle and the female socket, allowing the electrical signals to be transmitted to the other board.

The connection between the two boards is maintained by appropriately spaced PCB bridges andinsulated holes drilled through both boards. The insulation of the SSW-106-02-G-D-RA-001 ensures the electrical signal pathway is free from interference. The header is designed to remove the risk of short-circuiting or arc faults.

Conclusion

The SSW-106-02-G-D-RA-001 is commonly used in consumer and industrial electronics and provides an external connection point for electrical signals. It works on the principle of providing connection and electrical signal pathways between two boards, which are held in connection with appropriately spaced PCB bridges and insulated holes. The insulation of the SSW-106-02-G-D-RA-001 ensures the electrical signal pathway is free from interference and removes the risk of short-circuiting or arc faults.