5535512-2

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Rectangular connectors are typically used in electronic products that need to connect two electronic devices. They provide a reliable solution to the challenge of connecting those devices where space is limited, and cost and durability are design considerations. Headers, Receptacles, Female Sockets are all varieties of the rectangular connector. The 5535512-2 is a two-row female socket type of rectangular connector, and its application field and working principle can be understood from this article.

Application Field of 5535512-2

The 5535512-2 is designed to connect two electronic devices using a 2-row, 30-contact female socket perpendicular to a printed circuit board (PCB). It is commonly found in electronic products such as computers, medical devices, consumer electronics, amongst others, and is specifically designed for applications in which space is limited. As a space-saving device, it is mostly used in embedded systems and consumer electronics like cell phones, tablets, and other portable electronic gadgets.

In more specific applications, the 5535512-2 is suitable for automotive, instrumentation, lighting, telecommunications, and aviation products. By using the 5535512-2 as opposed to larger rectangular connectors, these products are able to reduce their size and weight, thus allowing them to become smaller and more cost-effective.

Working Principle of 5535512-2

The 5535512-2 operates using a push-in locking mechanism, which secures the connection with enough force to ensure a reliable electrical signal. This locking mechanism works in the following way: a plastic release lever is provided on the edge of the socket, which needs to be pushed inwards. This in turn causes a spoke-like peripheral part to be forced radially inward, as well as a longitudinally moving wedge-like component. This inward movement is what begins the locking mechanism.

Through the inward movement described above, the contact receiving area of the male connector is gradually narrowed from the inside, while the contact engaged area of the female connector is widened on the outside. Eventually, the narrow portion of the male connector and the widened section of the female connector meet. At this point, the connection is complete and the push-in locking mechanism is engaged, locking the two devices firmly in place.

At the same time, excellent contact reliability is also guaranteed through the use of special contact elements, which are embedded into the pin positions of the connector. The contact elements are composed of an elastic material, which increases the contact force between the male and female connectors, thus ensuring a better connection between them.

Conclusion

In conclusion, the 5535512-2 is a two-row female socket-type rectangular connector, and its application field and working principle have been outlined in this article. Due to its small and compact size, the 5535512-2 can offer a reliable and cost-effective solution for addressing the challenge of connecting two electronic devices in tight spaces. This makes it well-suited for used in embedded systems and consumer electronics, as well as other fields such as automotive, instrumentation, lighting, and telecommunications. Additionally, the push-in locking mechanism of the 5535512-2 ensures a secure and durable connection between the male and female connectors.

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