1648110-1

Backplane connectors are a type of electronic chassis mount interface used to connect different circuit boards in a variety of electronic devices. Housings, the most basic type of backplane connectors, are primarily used for shielding and protecting the internal components. 1648110-1 housings are designed to accommodate four (4) flat contacts per side in a rectangular shell pattern. They feature a time saving “mouse-ear” latching system to securely fasten circuit boards during connection.

The 1648110-1 hard plastic housing has two rows of connector pins, with a 4-position design on each side. It features an interference-free cover that provides flexibility for automated soldering processes. Additionally, the 1648110-1 housing has a self-locking design that allows for secure connections.

The primary application of the 1648110-1 is in audio/video systems, communications applications, instrumentation, and computing. The connectors also work well with both flat and round cables. With its middle key design, the user is able to protect against misapplication and ensure the correct contact type is being used.

The working principle of 1648110-1 backplane connector housings is quite straightforward. When the two circuit boards are connected, the housings lock them together with a sliding mechanism. The shells have a raised contact that fits into the notch of the other shell, forming a durable mechanical joint. To ensure signal integrity, the contact area is lined with a conductive material, such as gold or copper. This ensures that the join is electrically sound.

The 1648110-1 backplane connector housings are designed to provide users with a reliable, economical solution for protecting their sensitive electronic components. They are dependable, and have a high tolerance to vibration, shocks, and temperatures. Additionally, the time saving mouse-ear latching system eliminates the need for manual screwdriver tightening.

In conclusion, the 1648110-1 backplane connector housings are a great option for anyone looking to securely fasten their circuit boards while shielding their components from dust, dirt, and other potential damages. Their self-locking design provides a reliable connection, while their interference-free cover offers flexibility for automated soldering processes. With their simple working principle and robust construction, these housings are a great choice for a variety of applications.