5-1645509-1

The 5-1645509-1 backplaneconnector is a specialized part used primarily in telecommunications and telecommunication related systems.

The compact design of these connectors makes them ideal for a variety of applications. They are typically used for applications requiring a high speed data connection, such as digital video or voice. The 5-1645509-1 backplane connector is also well suited to a variety of industrial applications such as data processing, medical imaging, and robotics.

The 5-1645509-1 backplane connector is particularly well suited for telecommunications systems due to its ability to support multiple I/O (input/output) channels simultaneously. The connector has a single contact board which can be configured to support up to 16 channels, allowing for data speeds of up to 8 Mbps (megabits per second). This makes it ideal for applications such as high speed Ethernet or Fibre Channel systems.

The 5-1645509-1 connector also features a removable locking mechanism which is designed to ensure that the assembly is securely held in place. This feature is important for applications that require precise connection tolerances. The connector also has a flex-design which allows for easier installation in tight spaces or in difficult to access locations.

The working principle of the 5-1645509-1 backplane connector is a fairly simple one. The contact board is connected to the PCB (Printed Circuit Board) on one end with a series of conductive pins, while the other end has a series of springy contacts which the electrical signals pass through. When the signal is applied to the connector, the springy contacts lightly expand allowing the signal to pass through. The signal is then routed through the PCB and out the other side of the contact board.

The 5-1645509-1 backplane connector is a reliable and highly versatile device. Its ability to support multiple I/O channels makes it ideal for a wide variety of applications. It also features a reliable locking system which ensures that the assembly is securely held in place. Finally, its flex-design allows for easier installation in tight spaces. This makes it a great solution for a variety of telecommunications and other industrial applications.