SDL-136-TT-12

The SDL-136-TT-12 rectangular connectors are part of a series of board-to-board and board-to-cable connectors, specifically designed for telecommunications and computer networking applications. These connectors are typically used in systems where power or data is transferred between two boards which are not directly connected. The connectors feature two rows of pins on the male and female connections, with 12 pins in each row. The male and female connections are made with either an idc ribbon or lsd2-style connector.

The connectors have a pitch of 0.100” and are rated for 0.5A unloaded and 1.5A loaded current. The operating voltage range is 0.5-30V and the contact resistance is 0.25ohm max. The connector housings are made from UL94V-0 approved thermoplastic and glass-filled nylon. The contacts are gold-plated, providing superior signal integrity and reliable connections.

The working principle of the SDL-136-TT-12 rectangular connectors is quite simple. The two pins on each connector are pushed together when mated. This action forces the contact springs on the pins to expand and create a good electrical connection. The force required to mate the two connectors is provided by the two metal tabs which are placed on each side of the connector housing. When the connector is mated, the tabs are pulled together, pushing the two pins together and creating a good electrical connection.

The SDL-136-TT-12 rectangular connectors have several advantages over other types of connectors. For example, they are easy to assemble and disassemble, have a low profile which allows a small space for the connector system, require no additional tools or special installation knowledge, and provide superior electrical performance. They are also ideal for applications which require a reliable connection and reliable electrical performance.

The SDL-136-TT-12 rectangular connectors are part of a family of headers, receptacles, and female sockets developed by SDL for use in communication, telecommunications, and computing applications. These connectors provide reliable signal integrity and are suitable for a variety of applications.