1489128-5

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Backplane connectors are important components for electrical systems. The 1489128-5 backplane connectors are mechanical links with electrically-conductive elements. They are designed to connect printed circuit boards (PCBs) together. These backplane connectors are mainly used in telecommunications, industrial, and data communication applications.

The 1489128-5 connectors are referred to as surface mount technology (SMT) contacts. They are made in a range of lengths and configurations. They are made with a combination of tin-plated contacts, a black terminated body, and a black plastic housing. They feature a solder tail with two mounting holes.

The design of the 1489128-5 backplane connectors make them highly reliable in electrical systems. The contacts are designed to snap in place, which makes them quick and easy to install. They are also designed to prevent corrosion due to exposure to humidity. The contacts are also compatible with a variety of printed circuit board material.

The 1489128-5 backplane connectors have a number of applications. They are commonly used in telecommunications, industrial, and data communication systems. They are also used in video and audio systems, electrical appliances, automotive systems, and other electronic application.

The working principle of the 1489128-5 backplane connectors is simple. The contacts are designed to be inserted into a printed circuit board. The contacts are then soldered to the board. The contact pins are then connected to other components in the system. This allows the PCB to be connected to other parts of the system.

The 1489128-5 backplane connectors are a reliable and efficient way to connect printed circuit boards together. They are designed to prevent corrosion due to humidity, making them an ideal choice for applications where dampness is present. They are also easy to install and compatible with a variety of PCB materials. They can be used in a variety of applications, such as telecommunications, industrial, and data communication systems.

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