1766274 - 1 backplane connectors - contacts

1766274 - 1 Application Field：Backplane connectors - contacts are designed to connect one or more printed circuit boards together and form a complete unit. This kind of hardware can be used to connect printed circuit boards together on surface mount boards, on through-hole circuit boards as well as in high speed applications.

Working Principle： Backplane connectors - contacts use a multi-pin array of electrical contacts to join two different pieces of hardware together. They are typically inserted into two different board openings and pushed together until they click into place, forming an electrical connection between the two boards. The contacts can be made of a variety of metals, such as gold, copper, nickel, and tin, with different levels of resistance to corrosion and wear. The connection between the two boards is strengthened by applying force through the contacts, as well as through the use of soldering or other techniques.

Design Features：

Backplane connectors - contacts are designed to provide a reliable, low-noise and low-cost electrical connection between two boards. The contacts are designed with a simple machined shape, allowing them to fit into tight spaces and accurately form a connection. This helps minimize the amount of force required to make a good connection. The contacts are designed to ensure good electrical contact is maintained and are also able to withstand high voltages. In addition, they are designed to provide good thermal and mechanical stability, ensuring they can keep up with rapid changes in temperature and with frequent use.

Backplane connectors - contacts are also designed to reduce noise by making use of techniques such as stiffening the contact body, improving contact angles and spacing, and making use of noise-dampening materials. This helps to reduce the chance of static interference or ground loops, making them suitable for high-speed applications.

Advantages：

The main advantage of backplane connectors - contacts is their cost-effectiveness, making them a good option for a range of applications. They also provide good electrical contact while minimizing the amount of force required to make a connection, allowing them to be used in tighter spaces. Their noise-dampening features make them well-suited to high-speed applications, such as those in datacenters. They also provide good thermal and mechanical stability, making them suitable for applications that require frequent use.

In conclusion, backplane connectors - contacts are a good choice for applications that require high-speed electrical connections between two boards. They provide good electrical contact, are cost-effective, and are designed to reduce noise. They are also designed to provide good thermal and mechanical stability, making them suitable for a variety of applications.