17151692002

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Backplane connectors, such as the 17151692002, are part of the electrical wiring between components of a computer. They are used to attach two devices together, creating an electrical connection. These types of connectors are typically affordable and easy to install, making them an ideal solution for the expanding number of data-driven devices on the market. Backplane connectors come in two main categories: hard-metric and standard.

What is a Hard-Metric Backplane Connector?

A hard-metric backplane connector, such as the 17151692002, is designed to meet the requirements of the IEEE 802.3 specification. This type of connector works with high-speed data transmissions, supporting data rates of up to 10 Gigabits per second (Gbps). This is an important feature for many applications, including broadcast, server, and telecom systems. To guarantee reliable performance, hard-metric backplane connectors use ground contacts for each signal line, so that power and extra shielding is evenly distributed.

The pin count for this type of connector ranges from 24 to 144, depending on the application and the requirements of the device. They are often used in a variety of devices, from servers and switches, to routers and cable modems. Furthermore, they offer optical and electrical contacts, plus indicators that provide easy visual feedback to show when a connection has been made and is working correctly. This is useful for both users and technicians who need to troubleshoot an issue.

What are Standard Backplane Connectors?

Standard backplane connectors such as the 17151692002 come in many variations, with different pin counts and sizes that match the needs of the application. Generally, they are categorized as either laminated or non-laminated, based on whether or not the contacts are encased in a molded plastic housing. The choice of a laminated or non-laminated connector depends on the application, and the types of signals that need to be transmitted.

Standard backplane connectors also use ground contacts, which is important for ensuring a reliable connection. However, the ground contacts are not as advanced as those found on hard-metric connectors, so they may not be able to support high-speed data rates. This makes them ideal for applications that don’t require high data rates, such as communication and automation equipment. They are also widely used in LED lighting systems, medical equipment, and automotive applications, where reliability is key.

Pros and Cons of Backplane Connectors

Backplane connectors are reliable and cost-effective solutions for connecting different devices, but they do have some drawbacks. One of the main problems with backplane connectors is that they are difficult to troubleshoot and modify once installed. This is because the pins must be soldered into the backplane, and any damage to the pins could cause a permanent break in the connection.

On the other hand, backplane connectors are highly reliable, and have the added advantage of supporting a variety of signal types. This makes them useful for applications that require different types of connections, such as lighting, audio, and communication. Additionally, the ground contacts help to reduce interference, thus providing clean, noise-free signals.

Conclusion

Backplane connectors, such as the 17151692002, come in two main categories: hard-metric and standard. While hard-metric connectors are designed to provide reliable performance in high-speed applications, standard connectors are better suited for applications that require lower data rates and fewer connections. While backplane connectors have some drawbacks, they offer reliability and ease of install, making them an efficient and cost-effective solution for connecting components of a computer.

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