62400-002

Series:	--
Packaging:	Bulk
Lead Free Status / RoHS Status:	--
Part Status:	Active
Moisture Sensitivity Level (MSL):	--
Accessory Type:	Coding Keys
For Use With/Related Products:	--
Specifications:	Pink

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Backplane Connectors - Accessories: 62400-002 Application Field and Working Principle

Backplane connectors provide a device-to-device electrical connection/interconnection within a system, consisting of conductive traces, pins, and corresponding component mountings. As opposed to a traditional wiring system, backplane connectors can provide a more reliable, faster, and more cost-effective connection between electronic components, and thus, are widely used in various applications from computers to communications systems. The 62400-002 is a widely used backplane connector fabricated by Molex. It is commonly used in high-speed FPGA switching systems due to its strong and reliable pin connection. Its use is highly advantageous in regards to power dissipation and improved signal integrity due to its enhanced shielding properties.

The Role of a Backplane Connector
Backplane connectors perform an essential role in computer systems by interconnecting devices such as CPUs, memory cards, components, and complex microprocessors. When certain devices are connected together, commonly used information and control buses such as I/O, address, and power buses act as pathways to allow the various components to be interconnected and function as a unit. The 62400-002 backplane connector is an integral part of these pathways, providing a reliable connection and efficient transmission of data between two separate components. With this in mind, we can further explore the role of a backplane connector in more detail:

The Functions of Backplane Connectors
A backplane connector performs a number of functions, both in terms of providing reliable data transmission and protecting the system from overload. These include:

• Providing high-speed data transfer between components
• Ensuring reliable and consistent power delivery to integrated components
• Reducing power dissipation and noise
• Ensuring signals remain within safe operating margins
• Providing surge protection when required
• Enhancing system performance
• Enhancing system cooling, allowing for more efficient thermal management
• Minimizing EMI emissions

It is also important to note the role of backplane connectors in providing vital shielding for sensitive components. The 62400-002 is exceptionally well-suited for providing effective shielding with its 90-degrees of shielding which reduces the impact of interference, noise, and out-of-band signals. This ensures the signal remains clean and within safe operating margins, leading to greater system performance.

Working Principle of 62400-002 Connector
When a backplane connector is used for interconnection, a number of points should be considered, such as contact resistance, maximum current ratings, and the PCB design of the system. The 62400-002 backplane connector allows for a lower contact resistance due to its design.The basic mechanism behind its performance lies in its 10 pins, which are machined in order to form 3 contact arms. This enables the connector to obtain a superior connection as opposed to a single contact, with the contact arms allowing the pins to spread evenly along the circumference of the signal pin. The contact arms distribute the contact resistance onto each of the 3 contact points. This provides greater stability and reliability when conducting signals through the connector.

Conclusion
The 62400-002 backplane connector is a reliable and strong connection for high-speed FPGA switching systems. The connector provides an excellent signal integrity with shielding, dissipates power more effectively, and minimizes emissions. The 10 pins enable it to obtain a superior connection with the contact arms distributing contact resistance onto three contact points. As such, the 62400-002 is an ideal choice for various applications where reliability, speed, and cost-efficiency are key.

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