5-5316464-0

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Rectangular Connectors - Arrays, Edge Type, Mezzanine (Board to Board) are electrical connectors that are commonly used to accomplish signal transmission in a variety of consumer and commercial applications. While there may be slight variations in type and shape, most Rectangular Connectors - Arrays, Edge Type, Mezzanine (Board to Board) follow a basic design wherein multiple pins or contacts are mounted on a board and available for connection with a mating adapter or socket. Popular applications include computers, portable electronics, communications equipment, home automation, and medical equipment.

The 5-5316464-0 Rectangular Connectors - Arrays, Edge Type, Mezzanine is one example of a board to board connector system. These connectors feature a 50 position array, headers and receptacles, and are design for high density, high density mounting. The overall assembly height of the 5-5316464-0 is 0.100”, with the board to board spacing of 0.100" for mounting. The metal alloy contacts used for these devices are 0.60" in length and designed to mate with a 0.50" width mounting socket.

The 5-5316464-0 is engineered specifically for reliable transmission and connection of electrical signals between other PCBs and Peripheral component Interconnect Express (PCIe™) Cards. This is accomplished by superior contact reliability and an optimized board to board spacing. To improve the contact reliability, the 5-5316464-0 board has a minimum contact point area of 0.25mm2, which ensures a consistent and secure electrical connection. In addition, the spring-loaded tabs increase the resistance of the contacts so that they remain secured to the socket and in-place during vibration or temperature fluctuations.

The 5-5316464-0 boarding is designed to have a low profile, making it suitable for applications where space is limited. The board to board spacing can be adjusted depending on the application in order to meet the needs of the circuit protection and signal routing specifications of the device. Utilizing these connectors, manufacturers can ensure design flexibility and improved performance for a wide variety of industrial, residential, and commercial engineering projects.

The 5-5316464-0 board operates on the principles of contact compatibility and secure contact reliability to ensure reliable transmission of electrical signals and system performance. At the core of this principle, is the concept of contact, which is what allows the signals to travel in one direction. The contacts must have a low resistance and electrical current resistance that are designed for compatibility with the mating counter connectors. This ensures that the signal is consistently transmitted with minimal noise.

The 5-5316464-0 is made from high quality materials to ensure durability over a long service life. Aluminum alloy contacts are used to provide outstanding contact reliability as well as allowing for a wide range of materials to be used. The contacts are finished with uniform coats of tin for resisting oxidation and other environmental hazards. The connector’s body is constructed of high-strength plastic and features a low profile design.

The 5-5316464-0 connector is designed to meet a variety of high-speed requirements. This system is capable of supporting data rates of up to 8.5 gigabits per second. Additionally, the signal traces have a nominal impedance of ≤ 85Ω, providing a high signal quality and reliable data transmission. Lastly, the 5-5316464-0 is designed to withstand vibrations up to 0.22g, making it suitable for use in rough environments.

In conclusion, the 5-5316464-0 Rectangular Connectors - Arrays, Edge Type, Mezzanine is a reliable board to board connector system that is designed to withstand the harshest of conditions. Its low profile design and adjustable board to board spacing make it suitable for a wide variety of applications. Furthermore, the contacts are constructed of high-quality aluminum alloy and finished with a uniform coat of tin to resist oxidation and environmental hazards. Lastly, the connectors are designed to provide a reliable means of transmitting electrical signals, with a maximum data rate of 8.5 gigabits per second and a low-noise signal impedance of ≤ 85 Ω.

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