51700-10400804AALF

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Backplane connectors are specialized devices designed to facilitate the communication between two systems. They are designed for high-speed data transmission, and industry-standard protocols. This paper will explore the application field and working principle of 51700-10400804AALF backplane connectors.

Backplane connectors can be used in many fields, such as telecommunications, industrial automation, military/aerospace, medical, defense and many more. It is a perfect choice for the most demanding applications and reliable data transmission requirements. In terms of application of 51700-10400804AALF backplane connector, it is an ideal choice for high multidrop interconnection systems. Its low cross talk on twist and integrated "less-than-perfect" termination impedance makes it suitable for 2-11 unit configurations. This backplane connector has the ability to operate with a 0.8 V or RSS minimum isolation voltage.

The 51700-10400804AALF backplane connector consists of two main elements: an outer shell, and electric contacts. The outer shell is made up of a dielectric material such as silicone, plastic or glass, with conductive pads attached to it. These pads form the physical connection between the two systems. The electric contacts allow the signals to be transferred between the two systems, and these can consist of pins, shields, or contact surfaces.

The outer shell is designed to protect the onboard electric contacts from external elements, such as electromagnetic interference, shock, vibration, and humidity. The high cost of these backplane connectors ensures that they are robustly built to be able to withstand harsh environmental conditions and last longer. The contacts, on the other hand, are designed to provide a reliable connection between two systems that meets all functional requirement.

The working principle of a 51700-10400804AALF backplane connector is quite simple. The electric contacts are designed to provide a path of low resistance between two systems. When a signal or data is transmitted from one system to the other, the signal travels through these contacts, allowing the two systems to communicate without any interference. The outer shell also provides protection to the onboard electric contacts, keeping them shielded from external elements and reducing the chances of any signal interference.

In conclusion, the 51700-10400804AALF backplane connector is an ideal choice for high multidrop interconnection systems due to its low cross talk on twist and integrated "less-than-perfect" termination impedance. Its robust outer shell protects the onboard electric contacts from external interference, ensuring reliable communication between two systems. With its reliable and robust design, this backplane connector is an excellent choice for the most demanding applications and reliable data transmission requirements.

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