277200095302002

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Backplane connectors are primarily used to connect various Motherboards, Network Switches, and other Embedded Equipment. They are used in high speed, low-power applications, where their ability to achieve reliable connection is critical. As a result, they are an important component in system design.

277200095302002 connectors are a type of Hard Metric Backplane Connectors for high speed, low-power applications. These connectors have a high-performance barrier that isolates internal components from electromagnetic interference (EMI), and a low-inertia, single-piece design that increases system reliability and provides superior performance.

The 277200095302002 connectors are robust and reliable. They are fully-isolated, which means that they are immune to environmental factors, such as vibration, moisture and dust. They are designed with an innovative spring-loaded structure that ensures that the connection is made with the highest possible accuracy. The spring loaded structure ensures that the connectors do not need to be over-tightened in order to make the connection.

The 277200095302002 connectors are compliant with hard metric standards, such as the Institute of Electrical and Electronics Engineers (IEEE) 802.3, USB 3.0, and PCI Express. They can be used in various applications, such as in backplanes, motherboards, Ethernet switches, and embedded systems. The connectors have a 15-pin female connector that supports up to 10 Gigabit Ethernet rates. They also have a 25-pin female receptacle that supports up to five Gigabit Ethernet rates.

The 277200095302002 connectors can be used in applications that require high current, such as in motion control and industrial automation systems. They can also be used in high-speed data transmission applications, such as in dynamic random-access memory (DRAM) and semiconductor memory applications. The connectors also have a low profile design that reduces system depth and increases flexibility.

The working principle of the 277200095302002 connector is based on the ‘Current Balance Theory’. This theory states that the overall current transmission of a connector is balanced when the electrical resistance of the contacts is equalized. This is achieved by an arrangement of contact rails that are placed across the contacts. The rails are aligned to reduce the gap between the contacts, which minimizes the contact resistance of the overall connection. This enables the connectors to transfer current with greater efficiency.

The 277200095302002 connector provides an efficient and reliable connection for high speed, low-power applications. It is robust and compliant with hard metric standards, and its innovative spring-loaded structure ensures that the connection is made with the highest possible accuracy. The connectors have a low profile design that reduces system depth and increases flexibility.

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