CP2-SB110-1-FJ

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Backplane Connectors – Hard Metric, Standard provide the link between printed circuit boards (PCBs) and create a signal throughout the PCB. CP2-SB110-1-FJ are part of the Hard Metric family and are sui table for 12.7mm Backplane connectors.

The CP2-SB110-1-FJ backplane connector is a standard type, meaning it can accommodate both Hard Metric and Standard connectors. It features a 2-row (2x5) male pin connector and a 50 mil female socket. The CP2-SB110-1-FJ is designed for high voltage applications and offers a wide range of features such as:

• High temperature resistance
• Low crosstalk
• High-speed signal transmission
• Integrated floating design
• Circuit tier design
• Signal retimer capable

The CP2-SB110-1-FJ backplane connector is used in applications that require high speed data transmission, such as servers, storage and networking equipment. It supports up to 25 Gb/s data transfer rates and is compliant with many standards including TIA/EIA, PICMG, VITA, SFF-8669 and others.

The CP2-SB110-1-FJ Backplane Connector is a two-piece, contact-less design, with a high temperature resistant contact shield. It consists of two metal shells, the external shell and the inner guide shell. The external shell is the most visible part of the connector and it is responsible for ensuring proper contact between the mating components. The inner guide shell guides the contacts and isolates them from each other. This ensures that high speed signals are transmitted with less crosstalk and interference.

The connector is also designed with an integrated floating design that helps reduce signal losses and improve power usage efficiency. The signal retimer capability within the connector also ensures improved signal integrity and reduces unwanted reflections.

The CP2-SB110-1-FJ Backplane Connector is designed to be used in equipment that require high speed data transmission, such as servers, storage and networking equipment. It has a number of features that make it suitable for use in these applications, such as high temperature resistance, low crosstalk, high-speed signal transmission, integrated floating design, circuit tier design and signal retimer capability.

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