BTFW14P-3SBTAE4LF

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Rectangular Connectors - Arrays, Edge Type, Mezzanine (Board to Board)

BTFW14P-3SBTAE4LF is a type of edge mount array mezzanine connector from Molex Japan, a recognized leader in the world of mass-termination technology. The BTFW14P-3SBTAE4LF is ideally suited for high-speed data transmission applications, featuring a limited number of pins and high signal integrity.

This edge mount array mezzanine connector offers a unique set of features including a full latching capability, rugged construction, and high mating integrity that is suited for a wide range of applications.

Applications

The BTFW14P-3SBTAE4LF can be used in a host of applications including industrial electronics, automotive, telecommunications, military/aerospace, automotive computing and consumer electronics. It is designed to meet optical performance requirements for data transmission of up to 25Gbps.

The connector is also useful for connecting server boards, backplanes, FPGAs, and other high-speed digital applications. It is rated for 1.28A maximum current and has a 2.54 mm pitch. The contact size is 12.5 mm and the rated voltage is 200V AC.

Features

The BTFW14P-3SBTAE4LF offers a few distinct features that make it ideal for high-speed transmission applications. These features include:

• A one-piece design, providing a low profile with no possibility of contact mating errors or disruption of signal integrity.
• Active latching providing positive mating of the plug contacts.
• Blade contact structure for exceptional signal contact.
• Patented mechanical keying feature, which eliminates mating mistakes.

Working Principle

The connector works by allowing for stress-free mating, with the active latching providing the necessary retention force to secure a reliable connection. The energy-sinks between mating surfaces provide an increased contact engagement area, improving contact-to-contact mating and aiding in the prevention of cold-work and fretting wear. The keying feature prevents the wrong part being plugged into the wrong port.

The active latching also allows for secure connection even in the presence of shock and vibration. The connector’s design features a snap-on latching mechanism which prevents accidental disconnection. The force required to disconnect the connector is greater than the force required to mate it.

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