SEAF-25-05.0-S-04-2-A-K-TR

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Rectangular Connectors - Arrays, Edge Type, Mezzanine (Board to Board) are connectors which are specifically designed to interconnect two printed circuit boards (PCBs) at right angles so as to form a compact and efficient electronic module. The SEAF-25-05.0-S-04-2-A-K-TR Connector is one such connector typically used in the electronics and computing industry.

The SEAF-25-05.0-S-04-2-A-K-TR Connector is a 25-pin two-row array type connector, with a 5mm x 5mm pitch. It features remarkably low profile and a standard 4-ply header connector suitable for different reliable card mating styles. It utilizes a surface-mount compatible design for efficient signal transmission and low cost assembly.

The particular SEAF-25-05.0-S-04-2-A-K-TR Connector uses two different coding systems in order to ensure correct orientation and high-reliability. One of these coding systems is the so-called Keyed or \'K\' Coding system, which uses a specialized key configuration on the contacts to guarantee a proper fit. The other coding system is the A coding system, which is a double index pattern on the contact\'s tail for proper orientation.

The SEAF-25-05.0-S-04-2-A-K-TR Connector also features a hermaphroditic contact design, which ensures an easy and reliable mating procedure. In addition, the connector comes with a positive EMI/RFI saddle shield for greater electrical shielding and EMI/RFI reduction.

The SEAF-25-05.0-S-04-2-A-K-TR Connector primarily operates as a cost-efficient interconnect solution for mass-produced PCBs. It is usually employed in various computing applications, such as consumer and professional systems, industrial computer systems, medical computing systems and complex 3D virtual reality machines.

Due to its low profile, strong electrical shielding and reliable mating procedure, the SEAF-25-05.0-S-04-2-A-K-TR Connector is an ideal interconnect solution for high-density applications. Its low-cost production and simple assembly procedure make it a valuable tool for the electronics and computing industry. It can be easily mated with a variety of printed circuit boards with a compatible design and is highly resistant to shock and vibration.

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