SEAF-20-05.0-S-05-1-A-K-TR

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The SEAF-20-05.0-S-05-1-A-K-TR is a type of rectangular connector from the Arrays, Edge Type, Mezzanine (Board to Board) category. It is a female Right-Angle, surface mount, single row connector with 20 positions. It is featured with a 0.050” (1.27mm) pitch and a 2.00mm height when mated. The part is made of UL94V-0 standard black glass-filled polyester thermoplastic and solid tin plated copper contacts.

This type of connector is typically used in industrial control systems, communications and networking, computer peripherals, gaming products, medical and military products, broadcast products, instrumentation systems, as well as data storage solutions. Furthermore, because of their exceptional dependability, they are extensively used in high-speed, high-volatility environments where connectivity is vital. Their design makes them ideal for applications in which size and weight reduction are key factors.

The SEAF-20-05.0-S-05-1-A-K-TR is RoHS-compliant and features a positive latching feature which ensures that the mating is secure and reliable. It has a maximum operating temperature of +105°C and a maximum voltage rating of 50V AC/DC. Its durability is tested for a minimum of 500 mating cycles and has a UL 94V-2 flammability rating.

This type of connector is designed with a reciprocal electrical design which offers uniform and precise contact sizes within the assembly. This allows for unsurpassed electrical performance and reliable connections. The contacts are positioned on a two-piece stamped metal design, eliminating the need for connectors to fit into narrow grooves, which reduces the risk of misalignment or damage. The receptacle contacts are then fitted with through-hole pins, which ensures that the connections are firmly secured.

The SEAF-20-05.0-S-05-1-A-K-TR offers cost-effective and reliable mounting options for all sorts of PCB applications. With its low profile design and high shock and vibration standards, it ensures excellent electrical performance in even the most demanding circumstances. Its superb design and efficiency make it an excellent option for most modern electronic applications.

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