53612-S10-8LF

Rectangular Connectors - Headers, Male Pins are components widely applied in domains like electrical and electronic applications. Among them, 53612-S10-8LF be one of the most common ones. This article will introduce the application fields and working principles of 53612-S10-8LF.

The 53612-S10-8LF is a commercial 10-pin header with a single row, 8 mm pitch. It has a black UL94V-O rated plastic sleeve that is overmolded directly onto the right angle gold plated U-turn pin. Each pin has gold plating for maximum longevity and superior resistance to corrosion. The bottom of the header is filled with a reinforced epoxy that filled any exposed metal surfaces, which makes the connector especially durable and provides an effective barrier against moisture and chemical contamination.

The 53612-S10-8LF is mainly applicable to the assembly of plugs, jacks, connectors, cables, and many other electronic products. It can be used for automated insertion of circuits with surface mount technology, like soldering. It is widely applied to the fields of telecommunications, consumer electronics, medical instrumentation, automotive, aerospace, and other similar applications.

As for the working principle, it is simple. The polarized pins provide alignment for insert and easy mating. Through the middle plastic sleeve, it is able to hold the pins firmly and keep its alignment when plugging in. The gold plating of each pin ensures the connection is securely faster and gold plating acts as a barrier against corrosion, which extends product life and use cycles. With the reinforced epoxy, it ensures secure and reliable contact area for greater conductivity. Thus, the 53612-S10-8LF header provides many advantages such as reduced space requirements, stable performance and good connection to complete quality circuit assembly.

In conclusion, the 53612-S10-8LF is a widely utilized commercial 10-pin header with a single row 8 mm pitch, which presents many advantages due to its polarized pins, gold plating, and reinforced epoxy. By its flexible design, it is suitable for a great variety of electronic assemblies in telecommunications, consumer electronics, medical instrumentation, automotive, and aerospace.