FX4C2-60S-1.27DSAL(71)

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The FX4C2-60S-1.27DSAL(71) is a type of rectangular connector belonging to the Arrays, Edge Type, Mezzanine (Board to Board) array. These kinds of connectors are mainly used for securing terminations in the space constraints found in modern day computer motherboards and support other components as well. They are most commonly found in the form of right angle end soldered into the corner of a printed circuit board (PCB), which allows for a more efficient use of available space.

The FX4C2-60S-1.27DSAL(71) is considered to be one of the more efficient types of connectors due to its pin count and accuracy. It has a connector pin count of 60, which is considerably more than other kinds of Arrays which have more available pin counts. In terms of accuracy, due to the use of the 0.127mm pitch, the FX4C2-60S-1.27DSAL(71) connectors offer a more stable signal transmission, as well as less interference and crosstalk, as compared to other kinds of connectors that use a higher pitch.

As for its application field, the most common places where the FX4C2-60S-1.27DSAL(71) connectors are used include in personal computers, networking equipment, and telecommunications equipment. They are also commonly found in many consumer electronic devices such as audio and video players, as well as in more industrial applications such as in aerospace, medical, and automotive applications.

Further, the FX4C2-60S-1.27DSAL(71) connectors also offer high temperatures of accuracy and stability due to the plating gold finish. The connectors also have a high retention force that prevents them from coming loose from the PCB. This ensures a secure electrical connection between two components in a climate controlled environment.

The other key aspect of this type of connector is its working principle. The connector itself is composed of two parts, the main body and the terminals. The main body is a metal strip with pins that fit into the terminals, which are insulated from each other. The terminals are then connected to the board by soldering them to the printed circuit board. When the pins of the main body are inserted into their corresponding terminals, the electrical signals are then transmitted from the board to the main body and vice versa.

In conclusion, the FX4C2-60S-1.27DSAL(71) connectors are among the most efficient connectors available on the market. They provide better stability, less interference, and crosstalk. They also offer a higher retention force to ensure an effective electrical connection between components. Moreover, these connectors are found in the majority of electronics applications, and have a working principle based on the main body and terminals, which are connected by soldering.

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