M1FXK-6440K

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Rectangular Cable Assemblies are widely used in contemporary electronic systems. This type of assembly offers a reliable way to reduce wiring complexity, minimize environmental impact, and free up valuable board space. One of these assemblies is the M1FXK-6440K, which can be found in many telecom and high-density computing systems.

The M1FXK-6440K is a 6-position rectangular, rigid-flex cable assembly with 4-row connectors. It has a series of 9mm width connections, each one separated by a 10.4mm spacing. This type of assembly is commonly used for miniature type applications, such as cellular handhelds and audio and video equipment. The standard insulation materials used are made of polyvinylchloride, thermoplastic elastomers, and polyurethane.

The main components of the M1FXK-6440K assembly include the terminal block, the PCB, and the conductors. The terminal block is designed to guide the conductor into the connector. It also provides the electrical path for the conductors. The PCB is designed to securely hold the connector and the conductor in place. The conductors are usually made of high-grade copper and can be either tin- or gold-plated, depending on the application.

The working principle of the M1FXK-6440K assembly is quite straightforward. All the components are securely attached to the PCB and connected by screws or rivets. The connector is then mated with the terminal block. This provides an electrical path between the terminal and the conductor, allowing electrical signals to be propogated between the two. The conductor is then bent at an angle to create a right angle connection. This creates an electrical arc, which propagates the signal to the next component. This arc is precise and allows for flexible signal transmission.

The M1FXK-6440K assembly is a reliable and efficient type of wiring solution. It is perfect for applications where size, weight, and space are factors. This type of assembly also offers an improved performance for high-density computing systems. It provides excellent signal propagation, low insertion losses, and high return losses. This ensures reliable data transmission while reducing the risk of signal interference.

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