0151670531

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• Flat Flex

0151670531 flat flex ribbons, also referred to as flat conductor or flat flex cables, are an economical and flexible solution for connecting engines, oscillators and other electronic assemblies. Flat flex usually filter out frequencies and noise and is ideally suited for high frequency and start, stop and reset signals. Flat flex cables are available in a variety of sizes and construction materials in order to meet application requirements. They are also constructed in a variety of widths and lengths to allow for different environments, temperatures and safety requirements.

• Ribbon Jumper Cables

0151670531 ribbon jumper cables are designed for connecting assemblies which require tight connection points or very high placements. They are built with various strength thermal plastics, depending on environment and application. They are an economical and reliable solution for connecting flat flex, ribbon connectors, SDRAM and DRAM memory modules. Ribbon jumper cables are also available in various sizes including 1.25mm, 2.0mm and 3.5mm. Ribbon jumper cables are often used in applications which require fine-grain accuracy and provide superior connectivity in areas with high EMI (electromagnetic interference).

• Working Principle

0151670531 flat flex and ribbon jumper cables utilize a basic construction made from several strands of rigid, insulated wires with two different connecting methods. The first is the solder terminal method which is used for stationary connection and the second is the inline crimp type which is typically used for removable connections. The solder terminals provide more secure connections, as they make physical contact with the connection points, while the crimp type terminals are better suited for removable connections.

Flat flex and ribbon jumper cables generally consist of two core connectors with a power source terminal on one end and the other terminals connecting to the other end. The signal passes through the cable with the help of different electronics components, which are connected to the metal of the power source. In some cases a mechanical bond is created at the connecting points which further insulates and strengthens the connection.

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