0151670864

Series:	Premo-Flex™ 15167
Part Status:	Active
Lead Free Status / RoHS Status:	--
Cable Type:	FFC, FPC
Moisture Sensitivity Level (MSL):	--
Number of Conductors:	17
Pitch:	0.039" (1.00mm)
Length:	6.000" (152.40mm)
Length - Exposed Ends:	0.157" (4.00mm)
Termination Style:	Top on One Side, Bottom on Other, Backers on Both Sides

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Flat Flex and Ribbon Jumper Cables

Flat Flex and Ribbon Jumper Cables are two types of electrical wiring technologies that allow the connection of multiple electronic components at once, providing a streamlined means to make complex electrical systems much easier to install and maintain. By utilizing these two technologies, it is possible to create detailed, intricate circuits and systems that would otherwise be too difficult and time-consuming to design and assemble individually. This article will explore the applications and working principles of these two technologies and explain how they can be used in various types of projects and applications.

Flat Flex Cables

Flat Flex Cables (FFCs) are thin, flexible cables that are used for the connection of various electronic components. These cables consist of a flat, flat cable strip which has conductive terminals on each end. These terminals are connected to components such as microcontrollers, motors, data pins, switches, and other electronic devices. The flexibility and thinness of the FFC cable allow it to be routed in tight spaces, making it ideal for connecting components in confined areas. The main advantage of FFCs is that they can be easily customized for any type of circuit or system. The terminals on the cable strip are readily available and can be soldered to components in order to create the desired connection. Additionally, the strip itself can be cut into different lengths and dovetailed to create more intricate designs.

Ribbon Jumper Cables

Ribbon Jumper Cables (RJCs) are a type of wiring technology that utilizes a series of tightly spaced conducting pins and wires in order to make multiple connections. The pins themselves are designed to fit snugly into a plastic casing which can be easily routed between components. The conductive pins are connected to the wires that run between components, while the plastic casings act as mechanical protection for the wires. The main advantage of RJCs is that they can be used to create complex, interconnected circuits or systems, without the need to make numerous individual connections. The wires can be easily fed into the casings and then compacted into a tight space, allowing for multiple components to be connected in a relatively small area. Additionally, the plastic casing also protects the delicate wires and pins from damage, and provides a neat, tidy appearance.

0151670864 Application Field and Working Principle

Both Flat Flex and Ribbon Jumper Cables can be used in a variety of applications, including industrial, military and medical systems. In industrial applications, these cables are popular for connecting computers, robotics, and automation systems. In the military, they are used for connecting and controlling communication systems, weapons, and data gathering equipment. In medical applications, they are used to connect scanners and medical diagnostic and monitoring systems. Flat Flex and Ribbon Jumper Cables are also extremely versatile in terms of their working principles, which are based on electrical current. Essentially, when an electrical current is sent through these cables, it causes the conductive connectors to complete a circuit, allowing for current to be sent through the wires in order to make the connection between two components. Additionally, the flexible nature of the cables makes it easy to alter the connecting circuit, allowing for the creation of complex designs. In conclusion, Flat Flex and Ribbon Jumper Cables are two excellent technologies that provide an efficient way of connecting various electronic components. Through their flexibility and versatility, these cables can be easily adapted to meet any type of application, making them a great choice for modern electronic systems.

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