0152680992

Series:	Premo-Flex™ 15268
Part Status:	Active
Lead Free Status / RoHS Status:	--
Cable Type:	FFC, FPC
Moisture Sensitivity Level (MSL):	--
Number of Conductors:	29
Pitch:	0.049" (1.25mm)
Length:	4.000" (101.60mm)
Length - Exposed Ends:	0.197" (5.00mm)
Termination Style:	Top on One Side, Bottom on Other, Backers on Both Sides

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0152680992 Application Field and Working Principle

Introduction: Flat Flex, Ribbon Jumper Cables (F-FF-RJC), also known as Flat Flex Jumper Cables, are flat, flexible conduits for interconnecting electrical and electronic devices. The F-FF-RJC is a relative newcomer to the world of interconnecting cables, and its introduction to the market has been a major boon to the electronics industry. F-FF-RJC are particularly useful in reducing the time, expense, and complexity associated with traditional soldering and insulation requirements. Advantage of the F-FF-RJC: F-FF-RJC are an advantageous alternative to soldering and insulating cables for many applications. F-FF-RJC provides superior heat dissipation, reduced electrical charging, and a greater amount of flexibility compared to soldered cables. Additionally, the F-FF-RJC typically require fewer components than soldered cables, reducing both overall cost and complexity. Application Field and Working Principle: F-FF-RJC are most commonly used in electronic applications where the traditional soldered cable approach is too costly, complex, or simply not possible. Examples of common F-FF-RJC application fields include:

• Jumper cables for connecting two different electronic circuits
• Switching ports for connecting a computer to a printer, modem, or other peripheral device
• Interposer boards for easy access to various electronic component pins
• Heatsinks for heat dissipation

The working principle of an F-FF-RJC involves the use of a flexible flat conductor, which is held in place by a flat flexible insulation material. The insulation layer acts as a barrier between the conductor and the environment, and it also serves to protect the conductor from chemical and mechanical abrasion. The conductor itself is composed of a variety of materials, depending on its intended application. Common choices range from aluminum, copper, and stainless steel for interconnectivity purposes, to nylon, teflon, and silicone for insulation.Typically, the two ends of the F-FF-RJC are covered in a protective covering. The covering may be fluoride or carbon-based, depending on the flexibility of the insulation material. This covering allows the conductor to be protected from corrosive environments, and prevents the conductor from becoming damaged due to excessive exposure to mechanical or electrical forces. Conclusion:The F-FF-RJC is a relatively new interconnectivity component to the electronics industry, but it has quickly become an invaluable tool for reducing the costs, time, and complexity associated with traditional soldering and insulation processes. With its superior heat dissipation, reduced electrical charging, and ability to protect the conductor from mechanical and chemical damage, it is easy to see why the F-FF-RJC has become so important to the industry.

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