0152680313

Series:	Premo-Flex™ 15268
Part Status:	Active
Lead Free Status / RoHS Status:	--
Cable Type:	FFC, FPC
Moisture Sensitivity Level (MSL):	--
Number of Conductors:	24
Pitch:	0.049" (1.25mm)
Length:	8.000" (203.20mm)
Length - Exposed Ends:	0.197" (5.00mm)
Termination Style:	Top on Both Sides, Backers on Both Sides

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In the world of electrically connecting components together, there are several options available. One of the most common and widely used is the Flexible Flat Jumper Cables, commonly referred to as 0-15-266-0313 or FFC cables. These cables are typically used to make connections between motherboards, computer rack/chassis systems, servers, routers, and other types of computer and electronic based equipment. FFC cables differ from traditional ribbon cables in that they are made up of multiple flexible flat conductors that can be bent and flexed into various shapes. This type of cable is ideal for using in tight spaces and creates an efficient connection between two specific points. FFC cables are also popular for semi-permanent connections and for high-vibration environments. Generally speaking, 0-15-266-0313 cables are composed of an insulating substrate that contains two or more conductors that are isolated from each other. The conductors are generally made of copper and each one is typically wrapped around with a protective film. This helps provide both electrical insulation and mechanical protection for the conductors. The conductors may also be wavy or flat and come in different sizes ranging from 0.05mm to 0.5mm. The main purpose of these cables is to provide a reliable electrical connection between two pieces of equipment with the cables having minimal transmission losses as compared to traditional flexible ribbon cables. Generally, FFC cables are rated for up to 150 Volts and most are composed of up to 8 or 9 conductors which can be arranged in a variety of configurations like parallel, Serial, SPI, I2C, etc. Each conductor is connected to two contacts which may be punched into an insulating substrate. Working PrinciplesIn order to make an electrical connection between two pieces of equipment, the FFC cables must be terminated at both ends. Generally, this is done by pushing the FFC through a small hole in the substrate and then using a specific tool to push the insulation back and expose the individual conductors. Once the conductors are exposed, they are connected to two contacts which can either be in the form of a plug or a socket. Once the connection is made, the FFC cable can be securely held in place by a strain relief mechanism or by using some other form of mechanical connection such as a snap-clasp or other fixings. This helps to prevent the cable from slipping out or being disconnected.When used in commercial applications, the FFC cables are usually designed for a specific type of connection. For example, some FFC cables are designed to carry high-frequency signals and are usually made with lower-resistance, high-speed twisted-pair conductors. These types of cables are beneficial when it comes to preventing crosstalk and signal corruption.Overall, FFC cables are a popular choice in the realm of connecting two components together as they are reliable, efficient, and relatively inexpensive. While there may be some drawbacks associated with their use, these are typically minor when compared to the advantages that these types of cables offer. By taking the time to understand different types of FFC cables and their usage, engineers and technicians can determine which type of cable is best suited for their application. Additionally, by understanding the different working principles associated with FFC cables, users can have greater peace of mind knowing that their connections are made safely and securely.

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