0151671007

Series:	Premo-Flex™ 15167
Part Status:	Active
Lead Free Status / RoHS Status:	--
Cable Type:	FFC, FPC
Moisture Sensitivity Level (MSL):	--
Number of Conductors:	29
Pitch:	0.039" (1.00mm)
Length:	12.0" (304.8mm)
Length - Exposed Ends:	0.157" (4.00mm)
Termination Style:	Top on Both Sides, Backers on Both Sides

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Flat FlexFlat flex is a kind of flat copper flexible conductor that is composed of small round wires stranded together. Often times, this material is insulated with a jacket of plastic or Teflon. Flat Flex are used in a wide variety of applications, such as electronic assembly boards, signal transmission lines, controllers, antennas, and test instrumentation. Flat Flex can also be used as ribbon cables for data transmission between components. Flat Flex cables are available in various sizes, from tiny ribbon cables to large flat cables that are several meters in length. The flat cables are made from flexible copper conductors with plastic or Teflon insulation. The most common type of Flat Flex are ribbon cables, which are long strips of insulated Flat Flex with connectors connected at both ends. The most common type of Flat Flex is 5-conductor Flat Flex, which can be used for high-speed differential communication applications. The 5-conductor Flat Flex is usually available in lengths from 5mm to 5m and is typically made with multiple layers of shielded Teflon insulation. 5-conductor Flat Flex cables are ideal for applications that require precise control over line impedance and signal stability. Ribbon Jumper CablesRibbon jumper cables are also known as flat ribbon cables, or just ribbon cables. Ribbon jumper cables are flat cables composed of multiple thin conductors, such as copper, stranded together. The individual conductors are arranged in a regular pattern and insulated with a protective coating. The most common sizes of ribbon jumper cables are 10-conductor or 2-conductor cables, although other sizes are available as well. Ribbon jumper cables are typically used for data transmission between components, such as between a computer’s motherboard and hard drive. They can also be used to connect individual CPU pins or other components on a circuit board. The conductors in a ribbon jumper cable are arranged in a regular pattern to ensure consistent impedance and reduce the chance of crosstalk. Due to their flat shape, ribbon jumper cables are easier to install on circuit boards than round cables. They also take up less space than traditional round cables, which can be an advantage in certain applications. Ribbon jumper cables are typically available in flexible or rigid versions, with the flexible version being easier to install and more reliable over time. 0151671007 application field and working principle0151671007 is a Flexible Coaxial Cable, commonly used in a variety of applications, such as in the field of fiber optics and communication. This powerful, flexible cable works great in bulky and high-speed data applications. 0151671007 is ideal for applications that require precise cyclic control, short-distance transmission, and reliable performance. 0151671007 is composed of two insulated inner elements, a conductive braided shield, and an outer jacket. The inner elements are composed of a center conductor and an inner insulator layer, usually made of PVC, PE, or ETFE. The center conductor is typically made of stranded copper and its diameter varies between 0.26mm and 0.5mm. The diameter of the inner insulator is typically between 1.2mm and 2.5mm. The conductive braided shield is made of copper, tinned copper, aluminum, silver, or stainless steel. Lastly, the outer jacket is made of PVC or PE, which provide protection against corrosion and mechanical stress. In order to ensure reliable performance, 0151671007 has multiple layers of shielding. This allows for maximum flexibility, strength, and flexibility. The shielding also helps to reduce interference and noise from external sources. Additionally, 0151671007 has a very low capacitance, making it suitable for long-term use. Its flexibility also helps to reduce stress on the inner components. In addition to its flexibility, it also has high phase stability, thus improving the signal throughput in data transmissions.

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