2205041-1

Series:	--
Part Status:	Active
Lead Free Status / RoHS Status:	--
Cable Type:	Flexstrip
Moisture Sensitivity Level (MSL):	--
Number of Conductors:	17
Pitch:	0.100" (2.54mm)
Length:	1.900" (48.26mm)
Length - Exposed Ends:	0.125" (3.18mm)
Termination Style:	Completely Exposed Wires on Both Sides

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Flat Flex Cable

Flat flex cable, or FFC, is an electrical cable product that is made up of a thin, flat undulated wire surrounded by an insulation and jacketing material. It is used in various applications both in the industrial and consumer electronics fields. FFCs differ from other types of cable in that they are less bulky and can provide greater flexibility when used in tight spaces. This makes them ideal for a variety of applications, from digital imaging to medical electronics.FFCs are composed of a series of copper strands that are insulated and contained in a flat plastic coating. The cross section of the cable is generally oval shaped, allowing for higher flexibility and easier handling. This type of cable is well suited for applications that require light weight, flexibility and durability.FFCs are commonly used in a wide range of applications including digital imaging, telecommunications, medical electronics, industrial automation, robotics, and industrial sensing devices. In many cases, FFCs are used as the backbone for a number of delicate wiring jobs. For instance, in digital imaging, FFCs are used to interconnect cameras, backlights, lenses, and motors. In medical electronics, FFCs are used to connect imaging systems with endoscopes and other surgical instruments.

Ribbon Jumper Cable

Ribbon jumper cable is an electrical cable composed of multiple bundles of insulated wires or ribbon shaped components. Ribbon cable is commonly used in the fields of wiring, telecommunications and control systems, due to its low cost and its ability to combine and terminate multiple wires in one physical space. Ribbon cables are commonly used in a variety of applications, from digital imaging to medical electronics.Ribbon cables are composed of individual stranded wires wrapped in an insulation material and contained in a thin sheeting material. The number of individual wires can range from a few to many dozen strands depending on the application. The stranded wire can be either solid or stranded and generally incurs less resistance with the addition of the ribbon shape wrap.Ribbon cables are ideal for most applications that require multiple conductors and have limited space. This type of cable is well suited for applications that require flexibility and ease of installation. Ribbon cables are commonly used in digital imaging, telecommunications, medical electronics, industrial automation, robotics, and industrial sensing devices.In digital imaging, ribbon cables are used to interconnect cameras, backlights, lenses, and motors. In medical electronics, ribbon cables are used to connect imaging systems with endoscopes and other surgical instruments. In industrial automation and robotics, ribbon cables are used to connect actuators to control systems. In industrial sensing devices, ribbon cables are used to connect sensors to control systems.

2205041-1 Application Field and Working Principle

The 2205041-1 is a flat flex cable that is designed for high-density and high-frequency applications. This type of cable is used in a variety of industries, ranging from consumer electronics to industrial automation. It has a relatively lowprofile, making it ideal for applications with limited space. The 2205041-1 cable is composed of an undulated wire surrounded by an insulation and jacketing material. The cross section of the 2205041-1 cable is oval shaped, allowing for higher flexibility and easier handling.The 2205041-1 cable is designed to reduce the inductance of two parallel conductors and provide a significant voltage standing wave ratio (VSWR) reduction. The high capacitance of this cable helps reduce noise caused by RF interference, providing an improved signal integrity. As a result, the 2205041-1 is ideal for high frequency applications, such as radio-frequency (RF).The 2205041-1 cable is also well-suited for applications in digital imaging, telecommunications, medical electronics, industrial automation, robotics, and industrial sensing devices. For instance, in digital imaging, this type of cable is used to interconnect cameras, backlights, lenses, and motors. In medical electronics, it is used to connect imaging systems with endoscopes and other surgical instruments. In industrial automation, the 2205041-1 is used to connect actuators to control systems. Finally, in industrial sensing devices, the 2205041-1 is used to connect sensors to control systems.

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