AFFC-100-07-127-11

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Flat flex and ribbon jumper cables, like the AFFC-100-07-127-11 model, offer a variety of advantages over traditional wire-to-wire cables. They are lightweight, flexible, and require minimal space. They also offer a wide variety of applications and are great for high-density applications. To understand the specifics of this model and the advantages it can bring to your project, let’s take a closer look at the application field and working principle.

Types of Flat Flex Cables

Flat flex cables come in many different varieties. These include flat ribbon cables (which are flat, individual insulated wires soldered together), flex-flat cables (which are like ribbon cables but with individual insulated wires connected together using flexible over-insulation material) and flat cable assemblies (which are complete, semi-flexible cables). The AFFC-100-07-127-11 model falls into the flat cable assemblies category.

Applications

Flat flex cables offer a variety of advantages over traditional wire-based connections due to their flat form factor and flexibility. This makes them a great choice for applications where space is limited, such as in tight electrical cabinets, or where the cable must follow a tight radius. They are also ideal for connecting between printed circuit boards (PCB) and for high-density signal and power connections. The AFFC-100-07-127-11 model is particularly useful for applications requiring high speed and accuracy, such as those found in medical, robotics, consumer electronics, and aerospace systems.

AFFC-100-07-127-11 Model Specifications

The AFFC-100-07-127-11 model is a flat cable assembly measuring 1.27mm thick and measuring 100mm in length. This model has seven conductors with UL2468 AWG 24 strands. The model is RoHS compliant and features an earth braided shield, which helps ensure electromagnetic interference (EMI) protection when used in electrically noisy environments. This model has a pitch of 0.5mm and a width of 9.9mm.

Working Principle

Flat flex cables are composed of an insulated wire with several conductors bonded together. The conductors are insulated and covered with a plastic or rubber insulation material. The conductors and insulation material form a flat assembly, allowing the cable to flex and move easily. These cables are commonly used for signal and power connections. The AFFC-100-07-127-11 model is designed to provide high speed and accuracy, making it ideal for applications in medical, robotics, consumer electronics, and aerospace systems.

Advantages of AFFC-100-07-127-11

The AFFC-100-07-127-11 model offers a number of advantages over traditional wire-to-wire connections. These include:

• Lightweight and flexible construction, allowing for easy installation in tight spaces
• High speed and accuracy, making it suitable for medical, robotics, consumer electronics, and aerospace systems
• UL2468 AWG 24 strands for signal and power connections
• Earth braided shield, which provides EMI protection for electrically noisy environments

Conclusion

Flat flex cables offer a variety of advantages over traditional wire-to-wire cables due to their flexible form factor and ability to connect to printed circuit boards. The AFFC-100-07-127-11 model is particularly useful for applications requiring high speed and accuracy, such as those found in medical, robotics, consumer electronics, and aerospace systems. This model features a UL2468 AWG 24 strands and an earth braided shield, which helps to ensure EMI protection. By taking advantage of the benefits of flat flex cables such as the AFFC-100-07-127-11, you can ensure that your project is efficient, reliable, and cost-effective.

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