AFFC-100-09-457-11

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Flat Flexible Cables (FFCs) and Ribbon Jumper Cables (RJCs) are an important part of the design of many different electronic systems. They play a vital role in the successful operation of a system or device. In this article, we will discuss the overview of the AFFC-100-09-457-11 application field and working principle, and how it can benefit an electronic system.Flat Flexible Cables (FFCs) are flat, thin, flexible cables that are used in many electronics systems. The FFCs come in both single- and double-ended versions and can be designed to fit into any required space. They are typically used to transfer electrical signals between point-to-point or between multiple points in a board, allowing signals to travel from one end of the board to another. FFCs are also used in a variety of medical, consumer, industrial, and automotive applications.

Ribbon Jumper Cables (RJCs) are also an important part of a reliable electrical system. RJCs are similar to FFCs in that they are thin and flexible. The difference is that RJCs are used to bridge or connect two or more leads on a board when the components need to be connected in a specific way for the current to travel from one point to another. The cables are designed to reduce crosstalk, static noise, and other interference from other components and can be designed to fit into any size or shape.

The AFFC-100-09-457-11 application field and working principle is an example of a FFCs and RJCs product that is designed for medical and industrial applications. The product has a two-piece shielded connector with gold plated contacts and a flexible cable. The cable is constructed using high-density polyethylene insulation, which helps reduce the risk of short circuits. Additionally, the cable is RoHS compliant, making it a reliable and safe choice for many applications.

The AFFC-100-09-457-11 application field and working principle is designed to provide reliable transmission of electrical signals and reduce crosstalk and static noise. The connector is also low-profile and designed to fit into tight spaces. This makes it ideal for use in medical devices and other devices that require a high degree of reliability and accuracy. The cable and connectors are also rated for high currents, making them suitable for high-power applications.

The use of FFCs and RJCs can benefit an electronic system in many ways. The cables and connectors are designed to provide precise and reliable transmission of electrical signals. Additionally, the connectors and cables are lightweight and flexible, allowing them to be routed through tight spaces. And their small size allows them to be placed in more confined locations. The connector and cables also provide an electrically safe design which reduces the risk of short circuits and interference from other components.

In conclusion, the AFFC-100-09-457-11 application field and working principle is an example of FFCs and RJCs products that could be used in medical and industrial applications. The cables and connectors are designed to provide precise and reliable transmission of electrical signals and are also lightweight and flexible, making them suitable for tight locations. Additionally, the gold plated contacts and the high-density polyethylene insulation allow the cables and connectors to provide an electrically safe design while also reducing crosstalk and static noise. This makes the AFFC-100-09-457-11 a reliable and safe choice for many applications.

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