43-11274

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Circular Cable Assemblies

A circular cable assembly is an interconnection assembly that connects and transfers signals between two electronic components via several discrete wires, typically using round, coiled-shaped connectors. These cables provide a reliable and effective means of connecting electronics and mechanical components in a wide variety of applications. Specifically, 43-11274 is an example of a type of circular cable assembly that is used for a variety of types of electronic signalling in diverse application fields.

Application Fields

Circular cable assemblies of the 43-11274 type are used in a variety of application fields. This includes robotics, automotive, machine vision, motion control, and industrial automation, as well as data communications, audio/video applications, marine electronics, and aviation electronics. In each of these applications, these cables are used for the reliable transmission and reception of electrical signals between two devices.

For robotic applications, these circular connections provide a reliable, high signal bandwidth, meaning that data can be transacted rapidly between sender and receiver. Circular cable assemblies are also often used in the automotive industry, which needs reliable connections between multiple electronic systems within a car or truck, such as those for infotainment, lighting, navigation, and safety.

Aside from automotive uses, circular cable assemblies are used in many types of machine vision. These include barcode scanning, self-driving car technology, facial-recognition technology, quality inspection, and much more. Moreover, motion control is another common application for which these cables are used. In both industrial automation and robotics applications, these assemblies are necessary for precise, smooth functioning of the machines.

Working Principle

A circular cable assembly consists of an outer shell, which is made of metal or plastic, and multiple wires or cables that are tied off with a small clamping force on the outer shell. This clamping force prevents the cables from vibrating or disconnecting, ensuring a secure connection and preventing any signal loss during transmission. The shape of the outer shell also helps to minimise the electromagnetic interference (EMI) generated by these cables.

The outer shell itself can take many forms, depending on the type of connector and application. For instance, for applications that have higher transmission rates, such as the 43-11274 assembly, the shell typically has a coiled shape. This helps to prevent signal loss and maintain a secure connection between the two devices. This is because, in coiled cables, the cables are connected in such a way that the wiring and shielding of the cables are perfectly balanced, thus preventing the transmission of any noise or interference.

The other major component of the circular cable assembly is the connectors. These connectors can vary widely depending on the application. For example, for automated manufacturing processes, circular cable assemblies often use SMA (Sub Miniature Airline), RP SMA (Reverse Polarity SMA), or MCX (Mobile Communications eXchange) connectors, all of which provide high-speed transmissions without interference. Additionally, some of these connectors are designed to conform to certain environmental standards which guarantee the safety and reliability of the cables.

Circular cable assemblies offer significant advantages over traditional straight and uncoiled connections. They can provide faster, more reliable connections and help reduce electromagnetic interference. Additionally, their compact size makes them suitable for a variety of applications and environments. For these reasons, 43-11274 and other types of circular cable assemblies continue to be a popular choice for connecting electronic components and transferring signals between them.

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