A1BXB-1436M

Rectangular cable assemblies provide a reliable connection between two devices, allowing the transfer of data and power in one tidy package. One of the most popular rectangular cable assemblies is the A1BXB-1436M. This cable assembly is used in a range of applications, and its working principle is based on well-established principles of electrical connectivity.

Applications

The A1BXB-1436M is a versatile cable assembly used in a variety of applications, including in audio/visual equipment, computers, automotive systems, and communication systems. In audio/visual systems, it is most typically used to facilitate signal transmission between two components or devices. It is also popular for use in telecommunication systems for relatively short distances, as its dimensions are suitable for such purposes. Standard lengths range from 0.25 meters to 2 meters, though custom lengths can be arranged.

In automotive systems, the A1BXB-1436M is used mainly for the transmission of power from one component to another. Typically, this cable assembly is used to power entertainment systems, climate control systems, and power seats. It\'s also suitable for control and display systems, providing reliability and continuity of data transmission.

Finally, the A1BXB-1436M is widely used in computer systems. It is typically used to connect a CPU to other components, such as RAM, a hard drive, a graphics card, and so on. It is often the primary connection between these components. It is also frequently used to connect computer peripherals, such as external hard drives or USB devices.

Working Principle

The A1BXB-1436M is a shielded cable assembly, which means it is surrounded by a conductive layer. This layer prevents interference from external sources and ensures that signal integrity is maintained. Typically, it is composed of a copper braid or mesh. This shielding is commonly covered by a polyethylene or PVC jacket for further protection.

In terms of data transmission, the A1BXB-1436M uses a twisted pair configuration. This involves two wires twisted around each other at regular intervals. Each of the wires transmits the same signal, but on different paths. This prevents interference from external sources, and helps maintain signal integrity. For power transmission, the cable assembly is usually composed of multiple conductive layers, ensuring reliable power delivery to the connected devices.