AK251-3

D-Sub Cables, a type of electrical connector, have a wide range of applications. The AK251-3 is a type of D-Sub cable that is used in many different settings. This article will discuss the AK251-3 component, its application field and working principle.

The AK251-3 is a double-ended, straight-through D-Sub cable designed specifically for use in a variety of industrial-level applications. This cable has a nine-pin male D-Sub connector on one end and a nine-pin female connector on the other. The pins inside the connectors are color-coded to ensure a consistent mating between the two connectors. The AK251-3 comes in a variety of lengths, ranging from 2.0 feet to 16.5 feet, with multiple thicknesses available depending on the application.

In terms of application fields, the AK251-3 is used in a variety of industrial environments, such as manufacturing, robotics, controls, automation, machine development, and medical instrumentation. The versatility of this cable makes it ideal for these applications. Its 16.5 foot maximum length provides coverage in larger settings, while its diverse thickness options, ranging from 28 mm to 52 mm, make it suitable for use in a variety of tight spaces. Additionally, the AK251-3 is resistant to oil and solvent, making it highly durable in harsh industrial environments.

At the heart of the AK251-3 is its working principle. The working principle of this cable is based on the principle of electrical conduction. Electrical conduction is the process by which electricity is conducted through a material, in this case through the board and the pins inside each connector. The AK251-3 component consists of two conductors, a hot conductor and a ground conductor, which are used to transfer electrical signals between the two connectors. The hot conductor is responsible for carrying the electrical signals from the source to the destination, while the ground conductor is used to return the signals back to the source.

The AK251-3 D-Sub cable is a versatile, rugged component ideal for a variety of industrial-level applications. Its nine-pin connectors and various thicknesses make it suitable for tight spaces, while its oil and solvent resistance grants it superior durability in adverse industrial environments. Finally, its working principle, based on the principle of electrical conduction, is what enables it to transfer electrical signals between two connectors. All in all, the AK251-3 is a capable component that has a variety of applications.