861400271YO2

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861400271YO2 is a type of rectangular connector, also known as a header to male pin. It is a part of a larger network of electrical components, distributed throughout the device, that allows electricity to flow between two points. By connecting additional wires and other components, users are able to expand and modify the system\'s capabilities.

The 861400271YO2 connector is designed to provide a secure connection and prevent electrical shorts from occurring. It utilizes a standardized form factor that is compatible with a wide variety of devices. It is available in straight and right angle configurations. Additionally, the 861400271YO2 is termination protected to guard against mishandling and abrasion.

The 861400271YO2 is typically used in data transmission and communication applications, as well as in low voltage power supplies and electronic circuits. Its robust and reliable construction allow it to be employed in high-vibration environments. Furthermore, its superior conductivity and excellent signal retention capability make it ideal for applications where electrical interference is present.

The 861400271YO2 is composed of two halves – the header and the male pin. The male pin is connected to the power cable and contains the electric contact points. It serves as the electrical interface between the two cables. The header serves as the base structure and holds the contacts safely together. It also features strain relief for additional protection and better overall performance.

To use the 861400271YO2 connector, the header is attached to the power cable and the male pin is connected to the other cable. The contacts from each half are aligned and then a crimping tool is used to secure the connection. Additional tools for installation, like insulated tools, are also available, depending on the application.

The 861400271YO2 connector is an economical and reliable way to provide secure and reliable power connections. It is suitable for a wide range of applications, from data transmission to low voltage power supplies. Its robust construction, excellent signal retention capabilities, and superior electrical conductivity make it an ideal choice for use in high-vibration environments, or in a noisy environment with a high probability of electrical interference.

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