OEM Hyperboloid Contacts Standard hyperboloid contact | Guanye®

OEM Hyperboloid Contacts Standard hyperboloid contact | Guanye®

Hyperboloid Contacts Standard hyperboloid contact | Guanye®
The specification emphasizes the importance of using high-quality materials that exhibit excellent electrical conductivity and mechanical durability. The wires used in hyperboloid contacts are typically made from materials like beryllium copper due to their combination of electrical properties and mechanical strength. The Guanye® standard sets forth guidelines for the wire diameter, pitch, and overall arrangement to ensure consistent and efficient electrical connections.
Hyperboloid Contacts, Standard hyperboloid contact | Guanye®

At its core, a hyperboloid contact is a type of electrical contact that employs a unique geometry to ensure optimal performance.


Unlike traditional pin and socket contacts that rely on point-to-point contact, hyperboloid contacts utilize a three-dimensional array of wires shaped like hyperbolas. This distinctive design offers several advantages, such as enhanced conductivity, greater resilience against shock and vibration, and the ability to maintain consistent electrical performance over time.

The Guanye® specification defines the precise parameters and tolerances for the fabrication and implementation of hyperboloid contacts. It outlines the dimensions, materials, and manufacturing processes necessary to produce contacts that conform to the high standards of reliability and performance demanded by industries such as military, aerospace, medical, and telecommunications.

The specification emphasizes the importance of using high-quality materials that exhibit excellent electrical conductivity and mechanical durability.


The wires used in hyperboloid contacts are typically made from materials like beryllium copper due to their combination of electrical properties and mechanical strength. The Guanye® standard sets forth guidelines for the wire diameter, pitch, and overall arrangement to ensure consistent and efficient electrical connections.

Furthermore, the design of hyperboloid contacts allows them to accommodate a certain degree of misalignment during mating. This self-aligning feature is critical in applications where connectors might experience slight shifts due to thermal expansion, mechanical stress, or other environmental factors. By permitting a degree of movement without sacrificing electrical integrity, hyperboloid contacts contribute to the overall robustness of the connected system.

 
Hyperboloid Contacts Standard hyperboloid contact | Guanye®
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