H3AXT-10104-N6

H3AXT-10104-N6 application field and working principle

H3AXT-10104-N6 is a type of jumper wires, pre-crimped leads commonly used in the electrical engineering field. As part of a wire, cable, or harness assembly, the H3AXT-10104-N6 is used to provide power and/or signal connections between components.

Application field

H3AXT-10104-N6 is typically used in automotive, communications, medical, industrial, and consumer products. Automotive uses may include engine electronics, HVAC systems, airbag circuits, immobilizers, powertrain and chassis systems, sensors and actuators, body electronics, and wireless communication systems. In communications, they are typically used for network switches, data center connections, and copper or fiber optical connections. In medical, they may be used in CAT scans, 3D imaging, dental imaging, X-Ray, and MRI machines. Industrial applications may include robotics, robotics, security systems, manufacturing equipment, and conveyor systems. Finally, H3AXT-10104-N6 can be used in consumer electronics such as consumer drones, game consoles, electronics circuit boards, PCs, and other products.

Working Principle

H3AXT-10104-N6 is typically made of copper or aluminum conductor. The cable is made up of multiple strands of conductor and insulation, and is insulated with a PVC, polyvinyl chloride, jacket. The conductor strands are usually twisted to help reduce the overall gauge size of the wire and provide flexibility during installation. The insulation of the H3AXT-10104-N6 protects the cable conductor from abrasion, chemicals, mechanical stress, and electric shock.

The crimp is typically made by a process called “cold-flow crimping”. This pushes the insulation material down around the conductor strands, and causes the insulation to flow over the conductor to snugly fit the cable. This ensures a secure connection with a minimal contact resistance. This connection can be either soldered or crimped, according to user requirements.

The H3AXT-10104-N6 is a well-suited solution for connecting wires, cables, and harnesses. It is commonly used in a variety of applications including automotive, communications, medical, industrial, and consumer products. It provides users with the ability to quickly and easily terminate a connection with minimal contact resistance.