H3AXT-10106-Y8 is a type of jumper wire with pre-crimped leads.
A jumper wire is an insulated conductor with ends that have been crimped to form secure electrical connections. It is used in a wide variety of connectors, such as in test and manufacturing applications, as well as in prototyping and space applications.
The H3AXT-10106-Y8 has a pre-crimped lead on the end of the wire. This type of lead is made of a malleable metal that is ideal for making secure electrical connections with minimal resistance. The leads are then crimped onto the wire’s insulation in order to provide a robust electrical connection. Additionally, the ends of the wire are insulated in a plastic or rubber housing to ensure a safe contact.
The H3AXT-10106-Y8 is designed to provide reliable electrical connections in high-temperature and high-vibration environments. The pre-crimped lead is designed to withstand temperatures up to 140° C., and vibration levels of up to 7.5G.
The H3AXT-10106-Y8 is constructed from tinned copper wire with a PVC insulation and an outer layer of durable nylon. It is designed for use in a variety of applications, such as automotive, aerospace, and consumer electronics. The jumper wire can be used in applications where current needs to be transferred between two points, such as in battery leads.
The working principle of H3AXT-10106-Y8 is based on the electrical conductance of the wire and its insulation. When current is passed through the wire, it is able to transfer the electrical energy from one point to another. This transfer of energy occurs due to the wire’s conductivity, which resists the flow of electricity. The insulation surrounding the wire further restricts the flow of electricity, ensuring that the current is transferred safely and efficiently.
H3AXT-10106-Y8 is a reliable and effective solution for making secure electrical connections in a variety of applications. The pre-crimped lead provides a robust connection, and the insulation ensures that the current is safely transferred. This jumper wire is ideal for use in high-temperature and high-vibration environments, and can be used in a variety of applications, including automotive, aerospace, and consumer electronics.