H2AAG-10105-W4

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Jumper Wires

Jumper wires are pieces of wire that are used to connect two points of an electrical system. The wires can be pre-wired with electrodes, solder, or crimps, or they can be constructed at the time of use. There are many advantages to using jumper wires in applications: they are low cost, lighter weight, and require less time and energy to be installed or replaced. They can also be used for short-term tests and experiments, since they are not permanent solutions.

Pre-Crimped Leads

Pre-crimped leads are an ideal option for establishing permanent, secure connections between components in an electrical circuit. Pre-crimped leads are typically CSA approved and color coded for easy identification, and can be used with almost any type of connector or terminal. Pre-crimped leads eliminate the need for soldering, since they simply press into place and provide a secure connection point with minimal effort. They are also low-maintenance, since they do not require periodic retensioning or cleaning like soldered connections do.

H2AAG-10105-W4 Application and Working Principle

The H2AAG-10105-W4 is an ultra-short lead jumper wire produced by the Hammond Electronics company. It is designed for applications which require connections in tight spaces, as it is only 2.54 mm in length. The jumper wire is available in 3 sizes-26 AWG (red), 28 AWG (blue), and 30 AWG (yellow).

The H2AAG-10105-W4 is constructed from high-grade copper wire that is pre-crimped and insulated with silicone, allowing it to achieve temperatures of up to +105°C. The manufacturing process utilizes an ultra-sonic welding technique that results in a solid bond, ensuring that the wire will not fray or break in service. The H2AAG-10105-W4 is designed to provide a reliable and secure connection in space-constrained areas.

The H2AAG-10105-W4 can be used in a variety of applications including electromechanical installations, medical device repairs, telecommunications circuitry, and circuit board development. In addition, it is suitable for use in general electronic assemblies, including those exposed to high levels of vibration and temperature fluctuations.

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