0430300002-06-A4-D

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

0430300002-06-A4-D is a type of jumper wire which is a type of electrical wire commonly used for creating temporary or semi-permanent electrical connections. It is available pre-crimped with pins, leads, and connectors to facilitate quicker and easier wiring. The 0430300002-06-A4-D jumper wire is a lead-free silver-plated copper wire, with a gauge of AWG 26/32 (American Wire Gauge), and a temperature range of -40 degrees Celsius to +105 degrees Celsius.

The most common application fields of 0430300002-06-A4-D jumper wires are typically low-power-consuming applications, such as motors, Logic ICs, audio-video equipment, and computers. 0430300002-06-A4-D jumper wires are commonly used to connect points within a device the same way a hard-wired connection would, but without having to solder the connections and with the added convenience of being able to disconnect and reconnect with ease. These jumper wires are also frequently used in prototyping circuits and tinkering projects.

The working principle of 0430300002-06-A4-D jumper wire is fairly straightforward. Two metal pins are crimped to the ends of the wire, and these pins are then inserted into two mating connectors. The connectors then exert a force to create a physical and electrical connection between the two pins, and the current is able to flow between them. It is important to ensure that the two connected pins are the same size, otherwise the electrical connection will be unstable and/or even dangerous. The connectors should also be kept clean to ensure that the connection does not become corroded.

In summation, the 0430300002-06-A4-D jumper wire is a type of electrical wire commonly used for creating temporary or semi-permanent electrical connections. Its most common application fields involve low-power-consuming devices such as motors, Logic ICs, audio-video equipment, and computers. It works by having two metal pins crimped to the ends of the wire and these pins are then inserted into two mating connectors. The connectors then exert a force to create a physical and electrical connection between the two pins and the current can then flow between them.

The specific data is subject to PDF, and the above content is for reference