M38910 SL002

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

Multiple Conductor Cables are electrical wires and cabling that are made up of multiple electrical conductor elements. M38910 SL002 is one such Multiple Conductor Cable, and is designed for use in challenging environments. Its application field and working principle are discussed in this article.

The application field of M38910 SL002 is in areas with harsh environments, where strong heat, radiation, vibration, corrosive agents, and UV exposure can be expected. Examples of its application include aerospace, defense, military, heavy machinery, and medical and healthcare equipment. This cable is suitable for either permanent installation or field patching and can be used in “hot” or critical applications.

The working principle of M38910 SL002 cabling relies on using multiple conductors in a shielded configuration. This provides designed level of signal isolation when wires are transmitting the same electric current, which reduces the amount of noise and interference. This is important in applications where noise can affect the accuracy of transmission.

The design of M38910 SL002 also includes stranded conductors that are flexible and durable. The conductors are surrounded by a polyvinyl chloride (PVC) jacket, which is easy to strip and cut, and protects the wires from moisture. This cable is also resistant to oil and other water-based liquids, and is resistant to mechanical abrasion and ultraviolet radiation.

For electrical current, M38910 SL002 provides reliable resistance to electromagnetic interference (EMI) thanks to its individually shielded conductors. This type of cable is known for its excellent shielding against signal leakage, crosstalk, and other electrical “noise”. This ensures that signals remain as clear and reliable as possible.

In summary, M38910 SL002 is a Multiple Conductor Cable that is designed for use in challenging conditions. Its application field includes aerospace, defense, military, and medical and healthcare equipment, along with other areas with harsh environments. Its working principle relies on a shielded configuration, with multiple conductors for signal isolation. Additionally, it is resistant to mechanical abrasion, water, and ultraviolet radiation and provides excellent shielding against electromagnetic interference.

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