E1036S.25.10

Multiple Conductor Cables are a type of electronic signal transmission cable that makes use of multiple cables within a single structure. They generally have numerous insulated conductors inside a single sheath, with the individual conductors often being referred to as “twisted pairs” or “ribbon” cables. While traditionally used for long distance data and power transmission, they have become increasingly popular for consumer level applications such as cell phone charging and display cables.

The E1036S.25.10 cable belongs to the family of Multiple Conductor Cables. It is a 4-conductor shielded cable, used in electronic applications. It has a shielded jacket and four separately insulated conductors, each with 24 AWG (American Wire Gauge) copper construction. The impedance ranges from 50 to 90 ohms, while the capacitance is in the range of 50 to 100 pF/ft for each pair. Additionally, the cable is UL recognized under UL2671, and has an operating temperature range of -20°C to 105°C.

The primary application for the E1036S.25.10 cable is in the data transmission and communication industry. It is particularly suited for applications that require a combination of low friction, strong conductivity, and flexibility. Examples include data storage, instrumentation, telecom-computer interfaces, computer to peripherals, and communication systems. It can also be used in industrial and consumer-level applications such as cell phone charging and display cables.

Multi Conductor Cables have three main components – the conductor, the shield, and the jacket. The conductor is the area within the cable that carries the signal and is typically made of copper. The shield is used to reduce any electromagnetic interference, and is generally made of a metal material like aluminum or silver. The jacket is the outermost material used to protect the cable and is usually made from a PVC material. The E1036S.25.10 cable is also designed with a stranded construction, which increases flexibility. The braided shield also reduces any interference to ensure a strong and reliable signal.

The working principle of the E1036S.25.10 cable is similar to that of any other Multi Conductor Cable. Its four conductors are connected using copper and stranded construction, while the braided shield provides enhanced protection from any EM interference. The cables can then be used to transmit data or power over long distances, with minimal signal loss and interference. The exact performance of the cable will depend on its construction and the length of the run.

In conclusion, the E1036S.25.10 cable belongs to the family of Multi Conductor Cables and is used in data transmission and communication applications. Its 4-conductor shielded construction ensures superior performance, while the overall flexibility and EM protection make it suitable for both industrial and consumer-level applications. The exact working principle is similar to that of all other Multi Conductor Cables, with copper and stranded construction providing maximum signal transmission and the braided shield reducing any interference.