02726.35T.01

Shield Type:	--
Shield Coverage:	--
Shield Material:	--
Conductor Insulation:	Ethylene Propylene Terpolymer Rubber (EPDM)
Jacket (Insulation) Thickness:	0.0450" (1.143mm)
Usage:	Cord and Cordset
Operating Temperature:	-40°C ~ 90°C
Voltage:	600V
Features:	--
Ratings:	--
Jacket Color:	Black
Length:	250.0' (76.2m)
Series:	--
Jacket (Insulation) Diameter:	0.650" (16.51mm)
Jacket (Insulation) Material:	Carolprene
Conductor Material:	Copper, Bare
Conductor Strand:	65/30
Wire Gauge:	12 AWG
Number of Conductors:	4
Moisture Sensitivity Level (MSL):	--
Cable Type:	Multi-Conductor
Lead Free Status / RoHS Status:	--
Part Status:	Active

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Multiple Conductor Cables - 02726.35T.01 Application Field and Working Principle

The 02726.35T.01 multiple conductor cables are electrical cables that have more than three conductors that are insulated by insulation material and are assembled in a single bundle or assembly. Multiple conductor cables can be used in a variety of applications and are instrumental in both residential and commercial applications.

Uses For Multiple Conductor Cables

Multiple conductor cables are used in many situations that require multiple conductor cables, such as in manufacturing, broadcasting, medical, security, automotive, marine, process control and power distribution systems. In these applications, the conductor cables provide a continuous connection between the power source and the receiver. Certain types of multiple conductor cables are also designed to be used in Military and aerospace applications, and for use in certain hazardous environments.

Types of Multiple Conductor Cables

Multiple conductor cables come in various types, each with its own application and specific working principle. Some of the more common cable types include Braid cables, multiple twisted-pair cables, coaxial cables, shielded cables, telephone cables, and fiber optic cables. Each type has specific characteristics that determine its suitability for the application in question.

• Braid Cables. Braiding is the most common type of cabling technology used. Braid cables are made by winding together two or more conductive or non-conductive wires, and by using a metallic or non-metallic sheathing. Braid cables typically provide more flexibility and higher current density than other cable types, and are suitable for applications that require frequent flexing or bending.
• Multiple Twisted-Pair Cables. Multiple twisted-pair cables are often used to carry multiple signals in various industrial and commercial applications. They are composed of several insulated conductors that are twisted together to form a ‘pair’ and then encased in an insulated sheath. Like braid cables, twisted-pair cables also provide more flexibility and greater current density than other cable types.
• Coaxial Cables. Coaxial cables generally contain a single cable carrying multiple signals. The inner wire is insulated and covered with an outer shield. For example, a coaxial cable used for audio or video applications typically contains a single center conductor and a grounded center shield separated by a dielectric material. The shield provides protection from electrical interference and other environmental factors.
• Shielded Cables. Shielded cables are constructed with an external shielding material that is designed to protect the conductor cable from EMI (electro-magnetic interference) and other external influences. The shielding material depends on the application and can range from braided wires to metallic mesh, aluminum foil and other specialized materials.
• Telephone Cables. Telephone cables are used to establish communications between two or more terminals. Generally, telephone cables are constructed from two insulated copper wires and a core of insulation material that is surrounded by a protective jacket or shield. In some applications, telephone cables may also contain multiple pairs of conductors.
• Fiber Optic Cables. Fiber optic cables use light waves to transmit signals over long distances. They contain multiple small optical cores that are surrounded by a protective jacket. The jacket typically contains a layer of plastic cladding, which helps to reduce loss of signal in the transmission.

Working Principles For Multiple Conductor Cables

The basic working principle for multiple conductor cables involves the use of electrical signals to transfer information from one point to another. Electrical signals are transmitted over the conductors, and the signals are either amplified, attenuated, or some combination of the two. These signals are then passed through the insulation material in order to protect the components of the cable from electrical interference and other environmental factors. In many applications, the signals are amplified by an amplifier, which increases the power and signal-to-noise ratio of the signals passing through the cable. On the other hand, attenuation is used to reduce the power of the signal, while maintaining the signal-to-noise ratio. The insulation material provides additional protection from electrical interference and environmental factors, as well as protects the conductor from physical damage or wear. Finally, multiple conductor cables are used in many applications to connect multiple devices or components together. For example, multiple twisted-pair cables can be used to connect multiple devices within a computer system, such as keyboards and mice, to the main computer. In addition, multiple coaxial cables can be used to connect multiple components in a home entertainment system.

Conclusion

Multiple conductor cables are essential in many applications for transmitting electrical signals. The variety of cable types, insulation materials, shielding materials and construction techniques make them suitable for many different applications and environments. In addition, each type of cable has its own unique working principle that dictates the suitability for the application in question.

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