P162PFPL.38.E1

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Multiple Conductor Cables, often referred to as “P162PFPL.38.E1 application field and working principle,” are electrical cables with several insulated conductors. The conductors are usually bound together and protected by an overall protective jacket to form a convenient cable having the characteristics of a single wire. The multiple conductors used in these cables vary in gauge size, insulation and other factors to influence the electrical properties of the cables. The number of conductors and the type of insulation vary depending on the particular application.

The simplest form of multiple conductor cable is the bag type cable which is composed of one or two conductors insulated in a flexible sheath. This type of cable is used mostly as Extensions and for Power Connection applications. The sheath helps absorb the electrical and mechanical stresses to which the cable may be subject and helps retain its insulation properties.

Another type of multiple conductor cable is the multi-strand type which is composed of strands of insulated conductors laid side by side inside a flexible sheath. The sheath offers protection against external mechanical and electromagnetic forces. This type of cable is used mainly in circuit-level wiring, as it offers a compact solution with the versatility of varied conductor configurations.

The shielded type cable also known as the coaxial type cable is formed when a conductor is insulated and then wrapped with one or more layers of insulation and then a shield. The shield acts to protect the signal from picking up or radiating unwanted EMI signals. The shield also provides an electrical connection between the cable components as well as providing a diffusion barrier to protect the inner conductor from any surrounding current. This type of cable is commonly used in mission critical applications such as broadcast radio and television wiring.

The oxygen free type cable also has one or more shielded cores with the same basic design as the shielded type cable. The outer jacket has an oxygen free material that provides an added layer of protection. This type of cable is used in high temperature and corrosive environments and is ideal for military and aerospace applications.

The twisted pair type cable is made up of two insulated conductors twisted into a spiral formation in order to reduce the transmission of unwanted signals over the length of the cable. This type of cable is used mostly in data communication applications, as it ensures that the signals remain secure and isolated from other data.

The multi-pair type cable consists of several twisted pairs operating independently of each other. The individual twisted pairs provide signal integrity and protection from EMI interference. This type of cable is used extensively in communication and computer equipment.

Lastly, the plenum type cable is composed of two insulated stranded conductors with a special plenum insulation that provides protection from the effects of flames and smoke. The outer jacket also serves to protect the cable from external forces and reduce the diffusion of the fire and smoke. This type of cable is commonly used in building wiring, home theatre installations, and fire alarm systems.

In conclusion, multiple conductor cables are essential components in a variety of applications and vary greatly in design according to the application. Depending on the particular application, multiple conductor cables come in a variety of designs from the simple bag type all the way to the special plenum type. An understanding of the various types of multiple conductor cables and their properties is essential for any engineer who is involved in the design of electronic and electrical components.

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