82A1131-20-2/6/9-9

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Part Status:	Active
Lead Free Status / RoHS Status:	--
Moisture Sensitivity Level (MSL):	--

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82A1131-20-2/6/9-9, categorized under multiple conductor cables, are used in a variety of industries where dependable and efficient cable management is essential.The technical applications available are varied and span a variety of sectors including telecommunications, electronic engineering, home theatre, multimedia and other related industries.

The basis for selecting a multiple conductor cable is dependant upon the job itself. Depending on the job, the cable configuration may vary. The cable may consist of one, two, three, four or more individual wires in an overall cable. Some cables come with a combination of conductors, perhaps two twisted pairs and shield or two twisted pair and an overall jacket, depending on the specific application requirements.

The most common type of multiple conductor cable used today is a shielded cable. These cables have a foil or copper braiding, or both, in between the conductors. This shielding surrounds the individual conductors, providing an additional layer of protection against external interference and EMI (electromagnetic interference). It is important to select the correct type of cable for the job, as improper cable selection may lead to lost signals, inaccurate readings or other undesired results.

The main purpose of using multiple conductor cables is to minimize signal loss and interference. These cables tend to be less susceptible to external noise, thus providing more reliable results. In addition to providing enhanced protection against noise, multiple conductor cables are also often easier to install than other types of cables. This is due to their inherent flexibility, which allows them to easily fit into tight areas where other cables may not fit.

The working principle of a multiple conductor cable is fairly simple. In its simplest form, two conductors are connected to a single cable, and the conductors are separated by an insulator. The cable may be shielded or unshielded, depending on the requirements of the application.

When the cable is shielded, the shield acts as a barrier between the two conductors, and this helps to reduce interference and noise. The cable can also be jacketed or wrapped in additional insulation to help protect it from physical damage.

The actual signals within the cable are routed through the conductors in the same way as if two separate cables were connected. In some cases, two twisted pairs may be connected together and twisted at the point of connection. This type of cable requires extra insulation to ensure that the signal is not lost or distorted in transit.

In general, multiple conductor cables provide more reliable performance than unshielded or single conductors. They are useful in a wide variety of applications, and can be used in both indoor and outdoor environments. Care should be taken to ensure that the right type of cable is selected for each job, as the wrong type of cable can lead to signal loss, interference, or other undesired results.

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