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Fiber-optic is transmitted using light so it is unaffected by electromagnetic intererence.

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Daren Crona

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3y ago

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Related Questions

What is the significance of the twisting in twisted-pair cable?

The twisting in a twisted pair cable helps make the cable immune to electromagnetic interference. These cables are of two types: Shielded and unshielded twisted pair.


What cable is NOT subject to electromagnetic interference or radio frequency interference?

Fiber-Optic


What cable type is immune to outside interference?

optical fibre


Which cable type provides a foil shielding to protect from outside electromagnetic interference?

coaxial cable


What are the security issues with coaxial cable?

cut or be disconnected.. electromagnetic interference


What causes interference when a cable is exposed to strong electromagnetic fields?

EMI


Which type of network cable is immune to electrical interference?

Fiber Optic


Helps eliminate electromagnetic interference in a network cable?

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Why is there an amp buzzing sound when the cable is plugged in?

The buzzing sound when a cable is plugged in is often caused by electromagnetic interference or a ground loop. This interference can be due to various factors such as poor cable quality, electrical interference, or improper grounding.


Helps to eliminate electromagnetic interference in a network cable?

The shielding braid in a coaxial cable has this function


What is the purpose of the braid in a coax cable?

The outer braiding of coaxial cable is a electromagnetic shield to protect against interference.


Why the cables are twisted?

This helps reduce electromagnetic interference. One side of the cable may be nearer the source; if the cable is not twisted, the effects may accumulate. If it is twisted, the pattern alternates between voltage in one direction, and voltage in the opposite direction, so the interference will be cancelled, not completely, but to a great extent.This helps reduce electromagnetic interference. One side of the cable may be nearer the source; if the cable is not twisted, the effects may accumulate. If it is twisted, the pattern alternates between voltage in one direction, and voltage in the opposite direction, so the interference will be cancelled, not completely, but to a great extent.This helps reduce electromagnetic interference. One side of the cable may be nearer the source; if the cable is not twisted, the effects may accumulate. If it is twisted, the pattern alternates between voltage in one direction, and voltage in the opposite direction, so the interference will be cancelled, not completely, but to a great extent.This helps reduce electromagnetic interference. One side of the cable may be nearer the source; if the cable is not twisted, the effects may accumulate. If it is twisted, the pattern alternates between voltage in one direction, and voltage in the opposite direction, so the interference will be cancelled, not completely, but to a great extent.