E3522S.44.03

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Multiple conductor cables are composed of several insulated conductors, either twisted together or separated along their lengths. The insulated conductors are grouped together in a common housing or outer cover. Commonly used types of multiple conductor cables include building wire, speaker wire, electronic wiring harnesses, and aircraft wiring. E3522S.44.03 is one of the multiple conductors cables.

E3522S.44.03 is an industrial wire with a temperature resistance rating of 90°C and a voltage rating of 600V. It has 14 conductors in total, each 20 AWG in size. Each conductor consists of solid bare copper and color-coded PVC insulation. The cable is designed for use in wiring harnesses and large-scale dynamic and static electronic systems. The conductors are UL Recognized and CSA Certified.

The main application fields of E3522S.44.03 are static and dynamic electronic systems, such as Industrial and commercial electronics, telecommunications, home entertainment, medical electronics, and machine control systems. Furthermore, its strong temperature resistance and reliable voltage rating make it suitable for a wide range of operational and mechanical requirements.

E3522S.44.03 has a low impedance due to the tight twisted conductors. This allows for a high signal transmission rate and improved immunity to EMI. Its tight twist also eliminates cross talk between the conductors. Furthermore, the PVC insulation helps reduce crosstalk by providing a physical barrier between the conductors.

The sheath and jacketing materials used for E3522S.44.03 are Polyethylene, Flamarrest, and SAE AS22759/80. The Polyethylene sheath and jacketing materials provide a strong physical and environmental protection while the Flamarrest and SAE AS22759/80 provide a higher temperature tolerance and flame retardant properties. Furthermore, the cable is RoHS compliant.

The working principle of E3522S.44.03 involves the combination of several physical and electrical characteristics. First of all, the tight twist of the conductors reduces the impedance and crosstalk between the conductors due to the reduced spacing within the twisted conductors. Secondly, the solid bare copper acts as an electrical carrier for transmitting the signal between the devices. Thirdly, the insulation of the conductors prevents the electrical pulses from dissipating and helps minimize EMI interference.

In conclusion, E3522S.44.03 is a multi-conductor cable designed for industrial and commercial electronic systems. It utilizes a strong physical and environmental protection while providing reliable voltage ratings. Its low impedance, physical barriers, and flame retardant properties make it suitable for a wide range of operational and mechanical requirements. Its working principle involves the combination of several physical and electrical characteristics that help transmit the signal and prevent interference.

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