C1357.18.02

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Multiple conductor cables have been widely used in many different applications ranging from home automation, industrial automation, and automotive technology. The C1357.18.02 is one such variation of cable used to carry multiple signals, primarily for use in home audio/visual and automotive applications. This type of cable can be used to link components of a stereo or home theatre system for example.

The C1357.18.02 specification dictates that there must be at least three conductors in the cable, and that the diameters of the conductors must be between 0.35mm and 0.5mm. Each conductor must have a specific resistance in order to meet the standard, and the overall impedance of the cable must not exceed 10 Ohms. Other than this, the conductor materials and shielding materials can be varied according to the sort of environment the cable will be used in. The types of materials allowed are typically copper, tinned copper and aluminium. The shielding material also varies, but this is typically a braided mesh.

The reason why multiple conductor cables are so useful is that each conductor can be separated so each component of a electrical system can be easily wired to its relevant area. Imagine a complex system where inputs and outputs range from 8 to 12 different individual components each needing to communicate with one another – using a multiple conductor cable like the C1357.18.02 would simplify the cabling requirements significantly.

In addition, multiple conductor cables have an advantage of being easily scalable - by adding more conductors it is possible to expand the range of systems the cable can be used in. By ensuring all conductors meet the specification of the C1357.18.02 standard, they can be used in a range of scenarios ranging from basic consumer audio and video to industrial level applications.

The greatest appeal of using these cables is their relative simplicity when compared to competing alternatives. For example, a traditional wiring solution would involve running a separate cable from each component in the system back to an individual terminal. This could be quite a laborious process, and in certain cases may not even be practical. By utilizing a multiple conductor cable, it is possible to reduce the amount of cabling, and the amount of time needed to complete the wiring.

Furthermore, the conductors on this type of cable usually feature a low impedance, which means signals sent over the cable will be able to travel between components with minimum loss. This is important for audio/visual systems as signal loss over the cable can lead to a signal that is not clear or strong, and therefore negatively affects the quality of the sound or picture.

The use of multiple conductor cables in general is critical for many types of modern industrial systems, as they can offer many advantages over the traditional wiring methods. It is for these reasons that the C1357.18.02 standard was developed, as it is a suitable base specification for a wide variety of applications and environments.

The specific data is subject to PDF, and the above content is for reference