14-012-105

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Rectangular cable assemblies have become increasingly important within the electronics industry due to their distinct advantages. Model 14-012-105 is one of such cable assemblies, with applications ranging from automotive equipment, medical apparatuses, entertainment devices, and computer interfaces. In this article, we will explore the application fields of 14-012-105 and the underlying working principles.

Application Fields

14-012-105 is a variant of rectangular cable assemblies that features an Impedance Ratio of 50 ohm per 10MHZ and a Dielectric Strength of 4KV. First and foremost, these qualities make them exceptionally suitable for automotive applications. The 4KV dielectric strength provides a high level of protection from shock and interference. Similarly, the 50 ohm impedance ensures the minimal distortion of signal transmission. This makes 14-012-105 suitable for numerous applications in the automotive industry, from connecting fuel level sensors, navigation systems and dashboard computers, to providing power supply to instrument clusters.

In addition, the remarkable performance parameters of 14-012-105 make them an ideal choice for medical apparatuses. With an Impedance Ratio of 50 ohm and Dielectric Strength of 4KV, 14-012-105 are a top choice for transmitting signals in medical devices that are exposed to a variety of electromagnetic interferences. Moreover, these assemblies also guarantee maximum safety and efficiency when operating in low temperature environments. Furthermore, similar to automotive applications, 14-012-105 are frequently utilized for providing power supply to medical apparatuses such as X-ray machines, vital sign monitors, and other similar devices.

14-012-105 are further used in the entertainment industry, particularly for providing a great transfer rate for multimedia content. Its high Impedance Ratio ensures data accuracy and minimizes signal losses. Consequently, 14-012-105 are often integrated in the gaming consoles, tablets, and smartphones, as well as in Blu-ray players and digital converters.

Finally, these assemblies are of great importance to the world of computers. 14-012-105 provide an exceptionally efficient data transmission rate that guarantees a stable connection. Consequently, they are used for connecting multiple workstations, servers, and storage arrays. Furthermore, in order to guarantee maximum performance in high density and high speed networks, 14-012-105 are integrated in several of the most advanced server architectures.

Working Principle

The working principle of 14-012-105 revolves around the concept of attenuation. In telecommunications networks, attenuation is an inherent problem that introduces various levels of distortion. It occurs when a signal is weakened as it traverses the length of the cable. To counter this effect, 14-012-105 employ a unique signal compensation technique called impedance matching. The two primary components of such a technique are the electrical impedance of cables and the resistive properties of the connectors.

To attenuate electromagnetic signals, symmetrical patterns of Vectored impedance are deployed throughout the entire cable assembly. This, in turn, provides the connection with a certain level of resistive ability. This phenomenon is called stable tracking, as it ensures that signal distortion does not occur as the signal traverses the cable assembly. Furthermore, the 14-012-105 support 4KV dielectric strength, which adds an additional layer of protection against signal interference.

Apart from this, 14-012-105 also use string-based power injection techniques to provide an additional level of signal accuracy. This is achieved by means of a special cable structure that can provide power and signal to one end of the cable without any loss of electrical fine-tuning. This helps minimize signal distortion that is a result of different electrical characteristics present in the cable assembly.

Conclusion

In conclusion, 14-012-105 rectangular cable assemblies provide the perfect combination of dielectric strength, impedance, and signal accuracy. It its vast application fields, be it automotive, medical, entertainment, or computer, these assemblies guarantee maximum reliability and performance. Moreover, the unique working principle, consisting of Vectored impedance, stable tracking, and power injection enable 14-012-105 to deliver signals with minimal distortion. Therefore, it comes as no wonder that 14-012-105 are frequently preferred over other alternatives in the industry.

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