21349100487010

Circular Cable Assemblies

A 21349100487010 cable assembly represents the combination of connectors, wires, and circuits that enable power- and data-controlled components to communicate. In some cases, these cables are used for serial communication. Additionally, they may be used to carry power from one source to another. Otherwise, they are used to connect various consumer and industrial applications.

Application Field

21349100487010 cables are primarily used in the industrial and automotive fields. They can be found in various products such as industrial machinery, laboratory equipment, industrial automation systems, and robotics platforms. As for automotive applications, these cables are often used in automotive lighting systems, fuel and valve-actuating systems, HVAC systems, window regulators, and vehicle power sources. Moreover, these cables are also utilized in electric energy systems, such as active antenna systems, electric locomotives, and electric vehicles.

Working Principle

21349100487010 circuits serve as a communication link between two components. During operation, these cables use simple circuits that utilize direct current (DC) or alternating current (AC) power. When DC is used, the 220.volt difference between the two connects is utilized to deliver power to the receiving component.

When AC is utilized, the four-wire connection is spread out among multiple conductors. One conductor is used to deliver the positive half-cycle while the other carries the negative half-cycle. The other two conductors are used as a neutral return for the voltage. These cables use different signal processing techniques to modulate and manipulate the power. Modulation is the process of encoding information from digital signals into analog signals. This is achieved by using an oscillator to produce frequency-shifting signals.

In addition to modulation, 21349100487010 systems also employ signal processing techniques to detect or adjust signal parameters. These signal processing techniques can detect and measure time delays, signal-to-noise ratios, and distortion. Once adjusted, these signal elements are used to efficiently control circuits and systems. These control systems are utilized in a wide array of industrial, consumer, and automotive applications.