1200651127

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

Circular Cable Assemblies

Likewise referred to as coaxial cable assemblies, circular cable assemblies are forms of electrical cables used for the transmission of radio frequency signals, particularly at high speeds. They have a distinct design of physical, electrical and electromagnetic characteristics that make them easily distinguishable from other types of electrical cables. This article will provide an insight into the application field and working principle of 1200651127 circular cable assemblies.

Application Field

Circular cable assemblies are mainly used in the transmission of audio and video signals in the form of frequency bands of various widths in the radio frequency range, particularly between 10 kHz and 40 GHz. 1200651127 circular cable assemblies are mainly used in various communication and broadcast systems, including Amateur Radio Applications such as mains TV and FM radio networks, radio-navigation and broadcast antennas, satellite communications. Additionally, circular cable assemblies are also typically found in navigation systems, Cellular antennas, satellite antennas and marine systems.

Working Principle

Circular cable assemblies are designed to transfer radio frequency signals and propagate both electric and electromagnetic components, such as radio waves and electrostatic fields. The construction of 1200651127 circular cable assemblies comprises of a solid copper conductor tube, a corrugated steel shield, an outer plastic jacket, and a dielectric jacket inside the conductor tube. The solid-core conductor-tube transmits radio frequency signals, while the steel shield prevents unwanted electromagnetic noise and electric field coupling from the surrounding environment. The dielectric jacket further increases the cable’s resistance to voltage, and reduces signal loss to prevent signal reflections.

The capacitance of the circular cable assembly depends on the size and type of the dielectric jacket, as it affects the rate of signal transmission. 1200651127 circular cable assemblies typically have an impedance of between 75 and 90 ohms, depending on the type of cable core and jacket used. The cable’s impedance must match that of the transmitting and receiving systems used, or the signal transmission may not be efficient. A mismatch in impedance will also result in signal reflections, leading to decreased signal strength and potential interference in the system.

Ultimately, 1200651127 circular cable assemblies are designed to provide reliable signal transmission and control in a variety of communication and broadcasting systems. The distinctive design of these cables makes them extremely efficient at transmitting high-frequency signals, which is why they are the preferred choice for a wide range of applications.

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