1697454

Series:	--
Part Status:	Preliminary
Lead Free Status / RoHS Status:	--
1st Connector:	M12 Female, Right Angle
Moisture Sensitivity Level (MSL):	--
2nd Connector:	Wire Leads
Number of Positions:	4
Number of Positions Loaded:	3
Length:	Configurable
Cable Type:	Round
Color:	Configurable
Shielding:	Shielded
Usage:	Industrial Environments - IP65, IP67

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Circular Cable Assemblies Circular cable assemblies are used in various applications, including audio and video connectors, computing devices, telecommunications products, and even automotive and aerospace industries. The introduction of circular cable assemblies into these industries has made complex wiring and solders more manageable, by allowing connection between different components or devices without the need for rigid housing designs and extensive soldering procedures. The circular cable assemblies are also gaining importance for their ability to reduce signal losses, minimize mechanical stress and transfer power more efficiently.In its simplest form, a circular cable assembly consists of a series of insulated wires or cables inside sealed metal connectors. The connectors can be fastened together by special tools and these circular assemblies can be made to fit specific shapes and sizes. Depending on how they are used, these assemblies can be bolted together, screwed together or have adhesive tape used to hold them in place. The ends of the cables may have contacts, which can then be connected with a tab or a lug.The cables may have several types of insulation: conductive, non-conductive, silicone and oil-resistant. Depending on the type of connector used, the insulation can be made to protect against EMI/RFI interference, protect against mechanical shock and vibration, and ensure safety or environmental compliance.The working principle of a circular cable assembly is fairly straightforward, but it is even more complex than the simple wire connections used in traditional wiring. In a normal configuration, a single wire is connected to another wire. When using a circular cable assembly, the ends of two wires are placed into the circular connector, and the cable assembly is then snapped together and/or tightened down. The connection is made by a series of pins and sockets which create an electrical/mechanical seal.The use of such a connector is very efficient, since it does not require a housing and also creates a strong and reliable connection with minimal exposure of wiring. This feature is important for reducing the complexity of wiring projects, reducing the possibility of short circuits due to loose wires, as well as allowing the user to connect more wires at a single point with minimum effort.The applications of circular cable assemblies are widespread in the fields of electronics, telecommunications and automotive. Examples of such applications include automotive harnesses, audio and video connectors, USB ports, as well as heavy duty construction of equipment. When used in these kinds of applications, a variety of factors need to be taken into account to ensure the proper functioning of the connecting components. These factors include the number of pins, the shape of the pins, the frequency of use, and the overall configuration of the circular cable assembly, among others.In addition, circular cable assemblies offer the advantage of being very reliable in operation and are resistant to shock and vibration. They also reduce exposure of electrical wiring, thus increasing safety during operation. This also helps in ensuring the reliability of the electrical system as a whole, with less maintenance required compared to traditional wiring.Finally, it is important to note that the circular cable assembly’s design and performance can vary depending on the specific application. As such, it is important to ensure that the correct type and size of cable is used before the assembly is put into use. Additionally, it is often necessary to perform tests after installation to check that there are no faults in the connection. This is, of course, a critical step in ensuring the reliability of the entire system.

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