43-01136

Series:	43
Part Status:	Active
Lead Free Status / RoHS Status:	--
1st Connector:	M12 Male
Moisture Sensitivity Level (MSL):	--
2nd Connector:	Wire Leads
Number of Positions:	5
Number of Positions Loaded:	All
Length:	1.64' (500.00mm)
Cable Type:	Individual
Color:	Multiple
Shielding:	Unshielded
Usage:	Industrial Environments - IP67

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Circular Cable Assemblies are assemblies that use shielded cables in order to effectively transfer electrical signals between two devices. The cables are typically composed of a combination of copper wires, often sheathed in a polyurethane or rubber insulation as well as a shielding material in order to protect the wires from electrostatic interference, and a jacket or casing around them.The 43-01136 application field and working principle specifically refer to the application field of circular cable assemblies. These types of assemblies are commonly used in commercial and industrial applications, as well as for military applications. Due to their ability to reduce signal interference, circular cable assemblies are most commonly used in high-noise environments, such as in aircraft or on automotive test benches.Circular cable assemblies are generally constructed using a combination of soldered or crimped connections, bends and shielding materials. Soldered connections are typically used when the cable is of short-distance length and the wires being connected are of small gauge. On the other hand, crimped connections are much stronger than soldered connections and are often used in applications with higher current requirements or where the cables need to be more flexible. Similarly, bends and shielding materials are used in order to provide additional protection against interference.In order to understand how circular cable assemblies work, it is first necessary to understand what a return loss is. A return loss is essentially the measurement of voltage or power that is lost due to the resistance of the cables. When a return loss is present, it causes the signal to become garbled and distorted, meaning that the signal has to travel further distances in order to reach its destination. However, this can be offset by using a high-quality shielding material that is specifically designed to block interference.The working principle of 43-01136 application field and workings principle can be best understood by examining the various components that make up a circular cable assembly. These components can be divided into three main components: dielectric insulation, contact pins, and a metal shield. The dielectric insulation is typically composed of a dielectric material, such as rubber or polyurethane, that acts as an insulator between the two wires. The contact pins help to create an electrical connection between the wires, while the metal shield helps to reduce the noise and interference.The application field of 43-01136 application field and workings principle include a variety of applications, such as in automotive, aerospace, and military applications. Automotive applications often include fuel injection systems, engine and transmission control systems, and even electronic ignition systems. Aerospace applications often include cruise control systems, autopilot systems, self-defense systems, and even commercial airliners. Lastly, military applications often include submarines and tanks.Ultimately, circular cable assemblies are an essential component in a variety of applications, providing the ability to effectively transfer electrical signals over short distances and in high-noise environments. The 43-01136 application field and workings principle specifically provide a means for understanding the application areas and working principles of this type of assembly. By leveraging the strength of their connection and shielding materials, circular cable assemblies can ensure improved signal integrity and reliability.

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