16-012-104

Pitch - Cable:	0.050" (1.27mm)
Contact Finish Thickness:	10.0µin (0.25µm)
Contact Finish:	Gold
Cable Termination:	Solder
Usage:	--
Shielding:	Unshielded
Color:	Multiple, Ribbon
Features:	--
Length:	1.00' (304.80mm)
Series:	104
Pitch - Connector:	0.100" (2.54mm)
Number of Rows:	2
Number of Positions:	16
Moisture Sensitivity Level (MSL):	--
Connector Type:	DIP to DIP, Reversed
Lead Free Status / RoHS Status:	--
Part Status:	Active

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Rectangular Cable Assemblies

Rectangular Cable Assemblies, specifically the 16-012-104 model, are a type of cable assembly used to couple electronic equipment. The body is made of two or more connectors in different shapes such as rectangular, round, and square that are connected at one end. This type of assembly is primarily used in the consumer electronics industry and is also used for many industrial applications.

Application Field

The 16-012-104 rectangular cable assembly is used in many types of electronic and industrial applications. It is commonly used in the consumer electronics industry for connecting audio and video equipment. It is also used in the automotive and medical industries for connecting electrical components. This type of cable assembly is also used in the aerospace industry for connecting motors and generators, and in the industrial machinery industry for connecting circuit boards. It is also used in the aerospace and defense sectors for connecting sensors and switches. In addition, this type of cable assembly is used in the aerospace and defense industries as a form of military-grade electrical connection.

Working Principle

The 16-012-104 rectangular cable assembly works by connecting two or more connectors in an array-like manner. These connectors are available in various shapes such as circular, rectangular, and square. The connectors are then soldered or crimped together at one end to create a continuous electrical connection. This type of assembly is able to connect various types of cables, allowing for high-speed transmission of data.The assembly consists of two or more components that are connected through a series of screws, pins, or nuts. The connectors are usually made from metal such as aluminum, brass, copper, or stainless steel. The connections are made through a process called soldering. The connectors are usually soldered at one end and crimped at the other end. This type of cable assembly is also able to withstand high temperatures, which makes it ideal for connecting heated components.

Advantages

The 16-012-104 rectangular cable assembly offers several advantages over other types of cable assemblies. First, it provides a secure connection that is resistant to vibration, corrosion, and temperature extremes. Second, it is very easy to install due to its modular design. Lastly, this type of assembly is very reliable and is capable of carrying large amounts of data at a fast speed.

Disadvantages

The 16-012-104 rectangular cable assembly has a few disadvantages. First, it is more expensive than other types of cable assemblies, which can be a disadvantage for some applications. Second, it requires soldering, which can be time consuming and complex. Lastly, it is not as flexible as other types of cable assemblies, which can be a disadvantage when the layout of the system changes.

Conclusion

The 16-012-104 rectangular cable assembly is a reliable and secure form of cable assembly that is used in many industries. It is easy to install, resistant to vibration and temperature extremes, and able to carry large amounts of data at a fast speed. However, this type of assembly is more expensive than other types and requires soldering, which can be complex and time consuming.Overall, the 16-012-104 rectangular cable assembly is a reliable and secure form of cable assembly that is suitable for many electronic and industrial applications. It is easy to install, resistant to vibration and temperature extremes, and able to carry large amounts of data at a fast speed. It is important to consider all the advantages and disadvantages of this type of assembly before making a decision on which type of assembly is most suitable for a particular application.

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