0834229056

Series:	83422
Part Status:	Active
Lead Free Status / RoHS Status:	--
1st Connector:	Receptacle, Female Sockets
Moisture Sensitivity Level (MSL):	--
2nd Connector:	Receptacle, Female Sockets
Type:	D-Type, Micro-D
Number of Positions:	15
Length:	1.50' (457.20mm)
Shielding:	Shielded
Color:	--
Usage:	--
Contact Finish:	Gold
Contact Finish Thickness:	5.00µin (0.127µm)

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The Working Principle and Application Fields of 0834229056 D-Sub Cables

D-Sub Cables, identified by the increasingly popular number code of 0834229056, are some of the most reliable and durable cables available in the market today. With their versatile design and an ability to serve multiple applications, D-Sub Cables offer a wide range of versatility. Their working principle involves a combination of electric current, data transfer, and an interfacing system to connect electronic components.

Structural Design

The structural make-up of a D-Sub Cable is its core organizing feature. While the connectors can be of a variety of sizes, the most common feature is the metal shield connected to the back of each connector. Electrically insulated wire pairs are then attached to the back of the connector, usually with crimp connectors or solder joints. The shield is the core element that prevents electromagnetic interference.

Applications Fields

D-Sub Cables are used in a variety of industries, including audio and video, audio data transmission, automation, robotics, and computer technology. In audio applications, the cables are used to connect microphones, amplifiers, loudspeakers and graphic equalizers. Likewise, in video applications, these cables are used to connect monitors, TVs and other video equipment. Moreover, these cables are also widely used for industrial automation, such as for controlling robotic machines. In addition, D-Sub Cables are widely used in computer technology, in particular in various computer interfaces such as Serial and Parallel ports. In this application, the cables allow the computer to send and/or receive data between it and a peripheral device, such as a scanner or printer. Finally, D-Sub Cables are also used for data transmission and communication technologies such as Ethernet, RS-232, and RS-485.

Working Principle

D-Sub Cables work on the principles of current conduction and data transmission. When an electric current is passed through the cables, the voltage will be regulated by the connectors and the wires. The connectors act as a conductor or “channel” through which the current flows. Furthermore, the wires act as insulators which prevent the current from dissipating too quickly, creating a steady flow.Moreover, the connectors and the metal shield act as a barrier, preventing the flow of electromagnetic interference. This prevents the cables from being affected by external signals, and also prevents them from affecting other electronic devices as well. On the other hand, data transmission works similarly to current conduction, in that the current will flow through the wires until it is received by the intended device.

Conclusion

0834229056 D-Sub Cables are a reliable and durable solution for connecting electronic components. The cables are used in a wide range of industries, from audio/video to automation and robotics. They work through current conduction and data transmission, and the metal shield helps protect the cables from interference and helps protect other electronic devices as well.

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