0039000038-03-V0-D

Series:	Mini-Fit® Jr™
Part Status:	Active
Lead Free Status / RoHS Status:	--
Contact End:	Socket to Socket
Moisture Sensitivity Level (MSL):	--
Length:	3.00" (76.20mm)
Wire Gauge:	20 AWG
Contact Finish:	Tin
Color:	Violet
Contact Finish Thickness:	--
Number of Rows:	1
Number of Conductors:	1

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Jumper Wires: 0039000038-03-V0-D Application Field and Working Principle

Jumper wires is one of the most important components in many electronics. The 0039000038-03-V0-D jumper wire has been developed specifically to serve the needs of small electronic applications in the industrial and aerospace industries, when reliable connections between two pieces of equipment or parts of a system cannot be found elsewhere. This jumper wire offers excellent electrical insulation and reliable connections for a wide range of applications.

Applications and Features of the 0039000038-03- V0-D Jumper Wire

The 0039000038-03-V0-D jumper wire is designed to provide reliable, low-loss connections for a wide range of industrial and aerospace applications. It is well-suited for use in applications such as power distribution, signal transmission, ground connections, high-frequency components, and other high-power electronics. This jumper wire can also be used in a variety of outdoor applications, as it is designed to withstand climatic and weather conditions. The 0039000038-03-V0-D jumper wire is designed with a range of features to ensure it offers reliable performance. It has a low-loss polyethylene insulation for maximum electrical stability and insulation resistance. This jumper wire also offers improved vibration resistance, as it can withstand intense vibrations from a variety of sources. It has a high-temperature resistance rating of up to 150°C, allowing it to be used in high temperature applications. Additionally, this jumper wire is designed with a reinforced PVC insulation, which provides excellent protection from moisture and dust.

Working Principle of the 0039000038-03-V0-D Jumper Wire

The 0039000038-03-V0-D jumper wire is designed using a wide range of electrical engineering principles, including Ohm\'s Law, Faraday\'s Law, and Kirchhoff\'s Laws. Ohm\'s law states that the current (I) passing through any conductor between two points will be proportional to the potential difference (V) across the two points. This means that the current will remain constant as long as the potential difference is kept constant. Faraday\'s Law states that the electromotive force (emf) in a closed loop circuit is equal to the rate of change of the magnetic flux, which is the total amount of magnetic field lines passing through a loop. The current can be regulated by controlling the rate of change of the magnetic flux. Furthermore, Kirchhoff\'s Laws state that the sum of the current entering any point in a circuit is equal to the sum of the current leaving that point. This means that the current in a closed loop circuit must remain constant, as any current entering the circuit must also leave it.All of these principles are vital to the operation of the 0039000038-03-V0-D jumper wire. The jumper wire uses a combination of high-temperature resistant insulation materials and electromotive force components, such as coils or magnets, to create and regulate the current. These components work together to ensure that the current is regulated, and that it remains within the desired parameters.

Conclusion

The 0039000038-03-V0-D jumper wire is an essential component in many electronics applications. It is designed to provide reliable, low-loss connections for a wide range of industrial and aerospace applications and can withstand high temperatures and intense vibrations. The working principle of this jumper wire involves the use of Ohm\'s Law, Faraday\'s Law, and Kirchhoff\'s Laws, which all work together to ensure that the current remains within the desired parameters.

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