H2BXG-10104-R4

Series:	DF3
Part Status:	Active
Lead Free Status / RoHS Status:	--
Contact End:	Socket to Cable (Round)
Moisture Sensitivity Level (MSL):	--
Length:	4.00" (101.60mm)
Wire Gauge:	24 AWG
Contact Finish:	Gold
Color:	Red
Contact Finish Thickness:	--
Number of Rows:	1
Number of Conductors:	1

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Jumper Wires, Pre-Crimped Leads: H2BXG-10104-R4 application field and working principle

Introduction

H2BXG-10104-R4 is a very well known product of jumper wires and pre-crimped leads, which have many applications. In electronic circuits, this product is the common choice in wire connection of input and output devices, as a means of data communication. In terms of its application field, H2BXG-10104-R4 is mostly utilized in programming, test & development, power management, energy management, heating, and lighting transmission between different devices.

Application fields

In terms of its application field, H2BXG-10104-R4 is mostly used in programming, test & development, power management, energy management, heating, and lighting transmission between different devices. In programming, the jumper wires help to link the board and other devices that require communication in development, such as an oscilloscope, a logic analyzer, or a programmer, which is key to allow quick output and testing of a circuit. Through H2BXG-10104-R4, developers can effectively test out the accuracy of a circuit’s electronic components. In power management and energy management, pre-crimped leads bridge the gap of power demands needed across different systems and ensure a constant flow of power throughout the circuit. In heating, the jumper wires help in thermal analysis software, which can determine the various thermal dissipated components of a circuit, such as radiators, heat pads, etc., and the best application methods to achieve an excellent temperature balance throughout a circuit. In terms of lighting transmission, H2BXG-10104-R4 is used to transfer energy from a power source, such as a solar panel, and then convert it into usable electricity for a photon-powered device.

Working principle

The working principle behind the application of H2BXG-10104-R4 is that their labels form a network of contacts that bridges the gap between components, allowing communication between them. The contact sensor of the connector is designed to detect electrical signals that travel through the cable and direct them to the next component following the set protocol. In programming, the connector makes it possible for microcontrollers to pick up signals sent by the programmer and execute commands. For power management and energy management, the pre-crimped leads transfer energy from one component to another and also channel it to other devices that require energy. For heating, the jumper wires not only transfer electricity, but also allow the thermal analysis software to capture data and determine the best temperature balance of the circuit. Finally, for lighting transmission, H2BXG-10104-R4 helps to transfer power from a photon-based power source to a device powered by the same energy.

Conclusion

To conclude, H2BXG-10104-R4 is an important product in the field of pre-crimped leads and jumper wires, which has many important uses. It is used in programming, test & development, power management, energy management, heating, and lighting transmission, among others. Its design allows it to transfer electrical signals from one component to another, detect signals for programming, and facilitate the balancing of thermal energy and photons for lights, among other tasks.

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