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Jumper Wires, Pre-Crimped Leads and the H6BBT-10110-R7

Jumper wires, also known as jumper cables, connecting wires, and patch cords, are short lengths of insulated electrical wire commonly used for prototyping and connecting electrical components.

Pre-crimped leads, also known as pre-crimped cables, are short lengths of wire with factory-installed terminals or connectors at either end, used to make quick, temporary connections between electronic components. They are used in situations where large bundles of wires, or a permanent wiring setup, is ill-suited or impractical.

Both jumper wires and pre-crimped leads have application fields that range from low voltage and low current applications all the way up to high voltage and high current applications, depending on the type of wire and terminals or connectors used.

What is the H6BBT-10110-R7?

The H6BBT-10110-R7 is a jumper wire manufactured by Amphenol’s ICM Connector System division. It is listed as a 150mm (5.9in) single-ended, flexible PVDF-insulated jumper wire with tinned-copper double-strand construction and seven silver-plated copper male terminals on one end.

Application Field

The H6BBT-10110-R7 is a versatile and robust jumper wire suitable for use in a wide variety of applications. It is designed to be used for low current signal, control, and power signal connections. It is commonly used for connecting electrical components in communications systems, computers, and other internal or external electronics used in many industries.

Working Principle

In order to understand the working principle of the H6BBT-10110-R7, it is important to first understand the basic principles of electricity and electrical circuits. Electrons flow along a circuit from negative to positive, and the amount of electrons in the circuit determines the amount of current. The current, in turn, determines how much voltage is needed to maintain the current. The voltage is what powers the components in the circuit.

The H6BBT-10110-R7 is designed to provide a low-resistance, low-impedance path for electrons to travel through. This means that the resistance of the wire is very low, allowing electrons to move through it quickly and easily. This allows for a low amount of voltage to be used, which is important for low-current applications where high voltage could be damaging to the electrical components.

The tinned-copper double-strand construction of the H6BBT-10110-R7 also reduces the amount of electrical noise and interference that can occur in a circuit. This allows for a more consistent and predictable signal to be sent from one component to another.

Finally, the silver-plated copper male terminals provide a secure connection between the components in the circuit. This ensures that the electrical connection is not interrupted, and that the components are able to properly receive the signals they need to operate.

Conclusion

The H6BBT-10110-R7 jumper wire from Amphenol ICM Connector System is an ideal solution for low current signal, control, and power signal connections. Its tinned-copper double-strand construction and silver-plated copper male terminals help to reduce electrical noise and ensure a secure and reliable connection between components. The H6BBT-10110-R7 is a versatile and robust jumper wire that is suitable for a wide variety of applications.

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