H5BBT-10105-G7

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Jumper Wires are used in many electronic devices to provide electrical connectivity between two places in the circuit. The H5BBT-10105-G7 is one such Jumper Wire that offers a reliable connection with high levels of durability.

The H5BBT-10105-G7 Jumper Wire features 20mm of length, and is available in a variety of Gauges, which range from 0.51mm to 1.2mm. It also comes with pre-crimped lead terminals that make it even easier to connect and secure two points in an electronic circuit. Moreover, the jumper wire is encased in a heat-shrinkable, flexible sleeve that offers superior electro-magnetic interference protection and environmental protection.

The H5BBT-10105-G7 Jumper Wire has a wide range of applications across various industries such as the automotive, consumer electronics, medical, industrial, and aerospace industries. It is used in automotive systems, printed circuit boards, and micro-controllers for highly reliable data transmission between two points in a circuit. The jumper wires are capable of withstanding extreme temperatures, vibrations, and shock, making them ideal for automotive applications.

The working principle of the H5BBT-10105-G7 Jumper Wire is based on the principles of electrical conduction. The pre-crimped terminal of the wire ensures that a good electrical connection is established between two points in the circuit. This connection is then maintained through mechanical and thermal contact between the two terminals. Once the two terminals are connected, an electrical charge is able to pass through the wire, and hence the circuit.

The H5BBT-10105-G7 Jumper Wire is a durable and reliable jumper wire that provides secure and reliable electrical connectivity between two points in the circuit. It is widely used in the automotive, consumer electronics, medical, industrial, and aerospace industries, and is capable of withstanding extreme temperatures, vibrations, and shock. Its working principle is based on the principles of electrical conduction, ensuring reliable platforms for data transmission between two points in the circuit.

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