H3ABG-10105-L4

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Jumper Wires

Jumper wires are thin, flexible insulated electric wires used to temporarily connect two points in an electrical circuit. They are often used as a test connection during the development of an electrical system and to quickly repair or modify a prototype. They are also used in educational and experimentation equipment to demonstrate concepts in electricity.

Jumper wires are generally composed of an insulating sheath surrounding bare, insulated, or tinned copper cores. The insulation is typically plastic, PVC, silicone, or Teflon. The core is normally stranded and tinned to prevent oxidation. Stranded wires are more flexible than solid wires and are useful for making connections in tight places.

Jumper wires are used to quickly and easily connect two points in a circuit to test a function or signal level without soldering. This allows the user to bypass components or lengthily wiring connections. The jumper wires can be quickly changed or removed if the circuit design needs to be changed.

Jumper wires come in different lengths, thickness, insulation, and core types. The length and gauge of the wire will depend on the application and how much current is expected to flow through it. Thicker insulated wires can be used to carry higher current loads, as they provide better insulation and heat dissipation. Depending on the application, various insulation and core materials can be used. The most common insulation used is PVC, but silicone, Teflon, or other materials may be used depending on the application.

Jumper wires are available in strips, general connections, selected wires, twisted wires, and pre-crimped leads. The strips are usually discrete pieces of jumper wire that can be shaped to fit in a breadboard or other circuit board. General connections are general purpose wires used to make quicker, temporary connections, while the selected wires are longer lengths of jumper wires that may be used to connect various elements in a circuit. Twisted wires are a variation of the normal jumper wire, but offer the added twist which can reduce EMI produced from adjacent circuits. Pre-crimped leads are used to make a secure connection for power distribution. They can also be used to add length to jumper wires which are too short.

H3ABG-10105-L4 Jumper Wires

H3ABG-10105-L4 jumper wires are pre-crimped leads manufactured by Phoenix Contact. The wires are made from a tinned copper core with a PVC insulation. They are designed to have a locking system with fast connection and reliabilitiy. The pre-crimped leads can be used to extend the reach of jumper wires, to make power connections, or to connect many elements in a circuit. The H3ABG-10105-L4 have a high current capacity of 40 Amps at 10 A and 80 Amps at 20 A.

The H3ABG-10105-L4 are available in lengths of 0.3m, 0.5m, 0.9m, 1.2m, and 1.8m. The jumper wires have a diameter of 6mm between the end caps. They also feature a configuration of five conductors with a data signal and a ground connection. The strain relief at the beam connector ensures a secure connection with vibration-proof design.

H3ABG-10105-L4 Application Field and Working Principle

The H3ABG-10105-L4 jumper wires have been designed for applications requiring 5 conductors with a secured strain relief connection. They are particularly suitable for automotive, railway, industrial and communication technologies such as EMC tests, automotive wiring harness, and PLC systems. The wires can be used for power distribution, data transmission, and communication applications.

The H3ABG-10105-L4 jumper wires feature a locking system to ensure a secure connection with spring-type strain relief. The locking system also prevents the wire from becoming detached, which can cause circuit malfunction or a short circuit. The wires are made of a tinned copper core with a PVC insulation for maximum durability and a reliable connection. The tinned copper core offers excellent electrical conductivity and is resistant to corrosion.

The wires feature a five conductor design with one data signal and one ground connection. The data signal connection is the main conductor that carries the data to and from the electronic components. The ground connection is used to reduce the voltage in the circuit and provide additional shielding against electromagnetic interference. The first and last conductor are used for power distribution while the middle conductors are used for communication purposes.

The H3ABG-10105-L4 jumper wires provide a secure and reliable connection for power and data transmission in a wide range of applications. The locking system and strain relief provide a strong and secure connection. The tinned copper core offers excellent electrical conductivity and resistance to corrosion, while the PVC insulation ensures maximum durability. The five conductor design allows for data transmission and power distribution.

The specific data is subject to PDF, and the above content is for reference