1722533123-10-N0

Jumper Wires

Jumper wires are commonly used in the electronics industry for prototyping circuits. They are made of mostly copper and have pins at each end. The most common type of jumper wire used in the electronic industry is the 1722533123-10-N0. This type of jumper is a dual-row setup, with the two rows of pins connecting to two different copper wires. The pins have a sharp point in the center that makes it easier to insert into a breadboard or solder on to a circuit board. Jumper wires are connected to the circuit via the leads that clear the layers of soldering allowing the pins to make an efficient connection.

Pre-Crimped Leads

Pre-crimped leads are also commonly used in the electronics industry. Unlike jumper wires, pre-crimped leads are copper-plated steel wires that are pre-crimped around the pins. This gives the wire increased structural integrity and makes connections more reliable. Pre-crimped leads are usually more expensive than jumper wires, but the cost is more than justified with the extra durability that they provide. The 1722533123-10-N0 type of pre-crimped lead is a double-row setup with the two rows of pins connected to two different copper-plated steel wires. The sharp points on the pins make it easier to insert them into a breadboard or solder them onto a circuit board.

1722533123-10-N0 Application Field and Working Principle

The 1722533123-10-N0 jumper wire and pre-crimped lead are primarily used in the electronics industry for prototyping circuits. They are used to connect components on a breadboard or to a circuit board. The 1722533123-10-N0 jumper wire has two rows of pins that are connected to two different copper wires. The sharp points on the pins make it easier to insert them into a breadboard or solder them onto a circuit board. The pre-crimped lead has two rows of pins that are connected to two different copper-plated steel wires. The sharp points on the pins make it easier to insert them into a breadboard or solder them onto a circuit board. Both types of cables are reliable and durable, making them an ideal choice for circuit prototyping.