0002062101-05-N0

Jumper Wires

Jumper wires are commonly used in the assembly of computers, electron components, models, and circuits. They are generally small, thin, and durable wires with tinned ends that can also be easily connected, disconnected, and reattached. Jumper wires are usually constructed of copper, gold, or other conductive material with a plastic insulation, and come in various lengths and colors, and extra insulation can be added to protect the wires from damage.

Most jumper wires have a purpose-driven super easy design that minimizes the wiring today. It is made of doubly insulated wires that insulate. This ensures that no unintentional connections are made during the wiring work and helps reduce current leakage. Mostly these wires are used to connect different components in noisy high-frequency circuits. This type of wire is used to bridge two connections and can be used in circuits to create electrical switching, interconnection and connecting loops. Jumper wires are widely used to connect Arduino, relays, and breadboards and are interchangeable with patch cords.

Pre-Crimped Leads

Pre-crimped leads are a kind of solderless connections commonly used for connecting electronic components like motors and light sources. Pre-crimped leads generally consist of two strands of metal wires which, when crimped, form an insulated contact that could generate electrical connection. Pre-crimped leads are usually made of aluminum, copper, and stainless steel, with the desired pitch size added in for seamless connection. The insulated surface of pre-crimped leads allowed it to run through tight spaces, making it suitable for use in intricate projects.

Pre-crimped leads make the process of wiring much easier and provide more reliable electrical connections than traditional soldering. This type of leads is often used to connect cheap sensors, power currents, control circuits, and other applications. Pre-crimped leads also increase efficiency by reducing the soldering time. The most commonly used pre-crimped leads are heat-resistant, high-temperature, and anti-short, with an operating temperature range of -10 to +150°C.

0002062101-05-N0 Application Field and Working Principle

The 0002062101-05-N0 wire contains a thermistor which is a resistance that changes when subjected to temperature changes. The 0002062101-05-N0 series is used for requirements that require precision temperature control with an accuracy of ±0.25°C (±0.45°F). The 0002062101-05-N0 wire can be found to be used in applications like such as room air conditioners, set-top boxes, ovens, water heaters, etc.

The 0002062101-05-N0 working principle is based on a predetermined resistance-temperature relationship, where the resistance will decrease as the temperature increases. This thermistor is powered by an AC current source and it consists of two terminals. When an AC voltage is applied, a current flows through the thermistor. This current is linearly proportional to the temperature of the thermistor. Changes in the thermistor\'s resistance modulate the current passing through it and create a temperature signal. This signal is in turn relayed to the control circuit which uses the output signal to adjust the temperature accordingly.