4.7 OHM Aluminum Housing Resistor 10W

Description

What it is

The aluminum housing 4.7 OHM 10W resistor is an electronic component designed to effectively dissipate heat, protecting circuits from current or voltage overloads.

Features

• Resistance: 4.7 OHM
• Maximum Power: 10W
• External Material: Aluminum
• Dimensions: 3.2 cm x 1.6 cm x 0.9 cm
• Weight: 5 g

What it is for

This resistor is ideal for projects requiring efficient thermal dissipation, such as power supplies or voltage regulators. It can be used by both beginners and expert makers in various types of electronic circuits, including those based on Arduino.

Tutorial: How to use 10W Aluminum Housing Resistor

The aluminum housing 4.7 OHM 10W resistor is ideal for projects requiring efficient thermal dissipation, such as power supplies or voltage regulators. This component is perfect for both beginners and expert makers.

What you need

• Arduino Uno
• soldering iron
• multimeter

Steps

1. Check the resistance with the multimeter to confirm 4.7 OHM.
2. Connect one end of the resistance to the output pin of the Arduino and the other to the input of the component requiring regulation.
3. If necessary, use a pinning tool to secure the resistance to the panel or base of the project.

Mini project

Build a simple overheat protection circuit with Arduino monitoring the temperature and shutting down the system if it exceeds a certain threshold.

Common mistakes

• Using an insufficient power resistance for the project requiring high dissipation.
• Failing to properly check the resistance before use.
• Connecting the resistance directly to the circuit without an adequate securing system.

Recommended accessories

• Multimeter (SKU: ARD001234)
• Pinning Tools (SKU: ARD005678)
• Arduino Uno (SKU: ARD009101)

Frequently asked questions

Is this resistance suitable for high power projects?
Yes, with a maximum dissipation of 10W, this resistor can handle projects that require a high energy flow.

How can I calculate the maximum temperature of the resistor?
The maximum temperature depends on the actual dissipation. Check the datasheet for specific details.