1W 350mA 3.2-3.4V Bright/Warm White LED – 3 Pack

Description

What it is

Kit LED 1W 350mA 3.2-3.4V Bright/ Warm White – 3 Pieces is a set of three high-brightness LEDs, available in bright white (6500K) or warm white (3200K). Ideal for Arduino projects and beyond, they offer powerful and versatile illumination.

Features

• Operating Voltage: 3.2-3.4V
• Current: 350mA
• Power: 1W
• Available in bright white (6500K) and warm white (3200K)
• Quantity: 3 pieces

What it is for

This LED kit is perfect for lighting, signaling, and display projects. You can use it to create lights for Arduino projects, desk lamps, status indicators, or visual signals. The high power and availability in two color temperatures offer a wide range of applications.

Tutorial: How to use 1W LED Kit

This 1W LED kit is ideal for home lighting or signaling projects. Suitable for beginners and those looking for a high-brightness component.

What you need

• 1W LED Kit
• Resistance (check the datasheet)
• Power supply current (3.2-3.4V)
• Protection circuit (optional)

Steps

1. 1. Check the power supply voltage: 3.2-3.4V.
2. 2. Choose a resistance (check the datasheet).
3. 3. Connect the LED in series with the resistance.
4. 4. Connect the power supply to the circuit.
5. 5. Test the LED to ensure it works correctly.
6. 6. Install a protection circuit (optional) to protect the LED.
7. 7. Check the current: maximum 350mA.
8. 8. Verify the correct polarity of the LED.

Mini project

Build a desk lamp using the 1W LED and a wooden holder. Connect the LED in series with a resistance and a power supply of 3.2-3.4V. In 30 minutes, you will have a ready-to-use lighting project.

Common mistakes

• Using power supply voltages outside the 3.2-3.4V range.
• Missing protection resistance.
• Incorrect LED connection.
• Omission of a protection circuit.

Recommended accessories

• Power supply 3.2-3.4V
• Resistor for LED 1W (check the datasheet)
• Wood support
• Safety iron (to secure the LED)

Frequently asked questions

How to choose the resistor?
Check the datasheet for the maximum current and calculate the resistor using the formula R = (V – Vf) / If, where V is the supply voltage, Vf is the forward voltage, and If is the maximum current.

Does the LED work with AA batteries?
No, AA batteries have a voltage of 1.5V, which is too low to properly power this LED.

Can I connect multiple LEDs in parallel?
Yes, but make sure the supply voltage is compatible with all units and that the total current does not exceed the power supply capacity.

Does the LED have a startup delay?
No, the LED turns on immediately when the correct voltage is supplied.