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Specifications:
Product Name: Essential LED Module for Hobbyist
LED Colors: Blue, Red, Yellow, Green
Compatible with: Arduino Uno, Arduino Nano, TTL, CMOS ICs
Voltage Range: 5V to 12V (DC/AC)
Maximum Current Sink/Source:
- At 5V DC: 2.5 mA (when all LEDs are on)
- At 12V DC: 11.6 mA (when all LEDs are on)
Maximum Current Sink/Source (At 5V DC per LED):
- Blue: 0.6 mA
- Red: 1 mA
- Yellow: 1.3 mA
- Green: 0.3 mA
Maximum Current Sink/Source (At 12V DC per LED):
- Blue: 2.7 mA
- Red: 3.6 mA
- Yellow: 4.8 mA
- Green: 1.3 mA
Package:
1x Module
Product Description
Features:
- Common Anode/Cathode Support: Operates in both common anode and common cathode modes for versatile connectivity.
- Multi-LED Status Checking: Four distinct color LEDs to easily check IC output status and signals.
- Compatible with Arduino and ICs: Works seamlessly with Arduino Uno and Nano, as well as TTL and CMOS ICs for integrated projects.
- AC/DC Operation: The module is flexible with both DC and AC power supply options, ranging from 5V to 12V.
- Low Power Consumption: Efficient LED usage with minimal power draw even when all LEDs are turned on.
Description:
The Essential LED Module for Hobbyist is designed to simplify the testing of IC output status. Featuring four LEDs in blue, red, yellow, and green, this module offers an intuitive way to visualize output signals. Whether you are working with Arduino Uno, Arduino Nano, or ICs like TTL and CMOS, this module makes it easy to debug circuits.
You can operate it in either Common Anode or Common Cathode mode, depending on your project requirements, giving it flexibility. Furthermore, the module can be powered by both AC and DC sources, with a voltage range from 5V to 12V. It’s highly efficient, consuming as little as 2.5mA at 5V and up to 11.6mA at 12V when all LEDs are on.
This module is ideal for anyone building or testing circuits, as it provides a quick and easy way to observe output signals. Its compact design and easy-to-use configuration make it an essential tool for hobbyists and professionals alike.
FAQ:
Q: Can I use this module with 3.3V logic?
A: No, the module requires a minimum of 5V to operate properly.Q: Is the module compatible with Raspberry Pi?
A: Yes, it can be used with Raspberry Pi, but ensure that the input voltage requirements are met.Q: What modes can this module operate in?
A: It supports both Common Anode and Common Cathode modes for flexibility.Q: Can this module be used for AC voltage input?
A: Yes, the module supports both AC and DC input within the 5V to 12V range.Q: How much current does the module draw when all LEDs are on?
A: At 5V DC, the module draws 2.5mA total, and at 12V DC, it draws 11.6mA total.