This professional series of 5mm through-hole LEDs offers reliable, high-visibility performance for electronic indicators, status panels, and educational project boards. Featuring a classic rounded top and a diffused epoxy lens, these LEDs provide a wide viewing angle and consistent light output, making them essential components for any prototyping kit.
High-Visibility Diffused Lens: The colored, diffused epoxy resin ensures the light is evenly distributed, making the status easily visible from multiple angles.
Standard 5mm Profile: The universal 5mm (T-1 3/4) size fits perfectly into standard LED holders, control panels, and pre-drilled project enclosures.
Industrial Durability: Built with high-quality silver-plated leads for superior solderability and long-term electrical conductivity.
Low Power Consumption: Optimized for energy efficiency, these LEDs operate with minimal current, extending the battery life of portable electronic devices.
Easy Polarity Identification: Features a standard long-lead (Anode) and short-lead (Cathode) configuration for quick and accurate installation.
Diameter: 5mm.
Mounting Style: Through-Hole (DIP).
Lead Material: Silver-plated copper alloy.
Lens Type: Diffused / Colored.
Available Models:
607-101-51: Green.
607-101-21: Red.
607-101-41: Yellow.
607-101-31: Orange.
Control Panels: Used as power-on or fault indicators in industrial and consumer machinery.
Prototyping: Ideal for use with MB-102 or GL-12 Solderless Breadboards during circuit design and testing.
Educational Kits: Perfect for teaching basic electronics, polarity, and current-limiting principles in classrooms.
DIY Electronics: Frequently used in custom PC builds, model railroading, and gaming peripherals for decorative lighting.
What is the recommended resistor for these? For a standard 5V circuit, a 220Ω to 330Ω resistor is typically recommended to prevent the LED from burning out while maintaining optimal brightness.
Which side is the positive (+) lead? The longer lead is the Anode (Positive), and the shorter lead (usually near a flat spot on the LED's base) is the Cathode (Negative).
Can these be used with a 12V battery? Yes, but you must use a higher-value resistor (approximately 1kΩ) to limit the current. Connecting them directly to 12V will result in immediate component failure.
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