2835 SMD LED - 3000K Warm White Surface Mount LED w/120 Degree Viewing Angle
Overview
This Epistar 2835 SMD surface mount component LED in Warm White features 25 lumens of 3000K color temperature, 80 CRI, and a 120 degree viewing angle. Price listed is per unit, however, bulk discounts are available and are automatically applied to your order. Also available in Cool White and Natural White.
- LED Backlights
- Traffic Lights
- LED Display Lighting
- Electronic Components
Specifications
PDF Information Sheet
| Warm White | |||||||
| absolute maximum ratings: (TA=25°C) | |||||||
| PARAMETER | SYMBOL | Rating | UNIT | ||||
| Power Dissipation | PD | 0.2 | mW | ||||
| Continuous Forward Current | IF | 60 | mA | ||||
| Peak Forward Current (1/10th duty cycle, 0.1ms pulse width) | IFM | 180 | mA | ||||
| Reverse Voltage | VR | 5 | V | ||||
| Operating Temperature | TA | -20~+85 | °C | ||||
| Storage Temperature | Tstg | -40~+85 | °C | ||||
| Lead Soldering Temperature (3mm from body) 260C (for 3 seconds) | |||||||
| Optoelectric Characteristics | |||||||
| PARAMETER | SYMBOL | MAX | TYP | UNIT | TEST | ||
| View Angle of Half Power | 2ø1/2 | -- | 120 | Degree | -- | ||
| Forward Voltage | VF | 3.4 | 3.2 | V | IF=20mA | ||
| Dominant Emission Wavelength | -- | -- | Warm 3000K | -- | -- | ||
| Luminous Intensity | -- | -- | 25 | lm | -- | ||
| Millicandela Output | IV | -- | 8000 | mcd | IF=20mA | ||
Reviews
Overall Rating
Total Reviews
Tell Us What You Think
Share your own experience and photos of this product. Doing so will help inform other potential buyers and allow us improve our product lines. It may take up to 72 hours for your review to appear.
Brilliant Little Package
I've just installed these gems onto adhesive copper foil tape to light the interior of a model aircraft carrier hangar deck. I needed something very small and unobtrusive. These SM LEDs were just what was needed. Their wide angle illumination would reduce hot spots and give an even lighting.
You need to take care to hand solder them since you must leave a small, 1mm gap for the space between the anode and cathode contacts on the LED's bottom. You must then lightly tin the copper foil, place and hold the LED with a tweezer and then heat the copper next to the LED on each side to melt the solder and make the connection. Their brightness is something to be seen and they will really light up the inside. I'm going to use this method on many other model structures for the same reason, lots of light without obtrusive bulbs in the way, no heat and very low power requirements. Frankly, if I didn't understand how LEDs actually work I would think they're magic.
