led voltage drop

In order to solve the problem of the voltage drop exceeds 10 meters, because it may cause the brightness difference from the beginning to the end. Nowadays, our 48V CC super long led strip can driver 50m Max continuous connection , and solves the voltage drop problems. #LED https://t.co/ucacdY59os

BCR430U improves efficiency for LED strips with an ultra-low voltage drop linear LED driver IC https://t.co/s5z5V9oZrg https://t.co/OIOMoFclEo

Ok here is a Idea I havent tested yet. To put a LED in parallel to a Polyfuse, if the Polyfuse trips, the resistance across it become large enough to create enough voltage drop to turn on the LED which then acts as a Indicator. It should work, but has somone done this? https://t.co/dFGm7Tytzy

I'm excited to introduce our newest employee! 💜💜 This cute blinky box is our Pixie Chroma test jig. It checks the voltage drop for each channel of each LED, and verifies data/power continuity out of the DUT as well. :) https://t.co/WvckFsYBlc

Alright, math time. The kids' will need to learn about Ohm's Law, too. As the law states, V=I*R.. So the current going through that LED should be 8.48 mA. (5V source - 2.2 LED voltage drop) divided by 330 ohms). Hey, pretty close! Maybe I'll actually survive this tomorrow! https://t.co/pIykAN7l4f

Life for you can go on as normal without realizing the voltage drop with the Philips LED bulb #RightLightIsEverything http://t.co/mPeRR3ge9T

This photo shows the voltage drop on an LED in a parallel circuit that I found while completing the circuits lab for this week. In order to find the voltage drop you have to hook up the multimeter to both sides of the LED. #PeoriaMET #PeoriaMETEng https://t.co/eH0Qy5h4D5

Blow out an LED! @hackaday just ran article on blowing out an LED with a resistor & microcontroller. You can get rid of the resistor and just use internal pullup! Temperature affects diode (LED) voltage drop, thus measurable by the MCU's ADC across pullup. https://t.co/y8YvO5gXgh https://t.co/txepdjOFGn

Simple rectifier power supply, charge control is using a Thyristor with zener reference to switch between quick-charge and float charge, and the indicator LED is sensing voltage drop across the rectifier with a PNP transistor Also, ceramic package thyristor! https://t.co/lSNcBTUVpi

@CoryJThompson <guessing> blue LED voltage drop ~4.5v 80mA, so guessing you'll need 12VDC to multiple arrays with 2 LEDs + one resistor ea.