Treat each color as a separate LED and wire accordingly. Be sure to observe the polarity of the component (anode and cathode +/-)
Treat each color as a separate LED and wire accordingly. Be sure to observe the polarity of the component (anode and cathode +/-)
There are actually two different LEDs of different color inside one package, wired so that either one or the other can light depending on how power is applied to the leads. Some bi-color LEDs will also permit both to light at the same time.
The available color of LEDs are infrared, red, yellow, green, white, orange, blue, violet, ultraviolet and purple.
Home Deposit sells wide variety of LED lights. Some of them are miniature, mid-range, high-power and application-specific variations such as: flashing, bi-color, tri-color and RGB LEDs.
Tri color
yes if the battery is the same voltage, wire should be used to do this.
Bi-colour simply means "having two colours".
Start at the positive post of the battery put a fuse no more than 1 foot away from it after the fuse you can run the wire to wherever you want to put your switch hook that wire to on terminal on your switch then run a wire to wherever you want to put your lites. If the LEDs are in series use that 1 wire and hook it to the red or white wire on the first of your lites via an appropriate value resistor then join the negative lead to the positive of the next LED. Continue until all the LEDs are connected. Connect the negative lead of the last LED to ground. If the LEDs are wired in parallel follow the manufacturers instructions.
No, example- If the wire is blue with a white strip, (which is your remote wire for the amp turn-on) the wire is blue, the strip is not the color.
There are several types of LEDs, including standard (through-hole and surface mount) LEDs, which are commonly used for indicators and displays; high-power LEDs, designed for applications like lighting; and RGB LEDs, which can emit multiple colors by combining red, green, and blue light. Additionally, there are specialized LEDs such as organic LEDs (OLEDs) for displays, and ultraviolet (UV) LEDs for applications like sterilization and curing. Each type has unique properties suited to specific applications in electronics, lighting, and displays.
blue
LEDs are powered by direct current (DC) power. They require the voltage and current that they are built for. LEDs are diodes which means that current will only flow one way through them, if you wire up a LED backwards it will not function.