100W Led Heatsink offers brighter, more natural light that can fill the entire room while bringing out definition and color in a way that no other option will ever be able to achieve. Better still, however, LED lamps accomplish this while drawing in significantly less power from the electrical grid, which translates into major energy savings. LED puck lights are a prime example of ideal ceiling lighting.

The first thing one needs to do in order to wire LED lights in a circuit is acquire the number of LEDs you require in your circuit. Most of the LEDs available in the market require just a little amount of power. Therefore, if you have a high power supply, you can wire as many LED lights as you want. You must be aware of the spec of the LEDs to use in your circuit. You must be aware of the voltage and current of the LEDs. To make the work easier, use LEDs with the same value of voltage and amperage.

After determining the correct resistor, you need to wire it into the circuit. You may do this in two ways. One, you can use a resistor with current rating of the total circuit and fix it to the positive terminal of your power supply. Two, you can use a resistor with the same value, but with a lower current rating to the cathode of each LED. The cathode of each LED should be wired in parallel while the anodes should be wires to an SPST switch. Then make sure you have wired the other terminals of the switch to the negative terminal of your power supply. That way, you have managed to wire LED lights in circuit. If you have been wondering how you can wire LED lights in a circuit, here are simple steps that may guide you.

Today's LED lamps or tubes are strong, durable, and contain no filaments; there is no chance of shattering, breakages, or mercury contamination. Many of the market leading Heat Sink Supplier have rated lives of up to 50,000 hours (50x longer than a standard incandescent light bulb) and consume up to 90% less energy than conventional lamps.