Wire gauge affects LED strip brightness because thinner wire has more electrical resistance, and more resistance means more voltage lost between the driver and the strip. That lost voltage shows...
Read More
An LED driver can be located a fair distance from the strip, but the low-voltage wiring between them is where distance matters most, because that is the side where voltage...
Read More
LED voltage drop is the gradual loss of voltage along a strip as electrical current travels away from the power feed. The farther the current goes, the more voltage...
Read More
For constant-voltage LED strips, the answer is clear: wire multiple runs in parallel, not in series. In a parallel arrangement, every run connects back to the driver and receives the...
Read More
Yes, one LED driver can power multiple LED strip runs, as long as the total wattage of all the runs stays within the driver's capacity, with headroom to spare, and...
Read More
LED driver and dimmer compatibility means every part in the dimming chain is confirmed to work together before you buy: the strip, the driver, the dimmer or controller, the control...
Read More
Plug-in, direct-wire, and J-box describe how an LED power supply connects to your electrical system, not how it performs. A plug-in supply has a cord and plug for a standard...
Read More
PWM LED dimming, short for pulse-width modulation, is a low-voltage method that lowers a strip's brightness by switching its power on and off very rapidly and varying how long it...
Read More
0-10V dimming is a low-voltage control method that dims a light by sending a separate control signal, a voltage that varies from 0 to 10 volts, to a driver built...
Read More
TRIAC, ELV, and MLV are labels for types of phase-cut dimming, and they describe how a dimmer cuts the alternating-current waveform and what kind of load it is designed for....
Read More
Phase-cut dimming is the method most residential wall dimmers use. It reduces brightness by cutting away part of each cycle of the alternating current before it reaches the driver, so...
Read More
A dimmable LED driver is built to accept a dimming signal and lower the strip's brightness, while a non-dimmable driver simply supplies steady full power with no way to dim...
Read More
