Navigating through the LED landscape, you might encounter various emitter names like 2835, 3528, 5050, or 5730. Fear not, as the key considerations lie in the number of LEDs per foot and the power draw per foot.
See More Best Led Light Strip To Buy - BLLS
The density of LEDs plays a pivotal role in determining the pitch or distance between them, influencing the presence of visible hotspots and dark spots. Optimal lighting often stems from higher density, such as 36 LEDs per foot (120 LEDs per meter), ensuring a uniformly distributed glow. Keep in mind that LED emitters constitute a significant manufacturing cost, so factor in these density differences when comparing LED strip prices.
Moving on, delve into the LED strip light's power draw per foot. This metric unveils the system's power consumption, crucial for understanding electricity costs and power supply requirements. A high-quality LED strip should effortlessly deliver 4 watts per foot or more (15 W/meter).
See More Is Your Dimmer Switch Causing Flickering When Off?
Conduct a swift assessment to ensure individual LEDs aren't being overdriven. Calculate this by dividing the wattage per foot by the LED density per foot. Ideally, LEDs should not be driven at more than 0.2 watts each, indicating a well-balanced LED strip product.
Navigate the LED realm with confidence, armed with the knowledge of LED density and power draw, ensuring your lighting experience is both efficient and cost-effective.
