LED strips have grown in popularity as a lighting option for both domestic and industrial uses. Since COB LED strips first appeared, there are still some people who are not sure if they need a driver. This post will address this query and offer a thorough examination of COB LED strips and their driver requirements.
What is driver?
An electronic device known as a driver controls the power supply to LED strips. It transforms the source’s electricity into the proper voltage and current needed to power the LEDs. To function, LED strips need a constant current source, thus the driver must deliver a steady stream of power to guarantee the LEDs perform at their peak efficiency.
Are drivers required for COB LED strips?
Like conventional LED strips, COB LED strips require drivers. For them to function well and protect the LEDs, they need a steady, controlled power source. The driver makes sure that the voltage and current range that COB LED strips are designed to function with is maintained. Without the driver, the COB LED strip will not work.
Different COB LED strip drivers
Drivers for COB LED strips come in two flavors: constant current drivers and constant voltage drivers. The voltage and current demands of the COB LED strips determine the type of driver used.
The most popular kind of driver for COB LED strips is constant current. They control the current that is provided to the LEDs, guaranteeing a constant output and avoiding overdriving the LEDs. They are perfect for uses like retail or commercial lighting where uniformity in brightness and color temperature is required.
On the other hand, constant voltage drivers control the voltage provided to the LEDs. They are perfect for situations where the brightness needs to be regulated, like in domestic lighting, and are frequently used for low voltage COB LED strips.
Advantages of using a driver
There are various advantages to using a driver with COB LED strips. First of all, it makes certain that the LEDs function at their best, resulting in a longer lifespan and improved efficiency. Second, it ensures safety by avoiding overvoltage and undervoltage conditions that could result in harm or present a threat to safety. Finally, it enables better control over the LED strip’s brightness and color temperature, resulting in a more personalized lighting solution.
In conclusion, drivers are necessary for COB LED strips to function effectively and securely. The voltage and current demands of the COB LED strips determine the type of driver used. Increased efficiency, safety, and control over the LED strip’s brightness and color temperature are just a few advantages of using a driver with COB LED strips. To ensure optimum performance and the longevity of your LEDs, it is crucial to choose the right driver if you are thinking of using COB LED strips for your lighting application.
