A comprehensive driver offering
From programmable and connected drivers to feature-optimized drivers, Advance by Signify has the solutions to help take advantage of everything LED technology has to offer. By partnering with Advance, you leverage the latest improvements in LED technology for lighting opportunities. Our driver technology is engineered to maximize the performance of efficient LED modules.
Click here for a detailed explanation of the different type’s of LED drivers.
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LED Drivers - Different type's for different applications.
LED drivers come in several types, each suited for different applications and requirements. Here are the main types:
Constant Current Drivers: These regulate the current supplied to the LED, ensuring it remains steady regardless of fluctuations in voltage. They are typically used for high-power LEDs or LED arrays where precise current control is essential for performance and longevity.
Example: Drivers for high-bay lighting, street lights, and architectural lighting.
Constant Voltage Drivers: These provide a steady voltage output, allowing the connected LEDs to draw the necessary current based on their design. They are commonly used with LED strips and modules that require a specific voltage input.
Example: Drivers for LED strips and low-voltage LED fixtures.
Dimmable Drivers: These drivers allow for brightness adjustment. They can be either constant current or constant voltage but include additional circuitry to enable dimming through various methods such as phase-cut dimming, 0-10V dimming, or digital control.
Example: Drivers for adjustable LED lighting in residential or commercial settings.
AC-DC Drivers: These convert alternating current (AC) from the power supply into direct current (DC) required by the LED. They are used in applications where the input is from an AC power source.
Example: Drivers for LED fixtures in homes and businesses.
DC-DC Drivers: These adjust the voltage of a DC input to a different DC output required by the LED. They are often used in systems where the input voltage is different from the LED's operating voltage.
Example: Drivers for battery-powered LED systems or solar-powered lighting.
Smart Drivers: These incorporate advanced features like remote control, network connectivity, and integration with smart home systems. They can include options for color changing, scheduling, and other programmable features.
Example: Drivers for smart lighting systems and intelligent lighting controls.
Linear Drivers: These provide a smooth, linear output without significant ripple, which is important for certain LED applications where a stable light output is crucial.
Example: Drivers for high-quality, uniform LED lighting.
LED Modules Drivers: These are designed specifically for powering LED modules, which are pre-assembled units with multiple LEDs. They often combine features like constant current and specific voltage requirements to match the module's needs.
Example: Drivers for LED modules used in signage or display applications.
Each type of LED driver is designed to meet specific requirements for different lighting applications, ensuring optimal performance and efficiency.
