In terms of their intended use, LED drivers may be compared to low-voltage bulb transformers and fluorescent lamp ballasts. They offer the power that LEDs need to perform at their best. Now that you know whether an external electronics driver is necessary for your LED light and, if so, what kind, you can look into the technical parameters. Take into account the following considerations before making a final choice.
Since the advent of light-emitting diodes, the lighting sector has undergone a rapid and productive change (LED). This technology has largely superseded the use of incandescent, compact fluorescent, and halogen light bulbs. LED lighting is the most efficient, cost-effective, and environmentally friendly option for indoor and outdoor applications. How could anything like that happen, in your opinion? The answer is buried in all the options provided by electronic drivers. However, before that, it is crucial that you understand the basic definition of these drivers.
Learning the Basics of Electronics Drivers
Semiconductor chips are often found in store-bought electronics. These chips handle drivers. When software communicates with hardware, drivers make that interaction possible. The purpose of these drivers or circuits is to regulate the operation of other, more complex circuits or components. Small-signal diodes (SMD) are used to regulate current. Market needs are highest now for drivers for LED displays, peripheral devices, IGBTs, and motors.
Responsibilities of an Electronics Driver
To facilitate the rapid and error-free completion of the R&D process, electronic drivers are constructed to serve many purposes. The typical duties of an electronics driver are as follows. –
- It is essential that sufficient voltage be supplied at all times, regardless of load.
- Be able to do its job without creating a dangerous electrical short.
- To offer sufficient voltage levels
- It is expected that sufficient current levels will be available to provide the current.
- For the current to be effective, it must be able to sink
Electronic drivers are in high demand in the LED business since this lighting system is gradually replacing many other technologies. Please consider the following before deciding on LED industrial pin electronics.
It’s important to think about maximum wattage, voltage output, and voltage input while discussing the power consumption component. Before anything else, think about the light’s voltage needs. Use a 12-volt electronic driver for a bulb that operates on 12 volts, a 24-volt pin electronic driver for a bulb that operates on 24 volts, and so forth.
LED drivers need the input voltage of the area where the light will be installed to scale down to the appropriate output voltage level. If you doubt whether or not your firm uses 277 volts, an expert should be consulted.
Get a driver that can handle more power than your bulb can. Use an electronic driver with a bulb whose power consumption is either less than half or more than the driver’s maximum wattage.
LEDs and drivers that operate at a constant voltage or current may be dimmable, but checking the packaging is important. LED bulbs used in homes often have internal drivers and cannot be dimmed unless specified in the product specs.
The efficiency is reported as a percentage and describes how well the driver converts the input power into output current for the LED. Normal efficiencies for LED lighting vary from 80% to 85%, with higher efficiency shown in UL Class 1 drivers that can provide juice to more individual lights.
Last but not least, think about how strong of a driver you are. The power factor reflects the electronic driver’s genuine power burden on the electrical system. Power factors may range from minus one to one.
Understanding these technological details is essential before starting an LED firm. Now that you are familiar with an electronics driver’s significance be sure that the ATE testing equipment vendor you choose has a good reputation.