✨Individually addressable LEDs are game-changers due to their embedded driver chip.
💡These LEDs simplify wiring and reduce costs by requiring only four wires.
🔧The LED manufacturing process involves embedding a control chip and soldering down the legs.
🕰️The LEDs go through multiple curing processes to ensure the glue and epoxy are set.
🌈The LEDs are overmolded for protection and sliced into individual LEDs for use.
What makes individually addressable full-color LEDs special?
—These LEDs have an embedded driver chip and require only four wires for operation, simplifying wiring and reducing costs.
How are the LEDs assembled and protected?
—The LEDs are assembled using metal and plastic, undergo testing, and are overmolded for protection.
What is the purpose of the curing processes?
—The curing processes ensure that the glue and epoxy used in the LEDs are set and secure.
How are the individual LEDs obtained?
—The overmolded panels are sliced into individual LEDs for use.
What is tested in the LED testing machine?
—The LED testing machine checks if the LEDs turn on, if all colors light up, and if the color accuracy meets specifications.
00:00Introduction to the process of making individually addressable full-color LEDs.
04:20Explanation of how the LEDs have an embedded driver chip, simplifying wiring.
07:45Overview of the assembly and manufacturing process, including curing and overmolding.
09:10Description of the steps involved in slicing the panels into individual LEDs.
12:10Introduction to the automated LED testing machine and its functions.
