⚡️The high power UV purple LED produces a deep violet light at 395 NM.
🔋By adding capacitors in line with the LED, we can control the power output.
🌈Different capacitors result in different power levels, allowing us to create a useful level of UV light.
🧪Experimenting with various capacitors helps us understand the relationship between capacitance and power output.
💡Using motor capacitors can be an effective way to control the power output of the LED.
What is the voltage requirement for the high power UV purple LED?
—The LED is designed to work with 220 volts.
What is the wavelength of the deep violet light produced by the LED?
—The LED emits light at 395 NM, which is in the ultraviolet range.
What is the purpose of adding capacitors in line with the LED?
—Adding capacitors allows us to control and adjust the power output of the LED.
Can different capacitors result in different power levels?
—Yes, using capacitors of different values can vary the power output of the LED.
Is there a more cost-effective way to control the power output of the LED?
—Using motor capacitors can be a cost-effective alternative to specialized LED drivers.
00:00Introduction to the high power UV purple LED and its purpose.
03:00Exploration of the internal components of the LED and its unique design.
06:00Testing the LED with different capacitors in line to vary the power output.
09:00Demonstration of the LED's power output and its practical applications.
12:00Discussion of the benefits of using motor capacitors for power control.
