LED

LEDs (Light Emitting Diode) are semiconductor device (electronic component) that emit light when voltage is applied.

The Mechanism of LED Light Emission

An LED is made up of a semiconductor with a structure called a pn junction. When a current is applied, positive charges, or "holes," from the p-type semiconductor and negative charges, or electrons, from the n-type semiconductor begin to move towards each other.
When the positive holes and negative electrons meet at the junction, they neutralize each other's charges. The leftover energy from this process is converted into light energy, causing the LED to emit light.

• Low
  power
  consum
  ption
• Low Heat Emission
• Long life
• Inherent Color
  Self-Emission
• Fast Response Time
• Brightness Control
• Space-saving
• Environ
  mentally
  Friendly

In addition to lighting, LEDs are expected to be deployed in various fields such as automotive, communications, plant cultivation, and medical care.
We will continue to develop products in line with our customers' needs and overcome various challenges to improve product quality, further expanding the possibilities of LEDs.

• Optical Communication

  High Capacity

• Lighting & Display

  Low Power Consumption

• Medical & Measurement

  High Reliability

• Signals

  High Visibility

• IT Equipment

  Low Power Consumption

• Mobile Phones

  Low Power Consumption

• Full-Color Display

  High Resolution

• Automotive Products

  Mercury-Free, Energy-Saving