Ultra-Low Current LEDs

SunLED LEDs have been carefully rated to ensure the highest level of quality and consistency

Image of SunLED's Ultra-Low Current LEDsSunLED’s ultra-low current LEDs support engineering demands. A low current operation of IF = 2 mA paired with low forward voltages allow these LEDs to provide engineers with over 90% power reduction compared to traditional LEDs. SunLED has carefully rated this series of LEDs to ensure the highest level of quality and consistency.

Included in the ultra-low current series are top emitting and right-angle form factor options along with single color and RGB to further enhance design flexibility. Several parts are offered with ultra-bright chips in a dome lens package to maintain a high-intensity output while running at low currents.

Features
  • Low current operation: 2 mA
  • Low forward voltages
  • Variety of package options and colors available
  • Dome lens packages for high-intensity output
  • Narrow to wide viewing angles: 10° to 170°
  • High reliability and consistency
Applications
  • Consumer devices
  • Wearable electronics
  • Medical and healthcare
  • Mobile devices and handheld products
  • Battery-powered devices
  • Audio and video

Ultra-Low Current LEDs

ImageManufacturer Part NumberDescriptionAvailable QuantityPriceView Details
LED RED CLEAR 2SMDXZCM2CRK53WA-8VFLED RED CLEAR 2SMD14477 - Immediate$3.95View Details
LED GREEN CLEAR 2SMDXZCDGK53W-8VFLED GREEN CLEAR 2SMD11173 - Immediate$4.28View Details
LED BLUE CLEAR 2SMDXZCFBB53W-8VFLED BLUE CLEAR 2SMD843 - Immediate$4.28View Details
LED BLUE CLEAR 2SMD R/AXZCFBB74W-3VULED BLUE CLEAR 2SMD R/A2678 - Immediate$4.20View Details
LED GREEN CLEAR 2SMD R/AXZCDGK50W-3VULED GREEN CLEAR 2SMD R/A1668 - Immediate$4.36View Details
LED RGB CLEAR 4SMDXZCMEDGCBD110WLED RGB CLEAR 4SMD28438 - Immediate$7.08View Details
LED RGB CLEAR 4SMD R/AXZCMEDGCBD56WLED RGB CLEAR 4SMD R/A7754 - Immediate$6.42View Details
LED RGB CLEAR 4SMD R/AXZCCBDMEDGK161WLED RGB CLEAR 4SMD R/A25355 - Immediate$8.40View Details
Published: 2019-10-14