Everlight EHP-A08L/SUR01-P01 High Power LED Technical Data Sheet

The product is the EHP-A08L/SUR01-P01 with the model DSE-8L1-002. It has the features of high efficiency and energy saving, high light flux, and it is suitable for applications such as TFT LCD display backlight, decorative lighting, etc.


Everlight EHP-A08L/SUR01-P01 High Power LED Technical Data Sheet - cover page
Brand
Everlight
Category
Other Electronics
Document type
Datasheet
Language
English
Pages
11
File format
PDF
File size
302 KB
Published
04 May, 2012
Updated
30 September, 2023
MD5 checksum
D7859F0FD5A2FA11A41470CB9796C90E

About this manual

The EHP-A08L/SUR01-P01 is a 1 W high‑power LED from Everlight featuring a compact package, 130° viewing angle and an optical efficiency of 38 lm/W. It is suited for TFT LCD backlights, decorative illumination, automotive lighting and signal markers.

The sheet provides detailed dimensions (14.60 × 4.25 mm), electrical ratings (forward current 500 mA, forward voltage 2.35‑2.65 V at 350 mA) and optical specs (luminous flux >34 lm at 350 mA, wavelength 620‑625 nm). Reliability test results, assembly flow, soldering guidelines and packaging details are also included.

What's inside

  • Features
  • Applications
  • Materials
  • Dimensions
  • Maximum Ratings
  • Electro‑Optical Characteristics
  • Typical Curves
  • Reliability Test Items and Results
  • Assembly Process Flow
  • Soldering Guidelines

Specifications

Optical efficiency38 lm/W
Thermal resistance (junction to lead)15 K/W
Forward current500 mA
Power dissipation1.5 W
Luminous flux (350 mA)>34 lm
Viewing angle130°
Wavelength620‑625 nm
Operating temperature range-40 °C to +100 °C
Forward voltage (350 mA)2.35‑2.65 V
Maximum junction temperature125 °C

Frequently asked questions

What is the viewing angle of the EHP-A08L/SUR01-P01 LED?

The LED has a viewing angle of 130°.

What optical efficiency does the LED provide?

It delivers an optical efficiency of 38 lm/W.

What are the recommended soldering conditions for the LED?

Hot‑bar soldering is used; the MCPCB should be pre‑heated to 40 °C and hand‑soldering tip temperature set to 280 °C for less than 3 seconds per lead.

What reliability tests were performed on the device?

Tests include solderability at 230 °C for 5 s, thermal shock 10 s for 500 cycles, high‑temperature/humidity 85 °C/85 % RH for 4000 h, and various temperature cycling and storage tests.

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