close window

Enter a part number:

Download White Papers & Design Guides

Ethernet Design Guide

A guide for protecting Ethernet circuits and equipment from electrostatic discharge (ESD), lightning, power faults and other electrical transient threats

Selecting an Appropriate ESD Device

Application note for board designers needing protection from ESD

Tips for Enhancing ESD Protection

Application note for board designers after devices fail in-system ESD testing

USB 3.0 Circuit Protection
*recently updated*

Application note explains key selection criteria and tradeoffs between protection technologies

ESD Protection Design Guide: TVS Diode Arrays
*recently updated*

A guide for protecting electronic circuits and interfaces from ESD using TVS diode arrays

White Paper: Circuit Protection for Outdoor LED Lighting

Reviews circuit protection requirements for LED/lighting OEMs

Designing with Thermally Protected TMOV® Varistors

Application note about protecting Metal Oxide Varistors (MOVs) from overvoltage transients

Electronic Fuseology

A guide covering fuse characteristics, terms and consideration factors

New! LED Design Guide e-Book

The latest LED lighting industry standards, product information, circuit diagrams and links to application notes and videos

*Required Fields

*First Name:
      
*Last Name:
  
*Company:
  
Title:
  
*Phone Number:
  
*E-Mail:
  
*Industry:
Send me news and updates.
See privacy policy.
Pinterest
Linkedin
Facebook
Twitter
YouTube
Vimeo

Racing Applied to HBLED/Lighting

High brightness light emitting diodes (HBLEDs) offer high visibility, color control, long life, low power consumption, and low maintenance requirements. These qualities make them increasingly popular for many automotive and other consumer applications, including automotive displays, external warning lights, traffic signals, roadway illumination, display boards, and residential lighting.

But LEDs are sensitive electronic devices that can be damaged by overvoltage and overcurrent transients caused by system switching, electrostatic discharge and nearby lightning strikes.   In addition, the switch-mode power supplies used with LEDs do not provide the transient protection of the inductive ballasts they replace in lighting applications.

As the world's #1 brand in circuit protection, Littelfuse offers the broadest and deepest circuit protection portfolio and a global network of technical experts backed by more than 80 years of application design experience.  For more information on circuit protection solutions for LED lighting, download any of the white papers, application notes or tutorial information below.

Read More About Circuit Protection for Lighting Applications

Future Electronics FTM, April, 2012
LED Lighting (Lamp Retrofit) Circuit Protection Solutions

Electronic Design, January 25, 2012
LED Options Continue To Grow

Lighting Industry Trends and Standards
    Outdoor LED Lighting FAQs

Littelfuse, Inc. 8755 West Higgins Road Suite 500, Chicago, IL, 60631 USA, 773-628-1000© Littelfuse, Corp. All rights reserved.