Login  



advanced search

Melexis Product Menu

Products by Category Products by Application Products by Part Number Webstore Knowledge Base Forum

EVB 10803 BOOST-BUCK   Special evaluation board for MLX10803 in a 2 stage Boost-Buck topology

Start Product Discussion
Subscribe to Product (includes all related assets)


The MLX10803 Boost/Buck Evaluation Board is an application example of the MLX10803 Power LED driver.

It was developed to show the possibility of driving a serial chain of LEDs with a supply voltage that is lower than the total forward voltage of all LEDs.

It works as a two stage step-up/step-down converter by using 2 MLX10803 ICs.

The board is suitable to be used in prototypes and mock ups to allow quick implementation of the MLX10803 in a multiple LED lighting application.
 

Buy Online

Features and Benefits



    Assets

    Application Note
    File Type
    Size
    Revision
    Date
    Action
    Boost Buck LED driver (Demo board description)
    PDF
    157.8 KB
    2
    1/20/2008
    edit
    Guidelines for EMC adequate board design
    PDF
    63.4 KB
    9/23/2005
    edit
    Ultra low noise application example
    PDF
    1.2 MB
    3
    11/29/2007
    edit
     
    DataSheet
    File Type
    Size
    Revision
    Date
    Action
    MLX10803 IC specification
    PDF
    462.0 KB
    25
    1/15/2008
    edit
     
    White Paper
    File Type
    Size
    Revision
    Date
    Action
    Fact page; LED, Power supply/ LED drivers
    PDF
    129.2 KB
    1.0
    7/25/2007
    edit
     



    Related Products

    Part Number
    Description
     
    MLX10803 High Power LED Driver
    Melexis Semiconductors: Home | Company Profile | Semiconductor /IC Products | Knowledge Base | Careers
    Terms Of Use
    | Terms Of Sale | Company Data | Privacy Policy
    Copyright©1998 - 2006 Melexis Microelectronic Systems All Rights Reserved Certified ISO/ TS 16949, ISO 14001
    Melexis Microelectronic Systems 41 Locke Rd, Concord NH, 03301 USA Rozendaalstraat 12, B-8900 Ieper, Belgium