949-600-6400

COOLBURN® Regenerative Burn-in System
   

COOLBURN® Regenerative Burn-in System
 
63800 Series

COOLBURN

COOLBURN® can save your company $93,340 per year* in operation and change over costs.

Burn-in has been used for many years within the electronics industry to eliminate infant mortalities. Conventional burn-in systems consume a great deal of energy and dissipate excessive heat due to the use of passive loads. Additionally passive load systems require complex and costly data acquisition systems to monitor DUT parameters and a time consuming and awkward reconfiguring for new models. These are some of the reasons that Burn-in is generally the highest cost process in the manufacturing of dc-dc converters.

Coolburn chart 1

 
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Regenerative Burn-in System 63800 Series
 
  • Saves up to 80% of energy costs
  • Good for both isolated & non-isolated converters burn-in
  • Up to 128 converters per system
  • Programmable line, load and temperature
  • Burn-in monitoring of DUT output; V&I DUT input; V&I Individual DUT; and chamber temperature
  • Statistical data to determine optimal burn-in duration
    		•
     
    Chroma’s new patent-pending** COOLBURN® recyclable burn-in systems use state-of-the-art techniques to recycle the converter’s output power, thereby reducing utility costs and wasted heat. Other benefits include smaller and less costly input sources and lower air conditioning costs. In addition to the recycling benefits, the COOLBURN® systems include programmable loads designed to cover a wide range of converters, plus the loads can be paralleled for higher power applications, so change over time is reduced. The COOLBURN® systems are packaged in standard cabinets replacing large and expensive burn-in rooms. Full programmable control over line/load/temperature profiles mean prewritten profiles and reports are some of the other industry-first features.
     
    Chroma - Collburn System Structure Chart

    *Assumes efficiency or DUT =90%, Utility costs of $0.193/kWh, 3 times/wk model changeover. Does not include production savings of shorter burn-in times resulting from monitored burn-in.

    **U.S. & International Patent Pending #11/287580, System and Method for Regenerative Burn-in of DC-DC converters.

     
    Model Description Quote Data
    COOLBURN® Regenerative Burn-in System Quote it
     

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    © 2009 Chroma Systems Solutions, Inc. / COOLBURN® is a registered trademark of Chroma Systems Solutions, Inc.

    		  
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