Free Print Subscription Printer-friendly version Email to a Friend

Power IC is well matched to appliance induction heaters

( 01 Aug 2002 )
— Bill Schweber


The FGL60N100D is a 1000V IGBT with high conductance for quasi-resonant and single-ended switching supplies

Fairchild Semiconductor's latest insulated bipolar gate transistor (IBGT) is a 1000V trench (not planar) device which targets induction heaters such as used in rice cookers, microwave ovens, and similar higher-power appliances. The FGL60N100D features high conductance V ce(sat) of 2.5V at Ic of 60A. The high-speed device is compatible with quasi-resonant and single-ended switching-supply topologies, operating up to 50 kHz, and its built-in fast recovery diode reduces external component count and also yields better overall device performance. The IGBT is priced at US$4.00 in 1000-piece lots.



Fairchild Semiconductor
Fax (852) 2722-8383
www.fairchildsemi.com.

 
Free Print Subscription Printer-friendly version Email to a Friend
Article Rating 
Average Rate: No rating yet
 
Poor Quite Good Good Very Good Excellent
 
 
Related Content 
 
 
WEBCASTS
 
KNOWLEDGE CENTER
Panasonic Key Devices Guide 2008:
 
Fairchild Semiconductor :
 
 
Highest Rated  
 
 
 
ADVERTISEMENT
Press Release 
 
TECHNOLOGY NEWS
 
RESOURCE CENTER


 
 
PRODUCT NEWS
 
FEATURED SPONSORS


 
 
 
DESIGN CENTERS
 
ADVERTISEMENT
     
Reference Designs 
   
     
 
 
 


RSS
   
   
   
   
   
   
   
   
   
   
   
   
   
   
   
   
   
   
   
   
   

POLL
What type of environmental regulation do you think will be most beneficial for the tech industry?
Proper recycling and disposal
Push for power efficiency and energy conservation
Chemical/lead regulation
View results

Outlook and Trends 2008
 
 
 


 

Reed Electronics Group | Reed Business Information Asia |
EDN India | EDN Taiwan | EDN Korea | EDN Japan | EDN China | EDN | EDN Europe
ECN Asia | ECN Taiwan | ECN Korea | ECN China | EB Asia | WDDA | WDDA Taiwan | WDDA China

 
ABOUT EDN Asia | FREE SUBSCRIPTION | CONTACT US
   
© 2009 Reed Business Information, a division of Reed Elsevier Inc.
All rights reserved. Use of this web site is subject to its Terms and Conditions of Use. View our Privacy Policy.