Custom Product Design

Power Inductor Design

Power Transformer Design

 


Data Input
Power Transformer Design Form

 
  • Note 1: Maximum operating temprature is determined by temperature rating of insulation
  • Note 2: Cooling CFM is typically 1/3 of fan rating. Enter "0" if not forced air-cooled.
  • Note 3: Add center tap to drawing where necessary.

Please use TAB to navigate from one field to another. Do not press ENTER until you are ready to submit.


Pri #1 MAX DC voltage
Pri #1 MIN DC voltage
Pri #1 Operating frequency (kHz)
Pri #1 MAX duty factor
Pri #1 Notes
Pri #2 MAX DC voltage
Pri #2 MIN DC voltage
Pri #2 Operating frequency (kHz)
Pri #2 MAX duty factor
Pri #2 Notes
Sec #1 DC voltage out (V)
Sec #1 Diode + series drops (V)
Sec #1 MAX current (A)
Sec #1 V out tolerance (%)
Sec #2 DC voltage out (V)
Sec #2 Diode + series drops (V)
Sec #2 MAX current (A)
Sec #2 V out tolerance (%)
Sec #3 DC voltage out (V)
Sec #3 Diode + series drops (V)
Sec #3 MAX current (A)
Sec #3 V out tolerance (%)
Sec #4 DC voltage out (V)
Sec #4 Diode + series drops (V)
Sec #4 MAX current (A)
Sec #4 V out tolerance (%)
Sec #5 DC voltage out (V)
Sec #5 Diode + series drops (V)
Sec #5 MAX current (A)
Sec #5 V out tolerance (%)
MAX ambient temp (degrees Celsius)
MAX operating temp (degrees Celsius)
Cooling (degrees Celsius)
Safety requirement (UL, CSA, etc.)
MAX desired size (LxWxH in inches)
Creepage & clearance / Safety margin requirement
Your name
Company name
Project name
Design Engineer
Type of circuit
Your phone number
Your fax number
Your e-mail
 

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