ETD Series

ETD-29

ETD (Economical Transformer Design) cores were developed specifically for Power Transformer cores used in Switched Mode power supplies, LED Lighting, and electronic devices and dc-dc converter ,Fly back transformer and sine wave inverters , DTH & DVD applications etc.

Features:

  • Low leakage inductance
  • Typically gives output up to 60W
  • High efficiency
  • Drawing available

Download Available Mould Drawings

 

ETD-34

ETD (Economical Transformer Design) cores were developed specifically for Power Transformer cores used in Switched Mode power supplies, LED Lighting, and electronic devices and dc-dc converter ,Fly back transformer and sine wave inverters , DTH & DVD applications etc.

Features:

  • Low leakage inductance
  • Typically gives output up to 80W
  • High efficiency
  • Drawing available

Download Available Mould Drawings

 

ETD-39

ETD (Economical Transformer Design) cores were developed specifically for Power Transformer cores used in Switched Mode power supplies, LED Lighting, and electronic devices and dc-dc converter ,Fly back transformer and sine wave inverters , DTH & DVD applications etc.

Features:

  • Low leakage inductance
  • Typically gives output up to 90W
  • High efficiency
  • Drawing available

Download Available Mould Drawings

 

ETD-49

ETD (Economical Transformer Design) cores were developed specifically for Power Transformer cores used in Switched Mode power supplies, LED Lighting, and electronic devices and dc-dc converter ,Fly back transformer and sine wave inverters , DTH & DVD applications etc.

Features:

  • Low leakage inductance
  • Typically gives output up to 110W
  • High efficiency
 

ETD-59

ETD (Economical Transformer Design) cores were developed specifically for Power Transformer cores used in Switched Mode power supplies, LED Lighting, and electronic devices and dc-dc converter ,Fly back transformer and sine wave inverters , DTH & DVD applications etc.

Features:

  • Low leakage inductance
  • Typically gives output up to 130W
  • High efficiency