ITG

HomeProduct CategoryToroidal InductorL201219

Toroidal Inductor

L201219 Series

DIP

High Power through hole Toroidal Inductor for Switch Mode Power Supplies application, 40.20uH to 11360uH 15.0 Amp Max. Custom Values are welcomed.

    • Alloy Powder based DIP Inductor with lower core loss.
    • Single wire wound and Very compact design.
    • Inductance Range: 0.0402mH to 11.36mH. Custom values are welcomed.
    • Lower core loss, lower distributed capacitance.
    • Coil mount on UL94-V0 rated plastic header.
    • Fixed pin spacing allow easy PCB insertion.
    • Operating Temperature Range -55°C  to + 130°C , RoHs & HF compliance.

Electrical Characteristic of L201219 Series

Part Number

Part Description

  • L201219-400MHF
  • 40.2uH, 20%, 4.8 mOhm DCR, 24A DIP Torroid Inductor
  • LibraryAdd to My Library
  • SamplesAdd to Sample Cart
  • QuotationAdd to Quotation Cart
  • QuestionAsk a Question
  • L201219-630MHF
  • 62.8uH, 20%, 9.1 mOhm DCR, 17A DIP Torroid Inductor
  • LibraryAdd to My Library
  • SamplesAdd to Sample Cart
  • QuotationAdd to Quotation Cart
  • QuestionAsk a Question
  • L201219-251MHF
  • 251.2uH, 20%, 28 mOhm DCR, 9A DIP Torroid Inductor
  • LibraryAdd to My Library
  • SamplesAdd to Sample Cart
  • QuotationAdd to Quotation Cart
  • QuestionAsk a Question
  • L201219-831MHF
  • 836.7uH, 20%, 80 mOhm DCR, 5.2A DIP Torroid Inductor
  • LibraryAdd to My Library
  • SamplesAdd to Sample Cart
  • QuotationAdd to Quotation Cart
  • QuestionAsk a Question
  • L201219-202MHF
  • 1970uH, 20%, 195 mOhm DCR, 3.3A DIP Torroid Inductor
  • LibraryAdd to My Library
  • SamplesAdd to Sample Cart
  • QuotationAdd to Quotation Cart
  • QuestionAsk a Question
  • L201219-113MHF
  • 11360uH, 20%, 1250 mOhm DCR, 1.2A DIP Torroid Inductor
  • LibraryAdd to My Library
  • SamplesAdd to Sample Cart
  • QuotationAdd to Quotation Cart
  • QuestionAsk a Question
top
About Cookies On This Site

We use cookies to personalize and enhance your experience on our site. Visit our Privacy Policy to learn more. By using our site, you agree to our use of cookies and our Privacy Policy.

Accept
×