EPCOS Ferrite Ring Ferrite Core, 17.2 (Dia.) x 7.3mm

  • RS-artikelnummer 212-0869
  • Tillv. art.nr B64290L0045X830
  • Tillverkare / varumärke EPCOS
Datablad
Lagstiftning och ursprungsland
RoHS-Försäkran
Produktdetaljer

Coated Ring Cores B64290

EPCOS ferrite ring cores are coated with polyamide or epoxy resin that provides insulation as well as protection for the edges. Suitable applications for these ferrite rings include chokes, baluns, pulse transformers and broadband transformers.

//media.rs-online.com/t_line/L212074-01.gif
Specifikationer
Attribute Value
Type Ferrite Core
Dimensions 17.2 (Dia.) x 7.3mm
Material N30
Diameter 17.2mm
Height 7.3mm
Inner Diameter 9.6mm
Outer Diameter 16mm
695 I lager för leverans inom 1 arbetsdagar
Pris (ex. moms) Each (In a Pack of 5)
5,066 kr
(exkl. moms)
6,332 kr
(inkl. moms)
Enheter
Per unit
Per Pack*
5 - 245
5,066 kr
25,33 kr
250 - 495
3,578 kr
17,89 kr
500 - 995
2,73 kr
13,65 kr
1000 - 2495
2,564 kr
12,82 kr
2500 +
2,378 kr
11,89 kr
Förpackningsalternativ:
Related Products
The WE-TOF series NiZn Broadband absorber ferrite cores ...
Description:
The WE-TOF series NiZn Broadband absorber ferrite cores available in a diverse type and range of NiZn to give the best possible interference suppression. This series of EMI suppression tordial ferrite cores are suitable for use with standard wire, twisted ...
EPCOS ferrite ring cores are coated with polyamide ...
Description:
EPCOS ferrite ring cores are coated with polyamide or epoxy resin that provides insulation as well as protection for the edges. Suitable applications for these ferrite rings include chokes, baluns, pulse transformers and broadband transformers.
The ESD-R Series solid toroidal cores are designed ...
Description:
The ESD-R Series solid toroidal cores are designed for use on round CablesA wide range of MnZn and NiZn options are available in Bare, Coated, and Case types. These are used in consumer electronics.
Use as a filter for common-mode interference and ...
Description:
Use as a filter for common-mode interference and for common mode and power signal insertion losses. Make sure you have the right impedance for the frequency when you select your ferrite core.For one or more coils. Especially suited for wires, ...