CHILISIN GROUP Language Materials Products News Design Tool Download Contact Stock Checker Home Products Cores & Accessories Planar ER cores EQ cores U and UR cores PQ cores PM cores ER and ETD cores EFD cores Planar E cores EP and EPX cores E cores EC cores RM cores P cores Available Material 3F4 3C97 3C92 3F46 3C96 3F36 3C95 Advanced Search Product All *More Information Part * Material Lef [mm] * Aef [mm2] * Vef [mm3] * AL [nH/turns2] Gap [µm] µe ROHS Datasheet Accessory ER11/2.5/6-3C92-A100-S 3C92 14.7 11.9 174 100≈ ±4% ≈140 ≈98 v ER11/2.5/6-3C92-S 3C92 14.7 11.9 174 1050±25% ungapped ≈1030 v ER11/2.5/6-3C95-A100-S 3C95 14.7 11.9 174 100≈ ±4% ≈140 ≈98 v ER11/2.5/6-3C95-S 3C95 14.7 11.9 174 1620±25% ungapped ≈1600 v ER11/2.5/6-3C96-A100-S 3C96 14.7 11.9 174 100≈ ±4% ≈140 ≈98 v ER11/2.5/6-3C96-S 3C96 14.7 11.9 174 1250±25% ungapped ≈1230 v ER11/2.5/6-3C97-A100-S 3C97 14.7 11.9 174 100≈ ±4% ≈140 ≈98 v ER11/2.5/6-3C97-S 3C97 14.7 11.9 174 1620±25% ungapped ≈1600 v ER11/2.5/6-3F36-A100-S 3F36 14.7 11.9 174 100≈ ±4% ≈140 ≈98 v ER11/2.5/6-3F36-S 3F36 14.7 11.9 174 1000±25% ungapped ≈980 v Total 96 Items of 10 About Ferroxcube Corporate Overview Environment & Safety RoHS Compliance / Declaration Certificates Services Global Logistics Manufacturing Capability Design-in Services Terms of Use Sitemap Privacy Policy Copyright © 2018 - 2021 Ferroxcube. All rights reserved.

CHILISIN GROUP Language Materials Products News Design Tool Download Contact Stock Checker Home Materials Signal Processing The main application areas for signal processing are telecom filters, proximity sensors, wideband signal transformers, pulse transformers and delay lines. For filter and sensor applications, it requires medium permeability, low loss and high stability over periods of time. For wideband signal transformers which are frequently used in communication systems and digital networks such as ISDN and DSL, high permeability are needed. In many electronic devices, it is necessary to delay pulses for a short, well defined time. The delay time is determined by the saturation flux in the ferrite core and the applied voltage. Requirements for the material are: high pulse permeability and high saturation flux density. MnZn NiZn Material µi at 25 ° C Bsat (mT) at 25 ° C (1200 A/m) Tc(° C) p (Ωm) Ferrite type Remark Datasheet 3B46 3800 ≈ 545 ≥ 255 ≈ 10 MnZn High DC bias 3B7 2300 ≈ 440 ≥ 170 ≈ 1 MnZn Temperature stable 3D3 750 ≈ 380 ≥ 200 ≈ 2 MnZn High freq filter 3H3 2000 ≈ 360 ≥ 160 ≈ 2 MnZn Low freq filter About Ferroxcube Corporate Overview Environment & Safety RoHS Compliance / Declaration Certificates Services Global Logistics Manufacturing Capability Design-in Services Terms of Use Sitemap Privacy Policy Copyright © 2018 - 2021 Ferroxcube. All rights reserved.