Ferrite Toroidal Cores and Ferrite Beads.
CWS Bytemark has revised the specifications and the latest specifictions are provided in PDF below. We will upload these new specs gradually.
- Ferrite Cores : Calculating no. turns, Nickel Zinc, Manganese Zinc, etc
- Ferrite Materials: Materials with permeability of 20 to 15,000
-
Magnetic Properties of Ferrite
Materials
, Mix 33, 43, 61,
64, 67, 68,
-
Magnetic Properties of Ferrite
Materials
, Mix 73, 77,
83, F, J, K, W, H
- Ferrite Toroidal Cores: Table of Materials, Mix 43, 61, 67, 68
- Ferrite Toroidal Cores: Table of Materials, Mix 77, F, J/75
- Ferrite Toroidal Cores: Table of Materials, Mix K, W, H
- Ferrite Toroidal Cores: Physical Dimensions and Al values of various mixes
- Inductance Charts: Mix 43, 61, 67, 68
- Inductance Charts: Mix 77, F, J
- EMI/RFI Suppression
- EMI Suppression Design Consideration. Impedance Vs Frequency
- Ferrite Beads: Description
- Ferrite Shielding Beads: Material versus Frequency versus Impedance
- Ferrite for RFI: Description, toroids and split cores
- Ferrite Cores for RFI Suppression: Beads, Toroids, and split types
- Round Cable Suppression Cores
-
Beads on Leads- Detailed data, charts
and specifications
- Beads on Leads Peformance Data
- Surface Mount Beads
- Surface Mount Beads Performance Data
- D type Suppressor Connector Plates
- Dual in Line (DIP) Connector Suppression Plates
- PC Beads
- Impedance Versus Freq. PC Beads
- Wound Beads
- Traditional Broadband Transformers
- Multi-Aperture, Ferrite Boobin, Balun & Tuning Cores
- Ferrite Rods Bars Plates and Tubes
- Ferrite Rods Bars Plates : Applications
- Ferrite Rods Bars Plates : Custom Sizes
- Permeability for Ferrite Rods
- Ferrites for Swich mode Power Supplies
- E-Cores
- Pot Cores
- Temperature Curves and Ferrite core size versus wire turns
- Material Property Graphs #33
- Material Property Graphs #43
- Material Property Graphs #61
- Material Property Graphs #63
- Material Property Graphs #64
- Material Property Graphs #67
- Material Property Graphs #68
- Material Property Graphs #73
- Material Property Graphs #75
- Material Property Graphs #77 Part1
- Material Property Graphs #77 Part2
- Material Property Graphs #83
- Material Property Graphs #F
- Material Property Graphs #J
- Material Property Graphs #W
- Material Property Graphs #H
B vs H Curves for F, J, W and H Material
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SECTION
2: Iron Powder: Power and RF Cores
- Magnetics and Ferromagnetics Materials
- Iron Powder Cores : Calculating no. of turns (N), inductance values (L) and AL values.
- Iron Powder Materals : Description of RF material types with permeabilities of 1 to 75
Iron Powder Toroidal Cores: Table of RF Materials showing OD, ID, Ht, Le, Ae, Ve and AL of
- Materials 0 and 1,
- Materials 2 and 3,
- Materials 6, 7 and 10,
- Materials 12, 15, 17
- Iron Powder Toroidal Cores: Temperature Coefficient Charts, Material versus Frequency Chart
- Iron Powder Cores: Physical Dimension and AL Values
- Copper Wire Tables: Wire Size versus Current capacity, and size versus turns and wire size
- Iron Powder Cores: Q-Curves
- Q-Curves - (10 Khz to 100Khz) & (20 Khz to 200 Khz)
- Q-Curves - (20 Khz to 200Khz) & (40Khz to 400 Khz)
- Q-Curves - (40 Khz to 400Khz) & (100Khz to 1Mhz)
- Q-Curves - (100Khz to 1Mhz) & (200Khz to 2Mhz)
- Q-Curves - (200Khz to 2Mhz)
- Q-Curves - (500Khz to 5Khz)
- Q-Curves - (1Mhz to 10Mhz)
- Q-Curves - (1Mhz to 10Mhz) & (2Mhz to 20Mhz)
- Q-Curves - (2Mhz to 20Mhz)
- Q-Curves - (3Mhz to 30Mhz) & (5Mhz to 50Mhz)
- Q-Curves - (5Mhz to 50Mhz) & (10Mhz to 100Mhz)
- Q-Curves - (20Mhz to 200Mhz) & (40Mhz to 400Mhz)
Inductance Charts : Inductance vs Size, Material, and No. of Turns for
- Materials 0, 1, 2,
- Materials 3, 6, 10,
- Materials 15, 17, 26
- Inductance Charts : Inductance vs Size, Material, and No. of Turns for Large Iron Powder Sizes
- Iron Powder Sheilded Coil Forms : Adjustable/Slug Tuned : Type L-33
- Iron Powder Sheilded Coil Forms: Type L-43
- Iron Powder Sheilded Coil Forms: Type L-57
- Iron Powder Cores for DC Chokes & AC Line Filters
- Cores for DC Chokes and 60 Hz AC Line Filters I
- Cores for DC Chokes and 60 Hz AC Line Filters II
- Cores for DC Chokes and 60 Hz AC Line Filters III
- 60 Hz AC Line Filter Application
- Power Considerations for Iron Powder cores and ferrite cores I
- Power Considerations for Iron Powder cores and ferrite cores II
- Iron Powder Material Saturation and Flux Density
- Iron Powder Core Loss Characteristics I
- Iron Powder Core Loss Characteristics II
- AC RMS Voltage and Current Chart. Material 2
- Iron Powder - Property Chart
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SECTION
3 : MPP, High Flux, Sendust or Kool Mu Toroidal Cores. The
PDF files in this Section 3 are scanned in directly from the catalog
pages. They are fairly large files and may take a longer time to
download. Also, these files may not be as sharp as other PDF
files in other sections. If you need a clear printed catalog, please
request a copy from CWS ByteMark.
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Iron
powder cores