Mn-Zn Soft Ferrite · 2H MnZn Ferrite
2H04Z MnZn Ferrite
Series Overview: Core materials for common-mode filter and pulse transformers used in communication devices.
Material Parameters
| Parameter | Symbol | Test Condition | Typ. Values | Unit | Tol. |
|---|---|---|---|---|---|
| Initial Permeability | μi | — | 4000.00 25℃,10KHz°C | — | ±25% |
| Relative loss factor | tanδ/μi | — | 15.00 25℃,10KHz°C | ×10^-6 | — |
| Saturation Flux Density | Bs | — | 360.00 25℃,1194A/m°C | mT(1000A/m) | — |
| Curie Temperature | Tc | — | 120.00 | ℃ | — |
| Resistivity | ρ | — | 10^2 | Ω·m | — |
| Density | d | — | 4.90×103 | kg/m³ ×10³ | — |
| Temperature Factor | α μ r | 20-80 | 0～2 20℃～60℃°C | x10^-6 | — |
| impedance｜Z｜ | Ω | — |
25℃,100MHz°C
100.00
25℃,1MHz°C
17.00
25℃,25MHz°C
50.00
|
Ω | — |
Product Description
Wide-band / high-impedance ferrite materials 2H03Z ＆ 2H04Z
2H03Z & 2H04Z material are new type of materials with broadband and high impedance characteristics, which can cover the frequency range from 10kHz to 300MHz. From low frequency to high frequency, they has better impedance characteristics than ordinary NiZn ferrite. The anti-EMI products made with them can be widely used in communications, automobiles, electronic data centers, household appliances and other fields.
Cross-Reference / Competitor Equivalents
| Brand | Competitor Model | Similarity | Notes |
|---|---|---|---|
| JFE | MR04 |
Drop-in Replacement | — |
* Cross-reference is for reference only. Please verify performance parameters before substitution.
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