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Materialien

Materialien	µi bei 25°C	Bsat (mT) bei 25°C (1200 A/m)	Tc (øC)	p (?m)	Ferrit-Typ	Bemerkung
3B1	900	≈ 380	≥ 150	≈ 0.2	MnZn
3B7	2300	≈ 440	≥ 170	≈ 1	MnZn	Temperature stable
3C11	4300	≈ 390	≥ 125	≈ 1	MnZn	Frequency < 30 MHz
3C90	2300	≈ 470	≥ 220	≈ 5	MnZn	min. loss 100 °C
3C91	3000	≈ 470	≥ 220	≈ 5	MnZn	min. loss 60 °C
3C92	1500	≈ 540	≥ 280	≈ 5	MnZn	High B_sat
3C92A	1800	≈ 570	≥ 270	≈ 5	MnZn	Square B-H loop
3C93	1800	≈ 520	≥ 240	≈ 5	MnZn	min. loss 140 °C
3C94	2300	≈ 470	≥ 220	≈ 5	MnZn	min. loss 100 °C
3C95	3000	≈ 530	≥ 215	≈ 5	MnZn	Flat loss 25-100 °C
3C95A	3300	≈ 550	≥ 220	≈ 10	MnZn	Square B-H loop
3C95F	3300	≈ 550	≥ 210	≈ 10	MnZn	Square B-H loop
3C96	2000	≈ 500	≥ 240	≈ 5	MnZn	min. loss 100 °C
3C97	3000	≈ 530	≥ 215	≈ 5	MnZn	Flat loss 60-140 °C
3C97T	3300	≈ 550	≥ 250	≈ 5	MnZn	Low loss from 25–140 °C; power applications
3C97T for WPT	3000	≈ 500	≥ 230	≈ 5	MnZn	Low loss at 20–250 kHz; wireless power transfer
3C98	2500	≈ 530	≥ 230	≈ 5	MnZn	min. loss 100 °C
3D3	750	≈ 380	≥ 200	≈ 2	MnZn	High freq filter
3E10	10000	≈ 460	≥ 130	≈ 0.5	MnZn	Frequency < 20 MHz
3E12	12000	≈ 470	≥ 130	≈ 0.5	MnZn	Frequency < 15 MHz
3E15	15000	≈ 470	≥ 130	≈ 0.5	MnZn	Frequency < 15 MHz
3E25	6000	≈ 390	≥ 125	≈ 0.5	MnZn	Frequency < 20 MHz
3E26	7000	≈ 430	≥ 155	≈ 0.5	MnZn	Frequency < 20 MHz
3E27	6000	≈ 430	≥ 150	≈ 0.5	MnZn	Frequency < 20 MHz
3E6	12000	≈ 390	≥ 130	≈ 0.1	MnZn	Frequency < 15 MHz
3E65	5200	≈ 480	≥ 165	≈ 0.5	MnZn	Frequency < 20 MHz
3E7T	7000	≈ 510	≥ 180	≈ 0.1	MnZn	Frequency < 20 MHz; low loss, good thermal stability
3F3	2000	≈ 440	≥ 200	≈ 2	MnZn	optimal frequency ≤ 400 kHz
3F36	1600	≈ 520	≥ 230	≈ 12	MnZn	optimal frequency < 600 kHz,flat power loss 25-100 °C
3F37	1600 ± 20 %	≈ 520 mT	≥ 260 °C	≈ 12 Ω·m	MnZn (High Freq)	Optimized for 300 kHz – 1 MHz; low loss, high Bsat, good thermal stability
3F4	900	≈ 410	≥ 220	≈ 10	MnZn	optimal frequency < 2 MHz
3F46	750	≈ 520	≥ 280	≈ 5	MnZn	optimal frequency < 2 MHz
3H3	2000	≈ 360	≥ 160	≈ 2	MnZn	Low freq filter
3N1	1800	≈ 420	≥ 150	≈ 10³	MnZn	Frequency < 300 MHz
3N10	8000	≈ 460	≥ 130	≈ 0.5	MnZn	Frequency < 30 MHz
3N2	3000	≈ 410	≥ 150	≈ 10³	MnZn	Frequency < 300 MHz
3N3	1250	≈ 520	≥ 200	≈ 15	MnZn	Frequency < 30 MHz
3N4	2500	≈ 530	≥ 200	≈ 10	MnZn	Frequency < 30 MHz
3N5	6000	≈ 460	≥ 150	≈ 0.5	MnZn	Frequency < 30 MHz
3S1	4000	≈ 400	≥ 125	≈ 1	MnZn	Frequency < 30 MHz
3S3	350	≈ 320	≥ 225	≈ 10⁴	MnZn	Frequency < 200 MHz
3S4	1700	≈ 320	≥ 110	≈ 10³	MnZn	Frequency < 100 MHz
3S5	3800	≈ 545	≥ 255	≈ 10	MnZn	Frequency < 30 MHz Bias and High Temperature
4A11	850	≈ 340	≥ 125	≈ 10⁵	NiZn	freq. < 1 MHz
4B1	250	≈ 360	≥ 250	≈ 10⁵	NiZn	Frequency < 300 MHz
4B2	250	≈ 360	≥ 335	≈ 10⁵	NiZn	freq. < 5 MHz; Temperature stable
4B3	250	≈ 360	≥ 335	≈ 10⁵	NiZn
4C65	125	≈ 380	≥ 350	≈ 10⁵	NiZn	freq. < 15 MHz
4D4	50	≈ 340	≥ 300	≈ 10⁵	NiZn	Frequency < 80 MHz
4E1	15	≈ 220	≥ 500	≈ 10⁵	NiZn	freq. < 200 MHz
4E2	25	≈ 350	≥ 400	≈ 10⁵	NiZn
4F1	80	≈ 320	≥ 260	≈ 10⁵	NiZn	freq. < 15 MHz
4F5	400	≈ 420	≥ 240	≈ 10⁶	NiZn	Frequency < 300 MHz; EMI / RF suppression
4M2	140	≈ 310	≥ 200	≈ 10⁵	NiZn
4S2	850	≈ 340	≥ 125	≈ 10⁵	NiZn	Frequency < 100 MHz
4S3	250	≈ 360	≥ 250	≈ 10⁵	NiZn	Frequency < 300 MHz
4S60	2000	≈ 260	≥ 100	≈ 10⁵	NiZn	Frequency < 50 MHz
8C11	1200	≈ 310	≥ 125	≈ 10⁵	NiZn
8C12	900	≈ 260	≥ 125	≈ 10⁵	NiZn

Materialien

EMI Suppression

Signalverarbeitung

Leistungsübertragung

Spezialanwendungen

Materialien

EMI Suppression

Signal­verarbeitung

Leistungs­übertragung

Spezial­anwendungen

Signalverarbeitung

Leistungsübertragung

Spezialanwendungen