EE Core

EE Ferrite Core High Frequency Transformer

EE Core

Material:
• MnZn soft ferrite(PC30, PC35, PC38, PC40, PC44, PC95, 3C96, 3F3, N87, N97, P4, P41, NC-2H, 2HM5)
Advantage:
• Economical
• Easy assembly
• Wide application range
Disadvantage:
• No self shielding
Application:
• LED lighting, automotive, electric vehicle, induction heating, welding machine, power conditioning
• Differential transformer
• Power and telecom inductor
• Broadband
• Inverter transformer
Hot Item:
• EE8.3, EE11, EE13/6/6, EE13/10, EE14/10, EE14/07, EE16/14/4.8, EE16/7.8, EE16/6/5, EE16/10, EE16.5/10/8, EE17/16/10, EE17/15/8, EE19/10, EE19/16/4.5, EE19.5/16/4.5, EE20, EF21/11, EE22, EF25/7, EF25/11, EE28, EE17.2/14/10, EE20/19/10

Product Description

Video Display

Video Of Professional MnZn EE soft ferrite transformer core manufacturer:

EE Ferrite Core Date Sheet

FIG1

Type	PDF Data	A	B	C	D	E	F	weight (g/set)	(C1(mm-1)	Ae (mm²)	Le(mm)	Ve(mm³)	Material	AL±25％(nH/N²)
EE8.3-3.9(ground)-T	EE8.3 data sheet	8.8±0.2	4.6±0.2	3.8±0.2	2.0±0.2	6.5min	3.2±0.2	1.04	2.5	8.34	20.9	174	FTP4	550
EE8.8(unground)-T	PC44 EE8.8 data sheet	8.8±0.2	4.5±0.2	3.8±0.2	2.0±0.2	6.5min	3.4±0.2	0.96	2.5	8.34	20.9	174	FTP4	550
EE9.8-4.55-T	EE9.8 data sheet	10.0±0.3	4.1±0.2	4.4±0.2	2.5±0.2	6.8min	2.9±0.2	1.3	1.74	11.42	19.99	228	FTP4	650
EE9.8A-T		10.2±0.3	4.1±0.2	4.4±0.2	2.5±0.2	6.8min	2.9±0.2	1.35	1.72	11.59	19.96	231	FTP4	650
EE9.8C-T		10.2±0.3	4.1±0.2	4.4±0.2	2.5±0.2	7.3min	2.9±0.2	1.3	1.83	11.13	20.41	227.22	FTP4	650
EE9.9-CN		10.2±0.3	5.85±0.2	4.4±0.2	2.5±0.2	8.0min	4.25±0.2	1.7	2.69	9.5	25.59	243.2	FTP4	700
EE10.2-T		10.2±0.3	5.8±0.2	4.8±0.2	2.5±0.2	8.0min	4.5±0.2	1.92	2.28	11.93	27.24	325.1	FTP4	650
EE10.2/10-T	EE10-10	10.2±0.3	5.9±0.2	9.8±0.2	2.5±0.2	8.0min	4.8±0.2	3.32	1.29	21.77	28.1	612.02	FTP4	1000
EE10B-T		10.6±0.3	6.0±0.2	4.65±0.2	2.5±0.2	8.0min	4.8±0.2	1.8	2.63	10.92	28.74	314	FTP4	700
EE10.8-T	EE10.8 FTP40 data sheet	10.8±0.3	5.8±0.2	4.65±0.2	2.5±0.2	8.1min	4.5±0.2	1.65	2.4	11.56	27.84	322.1	FTP4	700
EE11.3-T	PC40 EE11 data sheet	11.3±0.3	5.7±0.2	4.5±0.2	2.5±0.2	8.8min	4.3±0.2	1.85	2.41	11.42	27.63	315.8	FTP4	700
EE11B-T	EE10-10	11.6±0.3	5.8±0.2	4.5±0.2	2.5±0.2	8.5min	4.5±0.2	1.98	2.55	11.2	28.64	321.03	FTP4	720
EE12.6-T		12.6±0.3	6.6±0.2	3.5±0.2	3.5±0.2	9.4min	4.9±0.2	2.15	2.77	11.06	30.73	340.1	FTP4	750
EE1377-WM	EE13-6-6 data sheet	12.7±0.3	6.6±0.2	6.1±0.2	3.55±0.2	8.8min	4.7±0.2	4	1.33	22.56	30.06	678.35	FTP4	1000
EE13/13/5.9-T	EE13-13-6 data sheet	13.0±0.3	6.3±0.2	5.8±0.2	2.6±0.2	10.1min	4.9±0.2	2.9	1.94	16.2	31.3	505	FTP4	1000
EE12.9-T		13.1±0.3	6.4±0.2	3.6±0.2	3.6±0.2	9.8min	4.7±0.2	2.32	2.62	11.47	30.13	357.04	FTP4	800
EE13-9.8-T		13.1±0.3	6.3±0.2	9.8±0.2	3.5±0.2	10.3min	4.7±0.2	5.4	0.98	31.46	30.75	967.38	FTP4	1800
EE13B-T	EE13 data sheet	13.2±0.3	6.5±0.2	5.7±0.2	2.6±0.2	10.3min	5.2±0.2	2.65	2.4	13.28	31.99	424.9	FTP4	900
EE13-5.8-T		13.2±0.3	5.2±0.2	5.8±0.2	2.7±0.2	10.3min	4.0±0.2	3.52	1.93	14.4	27.91	401.97	FTP4	1000
EE13(C)		13.2±0.3	6.3±0.2	6.1±0.2	3.0±0.2	10.3min	4.9±0.2	3.2	1.91	15.73	31.85	501.03	FTP4	1200
EE13.5-9-GF		13.5±0.3	4.6±0.2	7.5±0.2	3.1±0.2	10.1min	3.1±0.2	3	1.07	22.94	24.48	561.79	FTP4	1900
EE13.5-13-3.6-KY		13.6±0.3	6.6±0.2	3.6±0.2	3.7±0.2	10.0min	4.7±0.2	2.32	2.5	12.3	30.88	380.15	FTP95	1250
EE13.7/9.6-HY		13.7±0.3	6.9±0.2	9.6±0.2	3.5±0.2	10.2min	5.0±0.2	6	1.95	0.97	33.08	1068.5	FTP4	2000
EE14-T	EE14 data sheet	13.8±0.3	6.3±0.2	5.8±0.2	2.7±0.2	10.8min	4.7±0.2	2.95	1.95	16.17	31.67	512.35	FTP4	1100
EE14-6.75-GD		14.0±0.25	6.75±0.2	6.15±0.2	2.7±0.2	11.3min	5.4±0.2	3.2	2.14	16.14	34.61	558.9	FTP4	1100
EE14-9-7-WM	EE14-7 data sheet	14.3±0.3	4.6±0.2	7.3±0.2	3.6±0.2	10.5min	3.0±0.2	3.6	0.97	26.05	24.81	646.4	FTP4	1700
EE14.5-YH		14.5±0.3	6.0±0.2	5.5±0.2	3.9±0.2	10.5min	4.7±0.2	3.6	1.67	17.91	29.89	535.63	FTP4	1500
EE14-10		14.3±0.3	7.1±0.2	9.8±0.2	3.5±0.2	10.5min	5.0±0.2	6.7		30.056	31.158	936.33	FTP95	3000
EF15-10-SLJ		15.1±0.3	6.0±0.2	9.8±0.2	3.8±0.2	11.5min	4.0±0.2	6.4	0.8	37.05	29.65	1098.7	FTP95	2000
EE15-6-8.2-GF		15.45±0.3	6.0±0.2	8.2±0.2	4.0±0.2	11.2min	3.75±0.2	5.3	0.85	34	29.1	989	FTP47	2400
EE15-12-10-T		15±0.3	6.0±0.2	9.8±0.2	3.7±0.2	11.2min	4.0±0.2	6	0.8	37.05	29.65	1098.7	FTP95	2000
EE16/14/4.8-T		16.1±0.3	7.4±0.2	4.7±0.2	3.9±0.2	11.7min	5.5±0.2	3.65	1.94	18.56	36.16	671.39	FTP4	1100
EE16-7.8-GF		16.1±0.3	7.8±0.2	4.7±0.2	3.95±0.2	11.7min	5.8±0.2	3.8	1.99	18.9	37.6	709	FTP4	1100
EF16/5-T		16.1±0.3	8.2±0.2	4.5±0.2	4.5±0.2	11.8min	6.2±0.2	4	2	19.23	38.62	743.17	FTP4	1200
EE16/14/10-T		16.1±0.3	7.4±0.2	9.8±0.2	3.9±0.2	11.7min	5.5±0.2	7.6	0.91	39.28	35.99	1413.92	FTP4	2400
EF16.3/5-T		16.3±0.3	8.2±0.2	4.8±0.2	4.5±0.2	12.0min	6.2±0.2	4.2	2.01	19.23	38.82	746.42	FTP4	1200
EE1665-WM	EE16-6-5 data sheet	16.4±0.3	6.4±0.2	4.6±0.2	4.5±0.2	11.5min	4.2±0.2	3.2	1.5	20.67	31.12	643.57	FTP4	1300
EE16/7/7.5-WM	EE16.6-7 data sheet	16.4±0.3	7.6±0.2	7.5±0.2	4.0±0.2	12.2min	5.6±0.2	6.2	1.07	30.12	31.12	937.4	FTP4	1800
EE16.5-4.5-10		16.5±0.3	7.5±0.2	9.8±0.2	4.5±0.2	12.3min	5.5±0.2	8.0	0.9	40	36.14	1457	FTP4	1800
EE16.5-14-10		16.5±0.3	7.2±0.2	9.8±0.2	4.0±0.2	12.4min	5.1±0.2	8.0		39.3	37.66	1480.1	FTP95	2500
EE16.5-12-10		16.5±0.3	6.25±0.2	9.8±0.2	4.0±0.2	12.4min	4.3±0.2	6.8		39.3	32.27	1268.5	FTP95	2600
EE16.5-4.7-T	EE16-8-5 data sheet	16.5±0.3	7.9±0.2	4.7±0.2	3.95±0.2	12.4min	5.4±0.2	4.1	2.13	16.8	35.83	602.17	FTP4	1100
EE16.7-15.4-T		16.7±0.3	7.7±0.2	4.8±0.2	4.0±0.2	12.3min	5.7±0.2	4	1.95	19.44	37.9	736.9	FTP4	1200
EE16.8-YH		16.8±0.3	6.0±0.2	5.7±0.2	4.7±0.2	12.1min	4.0±0.2	4.2	1.24	24.43	30.37	742.18	FTP4	1500
EE17(EE16.7)-T		16.8±0.3	7.5±0.2	4.8±0.2	4.0±0.2	12.4min	5.7±0.2	3.8	1.88	19.77	37.34	738.4	FTP4	1200
EE17-11.5-8		16.9±0.3	5.75±0.2	7.9±0.2	4.45±0.2	13.00min	4.75±0.2	5.3		31.23	30	938.16	FTP4	2000
EE17-13.5-8		16.9±0.3	6.75±0.2	7.9±0.2	4.45±0.2	13.00min	5.75±0.2	6.2		31.2	31	950.16	FTP4	2000
EE17-16-10-T	EE17-10 data sheet	17.0±0.3	8.2±0.2	9.8±0.2	3.95±0.2	12.6min	6.2±0.2	8.6	1.022	38.95	39.84	1551.9	FTP4	2000
EE17-16-7.9-GF	EE17-8 data sheet	17.0±0.3	8.1±0.2	7.9±0.2	4.0±0.2	12.5min	6.1±0.2	7	1.23	32.6	39.3	1280	FTP95	2100
EE17-15-10-T		17.0±0.3	7.6±0.2	9.8±0.2	3.95±0.2	12.6min	5.7±0.2	8	0.92	39.43	36.511	1439.6	FTP4	2000
EE17-15-7-T	EE17-6.8 data sheet	17.0±0.3	7.6±0.2	6.7±0.2	3.95±0.2	12.6min	5.7±0.2	5.5	1.54	24.52	37.97	931.24	FTP4	1500
EE17-15-8-T		17.0±0.3	7.6±0.2	7.8±0.2	3.95±0.2	12.6min	5.7±0.2	6.4	1.33	28.55	37.97	1084.1	FTP4	1800
EE17.2-14-10		17.2±0.3	7.0±0.2	9.8±0.2	4.0±0.2	13.00min	5.7±0.2	7.9		38	36.95	1410	FTP4	2000
EE17.2-15-10	EE17.2-16-10 data sheet	17.2±0.3	7.6±0.2	9.8±0.2	4.0±0.2	13.00min	5.7±0.2	8.1		38.22	36.99	1411.8	FTP4	2000
EE17-4.5-10(KST)		17.0±0.3	8.0±0.2	9.9±0.2	4.45±0.2	12.5min	5.8±0.2	8.5		45.5	28.37	1290.12	FTP96	2500
EE17.4-12-8		17.4±0.4	6.15±0.2	8.1±0.3	4.7±0.2	12.5min	3.75±0.2			39.01	30.1	1174.2	FTP95	3600
ELPD17A-FZSL		17.3±0.5	5.1±0.2	8.0±0.2	4.5±0.2	12.8min	3.1±0.2	5.2	0.82	33.35	27.48	916.8	FTP95	2500
EE18.3-6-GF		18.3±0.3	8.25±0.2	6.0±0.2	5.5±0.2	12.45min	4.25±0.2	6.9	1.03	35.2	36.2	1270	FTP4	1950
EE18-12.5-SLJ	EE18-12.5 data sheet	18.3±0.4	8.0±0.2	12.5±0.2	3.95±0.2	14.0min	6.0±0.2	11.2	0.81	50	40.58	2029.16	FTP4/FTP95	2500/3800
EE19 high-KY		19.5±0.4	8.3±0.2	4.7±0.2	4.6±0.2	14.3min	6.1＋0.2/-0	4.8	1.95	21.01	41.11	905.3	FTP4	1300
EE19.6-17-12.5		19.6±0.4	8.55±0.2	12.5±0.2	5.3±0.2	14.0min	5.8±0.2	15.4		67.8	37.67	2554.3	FTP95	4000
EE19.6-15-12.5		19.6±0.4	8.55±0.2	12.5±0.2	5.3±0.2	14.0min	4.9±0.2	14.3		67.8	37.67	2554.3	FTP95	4000
EE19.5-YH		19.5±0.4	7.6±0.2	5.3±0.2	5.3±0.2	13.9min	4.8±0.2	5.8	1.29	28.45	36.69	1043.9	FTP4	1800
EF20小 small-T		19.7±0.4	9.9±0.2	5.6±0.2	5.5±0.2	14.2min	7.45±0.2	7.6	1.56	29.75	46.58	1385	FTP4	1600
EE20 small-T		19.8±0.4	9.5±0.2	6.5±0.2	4.6±0.2	14.8min	7.2±0.2	8.4	0.8	38.55	30.9	1190.9	FTP95	2500
EE19-T	EE19-16-5 data sheet	19±0.3	8.0±0.2	4.8±0.2	4.6±0.2	14.2min	5.8±0.2	4.8	1.87	21.44	40.13	860.57	FTP4	1300
EE19-6.7-T	EE19-6.5 data sheet	19±0.3	8.0±0.2	6.7±0.2	4.6±0.2	14.2min	5.8±0.2	6.9	1.36	29.4	40.25	1183.93	FTP4	2000
EE19-10-T	EE19-10 data sheet	19±0.3	8.0±0.2	9.8±0.2	4.6±0.2	14.2min	5.8±0.2	10	0.93	43.01	40.25	1731.72	FTP4	2500
EE19-16-4.5-XD		19±0.3	8.2±0.2	4.5±0.2	4.5±0.2	14.3min	6.0±0.2	4.35	2.11	19.44	41.17	800	FTP4	1200
EF20-11		20.1±0.3	10.1±0.2	10.75±0.2	5.7±0.2	14.6min	7.2±0.2			60.8	47.5	2889.41	FTP95	3300
EE20-19-10	EE20-16-10 data sheet	20.2±0.4	8.0±0.2	9.8±0.2	4.6±0.2	15.5min	5.8±0.2	14		43.71	41.37	1808.84	FTP4	2500
EF20-5.8-T	EE20-10-5 data sheet	20.3±0.4	10.3±0.2	5.7±0.2	5.7±0.2	14.5min	7.45±0.2	8.2		32.06	47.46	1524	FTP4	1650
EE20-9-T		20.3±0.4	9.6±0.2	9.0±0.2	5.7±0.2	14.5min	7.1±0.2	12.2	0.91	49.5	45.49	2252.3	FTP4	2200
EE20 big-T		20.8±0.4	10.0±0.2	6.9±0.2	4.75±0.2	15.5min	7.4±0.2	9.1	1.38	34.89	48.27	1684.3	FTP4	1700
EE21-6.3-11		21.0±0.4	8.1±0.2	11.0±0.2	6.3±0.2	14.6min	4.8±0.2	15.1		69.5	37.26	2590	FTP4	4800
EE20.6-14-11		20.6±0.4	7.1±0.2	10.9±0.4	5.55±0.2	14.3min	4.3±0.2	12.6		62.38	35.14	2192.75	FTP4	4000
EE21.5-10		21.5±0.4	7.9±0.2	10.75±0.2	5.7±0.2	16.0min	5.1±0.2			59.42	39.54	2349	FTP4	3600
EF21-T		20.8±0.4	10.2±0.2	5.6±0.2	5.6±0.2	15.4min	7.5±0.2	8.4		31.8	47.6	1518	FTP4	1450
EF21-11-T		20.8±0.4	10.2±0.2	10.6±0.2	5.6±0.2	15.4min	7.5±0.2	15.6		60.3	48.02	2913.58	FTP4	2750
EE21-17-9		21.0±0.4	8.9±0.2	8.9±0.2	5.6±0.2	15.3min	4.5±0.2			49.21	36.57	1800	FTP95	3500
EE21-YH		21.0±0.4	9.0±0.2	6.8±0.2	5.9±0.2	14.9min	6.2±0.2	9.4	1.07	39.86	42.86	1709	FTP4	1600
EE22-T	EE22 data sheet	22.3±0.4	9.6±0.2	5.7±0.2	5.7±0.2	16.2min	6.2±0.2	8.8		37.01	41.22	1749	FTP4	2000
EE22-19-8.6		22.5±0.4	9.6±0.2	8.7±0.2	5.7±0.2	16.4min	5.8±0.2	13.6		52.99	44.22	2343.4	FTP4	2900
EE23-19-8.6		23.0±0.4	9.6±0.2	8.7±0.2	5.95±0.2	16.8min	5.8±0.2	14.6		60	44.22	2653.2	FTP4	2900
EE22-19-10.8-KY		22.5±0.4	9.4±0.2	10.75±0.2	5.7±0.2	16.4min	5.8±0.2	17		65.4	44.1	2886.7	FTP4	2700
EE25大-T		25.0±0.4	10.1±0.2	6.4±0.2	6.5±0.2	18.4min	7.1±0.2	10.6		38.5	49.6	2887.5	FTP4	2000
EE25-16-12.8(OLT)		25.0±0.4	8.3±0.2	12.8±0.3	7.0±0.2	17.9min	4.8±0.2		0.46	88	41.61	3962	FTP95
EE25.8-16-12.8(OLT)		25.8±0.4	8.25±0.2	12.8±0.3	7.0±0.2	18.4min	4.75±0.2		0.46	89	41.8	3745	FTP95
EE26.6-23-8(OLT)		26.6±0.4	11.5±0.2	8.1±0.3	8.0±0.2	19.2min	7.2±0.2		0.83	62.94	52.73	3319	FTP95
EE25小-T	EE25 PC44 data sheet	25.0±0.4	10.0±0.2	6.3±0.2	6.5±0.2	18.2min	7.3±0.2	10.4		38.23	49.55	1894.5	FTP4	2000
EE25-CYD		25.0±0.4	9.8±0.2	6.4±0.2	6.4±0.2	18.6min	6.9±0.2	10.35		38.23	49.55	1894.5	FTP4	2000
EE25-25-20-T		25.4±0.4	10.6±0.2	25.6±0.2	6.4±0.2	18.5min	7.04±0.2	22.85	0.3	169.5	51.2	8696.5	FTP4	6650
EE25.6-6.9-TBY		25.6±0.4	10.2±0.2	6.9±0.2	6.9±0.2	17.9min	6.7±0.2	13.2		49.47	48.92	2420.2	FTP4	3000
EE25.7-T		25.7±0.4	10.6±0.2	6.3±0.2	6.3±0.2	19.3min	7.0±0.2	12	1.27	40	51.6	2090.8	FTP4	1550
EE25.8-18.3		25.8±0.4	9.7±0.2	13.8±0.2	7.15±0.2	18.80min	6.2±0.2	26		47.7	96.78	4622	FTP4	1800
EF25-7-T		25±0.4	12.5±0.2	7.1±0.2	7.2±0.2	17.8min	9.0±0.2	16.4		51.49	58.322	3002.9	FTP4	2000
EF25-9-T		25±0.4	12.5±0.2	8.9±0.2	7.2±0.2	17.8min	9.0±0.2	20.2		63.5	57.74	3670.5	FTP4	2500
EF25-11-T		25±0.4	12.5±0.2	10.8±0.2	7.2±0.2	17.8min	9.0±0.2	25	0.77	75	58	4355	FTP4	2600
EF26-7.2-T	EF26-7.2 data sheet	26±0.4	12.5±0.2	7.2±0.2	7.2±0.2	18.5min	9.0±0.2	17.2	1.16	51	58.8	2995	FTP4	1750
EE27-26-12		27.3±0.4	13.1±0.2	11.65±0.2	7.67±0.2	18.9min	3.85±0.2	30.5	0.68	89.4	61	5457	FTP4	2950
EE28-T		28.05±0.4	11.03±0.2	10.45±0.2	7.15±0.2	19.98min	7.2±0.2	21.6	0.69	77.9	53.9	4198.3	FTP4	2900
EE28-12.5-T		28.05±0.4	11.03±0.2	12.5±0.2	7.15±0.2	19.98min	7.2±0.2	26.3	0.58	93	53.8	5022	FTP4	3500
EE30-16		30.4±0.4	8.2±0.2	14.0±0.3	4.85±0.2	25.1min	5.65±0.2	20.7		69.68	50.76	3537.11	FTP95	5000
EE28-16-T		28.05±0.4	11.03±0.2	16±0.2	7.15±0.2	19.98min	7.2±0.2	33.2	0.45	119.2	53.8	6428	FTP4	4450
EE30-T		29.83±0.4	13.97±0.2	10.8±0.2	10.4±0.2	20.03min	9.04±0.2	34.8	0.58	106.6	61.6	6534	FTP4	3500
EE33-T		32.9±0.4	14.7±0.2	12.7±0.2	9.68±0.2	23.7min	10.45±0.2	43.7	0.6	115.7	69.8	8077	FPT4	3350
EF35-T		34.95±0.4	17.5±0.2	10.1±0.2	9.9±0.2	24.1min	12.8±0.2	43.6	0.81	100	81.1	8115	FTP4	2500
EE42-15		42.0±0.5	7.5±0.15	22.00±0.3	6.0±0.2	36.0±0.5	4.40±0.15			132	56.62	7474	FTP95	6000
EE210	EE210 data sheet
EE240	EE240 data sheet
EE320	EE320 data sheet

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EE CORE	PQ CORE	ETD EC ER EER CORE	EFD CORE	EPC CORE

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What is MnZn Soft EE Ferrite Core ?

An EE Type Soft Ferrite Core is a magnetic component used in electronics like transformers and inductors. Made from a ceramic compound with iron oxide, it has high magnetic permeability and low electrical conductivity.
The EE core has a distinctive shape resembling two “E”s facing each other, connected by a central leg. This design forms a closed magnetic circuit, enhancing energy transfer efficiency.
Ferrite cores, including EE types, are widely used in electronic devices for better transformer and inductor performance. They concentrate and direct magnetic flux, reducing losses and improving overall efficiency. Common applications include power supplies and audio transformers, where energy conversion and signal filtering are essential

MnZn Soft EE Ferrite Core Advantage :

Efficient Design: The “EE” shape creates a closed magnetic circuit, optimizing energy transfer in transformers and inductors.
Performance Boost: Reduces core losses, enhancing overall efficiency, crucial for applications requiring efficient energy conversion.
High Magnetic Permeability: Efficiently channels and concentrates magnetic flux, crucial for effective transformer and inductor function.
Low Losses: Low electrical conductivity reduces eddy current losses, minimizing energy dissipation.Compact and Versatile: Space-efficient design suits applications with size constraints. Widely used in power supplies, audio transformers, and diverse electronic circuits.

MnZn Soft EE Ferrite Magnetic Bar Disadvantage:

Brittleness: EE Ferrite Core materials can be brittle, which might affect their mechanical durability and make handling more
delicate.Temperature Sensitivity: The magnetic properties of ferrite bars can be sensitive to temperature variations, and this sensitivity may impact performance in certain applications.
Limited Saturation Flux: Ferrite materials may have a lower saturation flux compared to some other magnetic materials, which can limit their use in applications requiring high magnetic flux.
Limited Frequency Range: While ferrite bars are excellent for high-frequency applications, they might not be as effective at extremely low frequencies.
Manufacturing Tolerances: Ferrite cores may have manufacturing tolerances that could affect their performance, especially in precision applications.

Why Choose Feiteng?

Free Samples: Try before you buy with free EE ferrite core samples; just cover the express fee. Begin with as few as 500 pieces to keep costs minima
Huge Product Variety: Choose from over 1000+ molds. Customization options ensure that every product meets your specific needs, with the help of our expert designers.
Decades of Experience: With 20+ years in the business, our professional team is available 24/7 to provide advice and swift solutions for your challenges.
Timely Deliveries: Our 150-strong team ensures a monthly output of 20 million pieces, guaranteeing that your orders always arrive on time.
Innovation and Efficiency: Established in 2001, we’re dedicated to embracing automation and innovation for enhanced efficiency and consistent quality.
Custom Solutions: We offer both OEM and ODM services, tailoring products to your unique requirements. Your satisfaction and mutual success are our core objectives.

Feiteng simplifies your ferrite core needs. We’re here to offer you cost-effective, customizable solutions with a focus on quality, reliability, and your satisfaction. Contact us today to explore how we can work together.

EE Ferrite Core Process Flow Chart

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EE Ferrite Core Transformer	PQ Ferrite Core Transformer	EC Ferrite Core Transformer	EFD Ferrite Core Transformer	EPC Ferrite Core Transformer

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What is EE Ferrite Core Low Voltage Transformer?

A EE ferrite core low voltage transformer uses ferrite as its core material. Ferrite, a ceramic with magnetic properties, is ideal for transformers due to low losses and high permeability, especially at high frequencies. The core efficiently transfers energy via magnetic induction. It offers a low reluctance path for magnetic flux, minimizing losses. Ferrite core transformers are vital in electronics like power supplies, audio, and telecom, prioritizing size, weight, and efficiency. They excel in high-frequency applications like switch-mode power supplies and RF circuits.

Low Voltage Transformer application area:

EE ferrite core low voltage transformer find applications in various electronic devices and industries, including:

Power Supplies: Efficient energy transfer in converters.
Audio Equipment: Smooth signal transmission in amplifiers.
Telecommunications: Signal processing in modems.
RF Circuits: Amplification and filtering in antennas.
Consumer Electronics: Voltage regulation in TVs.
Medical Devices: Power supply in imaging equipment.
Automotive Electronics: Voltage conversion in ECUs.
Industrial Automation: Signal conditioning in robotics.
Renewable Energy: Efficient power conversion in inverters.
Military and Aerospace: Reliable performance in radar.

Overall, ferrite core low voltage transformer is versatile components essential for power conversion, signal processing, and voltage regulation across a wide range of industries and electronic applications.

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EE Ferrite Core Date Sheet

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What is MnZn Soft EE Ferrite Core ?

MnZn Soft EE Ferrite Core Advantage :

MnZn Soft EE Ferrite Magnetic Bar Disadvantage:

Why Choose Feiteng?

EE Ferrite Core Process Flow Chart

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What is EE Ferrite Core Low Voltage Transformer?

Low Voltage Transformer application area:

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