Mn-Zn Soft Ferrite Cores
Mn-Zn ferrite core is consist of a combination of iron oxide and strontium carbonate. Thanks to their low cost, light weight, relatively high energy products and good anti-demagnetization , ferrite and ceramic magnets are widely used. The ferrite and ceramic magnets (Mn-Zn ferrite cores) have a maximum operating temperature of 480 ° F, which is ideal for some high temperature applications. Common applications include: loudspeaker magnets, motors, metallic reed switches and hall effect devices.


Ni-Zn Soft Ferrite Cores
Ferrite wideband devices, which is made by Nickel-Zinc magnetic ring. The use of frequency can be very wide, the lower limit frequency can be done several kilohertz, the upper limit frequency up to several gigahertz, expanded the soft magnetic material frequency greatly. The main function is to realize the energy transmission and impedance conversion of the RF signal in the wide frequency range. Because of their frequency bandwidth, small size, light weight and other characteristics, they can be widely used in radar, television, communications, instrumentation, automatic control, electronic warfare and other fields.  

Material Characteristics of MnZn Power Ferrite

Grade	Initial Permeability  μi		Saturation Flux Density BS（mT） 1194 A/m			Core Loss  Pcv（kW/m3） 100kHz、200mT					Curie Temperature （℃）	Density （ kg/m3）
			25℃	100℃	140℃	25℃	60℃	100℃	120℃	140℃
CYP–4	2400±25%		500	390	-	600	460	410	-	-	>215	4.8x103
CYP–4T (new)	1800±25%		520	430	360	900	-	500	-	400	>240	4.8x103
CYP–44	2400±25%		510	390	-	600	400	300	380	-	>215	4.8x103
CYP–44A	2400±25%		530	410	-	600	400	280	380	-	>215	4.8x103
CYP–44C	2400±25%		530	420	-	550	380	250	360	-	>215	4.8x103
CYP–44B	2400±25%		510	390	-	300Ⅰ 550Ⅱ	-	150Ⅰ 350Ⅱ	-	-	>215	4.8x103
CYP–5A	1400±25%		490	390	-	130Ⅲ 160Ⅳ	80Ⅲ 130Ⅳ	80Ⅲ 130Ⅳ	110Ⅲ 160Ⅳ	-	>250	4.7x103
CYB–60 (new)	1000±25%		580	490	-	1200	-	650	-	-	>300	4.9x103
CYP–90	2200±25%		540	450	-	680	-	320	-	-	>250	4.9x103
CYP–95	3300±25%		530	410	-	350	290	300	360	-	>215	4.8x103
CYP–95A	3300±25%		530	410	-	330	280	290	350	-	>215	4.8x103
CYP–95B	3300±25%		530	410	-	310	280	290	340	-	>215	4.8x103
CYP–96	3000±25%		540	450	-	360	310	300	350	-	>250	4.9x103
CYP–97	3000±25%		530	410	-	380	320	300	320	380	>215	4.8x103

Test core：OD=25mm  TH=8mm  ID=15mm
Ⅰ Test Conditions：200kHz、100mT； ⅡTest Conditions：300kHz、100mT；
Ⅲ Test Conditions：500kHz、50mT； ⅣTest Conditions：1MHz、30mT。
 

MnZn High Permeability/High Impedance Ferrite Material Characteristics

Grade	Initial Permeability  μi		Saturation Flux Density Bs（mT）	Relative Loss Factor tanδ/μi	Electric Resistivity ρ Ω·m	Curie Temperature （℃）	Density （ kg/m3）
			25℃、1194 A/m	x10-6（10kHz）
CYH–5	5000±25%		450	3.5	0.5	>135	4.8x103
CYH–5T (new)	5500±25%		460	2.5	0.5	>160	4.85x103
CYH–7F	7000±25%		430	6.5	0.15	>125	4.9x103
CYH–10F	10000±30%		420	1.6	0.3	>120	5.0x103
CYH–12F	12000±30%		400	1.6	0.3	>110	5.0x103
CYH–15F (new)	15000±30%		400	1.6	0.3	>105	5.0x103
CYB–45	4200±25%		470	3	2	>160	4.85x103

Material Characteristics of Ni-Zn Soft Ferrite Cores

Grade	Initial Permeability μi	Relative Temperature Factor αuir	Relative Loss Factor  tanδ/μi	Saturation Flux Density Bs	Curie Temperature Tc	Electric Resistivity ρ	Density d
Material	±25%	X10-6/℃ （20℃-60℃）	X10-6 (MHz)	mT	℃	Ω·m	g/cm3
CYL60	60	40	＜200（10M)	300	300	106	5.0
CYL2H	200	35	＜100（0.1M)	390	230	106	5.0
CYL3H	300	30	＜30（0.1M)	410	200	106	5.0
CYL5H	500	20	＜40（0.1M)	380	200	106	5.0
CYT5H	500	15	＜60（0.1M)	400	200	106	5.0
CYL6H	600	10	＜80（0.1M)	370	180	106	5.0
CYT7H	700	8	＜100（0.1M)	390	180	106	5.0
CYL8H	800	4	＜200（0.1M)	350	160	106	5.0
CYL9H	900	3	＜100（0.1M)	320	120	106	5.0
CYZ3H	300	40	＜600（0.1M)	230	150	106	4.7
CYZ4H	400	15	＜500（0.1M)	240	140	106	4.7
CYZ1K	800	15	＜100（0.1M)	260	110	106	4.8
CYZ1.2K	1200	35	＜130（0.1M)	230	100	106	4.8
CYZ1.5K	1500	10	＜100（0.1M)	260	100	106	5.0
CYL2K	2000	30	＜80（0.5M)	250	100	106	5.0

Notes:
1. Typical values
2. This values were obtained with toroidal cores(OD25 x H8 x ID15) at 23℃ unless otherwise shown.
3. For improvement of its products, Magsource reserves the right to change specifications without prior notice to customers.

Production Process Flowchart

PRODUCT ADVANTAGE

QUALITY

APPLICATIONS

Mn-Zn Soft Ferrite Cores
Productions are mainly used in: switching power supply, telecommunication, household appliances, anti-electromagnetic interference (EMI) etc.

Ni-Zn Soft Ferrite Cores
Products are mainly used in: modern telecommunication, computer and peripheral equipment, office facilities, household appliances, automotive and anti-electromagnetic interference etc.