Item Specifics:
Model: PIM1030R12MZ
L0(uH)/inductance at 0A,100KH):Typ.:0.12
DCR (mª+)at 25ípC:Typ.0.65/Max:0.75
Irated(Adc)/Heat RatingCurrent :Typ.:30
Isat(Adc)/Saturation Current:Typ.:75
Available L0(uH):From 0.12 to 10.00
Molded Power Inductor
Operating temperature : -55íµ ~ +125íµ
Ambient Temperature, Maximum : 85íµ
Temperature Rise, Maximum: 40íµ
Features
Low profile, high current SMD type. Lowest DCR/µH, in this package size, low buzz noise due to its gap-less structure, RoHS compliant.
Frequency range up to 5MHz.
Lowest DCR/µH, in this package size
Low buzz noise due to its gap-less structure
RoHS compliant.
Applications
Notebook/Desktop/Server/Video Card applications.
High current POL converters.
Low profile, high current power supplies
Battery powered devices.
Ideal for power source circuits, DC-DC converter
DC-AC inverters inductor application.
Note:
1. L0 is inductance tested at 0 Adc.
2. Isat is the DC current which cause the inductance drop approximately 30% of its nominal inductance without current.
3. Irated is the DC current which cause the surface temperature of the part increase appproximately than 40íµ.
4. Operating Temperature Range: - 55íµ to +125íµ
5. The part temperature (ambient + temp rise ) should not exceed 125íµ under worse case operating conditions. Circuit design, component placement, PWB trace size and thickness, airflow and other cooling provision all affect the part temperature. Part temperature should be verified in the end application.
6. The rated current as listed is either the saturation current or the heating current depending on which value is lower.
Serial/Model NO.: NPS-L184060
AL(nH/N2): 135
Perm(ª¦): 60
Bare Core OD(mm/inch): 46.74/1.840
Bare Core ID(mm/inch): 24.13/0.950
Bare Core HT(mm/inch): 18.03/0.710
Coated Core OD(mm/inch): 47.63/1.875
Coated Core ID(mm/inch): 23.32/0.918
Coated Core HT(mm/inch): 18.92/0.745
Magnetic Material: FeSi
CoreLoss: Lowest
DCBias: Better
Curie Temp.: 450
Flux Density(G): 8000
Available OD Size: From 0.140inch to 3.063inch
Available Permeabilities:26,60,125,147,160,173,205,250
Available sharp toroidal ,E,U,etc.
NPS-L coresmaterials made from Fe-Si-Al alloy are developed to match MPP cores materials made from Ni-Fe-Mo alloy. The two kinds have the same performance,NPS-L's cost is much lower.
Characteristics:
Binding with inorganic only.Neither aging nor instability issue. No noise
Customized service: We provide special products according to customer's requirements, like customized appearance or characteristic, especially high efficiency
Lower cost than MPP cores
Our NPS cores are iron, silicon, and aluminium alloy distrubute.have good temperature stability,significantly lower loss than powder iron cores,good DC Bias performance, low magnetostriction, lower cost than MPP magnetic cores.
Specialty of product
Binding with inorganic only
Neither aging nor instability issue.
No noise
Customized service: We provide special products according to customer's requirements, like customized appearance or characteristic, especially high efficiency.
Serial/Model NO.: NPS157075
AL(nH/N2): 101
Perm(ª¦): 75
Bare Core OD(mm/inch): 39.88/1.570
Bare Core ID(mm/inch): 24.13/0.950
Bare Core HT(mm/inch): 14.48/0.570
Coated Core OD(mm/inch): 40.69/1.602
Coated Core ID(mm/inch): 23.32/0.918
Coated Core HT(mm/inch): 15.37/0.605
Magnetic Material: FeSiAl
CoreLoss: Medium
DCBias: Good
Curie Temp.: 600
Flux Density(G): 10000
Available OD Size: From 0.140inch to 3.063inch
Available Permeabilities:26 Tto 173ª¦
Advantages:
NPS and Sendust have the same performance.
but its cost is significantly lower than that of Sendust.
Core loss lower than 300MW/cm3.ú¿100Gauss,50KHzú¬
Wide range of permability:26--173 ª¦
Applications:
PFC chokes for server/PC
Switching regulator inductors
In-line noise filters
High Q filters
EMI filters
Output chockes for general
Characteristics:
Iron,silicon,and aluminium alloy distributed;
Good temperature stability;
Significantly lower loss than powder iron cores;
Good DC Bias performance;
Low magneticostriction;
Lower cost than MPP core
PHD series are made by special FeSi powder. It doesn't include any adhesive, no aging. So alloy has a higher continuous operating temperature (155íµ).
1ú¼ PHD-40 can be used in medium frequency (<20KHZ) and high power (100KW-1000KW).
2ú¼ PHD-60 Can be used in high frequency (<50KHZ) and medium power (50KW-100KW).
Item Specifics:
Magnetic Material: FeSi powder
Model: PHD722-4-40
Ae(cm2): 4
Le(cm): 26.26
Wa(cm2): 31
Weight(g): 700
AL(nH í+8%): 70
CoreLoss: Lowest
DCBias: Better
Saturation magnetic flux density: 1.5T
Density (g/cm3): 6.5
Curies Temperature: 500íµ
Continuous opening temperature:(200íµ)
Applications:
DC-AC inverter
Active power filter(APF)
LC-filter.
UPS Harmonic Filter Inductors
Boost inductors for Solar, Wind powder
High-speed Rail powder systems
Welding power suppliers
High-power Industrials
Benefitsú¦
PHD-40 VS Amorphous laminations with gaps (>4mm)
0.1mm ordinary FeSi alloy laminations gaps (>4mm)
Big size powder core >4 inch (OD) FeSi6.5% /HIGH FLUX 26ª¦ powder core:
1. Lower loss (Nearly zero gaps with reduction in fringe flux and core loss).
2. Lower temperature.
3. Lower cost
4. No noise
5. No aging.
6. Better temperature stability
7. Lower 30% weight and volume and easier to wind technical than big size powder core.
PHD-60 VS Amorphous laminations with gaps(1MM
Big size powder core OD>4 inch FeSi6.5% / HIGH FLUX 60ª¦ powder core
1. Lower cost
2. Lower loss (Nearly zero gaps with reduction in fringe flux and core loss).
3. No noise
4. No aging .
5.Better temperature stability
6. Lower 30% weight and volume and easier to wind technical than big size powder core.
Type:
power core tuned filter reactor
Features of reactor:
1.Small volume
2.Large energy storage
3.Flexible solution for large current application
4.Low noise and good reliability
5.Use iron core made by special FeSi powder, no noise,no aging,has a higher continuous operating temperature(150)
Specification:
1.Noise: Nearly zero
2.Winding: Copper Magnet Wire
3.Impregnation Process:Vacuum Pressure Impregnation
4.Lamination: High-Grade Magnetic Steel
5.Cores:Magnetic cores made by special FeSi powder
6.Dimension of reactor: Designed as required
Properties of iron core in reactor
1.Saturation magnetic flux density: 1.5T
2.Density (g/cm3): 6.5
3.Curies Temperature: 500
4.Continuous opening temperature:(200)
Application:
solar,wind powder suppliers
high-power industrials
welding power suppliers
Advantages of cores in reactor
1.PHD-40 series iron core used in reactor can be used in medium frequency (<20KHZ) and high power (100KW-1000KW).
2. PHD-60 series iron core used in reactor can be used in high frequency (<50KHZ) and medium power (50KW-100KW).
Benefits of power core in reactor
1. Lower loss (Nearly zero gaps with reduction in fringe flux and core loss).
2. Lower temperature.
3. Lower cost
4. No noise
5. No aging.
6. Better temperature stability
7. Lower 30% weight and volume and easier to wind technical than big size powder core.
