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Symbol: ACoL
Typical applications:
- magnetic screens
Advantages
- this material exhibits good soft magnetic properties in the as-quenched state
Parameters: | |
Saturation induction | Bs = 0,6 - 0,7 T |
Remanence | Br = 0,3 - 0,45 T |
Coercivity | Hc = 1,5 - 2 A/m |
Magnetic permeability | µmax = 100000 - 200000 |
Operating conditions: | |
Frequency | fp: up to ~ MHz |
Temperature | Tp: up to 150°C |
Dimensions: | |
outer diameter (ϕo) | 30-50 mm |
inner diameter (ϕi) | ≥20 mm |
Symbol: AFeNiL
Typical applications:
- switching mode power supplies
- force sensors
Advantages:
- very high squareness ratio: ~ 0,99
- high resistivity
Parameters: | |
Saturation induction | Bs = 0,78 - 0,8 T |
Remanence | Br = 0,75 T |
Coercivity | Hc = 3 - 4 A/m |
Magnetic permeability | µmax ≥ 200000 |
Core losses | Ps = 0,1 W/kg (f=50 Hz i B=0,7 T) |
Saturation magnetostriction | λs = 12 x 10-6 |
Operating conditions: | |
Frequency | fp: up to 20 kHz |
Temperature | Tp: up to 150°C |
Dimensions: | |
outer diameter (ϕo) | 30-50 mm |
inner diameter (ϕi) | ≥ 20 mm |
Symbol: AML
Typical applications:
- 230 V/24 V transformers, from 200 W to 1000 W in rated power
Advantages:
- energy saving
- environment friendly
- no-load core losses by about 80 % lower than in transformer with a core from silicon steel
Parameters: | |
Saturation induction | Bs = 1,4 - 1,56 T |
Remanence | Br = 1 -1,3 T (for toroidal core) Br ~ 0,8 T (for rectangular core) |
Coercivity | Hc = 5 - 8 A/m |
Magnetic permeability | µmax ≥ 100000 |
Core losses | Ps = 0,2 - 0,3 W/kg (f=50 Hz i B=1,4 T) |
Saturation magnetostriction | λs = 25 x 10-6 |
Operating conditions: | |
Frequency | fp: up to 10 kHz (for toroidal core) fp: up to 20 kHz (for rectangular core) |
Temperature | Tp: up to 200°C |
Dimensions: | |
Symbol: AMLK | |
outer diameter (ϕo) | 30-200 mm |
inner diameter (ϕi) | ≤ 20 mm |
Symbol: AMLP | |
window height (h) | 50-200 mm |
window width (w) | 30 - 120 mm |
Symbol: AMT(P), NFT(P)
Typical applications:
- low and medium power transformers operating at elevated frequency
Advantages:
- easy assembly
- low remanence
Parameters: | |
Saturation induction | Bs =< 1,5 |
Remanence | Br =< 0,11 T |
Operating conditions: | |
Frequency | fp: up to 5 kHz |
Temperature | Tp: up to 100°C |
Dimensions: | |
w | 15 - 50 mm |
h | 15 - 250 mm |
Symbol: AMT
Typical applications:
- special transformers
- switching mode power supplies
- induction heating systems
Features:
- linearity of B(H) curve over the wide range of B variability
Parameters: | |
Saturation induction | Bs = 1,4 - 1,56 T |
Remanence | Br = 0,1 - 0,3 T |
Coercivity | Hc < 10 A/m |
Magnetic permeability | µmax ≥ 2000 |
Core losses | Ps = 0,1 W/kg (f=50Hz i B=1,1 T) |
Saturation magnetostriction | λs = 25 x 10-6 |
Operating conditions: | |
Frequency | fp: up to 20 kHz |
Temperature | Tp: up to 200°C |
Dimensions: | |
outer diameter (ϕo) | 50-120 mm |
inner diameter (ϕi) | 30-80 mm |
Symbol: NFG
Typical applications:
- output chokes in switching mode power supplies
Advantages (compared to conventional ferrite chokes):
- higher saturation induction (Bs ≥ 1 T)
- smaller number of winding turns needed
- lower core losses
Parameters: | |
Saturation induction | Bs = 1,1 T |
Remanence | Br ≤ 0,02 T |
Magnetic permeability | µ = 20 - 100 |
Operating conditions: | |
Frequency | fp: up to ~ MHz |
Temperature | Tp: up to 150°C |
Dimensions: | |
outer diameter (ϕo) | 25 - 50 mm |
inner diameter (ϕi) | 20-40 mm |
Symbol: NFI
Typical applications:
- EMI/RFI suppression chokes
- voltage transformers
- current transformers
Advantages (compared to conventional ferrite chokes):
- high saturation induction (almost twice higher than that of Ni80Fe permalloy)
- good temperature stability
Parameters: | |
Saturation induction | Bs = 1,15 – 1,2 T |
Remanence | Br = 0,8 – 1 T |
Coercivity | Hc 1 – 1,5 A/m |
Magnetic permeability | initial: µ > 100 000 maximum: µmax = 300 000 – 500 000 |
Core losses | Ps = 0.04 W/kg (f = 50 Hz, B = 1.1 T) |
Saturation magnetostriction | λs = 0,5 x 10-6 |
Operating conditions: | |
Frequency | fp: up to 300 kHz |
Temperature | Tp: up to 200°C |
Dimensions: | |
outer diameter (ϕo) | ≤ 120 mm |
inner diameter (ϕi) | ≤ 80 mm |
Symbol: NFT
Typical applications:
- switching mode power supplies
- special power converters
Parameters: | |
Saturation induction | Bs = 1,15 – 1,2 T |
Remanence | Br = 0,05 – 0,25 T |
Coercivity | Hc = 1 – 1,5 A/m |
Magnetic permeability | µmax ≤ 30 000 (linear B(H) dependence up to B=1 T) |
Core losses | Ps = 0,01 W/kg (f=50 Hz, B=1,1 T) Ps = 146 W/kg (f=100 kHz, B=0,4 T) |
Saturation magnetostriction | λs = 0,5 x 10-6 |
Operating conditions: | |
Frequency | fp: up to 300 kHz |
Temperature | Tp: up to 200°C |
Dimensions: | |
outer diameter (ϕo) | ≤ 120 mm |
inner diameter (ϕi) | ≤ 80 mm |
Symbol: NPT
Typical applications:
- special transformers
- switching mode power supplies
- induction heating systems
Advantages (compared to conventional ferrite chokes):
- linear B(H) dependence over the wide range of B variability
Parameters: | |
Saturation induction | Bs = 1,5 – 1,6 T |
Remanence | Br = 0,1 – 0,3 T |
Coercivity | Hc = 30 - 50 A/m |
Magnetic permeability | µmax ≤ 1500 |
Core losses | Ps = 1 - 2 W/kg (f=50 Hz, B=1,4 T) |
Saturation magnetostriction | λs = 8 x 10-6 |
Operating conditions: | |
Frequency | fp: up to 100 kHz |
Temperature | Tp: up to 250°C |
Dimensions: | |
outer diameter (ϕo) | ≤ 50 - 120 mm |
inner diameter (ϕi) | ≤ 30 - 80 mm |
Symbol: AMZ
Typical applications:
- transformers for induction heating systems
- transformers for static converters
- mains transformers
Advantages:
- overlapped design enables mounting ready-made windings onto the core
Parameters: | |
Saturation induction | Bs = 1,4 - 1,56 T |
Remanence | Br ~ 0,8 T |
Magnetic permeability | µmax: 50000 - 100000 |
Core losses | Ps = 0,2 - 0,3 W/kg (f=50 Hz i B=1,4 T) |
Saturation magnetostriction | λs = 25 x 10-6 |
Operating conditions: | |
Frequency | fp: up to 20 kHz |
Temperature | Tp: up to 200°C |
Dimensions: | |
Symbol: AMLK | |
outer diameter (ϕo) | ≥ 60 mm |
inner diameter (ϕi) | ≤ 40 mm |
Dimensions: | |
Symbol: AMLP | |
window height (h) | ≥ 50 mm |
window width (w) | ≤ 30 mm |