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Mounting Spacers ( PN: EKES-SP001) can be bonded or placed under the cores to rest the inductor flat into the PCB during manufacturing if needed. Various Mounting configuration with pre-tinned leads for direct connection.
Toroid ferrite core inductor 10uh series#
The E and LC Series High Power Inductor and High Current Inductors are capable of handling high DC bias current, high energy storage and high voltage swing due to higher mass and higher saturation flux densities of the cores used. For potted/encupsulated versions, please see our EES- and EEK-Series. Power Loss Calculator Help/Guide/Example file can be downloaded here, Power Loss Calc Help/Guide/Example file. Power Loss Calculator can be used from the link provided in the table below for each part #. Thermal model can be downloaded from the link provided in the table below for each part #. LT SPICE model can be downloaded from the link LT Spice for E Series, LT SPICE for E Series. Custom sizes and custom inductance versus DC bias are available by contacting CWS Sales.
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The EF552825 Series multi-air gaps ferrite inductor is designed by dividing a single large air gap into 6 small parallel gaps along the entire length of the 3 legs of the Ferrite E-cores. Gapped Ferrite E-core inductors with quasi distributed air gaps (using multi-section air gap structure) are popular for electric car DC-DC charger application where core loss needs to be very low. Both Gapped and UnGapped cores are used to extend the DC bias capability. The core materials used are Distributed Air Gaps Compacted Cores from Magnetics, CSC and Micrometal. The LCES and LCEK are newer versions of the ES and EK respectively using square center post and are lower in cost. These parameters can be found in the manufacturer's datasheets.The CWS' ES, LCES, EK, LCEK and E73040 Series of High Power Inductor and High Current Inductor are designed using Helical Winding (Helix Coil) in semi quasi planar structure to achieve lower DC resistance (DCR), lower AC resistance (skin effect loss), and high inductance. At low frequencies, provided the coil is operating in weak fields, the initial permeability μ i value can be used. This value depends on the ferrite material and the frequency. Here are the Amidon iron powder toroids calculator and the Amidon ferrite toroids calculator.įor correct calculation at radio frequencies, you have to use the real part of the complex magnetic permeability μ' of the ferrite as the relative permeability μ r.
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Toroid ferrite core inductor 10uh download#
You can download the cross-platform app Coil64 to calculate ferrite toroid inductance coil offline. The outer diameter of the wire (with insulation) should be using in this calculator.
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The online calculator uses the wire diameter to determine its length and the possibility of fitting it in the inner diameter of the toroid. Here you can see the formulas that the calculator uses to calculate the inductance. You have to switch on JavaScript in your browser to work the calculator on this page! Online calculators Multilayer air core inductor on a rectangular form.Self-capacitance of single-layer inductor.Features of calculation of power supply chokes.