Another company is developing a low-pass-filter with an equivalent inductance range ( 30mH) but with half...

 

Transcribed Image Text:

Another company is developing a low-pass-filter with an equivalent inductance range ( 30mH) but with half of the size by adding an airgap in the magnet circuit. In this case, N = 30. Define the length of the airgap if the magnetic material is the same previously. le = 20cm A₂ = A₂ = 10cm² Teepee Another company is developing a low-pass-filter with an equivalent inductance range ( 30mH) but with half of the size by adding an airgap in the magnet circuit. In this case, N = 30. Define the length of the airgap if the magnetic material is the same previously. le = 20cm A₂ = A₂ = 10cm² Teepee

Answer rating: 100% (QA)

The Chegg question you linked to is asking for the length of the airgap in a lowpass filter with an equivalent inductance of 30 mH if the magnetic mat... View the full answer