Hi all,
New to the forum, however i have been finding it very useful and insightful with the amount of helpful information on here. I am studying electronic principles and need some assistance with the following question as I am having some troubles nailing it down:
The electromagnetic steel yoke shown in the figure below
10 mm wide and is used as part of an inspection system to scan plates in a large power plant to detect wall thinning and other flaws.
Calculate the magnetic moving force (MMF) in each part of path of the circuit in order to achieve a flux density in the specimen plate of 0.5T assuming no leakage flux (30 marks) (A magnetisation curve is provided below)
I could really use some help and some insight on how to tackle this please as I am having a lot of trouble finding the required information in the course literature.
Thanks in advance
Phil.
New to the forum, however i have been finding it very useful and insightful with the amount of helpful information on here. I am studying electronic principles and need some assistance with the following question as I am having some troubles nailing it down:
The electromagnetic steel yoke shown in the figure below
10 mm wide and is used as part of an inspection system to scan plates in a large power plant to detect wall thinning and other flaws.
Calculate the magnetic moving force (MMF) in each part of path of the circuit in order to achieve a flux density in the specimen plate of 0.5T assuming no leakage flux (30 marks) (A magnetisation curve is provided below)
I could really use some help and some insight on how to tackle this please as I am having a lot of trouble finding the required information in the course literature.
Thanks in advance
Phil.