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Q3. An inductive sensor setup is given in figure and the parameters are given in table. The setup is responsive the position of armature which moves in on y axis. Permability of air 1,25664E-06 Relative permability of core 10000 total flux lenght on core (Armature+Field) (mm) Crossectional area of core(mm^2) 100 36 7 1604 10* number of turns air gap width (mm) dI Number of turns length of coil (mm) specific resistivity of copper (Ohm · mm²/m) Crossectional area of wire (mm^2) 0,0171 1,20 Source frequency (Hz) Supply voltage V 100 10 fixed VẠC (a) Draw magnetic circuit and calculate the total magnetic reluctance of the setup as a function of d. (b) Draw the corresponding electric circuit of setup and calculate the current flowing through the coil if the supply voltage magnitude 10V and frequency is 100 Hz. (c) Calculate the magnetic flux passing through air gap

Q3. An inductive sensor setup is given in figure and the parameters are given in table. The setup is responsive the position of armature which moves in on y axis. Permability of air 1,25664E-06 Relative permability of core 10000 total flux lenght on core (Armature+Field) (mm) Crossectional area of core(mm^2) 100 36 7 1604 10* number of turns air gap width (mm) dI Number of turns length of coil (mm) specific resistivity of copper (Ohm · mm²/m) Crossectional area of wire (mm^2) 0,0171 1,20 Source frequency (Hz) Supply voltage V 100 10 fixed VẠC (a) Draw magnetic circuit and calculate the total magnetic reluctance of the setup as a function of d. (b) Draw the corresponding electric circuit of setup and calculate the current flowing through the coil if the supply voltage magnitude 10V and frequency is 100 Hz. (c) Calculate the magnetic flux passing through air gap

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Q3. An inductive sensor setup is given in figure and the parameters are given in table. The setup is responsive the position of armature which moves in on y axis. Permability of air Relative permability of core total flux lenght on core (Armature+Field) (mm) 1,25664E-06 10000 100 Crossectional area of core(mm^2) 36 air gap width (mm) d Number of turns 1604 length of coil (mm) specific resistivity of copper (Ohm - mm²/m) 10* number of turns 0,0171 Crossectional area of wire (mm^2) 1,20 Source frequency (Hz) 100 fixed Supply voltage V 10 VAC (a) Draw magnetic circuit and calculate the total magnetic reluctance of the setup as a function of d. (b) Draw the corresponding electric circuit of setup and calculate the current flowing through the coil if the supply voltage magnitude 10V and frequency is 100 Hz. (c) Calculate the magnetic flux passing through air gap
Transcribed Image Text:Q3. An inductive sensor setup is given in figure and the parameters are given in table. The setup is responsive the position of armature which moves in on y axis. Permability of air Relative permability of core total flux lenght on core (Armature+Field) (mm) 1,25664E-06 10000 100 Crossectional area of core(mm^2) 36 air gap width (mm) d Number of turns 1604 length of coil (mm) specific resistivity of copper (Ohm - mm²/m) 10* number of turns 0,0171 Crossectional area of wire (mm^2) 1,20 Source frequency (Hz) 100 fixed Supply voltage V 10 VAC (a) Draw magnetic circuit and calculate the total magnetic reluctance of the setup as a function of d. (b) Draw the corresponding electric circuit of setup and calculate the current flowing through the coil if the supply voltage magnitude 10V and frequency is 100 Hz. (c) Calculate the magnetic flux passing through air gap
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