Before solving the question, PLEASE MAKE SURE YOU HAVE a STRONG UNDERSTANDING OF the MATERIAL RELATED TO THIS PROBLEM AN

Post by **answerhappygod** » Mon May 02, 2022 2:39 pm

Before solving the question, PLEASE MAKE SURE YOU HAVE a STRONG
UNDERSTANDING OF the
MATERIAL RELATED TO THIS PROBLEM AND DO NOT POST a SOLUTION UNLESS
YOU ARE FULLY SURE
ABOUT THE ANSWER. Show completely your solution and make it clearly
readable.
Any defect or disregard of these above conditions, will
result in getting thumbs-down.

: Before Solving The Question Please Make Sure You Have A Strong Understanding Of The Material Related To This Problem An 1 (37.8 KiB) Viewed 81 times

: Before Solving The Question Please Make Sure You Have A Strong Understanding Of The Material Related To This Problem An 2 (55.81 KiB) Viewed 81 times

: Before Solving The Question Please Make Sure You Have A Strong Understanding Of The Material Related To This Problem An 3 (14.48 KiB) Viewed 81 times

Design assignment: your objective of this task is to design a circuit for the following figure based on specific criteria. 20cm Small Separation B O R=31 N Whereas it represents a coil in a circular loop with N turns and radius a, in which the wire can be used in making the coil with impedance per unit length R=0.06 /m with a load of 30. The magnetic field B in Wb/m^2 with a radius of p = 20 cm in cylindrical region is expressed as follow: (0.004 cos(120īt)ā. ps 20cm B= 0.p> 20cm
Note: the coil (center at the origin) and the B are placed normal to each other's, where there will be an emf and voltage across the load. Moreover, the resistance and the emf of the red wire along with the inductance of the coil should be ignored and not taken into consideration. However, the resistance of the coil needs to be considered. Design specifications: The average power that can absorbed by RL should be 4Watt You need to choose the coil's radius as if it is either (in cm): 10, 15, 20, or 25. (Note: Show the calculations for all values, then justify your choice during the calculations) The wire's length in order to make the coil needs be as short as it can be. And hence, you need to fill the following table based on the parameters obtained on your proposed design with a justified explanation for each value obtained: N turns) a (cm) 1 (cm) Pag (Watt)
Requirements: - Include a detailed proof/derivation along with equations that is used for table's parameters with their units. - Use a MATLAB and/or a simulation software to verify your design (include the m-code and screenshot)