Assume that you are building an electronic circuit for a mini project in the college laboratory. You are in need of 311.8 N and 80.1 kn resistance for your circuit. When you are asking lab technician, he said that variable resistors are not available and only standard carbon resistors are available in large quantities in the store.Now you have to manage with the available resistors for your project circuit.How will you design a series parallel combination to manage your situation? Remember that you will not be allowed to take more than ten resistors from the store for your total requirement. Justify your design.
Assume that you are building an electronic circuit for a mini project in the college laboratory. You are in need of 311.8 N and 80.1 kn resistance for your circuit. When you are asking lab technician, he said that variable resistors are not available and only standard carbon resistors are available in large quantities in the store.Now you have to manage with the available resistors for your project circuit.How will you design a series parallel combination to manage your situation? Remember that you will not be allowed to take more than ten resistors from the store for your total requirement. Justify your design.
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Transcribed Image Text:Assume that you are building an electronic circuit for a mini project in the college laboratory.
You are in need of 311.8 N and 80.1 kn resistance for your circuit. When you are asking lab
technician, he said that variable resistors are not available and only standard carbon resistors
are available in large quantities in the store.Now you have to manage with the available
resistors for your project circuit.How will you design a series parallel combination to manage
your situation? Remember that you will not be allowed to take more than ten resistors from the
store for your total requirement. Justify your design.
Expert Solution
Step 1
Given information:
Here, Req1 and Req2 are the required resistances.
Step 2
Let us take seven resistors R1, R2, R3, R4, R5, R6, and R7 in which R1 is of 300 Ω, R2 is of 10 Ω and rest are of the 9 Ω each and arrange in the manner as shown below.
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