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Massachusetts Institute of Technology
Department of Electrical Engineering and Computer Science
6.002 - Electronic Circuits Fall 2000 Homework #1
Handout F00-011
Issued 9/7/2000 - Due 9/15/2000
�����������������������
For both networks shown below, find the voltage across and the current through each element in the network. Be sure to make the polarity of the voltages and currents clear. Also, find the power generated or dissipated by each network element, and show that energy is conserved in total over the network.
V
R1
+ -
R2
R1
I
R3
R2
R3
Exercise 1-2: Beginning with 1k resistors, synthesize a resistor of 3/5k and a resistor of 5/3k. Use no
more than four 1k resistors in each case.
Problem 1-1:
Problem 2.7 from Chaper 2 of the textbook.
Problem 1-2:
Find the equivalent resistance of the following networks as viewed from their ports.
3 --- R 2
R
2R
R
2R
3 --- R 2
R
R
R
R R
R
R R
2R
3 --- R 2
3 --- R 2
R R
R
2R 3 --- R 2
2R 3 --- R 2
2R R
Department of Electrical Engineering and Computer Science
6.002 - Electronic Circuits Fall 2000 Homework #1
Handout F00-011
Issued 9/7/2000 - Due 9/15/2000
�����������������������
For both networks shown below, find the voltage across and the current through each element in the network. Be sure to make the polarity of the voltages and currents clear. Also, find the power generated or dissipated by each network element, and show that energy is conserved in total over the network.
V
R1
+ -
R2
R1
I
R3
R2
R3
Exercise 1-2: Beginning with 1k resistors, synthesize a resistor of 3/5k and a resistor of 5/3k. Use no
more than four 1k resistors in each case.
Problem 1-1:
Problem 2.7 from Chaper 2 of the textbook.
Problem 1-2:
Find the equivalent resistance of the following networks as viewed from their ports.
3 --- R 2
R
2R
R
2R
3 --- R 2
R
R
R
R R
R
R R
2R
3 --- R 2
3 --- R 2
R R
R
2R 3 --- R 2
2R 3 --- R 2
2R R
