Hey guys,
having trouble with this nodal analysis question for my weekly tutorial and was wondering if anyone could help me out. Here's the question below and the circuit is attached.
The circuit shown in Figure 3, has an independent voltage source, an independent current source and current controlled dependent current source.
(i) Write a set of NODAL equations that mathematically describes the circuit;
(ii) Show these Nodal equations in MATRIX form;
(iii) Using Cramers Rule and Circuit Theory solve for the voltages at the numbered NODES 1 to 4;
(iv) Using the voltages at each node calculate the current for nodes 2 & 4 and show Kirchhoffs Current Law (KCL) holds for each of these nodes.
Any help or pointers would be great
having trouble with this nodal analysis question for my weekly tutorial and was wondering if anyone could help me out. Here's the question below and the circuit is attached.
The circuit shown in Figure 3, has an independent voltage source, an independent current source and current controlled dependent current source.
(i) Write a set of NODAL equations that mathematically describes the circuit;
(ii) Show these Nodal equations in MATRIX form;
(iii) Using Cramers Rule and Circuit Theory solve for the voltages at the numbered NODES 1 to 4;
(iv) Using the voltages at each node calculate the current for nodes 2 & 4 and show Kirchhoffs Current Law (KCL) holds for each of these nodes.
Any help or pointers would be great
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