Engineering
Circuits II
Train on Circuits II with 315 published problems. Preview a problem, explore the course outline, and work through one problem at a time.
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Course topics
Course topics
Circuit application of Laplace transforms and switching
Circuit transfer functions, poles, zeros, and Bode synthesis
Resonance and passive filter design
Two-port networks and interconnection
Circuit state-space models
Transmission-line foundations
Practice problems
Try a few Circuits II problems, each with a hint.
- A capacitor C=8.0 μF is connected between nodes p and n, with capacitor voltage… Free with an accountCircuit application of Laplace transforms and switching
- The circuit has a reference node 0 and node a Free with an accountCircuit application of Laplace transforms and switching
- A single loop contains, in series, an independent DC voltage source v_s=30.0 V… Circuit transfer functions, poles, zeros, and Bode synthesis
- A network has reference node 0 and two further nodes 1 and 2 Circuit transfer functions, poles, zeros, and Bode synthesis
- An independent current source i_s injects into node a from the reference node 0 Resonance and passive filter design
- Two coils of L₁=16.0 mH and L₂=9.00 mH, with M=6.00 mH, are connected in parallel… Resonance and passive filter design
- An ideal operational amplifier is supplied from ±12.0 V and saturates at those rails Two-port networks and interconnection
- An ideal operational amplifier supplied from ±12.0 V (saturation at the rails) is… Two-port networks and interconnection
- A series loop is driven by an independent voltage source v_s whose negative terminal is… Circuit state-space models
- Four linear two-ports are specified by parameter matrices Circuit state-space models