SEQUEL: Simulation Exercises
Each of the following documents (pdf files) includes a short introduction to
a specfic topic, followed by simulation exercises. A circuit file
is provided as a starting point. The name of the circuit file is given
at the top of the document for that topic.
-
Basic network theory: source transformation
-
Mesh analysis example
-
Nodal analysis example
-
Thevenin theorem example
-
Superposition example
-
RC circuits: periodic input
-
RL circuits: transient
-
Resonance: series RLC circuit
-
Series RLC circuit: time-domain response
-
Diode I-V curve
-
Diode shunt clipper
-
Diode series clipper
-
Diode clipping circuit example
-
Diode clamping circuit example
-
Voltage doubler
-
Full-wave rectifier: centre-tapped
-
Full-wave rectifier: centre-tapped with Zener regulation
-
Zener regulator
-
BJT: Ic versus Vce characteristics
-
Common-emitter amplifier: biasing and frequency response
-
Common-emitter amplifier: input resistance
-
Common-emitter amplifier: output resistance
-
Differential pair (BJT): common-mode and differential-mode gain
-
BJT inverter: transfer characteristic
-
Simple BJT mirror
-
Cascode BJT mirror
-
Op Amp inverting amplifier: basic operation
-
Op Amp inverting amplifier: slew rate limitation
-
Op Amp inverting amplifier: gain-bandwidth product
-
Op Amp filters: first-order low-pass filter
-
Bass equalizer
-
Sinusoidal oscillators: phase-shift oscillator
-
Op Amp: monostable circuit
-
Op Amp: triangular wave generator
-
Voltage regulation with Op Amp
-
Non-inverting Schmitt trigger
-
Inverting Schmitt trigger
-
Synchronous decade counter
-
Asynchronous counter example
-
Synchronous counter example
-
555 timer: monostable operation
-
555 timer: astable operation
-
Boost converter
-
Active Boost converter
-
Boost converter: zero voltage switching
-
Diode bridge: single-phase
-
Diode bridge: three-phase
-
Thyristor bridge: single-phase
-
Thyristor bridge: three-phase
-
Buck-Boost converter
-
Buck converter
-
Cuk converter
-
Resonant series converter