Index
Index
- aa mini-tool Course 1 2 Manual 3
- AC analysis Course 1 Manual 2
- analyses (DC, AC, TR, FD) Course 1 Manual 2
- angular frequency (ω) Course 1 Manual 2
- answer names Course 1 Manual 2 Notes 3
- autotransformer Course 1
- average power Course 1 Manual 2
- Bode plot Course 1 2
- Bode plot of a transfer function H(s) Course 1 Manual 2
- brackets Course 1 Manual 2
- built-in examples Course 1 Notes 2
- By-Hand Equations card Course 1 Manual 2
- capacitor Course 1 Manual 2
- case sensitivity Course 1 Manual 2
- circuit description Course 1 Manual 2
- Colab Manual 1
- complex power Course 1 2 Manual 3
- Conditions (Evaluate) Course 1 Manual 2
- conductance Course 1 Manual 2
- convolution Manual 1 2
- coupling coefficient (k) Course 1 2 Manual 3
- curly-bracket shorthand Course 1 Manual 2
- current source Course 1 Manual 2
- DC analysis Course 1
- DC sweep plot Manual 1
- Define card Manual 1
- delta-connected sources Course 1
- dependent source Course 1 2 Manual 3
- dot convention Course 1 Manual 2 3
- element types Course 1 Manual 2 3
- energy Manual 1 2
- Equations card Course 1 Manual 2 Notes 3
- equivalent circuit button Course 1 Notes 2
- equivalent resistance Course 1 2 Manual 3
- Evaluate card Course 1 Manual 2
- evaluate() and solve() Manual 1
- exact and approximate values Manual 1 Notes 2
- Expert Mode Course 1 Manual 2
- filters Manual 1
- floating section (island) Course 1 2 Manual 3
- four-terminal form Course 1 2 Manual 3
- Fourier series and transforms Manual 1 2
- frequency domain Course 1 Manual 2
- gain mini-tool Course 1 Manual 2
- getting Symbulator (online, offline, local) Course 1 Manual 2
- ground node Course 1 Manual 2
- impedance Course 1 Manual 2
- impulse δ(t) Course 1 2
- inductor Course 1 Manual 2
- initial conditions Course 1 Manual 2
- initial- and final-value theorems Manual 1
- input files (.cir) Course 1 Manual 2 Notes 3
- interconnected two-ports Manual 1
- Jupyter notebook Manual 1
- Laplace transform Course 1 Manual 2
- limit (Evaluate) Manual 1 2
- limiting the results (TR) Course 1 Manual 2 Notes 3
- load problems (irl, vrl, prl) Course 1 Manual 2 Notes 3
- maximum power transfer Course 1 2 Manual 3
- mesh current direction Course 1 Manual 2
- Mini-Tools card Course 1
- MIT licence Course 1 Manual 2
- multiple solutions Course 1 Manual 2
- mutual inductance Course 1 Manual 2
- mutual inductance, checks on Manual 1
- names of elements and nodes Course 1 Manual 2
- natural response Manual 1
- nodal and mesh analysis Course 1 Manual 2
- noise and tolerance analysis Manual 1 2
- nonlinear devices Course 1 Manual 2 3
- Norton equivalent Course 1 Manual 2
- nullor Manual 1
- Numerical Solver Manual 1
- numerical-from-symbolic problems Course 1
- op amp model (finite gain) Manual 1
- operational amplifier Course 1 Manual 2
- parallel resistors Course 1 Manual 2
- passive circuit Course 1 Manual 2
- pf mini-tool Course 1 Manual 2
- phasor Course 1
- plots (Plotting Tools card) Course 1 Manual 2 3
- polar phasors Course 1 Manual 2 Notes 3
- poles and zeros Course 1 Manual 2 3
- power consumed and delivered Course 1 Manual 2
- power factor Course 1 Manual 2
- power-factor correction Manual 1 2
- pr function Course 1
- Python package (pip install symbulator) Manual 1 2 3
- pz mini-tool Course 1 Manual 2
- re and im (Evaluate) Manual 1
- reactances given in ohms Course 1 Manual 2
- reactive power Manual 1
- real solutions only Course 1 Manual 2
- reference node Manual 1
- reporting problems Course 1 Manual 2
- resistance seen by a source Course 1 Manual 2
- resistor Course 1
- resonance Course 1 Manual 2
- Results card Course 1 Manual 2
- RMS Course 1 Manual 2 Notes 3
- Rounding setting Course 1 Notes 2
- s-domain Course 1 Manual 2
- schematic Manual 1
- second-order circuits (damping) Manual 1
- separators (newline or colon) Course 1 Manual 2
- Settings card Course 1 Notes 2
- short circuit Course 1
- SI prefixes Course 1 Manual 2 Notes 3 4
- sign conventions Course 1 Manual 2
- sinusoids Course 1
- Solve card Course 1 Manual 2
- source transformation Manual 1 2
- SPICE Translator Manual 1
- split view Course 1
- step response Manual 1
- subscripts in answers Notes 1
- supernodes and supermeshes Course 1 Manual 2
- superposition Manual 1 2
- switched circuits (two runs) Course 1 Manual 2
- symbolic circuit Course 1 Manual 2
- t2s and s2t Course 1 Manual 2
- Thévenin equivalent Course 1 Manual 2
- three-phase circuits Course 1 Manual 2
- transfer function Course 1 Manual 2
- transformer Course 1 Manual 2
- transformer polarity Course 1
- transient analysis (TR) Course 1 Manual 2
- transmission lines Manual 1 2
- two-port Course 1 2 Manual 3
- two-port parameters (z, y, h, g, a, b) Course 1 Manual 2
- unbalanced system Course 1
- underscore Course 1 Manual 2 Notes 3
- unit step u(t) Course 1 2
- voltage drops and powers in TR and FD Manual 1
- voltage source Course 1