Symbulator 7 for TI-89 Titanium

Learn about Symbulator and how it can help you focus on learning how circuits work, instead of struggling with math. Download the latest version of Symbulator and get ready to roll.

Learn to describe a circuit in Symbulator, and how to run a direct current analysis using dc. Learn how to describe a voltage source using e, and a resistor or a conductance using r.

Learn how to solve different types of symbolic circuits in Symbulator. Use the solve command on Symbulator answers. And explore ex, the powerful expert mode, for the ambitious user.

Learn how to describe a current source using the j element. Simplify parallel resistors using the pr tool and its shorthand. Learn to describe conductances and dependent sources.

Learn how to describe a short circuit using the s element. Learn how to find equivalent resistances using the er script, and Thevenin and Norton equivalents using the th script.

Learn how to describe an ideal operational amplifier (Op Amp) using the o element. And practice what you learn in a variety of solved op-amp problems, both easy and hard.

Learn to run a transient time-domain analysis with tr. Learn to describe capacitors with c and inductors with l. Save time with the only tool. Plot expressions in time with the plot tool.

Learn how to run an alternating current analysis (via phasor analysis) using ac. Learn how to describe capacitors, inductors, impedances / admitances and sources for AC analysis.

Learn to solve average power and complex power problems in AC. Learn how you can use RMS values in Symbulator with the rms flag. Solve power factor problems using the pf tool.

Learn to solve simple three-phase circuits in Y-Y, Y-Δ, Δ-Δ and Δ-Y configurations, both balanced and unbalanced, to find line and phase currents, voltages and complex power.

Learn how to describe a mutual inductance between two inductors or two impedances using the m element. Learn how to describe an ideal transformer using the t element.

Learn to do gain and phase Bode plots for transfer functions of ω and s with the bode tool. Find the resonant frequency of an answer with the Numeric Solver and the nSolve command.

Learn to solve complex-frequency domain problems using fd. Move between time- and s-domain using the t2f and f2t shortcuts to DiffEq. Learn to solve transfer function problems.

Find the two-port equivalent of a network using the port script. Learn how to include two-ports in your circuit using the z, y, h, g, a and b elements. Calculate gains with the gain tool.

If you are interested in the people behind Symbulator, here's who made it and who helped, plus some acknowledgements. And some glowing reviews of Symbulator.