Specifications:
• Perpetual license capable of simulating analog and digital circuits.
• Analysis possible: transient, DC bias, AC sweep, sensitivity analysis, distortion, noise,
network analysis, etc.
• A large number of “black box” blocks performing signal processing and conditioning
functions such as gain block, summer, multiplier, divider, differentiator, integrator,
limiter, etc.
• A large variety of sources and excitation waveforms, including sine, square, and triangle
waves, single-tone modulated signals, nonlinear dependent sources, and arbitrary
waveforms defined through mathematical expressions.
• Curve tracer circuits to examine the behavior of an active device before placement in
the circuit.
• Continuous (perpetual) transient simulation possible to vary live circuit parameters
while the simulation is running.
• Virtual instruments: oscilloscope, function generator, ammeter, voltmeter, wattmeter,
distortion meter, gain meter, power supply, transient signal recorder for use during live
continuous simulation.
• Device Database & Editor included.
• A large selection of active device models (diode, BJTs, FETs, MOSFETs, MESFETs,
operational amplifiers, etc.) with no less than six distinct MOSFET models including
BSIM3 and BSIM4.
• "Real-world" device models for performance of actual parts such as resistors,
capacitors, and inductors.
• Nonlinear resistors, conductors, capacitors, and inductors, as well as lossless and lossy
transmission lines.
• Shared process models.
• Powerful Device Editor with integrated Symbol Editor.
• Unlimited user-defined parameterized sub-circuit models.
• Create a part from any circuit and package it as a reusable database device.
• Import and manage external parts libraries.
• Data Visualizer included.
• Extensive graphing utilities with complete control over all aspects of the graph.
• Real and complex data plots and Smith chart.
• Live digital timing diagrams during live digital circuit simulations.
• Circuit visualization/animation displays the actual current flow through a circuit and
relative voltage relationships by varying the wires’ display color.
• Cross-probing interactively updates the graph as you add or move the probes around
the circuit.
• Simulation data updates on virtual instruments or via circuit animation on the
schematic in response to live circuit parameter variations.
• Provided with a minimum of 20 sample experiments in the manual.