| McCAD 3SPICE
Featuring - Mixed Mode Simulation
McCAD 3-SPICE is based on the latest version (3F5)
of Berkeley's SPICE 3 and permits interactive
mixed mode circuit simulation. It was developed specifically to take
advantage of the processing speeds available thus permitting extremely
The 3-SPICE simulator provides accurate and flexible modeling of semiconductor devices, passive elements, and ideal switch components. 3-SPICE models include MOSFETs, GaAs MESFETs, resistors, capacitors, inductor models, Lossy transmission lines, Coupled transmission lines, Voltage and current-controlled switches.
The 3-SPICE simulator utilizes an enhanced version of the powerful industry standard Spice3 simulation engine and offers the same or more advanced features at a fraction of the price of other simulators. These simulation features include: Pole, Zero, Transfer Function, Distortion, Fourier, DC, AC, Transient, Fourier, Noise, Sensitivity, Distortion, and small signal transfer function, etc. It even supports the advanced BSIM3V3, and BSIM4.
The 3-SPICE simulator module allows you to analyze your simulation results, and view them in a variety ways. Apply complex math operations on the resultant data; such as finding the phase, magnitude, calculate the derivative, sine, cosine, tan log, and natural log. Graphical annotation allows you to mark up and make illustrations directly on your plot results, making it useful for generating reports.
<Superior Convergence and Speed
3-SPICE is based on a substantially enhanced version of SPICE 3. The underlying algorithms have been reworked to provide new analysis modes to improve convergence and speed. These major advances have been achieved with proprietary enhancements.
Graphical Waveform Analysis
represents the next step in VAMP's ongoing efforts to provide electronic
designers with the latest analog simulation capabilities at an affordable
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