The Virtual C.R.O. program simulates a Cathode Ray Oscilloscope (C.R.O.). It has been designed for engineering students to study various waveforms using a C.R.O.-like interface, since the actual C.R.O. and the circuits they are studying may not always be available to them due to limited laboratory access. Please note that this is merely a software simulation, and the waveforms that the program displays are software-generated (using programmed mathematical expressions).
This program could be used as a simple interface to observe any waveform (typically the theoretical output of some circuit), to study various C.R.O. effects and experiments, or even to learn how to use a C.R.O. The virtual C.R.O. has 5 input channels. What signals are connected to each channel is defined by the ‘experiment’ you select, and its parameters. The program includes a set of common experiments; you can add your own by modifying the source code and re-compiling the program.
Features Virtual C.R.O. 2.0.3 Oscilloscope Simulator
- 5 input channels, plotted in different colours
- Display/hide individual channels
- Time and voltage scale adjustment
- Trace positioning
- GND mode
- X-Y mode
- Z mode (intensity modulation)
- Choice of ‘Hold’ mode or triggering from any channel or ext. trig. input
- Light or solid joining of samples
- Adjustable screen size
- Customizable screen, grid and trace colours
- Panel displays values of controls, such as scales and modes in effect
- Measure voltages and time differences using the mouse
- Run experiments with parameters
- Pre-defined common experiments such as frequency & phase measurement, oscillators, rectifiers, clippers and many types of modulation.
- User-defined waveforms and experiments can be added (by straightforward modification of source code).