PICAXE Virtual System Modelling (VSM)
Product Details
PICAXE Virtual System Modelling (VSM) is a software circuit simulator that combines a ‘virtual’ PICAXE chip with animated components and Berkeley SPICE circuit analysis to produce a simulation of a complete PICAXE project – and most circuits simulate in real time!
To use PICAXE VSM simply draw your circuit schematic on screen, using the automated wiring and library of over 12,000 popular analogue / digital components to build up your circuit. Add voltage/current probes to any point in the circuit, and then connect any virtual instruments (e.g. an oscilloscope) as required. Then associate your our PICAXE BASIC program to the PICAXE chip component and click ‘Run’ to watch the circuit in operation.
The on-screen output components (e.g. LEDs, motors and LCD displays) animate as the PICAXE program runs, and input device such as temperature sensors, switches and keypads can be activated by clicking on the animated model in the circuit simulation.
PICAXE VSM also provides extensive debugging facilities – the PICAXE program can be stepped through line by line, breakpoints can be set in the program, and the variable values can be displayed on screen.
Virtual instruments such as ammeters, voltmeters and oscilloscopes can be connected to any pin or wire to study the circuit operation. Voltage and current can also be highlighted by various animation options, for instance by adding ‘voltage bar graphs’ to component pins or by automatically changing the colour of wires.
PICAXE VSM also supports thousands of traditional components such as 555 timers, op-amps, CMOS & TTL logic etc. A series of electronic principles tutorials are even included free of charge! Traditional components can be simulated in circuits by themselves, or combined into a PICAXE circuit. You can also add multiple PICAXE chips to a single circuit so, for instance, two chips can communicate via RS232 serial communication.
The on-screen output components (e.g. LEDs, motors and LCD displays) animate as the PICAXE program runs, and input device such as temperature sensors, switches and keypads can be activated by clicking on the animated model in the circuit simulation.
PICAXE VSM also provides extensive debugging facilities – the PICAXE program can be stepped through line by line, breakpoints can be set in the program, and the variable values can be displayed on screen.
Virtual instruments such as ammeters, voltmeters and oscilloscopes can be connected to any pin or wire to study the circuit operation. Voltage and current can also be highlighted by various animation options, for instance by adding ‘voltage bar graphs’ to component pins or by automatically changing the colour of wires.
PICAXE VSM also supports thousands of traditional components such as 555 timers, op-amps, CMOS & TTL logic etc. A series of electronic principles tutorials are even included free of charge! Traditional components can be simulated in circuits by themselves, or combined into a PICAXE circuit. You can also add multiple PICAXE chips to a single circuit so, for instance, two chips can communicate via RS232 serial communication.
Key features:
- Berkeley SPICE and digital circuit simulation for all PICAXE chips (new M2 models now available)
- Library of over 12,000 components
- Many animated output components, including LEDs, 7 segment displays, LCDs, motors, servos, stepper motors etc
- Many animated input components including touch sensors, switches, LDRs, thermistors, digital temperature sensors, keypads, iButtons etc.
- On screen animation of voltage and current, including unlimited number of probes
- Virtual instruments include voltmeter, ammeter, oscilloscope, signal generator, logic analyser, timer, serial terminal, i2c and spi debuggers Support for all major protocols, including RS232, spi, i2c, 1-wire, etc.
- Can simulate traditional circuits (e.g. 555 timers and CMOS/TTL logic chips) as well as PICAXE circuits
- Support for multiple PICAXE chips on same design
- Serial port linking to allow software models to send/receive data from real devices over the computer's real serial/virtual USB COM port
- Support for hierarchal sub-system blocks to generate a complete project using several sub-systems
- Users can develop their own models and animations
- Export net lists for use in a dozen different PCB applications
