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#ICIRCUIT PC VERSION SUBCIRCUIT MANUAL#
#ICIRCUIT PC VERSION SUBCIRCUIT SERIES#
#ICIRCUIT PC VERSION SUBCIRCUIT SIMULATOR#

If you want to see how a value changes over time, then you can add values to the built-in oscilloscope. The scope can simultaneously track many signals over time and features a touch interface to control the total time displayed and stacked and unstacked modes to easily compare signals. The scope can also display the Fourier transform of any signal so that you can see the performance of filters.

Programmable Arduino using a subset of the C programming language.

Signal generators, Voltage sources, Current sources, and Dependent sources.

#ICIRCUIT PC VERSION SUBCIRCUIT MANUAL#

Manual SPST/SPDT and DPST/DPDT Switches, Push buttons, and Relays.

LEDs, Diodes, BJ Transistors, and MOSFETs.

Audio simulation with Speakers, Microphones, Buzzers, DC Motors, and LEDs.

Antenna with simulated AM and FM signals You can also create sub circuits to introduce new elements and componentize your designs.

No matter your skill set, you'll be playing with circuits in no time with iCircuit.įirst off, fantastic app. The features work well, and overall i think the UI is handled very well. The app has all the basic parts that are needed to do most of what I would want to do. That being said, there’s some limitations i’ve noticed from playing with the app (hopefully eventually to be addressed). At the very least having control/modeling some basic things like slew rate adjustments and output capabilities without using a subcircuit model would be great.Īnother thing missing is vacuum tubes, along with triacs and diacs. People have requested it but the author has said looking into it since 2014, without much update, at the very least copying the models from the source of Falstad’s site would work if that’s the holdup. TVS devices (both single and bidirectional) and MOVs would be nice too.

#ICIRCUIT PC VERSION SUBCIRCUIT SERIES#

SCRs do exist already though, and fairly powerful dependent sources and subcircuit support means it’s likely possible to manually implement common models of these components somewhat, but it’s not an ideal path.Ī huge feature would be supporting some sort of bode plot setup, even just something basic like a series of transient analysis passes across a frequency range would go a long way if i could observe phase and gain plots. DC analysis at different varying operating conditions would be another super useful feature and probably easy to add.įinally noise analysis. The most practical and I suspect the least easy to jump on but it would have a lot of value for making the app cover all the bases of basic circuit analysis needs.

The settings dialog and using the file browser interface as the home screen was a little confusing but was really not too hard to figure out and the documentation is very straightforward. The Arduino integration is very neat and makes this app one of the more useful circuit simulation references I’ve been able to design with. New Features = * Two finger dragging to replace the Pin The Pin was an experiment in UIs to help you manage editing the circuit and panning around with just one finger. But that experiment has caused a lot of frustration in you the users. No more! iCircuit now uses 2 finger panning so you can quickly toggle between editing and panning using just your hands. This is only available on iPads and iOS 4 devices and can also be disabled if you love the Pin.

#ICIRCUIT PC VERSION SUBCIRCUIT SIMULATOR#

* Non real-time simulations The circuit is still "always on" but now you can control the bandwidth of the fixed time step simulator to guarantee accurate results.Resistors are one of the fundamental building blocks in electronic circuit design.