General
564 results found
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Control Panel Elements
Include a control panel window to which you add control elements eg dial, slider, switch. These elements can then be linked to parameter values in circuit. For example a slider could control the frequency of a voltage source, a dial could change the value of an analogue component. Of course we can change values already but having a separate window where values can be tweaked would be useful
1 vote -
switch statement
add the ability to use the switch/case statement in the Arduino simulator.
1 vote -
Linked/connected switches
Some switches have more than a couple connections, and not all in one place on the schematic. Walkie talkies, for example.
How about an option for the switches where you can link them, so they all get thrown when one gets pressed. Name them SW1a, SW1b and so forth.
1 vote -
Add a connection list of all components.
List of all components to use as input for a pcb physical design.
1 vote -
Add list of components
Provide an output of the list of components of the full circuit
1 vote -
Arduino analog I/O improvements
Analog input values currently map to 5V reference even if the device is set to 3.3V (analogRead should reference to the device operating voltage by default). This leads to returned values being about 40% lower than what they should be.
Also, the analog pins currently don't seem to support being used as digital I/O pins (not a problem but would be nice to be documented).
1 vote -
Background color tweak
If all possible, perhaps switch the Blue background from a Baby blue to more of a Navy blue. Much better on the eyes for those that need to keep simulations on and don't want to go with the all black background. (Similar to Notability's dark Blue paper)
1 vote -
9 votes
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1 vote
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enable the speaker device to write audio files
enable the speaker device to write audio files and the microphone device to read them.
8 votes -
Bug fix..
This is more a bug fix,,,I recently built a ring oscillator for a design I was working on, and I noticed that the output never converged to an expected value. Instead, it consistently produced a frequency that was 1/2 the currently configured circuit bandwidth. If I change the bandwidth to any value, the oscillator output immediately goes to 1/2 of the selected bandwidth. And even more significant, the frequency is not impacted by components, such as Ls, Cs, and Rs that would normally allow tuning of the output frequency as would be expected.
1 vote -
Add all the components of Power Electronics please.
Add a TRIAC, DIAC and Optocouplers. All the components of Power Electronics please.
5 votes -
Enable more control over label position (perhaps label size and font too)
Allow label position to be adjusted, either by drag and drop with a label tool (similar to how you can move labels in Multisim), or perhaps using compass notation (i.e. North (N) for directly above, East (E) for right side, Northeast (NE) for upper right, etc. in the parameters.
2 votes -
Ability to link component values to others which share the same label. (Multiple Rs or Cs, etc.)
For example:
In a circuit with ten resistors, each resistor can be given the same label — say 'R' — so that when you change the value of one, all of them are changed.
Implementing this with capacitors, voltage sources, etc. would be an enormous improvement for workflow when designing and experimenting.
5 votes -
Enable a body connection for MOSFETs, like the rails option for OP-AMPS.
It would be nice to be able to show the bias of the substrate directly on the schematic.
1 vote -
Api to control button / switch states
I want to be able to interface with my circuits programatically.
Usable example - generate keybind that calls a program that would call the icircuit api to toggle a button3 votes -
improve op amp models
Please improve the op amp models, as I’m having trouble getting the op amp to work in simple circuits such as a voltage follower. There’s not a convergence issue, it just doesn’t perform the operation as expected. I even added in small parasitics to see if it would help as is sometimes required in PSpice.
2 votes -
Add an option to slow down the simulation speed.
I am building an oscillator circuit, trying to understand how it works. The simulation is so fast though that I can’t see what is flowing to what in the circuit.
14 votes -
Rid the AC sources voltage drop, fine tune frequency.
I’m an electrician that loves schematics. I love designing complex circuits for real world applications. My favorite thing to do is play with load calculations. Simulating a 200amp panel and see how many 60w light circuits, other real world loads simulated by resistors I can get. I even designed 3phase motor starters and overloads using what the app provides. All while following NEC2017/2020 guidlines for load and branch circuits.
But the aggravating part is the voltage drop. When simulating a 120/240v 200a panel I should be able to power 24,000W of electrical appliances. But instead after about 6 light bulbs…2 votes -
2 votes
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