Open Jurgen2003 opened 1 year ago
1 & 2 We think that you mentioned about feature called "subcircuits". As first iteration we will add import feature that allows to import other circuits into simulation view.
@Proto-App The most annoying thing is actually the jamming and slow work with large circuits and if I understand it correctly a subcircuit is a circuit that you add compactly as a kind of component as
dear @Proto-App some more ideas for the next update or the one after the min limit of the opamp output is not always followed at a lower voltage on the input which fluctuates between the input voltage and the min limit the power supply of it was already discussed
I will now work more and more with java ic many wires could there not be a cominucation port so that the multiple ic can link so with 2x 8 in have the 16 inputs at your disposal with 1 java script and further that you can lay a (cable) with multiple wires and then assign the different or 2 ic that talk to each other over 1 wire and break analog signal
also wanted to ask do you have a fixed rhythm with updates or is it build to completion and then an update greetings jurgen
I build large circuits out of small circuits that then work together using many analog signals with 0 to 5v and 0 to 10v an opamp ideal for by the amplification factor is output adjustable but with many components especially opamp is not so clear When rebuilding, wires / lines can not be disconnected from components that is a pity Also gets stuck with large circuits in simulation
further the mosfet the resistance decreases nicely as more voltage is applied to the control input but why should there be so much voltage on it for a low resistance
my proposals are 1 be able to build small circuits and assemble them kind of build circuit boards and assemble them
2 a housing in which you can assemble gates and electronics into 1 component kind of a self build ic or a programmable component with the opamp functions in it or a component where you can compare inputs and send an output to sizes of the deviation and so make a sum like with the dependent source
3 give the opamps vcc and gnd connections so they can be switched on and off over the power supply
4 give the mosfet a voltage setting for the lowest resistance which is also adjustable