This is a Falstad Electronic simulation. Having no clue on design, resistor, and diode forward value are unknown, I leave the schema in my git, just look to the drawing here...
LM324 GitHub, The Export-File for Falstad
There is severals other to export. Like LM7805, LM3178 and LMD18201. The LMD18201 is a H-Hybride Motor driver is the heaviest one to draw and export. Hopefully my Nvidia driver can support the virtual screen resolution and can handle 2048x2048. Only have to load the falstad circuit.jar from shell... However This model without knowledge of transistor Beta-hfe, resistor and real capacitance value, it have to be qualifed on typical performance characteristics of Input voltage, Input Current, Voltage gain, Supply Current, Open Loop Frequency response, Common Mode Rejection ratio to know how thi LM324 can be handled...Quite similar to COMSOL value negociated inside the Introduction to Thermal exchange module, it's not only bringing a model from spice... But can help... As example drawing one of the LM7805, LM3178 require about 20 to 22 transistor which are out of plan and path for heat transfert... I think We need a path for every transistor and including the Beta-Hfe for something... Kinda had to see the demos once again...
Also... Exported-file and Images may change without notice... You may see, new Images like, having test around it, some View in Scope... The Export file reflect the actual modification... This gracefully done with github, it reflect the content here...
LM324 GitHub, The Export-File for Falstad
There is severals other to export. Like LM7805, LM3178 and LMD18201. The LMD18201 is a H-Hybride Motor driver is the heaviest one to draw and export. Hopefully my Nvidia driver can support the virtual screen resolution and can handle 2048x2048. Only have to load the falstad circuit.jar from shell... However This model without knowledge of transistor Beta-hfe, resistor and real capacitance value, it have to be qualifed on typical performance characteristics of Input voltage, Input Current, Voltage gain, Supply Current, Open Loop Frequency response, Common Mode Rejection ratio to know how thi LM324 can be handled...Quite similar to COMSOL value negociated inside the Introduction to Thermal exchange module, it's not only bringing a model from spice... But can help... As example drawing one of the LM7805, LM3178 require about 20 to 22 transistor which are out of plan and path for heat transfert... I think We need a path for every transistor and including the Beta-Hfe for something... Kinda had to see the demos once again...
Also... Exported-file and Images may change without notice... You may see, new Images like, having test around it, some View in Scope... The Export file reflect the actual modification... This gracefully done with github, it reflect the content here...
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1 No Interest 2 Somewhat good 3 Good 4 Special.
