Instructions to reproduce simulations
Table of contents
Subjects:
Two identical RC circuits (A and A'), representing identical subjects connected to the same voltage source.
Initial settings
Insp. voltage: 17.5 V
Zener breakdown voltage of vent: 5 V
Cycling freq.: 45 Hz
Duty cycle: 33.33
R. DupA= 1 Ω
Zener DupA= 0
R. DupA'= 1 Ω
Zener DupA'= 0.1 V
Capacitance: 30 μF
Resistance 40Ω
Click on the toggle (➤) to open the code.
Initial settings
With 10 EEV in circuit A'
With 15 EEV in circuit A'
Subjects:
Two identical RC circuits (A and A'), representing identical subjects connected to the same current source.
Initial settings
Insp. current: 94.5 mA
Zener breakdown voltage of vent: 5 V
Cycling freq.: 45 Hz
Duty cycle: 33.33
R. DupA= 1 Ω
Zener DupA= 0
R. DupA'= 1 Ω
Zener DupA'= 0.1 V
Capacitance: 30 μF
Resistance 40Ω
Click on the toggle (➤) to open the code.
Initial Settings
With 10 EEV in circuit A'
With 15 EEV in circuit A'
Subjects:
Two RC circuits (A and B), representing subjects of the same size but different compliances connected to the same voltage source.
Initial settings
Insp. voltage: 23.3 V
Zener breakdown voltage of vent: 5 V
Cycling freq.: 45 Hz
Duty cycle: 33.33
R. DupA= 180 Ω
Zener DupA= 0
R. DupA'= 1 Ω
Zener DupA'= 0.1 V
Capacitance: 30 μF and 20 μF
Resistance 40Ω
Click on the toggle (➤) to open the code.
Initial Settings
With 10 EEV in circuit B