Table 1 Parameter sets used for simulation of potentials depicted in Fig. 7a): the one used (Value Set 1), the alternative one (Value Set 2) to produce the same potentials, and the one (Value Set 3) to produce the same fire patterns as in Fig. 7a).

Parameter		Parameter sets and their alternatives for the same voltage on C and potential on R_output as in Fig. 7a)		Similar parameter set for at least the same fire patterns as in Fig. 7a)*
Parameter		Value Set 1	Value Set 2	Value Set 3
DC_input max voltage		+20 V	+20 V	+10 V
DC_input frequency		200 Hz	200 Hz	200 Hz
DC_input duty cycle		5%	5%	5%
R_input resistance		6 Ω	60 Ω	6 Ω
R_out resistance		10 Ω	100 Ω	10 Ω
The base unit	R_ground resistance	1000 Ω	10 000 Ω	1000 Ω
	C capacitance	500 nF	50 nF	500 nF
	S upper bound threshold voltage (V_{S, upper bound})	+10 V	+10 V	+5 V
	S lower bound threshold voltage (V_{S, lower bound)}	−5 V	−5 V	−2.5 V
	DC_withdraw voltage (V_{DC withdraw})	+20 V	+20 V	+10 V

The parameter sets are derived for diodes modeled by the ideal diode model. These would slightly differ for other models, like the Shockley diode model.
*The recorded potential could differ from the values in Fig. 7a) by a multiplication constant.

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