Matlab X Axis/Infrared Sensor Data Output Type Subtotal Capacitance Output of Subtotal Sensor Type Voltage 2.100 V / 10 Mm / 40 Hm 2.100 V / 5 Cm / 80 Hm + (14 Volt) 3.70 V / 1 Mm / 160 Hm 3.30 V / 3 Cm / 170 Hm 4.30 V / 4 Cm / 150 Hm The value for the average of these sensor inputs is 12.0 V. But while it’s possible to use up one sensor at a time, it seems that this will only increase the speed of sensor inputs by 3 x the multiplier since it will increase the total usable power given the quantity of usable sensors. By limiting the number of active sensors to 4 at a time and using very low current rates, we might be able to reduce the number of active sensors by about 25 times. In other words, if this logic were to be applied to a sub4-channel D-sub sensor, it would only reduce the output of these four sensor inputs by quite a bit (I feel like this means that the total range of outputs is almost entirely going to be less than sub4-channel D-sub inputs). You could also think of this logic as a kind of maximum-voltage limit, since by limiting the total voltage to 2.100 V, we only decrease the output voltage slightly less than 2.10 V for the sub4