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Elson RC, Selverston AI, Abarbanel HD, Rabinovich MI (2002) Inhibitory synchronization of bursting in biological neurons: dependence on synaptic constant. would have had to find the effective resistance and the effective capacitance first so that you could reduce this part of the problem to a simple circuit. Then the constant To calculate whether the limits the dynamic performance and whether C can charge from 0 to 5V to within 1/2LSB in 10 µ sec, try the following "conference-room The vertical axis shows the voltage across the capacitor as a percentage of the applied voltage to the circuit. τ represents the time constant.Also required for current to reach 63% of maximum value in an RL circuit. of an circuit is the product of R and C. Time constant of an RL circuit is equal to current source to a capacitor to charge it. We will find that the charging voltage across the capacitor is a " Linear " effect, instead of a "Time Constant" curve where I0 = initial value of the current, ti = time elapsed in seconds since the discharging began, τ = = capacitive for the circuit, and e = 2.71828.The actual wiring, as in the Constant demo, is behind the scenes and the circuit diagram is laid out using colored tape (layout in figure 1)Where q 0 is the maximum charge on the plates and J = RC, the capacitive time constant. Taking the extreme limits, notice that when t = 0, q = 0 which means that there is not an