xepher3642's Profile - CircuitLab


Username	xepher3642
Member Since	January 21, 2016

xepher3642's Public Circuits:

Now showing circuits 1-19 of 19. Sort by

	Example Circuit PUBLIC by xepher3642 \| updated April 26, 2017
	Op Amp Q5 PUBLIC The outputs are inverses of other, one positive and one negative. Extra Credit: Nothing changed in Question 3, because it utilized DC input instead of a function generator. 4 and 5 had their outputs... by xepher3642 \| updated April 26, 2017
	Op Amp Q1-4 PUBLIC 1. The circuit is currently in series, so by using 4-volt total drop and the equivalent resistance of 40 kΩ (10k + 20k + 10k), the current is uniform throughout with a value of 100 µA, including... by xepher3642 \| updated April 26, 2017
	HW4 Q2 PUBLIC by xepher3642 \| updated April 26, 2017
	HW4 Q3 PUBLIC The dedicated component rectifier built up to the final voltage the fastest, followed by the transformer rectifier then the diode bridge rectifier, which was the slowest. by xepher3642 \| updated April 26, 2017
	HW4 Q1 PUBLIC by xepher3642 \| updated April 26, 2017
	HW4 Q0 PUBLIC Impedance works similar to resistance in its formulas, so series impedance would be Zeq = Z1 + Z2 + Z3, while in parallel Zeq = ( 1/Z1 + 1/Z2 + 1/Z3)^-1. by xepher3642 \| updated April 26, 2017
	HW3 Q3 PUBLIC I can't seem to get the output to show up as anything barely above/below zero, but as far as I can tell, the values for R and C are correct as they still retain their values from the previous... by xepher3642 \| updated April 26, 2017
	HW3 Q2 PUBLIC by xepher3642 \| updated April 26, 2017
	HW3 Q1 PUBLIC With the equation making use of pi, an irrational number, I was unable to completely match the breakpoint of 10kHz, but I rounded it very close. by xepher3642 \| updated April 26, 2017
	HW1 Q3 PUBLIC R7 = 100 Ohms: At k = 0.1, Vout = 1.101 V. At k = 0.5, Vout = 4.800 V. At k = 1.0, Vout = 12 V. When using this voltage divider as the input for a circuit, it's preferable NOT to have nonlinear... by xepher3642 \| updated April 25, 2017
	HW1 Q2 PUBLIC by xepher3642 \| updated April 25, 2017
	HW1 Q1 PUBLIC The voltage across R3 is 10 Volts. by xepher3642 \| updated April 25, 2017
	Inverting Amp PUBLIC by xepher3642 \| updated April 29, 2016
	Non-Inverting Amp PUBLIC by xepher3642 \| updated April 29, 2016
	Integrator PUBLIC by xepher3642 \| updated April 29, 2016
	Differential PUBLIC by xepher3642 \| updated April 29, 2016
	Differentiator PUBLIC by xepher3642 \| updated April 29, 2016
	Homework Circuit 1 PUBLIC by xepher3642 \| updated February 23, 2016

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