All public circuits

Now showing circuits 31521-31540 of 53640. Sort by

	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
	Lab 8 part 2 (Eqn4) PUBLIC by Starjjil \| 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
	hw2 PUBLIC by sarends2015 \| updated April 26, 2017
	hw3c PUBLIC by sarends2015 \| updated April 26, 2017
	hw3b PUBLIC by sarends2015 \| updated April 26, 2017
	hw4b PUBLIC by sarends2015 \| updated April 26, 2017
	hw3a PUBLIC by sarends2015 \| updated April 26, 2017
	hw4b PUBLIC by sarends2015 \| updated April 26, 2017
	hw4a PUBLIC by sarends2015 \| 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
	Lab 8 part 1 (EQN1) PUBLIC by Starjjil \| updated April 25, 2017
	3 input nand (lab 8) digital logic PUBLIC by Starjjil \| updated April 25, 2017
	3 input Nand digital logic????? ( lab 8) PUBLIC by Starjjil \| updated April 25, 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
	Band Pass Filter PUBLIC by Brejetta \| updated April 25, 2017

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555 7805 ac-to-dc active-filter amplifier analog and anode attenuator atx audio automotive band-reject bandgap behavioral bias-point bjt bode bridge-rectifier button calculator cascaded-filters cascode cathode cmos colpitts compensation constant-current-source current-limiting current-mirror current-monitor current-regulator dac dc-to-ac device-modeling differential differentiator digital diode divider emitter-follower feedback filter flyback flyback-diode frequency-domain full-wave guitar ham-radio high-pass high-speed high-voltage hv hysteresis ic ignition-coil induction inductive inductive-load initial-conditions instrumentation-amplifier integrator inverting jfet laplace led led-array level-shift lighting lipo lm317 load-cell logic-gate low-pass mechanical microcontroller microphone mosfet motor multivibrator non-inverting nonlinear nor notch ohms-law op-amp optical or oscillator parallel passive passive-filter pcb-design phase-shift photodiode photoresistor phototransistor piezo plants potentiometer power power-supply power-supply-unit preamp pull-down pull-up pwm rc relaxation-oscillator relay resistor-ladder resonance rf rlc rom saturation schmitt-trigger sensor series servo-motor signal spark-plug stability stepper summing superposition switching time-constant transformer transistor translinear twin-t voltage-divider voltage-regulator waveform-arithmetic wiring xnor xor zener-diode zero-voltage-switching

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	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
	Lab 8 part 2 (Eqn4) PUBLIC by Starjjil \| 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
	hw2 PUBLIC by sarends2015 \| updated April 26, 2017
	hw3c PUBLIC by sarends2015 \| updated April 26, 2017
	hw3b PUBLIC by sarends2015 \| updated April 26, 2017
	hw4b PUBLIC by sarends2015 \| updated April 26, 2017
	hw3a PUBLIC by sarends2015 \| updated April 26, 2017
	hw4b PUBLIC by sarends2015 \| updated April 26, 2017
	hw4a PUBLIC by sarends2015 \| 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
	Lab 8 part 1 (EQN1) PUBLIC by Starjjil \| updated April 25, 2017
	3 input nand (lab 8) digital logic PUBLIC by Starjjil \| updated April 25, 2017
	3 input Nand digital logic????? ( lab 8) PUBLIC by Starjjil \| updated April 25, 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
	Band Pass Filter PUBLIC by Brejetta \| updated April 25, 2017

HW4 Q3 PUBLIC

Lab 8 part 2 (Eqn4) PUBLIC

HW4 Q1 PUBLIC

HW4 Q0 PUBLIC

hw2 PUBLIC

hw3c PUBLIC

hw3b PUBLIC

hw4b PUBLIC

hw3a PUBLIC

hw4b PUBLIC

hw4a PUBLIC

HW3 Q3 PUBLIC

HW3 Q2 PUBLIC

HW3 Q1 PUBLIC

Lab 8 part 1 (EQN1) PUBLIC

3 input nand (lab 8) digital logic PUBLIC

3 input Nand digital logic????? ( lab 8) PUBLIC

HW1 Q3 PUBLIC

HW1 Q2 PUBLIC

Band Pass Filter PUBLIC

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