Username thompsons2014
Member Since January 10, 2017

thompsons2014's Public Circuits:

Now showing circuits 1-16 of 16. Sort by

CH10 Q1

CH10 Q1 PUBLIC

by thompsons2014 | updated March 23, 2017

OP AMP Q4

OP AMP Q4 PUBLIC

When the OPAMP is inverted it shows the inverse of the normal OPAMP graph both being a triangle wave shape.

by thompsons2014 | updated February 27, 2017

OP AMP Q5

OP AMP Q5 PUBLIC

When the output is plotted for both it makes a triangle wave with the inverted OPAMP being the inverse of the normal OPAMP.

by thompsons2014 | updated February 27, 2017

HW 4.3 Q1

HW 4.3 Q1 PUBLIC

by thompsons2014 | updated February 11, 2017

HW 4.3 Q3

HW 4.3 Q3 PUBLIC

The voltage in for the rectifier component was the lowest out of the three while the transformer had the highest voltage out over the three. All three rectifiers made similar circuits and overlapped...

by thompsons2014 | updated February 11, 2017

HW 4.3 Q2

HW 4.3 Q2 PUBLIC

Wasn't too sure about this one but I believe I did it right, the Vrms is 110 V and the frequency is 60 Hz

by thompsons2014 | updated February 11, 2017

HW 4.3 Impedance (series and parallel)

HW 4.3 Impedance (series and parallel) PUBLIC

The impedance for series is Z= z4 + z5 + z6 and the impedance for parallel 1/Z = 1/z1 + 1/z2 + 1/z3 and the circuit to the far right is the low pass filter with a diode

by thompsons2014 | updated February 11, 2017

Circuit Diagrams for Lab 4

Circuit Diagrams for Lab 4 PUBLIC

by thompsons2014 | updated February 11, 2017

H 3 Q 3 Differentiating Circuit

H 3 Q 3 Differentiating Circuit PUBLIC

by thompsons2014 | updated February 06, 2017

H 3 Q 2 High Pass Filter

H 3 Q 2 High Pass Filter PUBLIC

by thompsons2014 | updated February 06, 2017

HW 3 Q 1Low Pass Filter

HW 3 Q 1Low Pass Filter PUBLIC

by thompsons2014 | updated February 06, 2017

R-2R Thevenin Equivalent

R-2R Thevenin Equivalent PUBLIC

by thompsons2014 | updated January 29, 2017

HW 1 Q 3

HW 1 Q 3 PUBLIC

When the K value is .1, .5, or 1 the output voltage was 12 volts. The voltage wasn't a straight line due to sag which would drive down the circuit. If the voltage divider was placed in the building...

by thompsons2014 | updated January 23, 2017

HW 1 Q 2

HW 1 Q 2 PUBLIC

When R4 is 100 m ohms, R5 is 15 ohms, R6 is 10 k ohms the voltage across R6 is exactly 1 Volt

by thompsons2014 | updated January 22, 2017

HW-1 Q-1

HW-1 Q-1 PUBLIC

The voltage across R3 is 10.9

by thompsons2014 | updated January 22, 2017

Sean Thompson's Sample Circuit

Sean Thompson's Sample Circuit PUBLIC

Sean Thompson's Sample Circuit

by thompsons2014 | updated January 15, 2017