Op Amp Final

Front 1

Back 1

Peak Detector

Front 2

Back 2

Bandpass Response Curve

Front 3

Back 3

DifferentiatorAmp

Front 4

Back 4

Single Bounded Amp

Front 5

Back 5

R2R Digital to Analog Converter

Front 6

Back 6

Common Mode Rejection

Front 7

Back 7

Summing Amplifier

Front 8

Back 8

Log amp

Front 9

Back 9

Bandstop Filter Response Notch FilterOpposite of Bandpass

Front 10

Back 10

Thermostat or Temperature control

Front 11

Back 11

Double bounded comparator

Front 12

Back 12

Averaging Amplifier

Front 13

Back 13

Voltage Follower-Unity Gain

Front 14

Back 14

Op Amp Integrator

Front 15

Back 15

Inverting Amplifier: Compensation Resistor

Front 16

Back 16

Oscillator Block Diagram Positive Feedback

Front 17

Back 17

Twin T Oscilator One of thetwin-T filters has a low-pass response, and the other has a high-pass response.The combined parallel filtersproduce aband-stop or notch response with a center frequency equal to the desiredfrequency of oscillation.

Front 18

Back 18

Single Pole Active HPF

Front 19

Back 19

Anti-log Op Amp

Front 20

Back 20

Voltage regulator with voltage capacitors

Front 21

Back 21

Single Pole Active LPF

Front 22

Back 22

Linear Voltage Regulator Components

Front 23

Back 23

InvertingDifferential Mode

Front 24

Back 24

555

Front 25

Back 25

Bandpass Filter

Front 26

Back 26

Square Wave Oscillator

Front 27

Back 27

Phase Shift Oscillator Maximum phase shift approaching 90 degrees

Front 28

Back 28

Scaling Adder (2-4-6-8)

Front 29

Back 29

6 pole HPF

Front 30

Back 30

Current Limited Regulator

Front 31

Back 31

Filter Type Graphical Comparison

Front 32

Back 32

A/D Converter

Front 33

Back 33

Comparator with Hysteresis & Zener Double Bounding

Front 34

Back 34

Double EndedDifferential Mode

Front 35

Back 35

Non inverting amp

Front 36

Back 36

Integrator output voltage equation

Front 37

Back 37

differentiator amp

Front 38

Back 38

Scaling adder-summing

Front 39

Back 39

The closed-loop gain of the inverting (I)amplifier

Front 40

Back 40

Double BoundedAmplifier

Front 41

Back 41

Differentiator amp

Front 42

Back 42

Integrator amp

Front 43

Back 43

Inverting amp

Front 44

Back 44

Voltage Hysteresis Equation

Front 45

Back 45

Reference Amp

Front 46

Back 46

Reference Amp

Front 47

Back 47

Inverting Op Amp

Front 48

Back 48

Output of Scaling adder summing amp

Front 49

Back 49

Single Bounded Amp

Front 50

Back 50

Op Amp Closed Loop Gain calculation Equation