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Laboratory Manual: Operational Amplifiers and Linear Integrated Circuits

Electrical Engineering Engineering

Author: James M. Fiore
Publisher: Mohawk Valley Community College
Source: LibreTexts
License: CC BY-NC-SA
Language: EN

Read online Download PDF (open licence)

Contents· 198 sections

01: Decibels and Bode Plots
1.1: Theory Overview
1.2: Reference
1.3: Equipment
1.4: Components
1.5: Schematics
1.6: Procedure
1.7: Data Tables
1.8: Questions
02: The Differential Amplifier
2.1: Theory Overview
2.2: Reference
2.3: Equipment
2.4: Components
2.5: Schematics
2.6: Procedure
2.7: Data Tables
2.8: Questions
03: The Op Amp Comparator
3.1: Theory Overview
3.2: Reference
3.3: Equipment
3.4: Components
3.5: Schematics
3.6: Procedure
3.7: Data Tables
3.8: Questions
04: The Non-inverting Voltage Amplifier
4.1: Theory Overview
4.2: Reference
4.3: Equipment
4.4: Components
4.5: Schematics
4.6: Procedure
4.7: Data Tables
4.8: Questions
05: The Inverting Voltage Amplifier
5.1: Theory Overview
5.2: Reference
5.3: Equipment
5.4: Components
5.5: Schematics
5.6: Procedure
5.7: Data Tables
5.8: Questions
06: The Op Amp Differential Amplifier
6.1: Theory Overview
6.2: Reference
6.3: Equipment
6.4: Components
6.5: Schematics
6.6: Procedure
6.7: Data Tables
6.8: Questions
07: Parallel-Series and Series-Series Negative Feedback
7.1: Theory Overview
7.2: Reference
7.3: Equipment
7.4: Components
7.5: Schematics
7.6: Procedure
7.7: Data Tables
7.8: Questions
08: Gain-Bandwidth Product
8.1: Theory Overview
8.2: Reference
8.3: Equipment
8.4: Components
8.5: Schematics
8.6: Procedure
8.7: Data Tables
8.8: Questions
09: Slew Rate and Power Bandwidth
9.1: Theory Overview
9.2: Reference
9.3: Equipment
9.4: Components
9.5: Schematics
9.6: Procedure
9.7: Data Tables
9.8: Questions
10: The Non-compensated Op Amp
10.1: Theory Overview
10.2: Reference
10.3: Equipment
10.4: Components
10.5: Schematics
10.6: Procedure
10.7: Data Tables
10.8: Questions
11: DC Offset
11.1: Theory Overview
11.2: Reference
11.3: Equipment
11.4: Components
11.5: Schematics
11.6: Procedure
11.7: Data Tables
11.8: Questions
12: The Operational Transconductance Amplifier
12.1: Theory Overview
12.2: Reference
12.3: Equipment
12.4: Components
12.5: Schematics
12.6: Procedure
12.7: Data Tables
12.8: Questions
13: Precision Rectifiers
13.1: Theory Overview
13.2: Reference
13.3: Equipment
13.4: Components
13.5: Schematics
13.6: Procedure
13.7: Data Tables
13.8: Questions
14: Function Generation
14.1: Theory Overview
14.2: Reference
14.3: Equipment
14.4: Components
14.5: Schematics
14.6: Procedure
14.7: Data Tables
14.8: Questions
15: The Linear Regulator
15.1: Theory Overview
15.2: Reference
15.3: Equipment
15.4: Components
15.5: Schematics
15.6: Procedure
15.7: Data Tables
15.8: Questions
16: The Triangle-Square Generator
16.1: Theory Overview
16.2: Reference
16.3: Equipment
16.4: Components
16.5: Schematics
16.6: Procedure
16.7: Data Tables
16.8: Questions
17: The Wien Bridge Oscillator
17.1: Theory Overview
17.2: Reference
17.3: Equipment
17.4: Components
17.5: Schematics
17.6: Procedure
17.7: Data Tables
17.8: Questions
18: The Integrator
18.1: Theory Overview
18.2: Reference
18.3: Equipment
18.4: Components
18.5: Schematics
18.6: Procedure
18.7: Data Tables
18.8: Questions
19: The Differentiator
19.1: Theory Overview
19.2: Reference
19.3: Equipment
19.4: Components
19.5: Schematics
19.6: Procedure
19.7: Data Tables
19.8: Questions
20: VCVS Filters
20.1: Theory Overview
20.2: Reference
20.3: Equipment
20.4: Components
20.5: Schematics
20.6: Procedure
20.7: Data Tables
20.8: Questions
21: The Multiple Feedback Filter
21.1: Theory Overview
21.2: Reference
21.3: Equipment
21.4: Components
21.5: Schematics
21.6: Procedure
21.7: Data Tables
21.8: Questions
22: The State-Variable Filter
22.1: Theory Overview
22.2: Reference
22.3: Equipment
22.4: Components
22.5: Schematics
22.6: Procedure
22.7: Data Tables
22.8: Questions