Berkeley ELENG 105 - Lecture 22 (26 pages)
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Lecture 22
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Lecture Notes
- Pages:
- 26
- School:
- University of California, Berkeley
- Course:
- Eleng 105 - Microelectronic Devices and Circuits
Microelectronic Devices and Circuits Documents
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4 pages
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Lecture 8: Electrons and hole currents, IC Resistors
19 pages
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4 pages
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EE 105 Formal Laboratory Report Guidelines
4 pages
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Lecture 18 Frequency-Domain Analysis Second-Order Circuits
13 pages
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15 pages
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24 pages
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21 pages
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15 pages
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Report 5, Single Stage BJT Amplifiers, Common Collector and Common Base
4 pages
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Report 9 MOS Characterization and Amplifiers
2 pages
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19 pages
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18 pages
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22 pages
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Lecture 18 Frequency-Domain Analysis Second-Order Circuits
5 pages
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19 pages
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Frequency-Domain Analysis Second-Order Circuits
14 pages
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8 pages
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4 pages
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31 pages
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15 pages
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Lecture 20: Frequency Response: Miller Effect
21 pages
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Lecture 2: Semiconductor Basics
17 pages
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26 pages
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Two-Port Models Common-Source Amplifiers Revisited
5 pages
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16 pages
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26 pages
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Electrons and hole currents, IC Resistors
10 pages
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Experiment 3 - Bipolar Junction Transistor Characterization
3 pages
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11 pages
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Single Stage BJT Amplifiers: Common Emitter
4 pages
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Experiment 4 MOS Device Characterization
11 pages
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13 pages
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Two-Port Models Common-Source Amplifiers Revisited
2 pages
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Bipolar Junction Transistor Amplifiers – Frequency Response
17 pages
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Gated Lateral BJT Characteristics
12 pages
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11 pages
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25 pages
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7 pages
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Intro to Differential Amplifiers
15 pages
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21 pages
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Report 5: Single Stage BJT Amplifiers: Common Collector and Common Base
4 pages
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Common Source Amplifier Frequency Response
4 pages
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12 pages
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Frequency Domain + Second Order
19 pages
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21 pages
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Frequency Domain + Second Order
22 pages
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Lecture 29: Review and Perspectives
5 pages
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10 pages
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16 pages
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Bipolar Junction Transistor Small Signal Model
13 pages
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Lecture 16: MOS Transistor models: Linear models, SPICE models
8 pages
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10 pages
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21 pages
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29 pages
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19 pages
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MOS Transistor Small-Signal Model
11 pages
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4 pages
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Review Frequency Response, FET physics
33 pages
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6 pages
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3 pages
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12 pages
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Bipolar Junction Transistor Small Signal Models
2 pages
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Frequency Response of Common Drain
12 pages
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8 pages
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9 pages
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6 pages
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28 pages
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HP 6235A DC Power Supply Tutorial
2 pages
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3 pages
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Lecture 39 Intro to Differential Amplifiers
8 pages
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Designing amplifiers, biasing, frequency response
10 pages
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2 pages
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Lecture 20 Common Source Amplifier Frequency Response
10 pages
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12 pages
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Small Signal Analysis of a PMOS transistor
6 pages
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Lecture 4 Capacitors PN Junctions
22 pages
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3 pages
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Lecture 25 Bipolar Junction Transistor
12 pages
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Lecture 2 Semiconductor Basics
27 pages
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HP 6235A DC Power Supply Tutorial
2 pages
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Lecture 11 Bipolar Amplifiers (Part 1)
15 pages
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Microelectronic Devices and Circuits
26 pages
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3 pages
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Experiment 2 - Introduction to PSpice
8 pages
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2 pages
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MOS Transistor models: Linear models, SPICE models
16 pages
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Lecture 7: IC Resistors and Capacitors
36 pages
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Bipolar Junction Transistor Characteristics
6 pages
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19 pages
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Lecture 6 Currents in PN Junction MOS Capacitor
15 pages
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14 pages
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Part I: MOS Small-Signal Models
29 pages
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5 pages
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Introduction to Electronic Test Equipment
9 pages
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Lecture 7: Properties of Materials for Integrated Circuits
12 pages
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15 pages
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25 pages
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20 pages
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15 pages
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Report 8 Multi-stage Amplifiers
3 pages
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21 pages
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2 pages
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Common-Drain Amplifier Review of Phasors
8 pages
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6 pages
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5 pages
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29 pages
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Lecture 18: Bipolar Single Stage Amplifiers
19 pages
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Experiment 1 Introduction to PSpice
8 pages
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5 pages
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12 pages
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MOS Transistor models: Body effects, SPICE models
9 pages
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31 pages
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Prelab 9: MOS Characterization and Amplifiers
2 pages
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6 pages
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Experiment 1 Introduction to Electronic Test Equipment
9 pages
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Prelab 8: Multi-stage Amplifiers
2 pages
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Lecture 9: Diffusion, Electrostatics review, and Capacitors
10 pages
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16 pages
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MOS Transistor Small-Signal Model Current Sources
6 pages
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Review, PN junctions, Fermi levels, forward bias
8 pages
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Review, PN junctions, Fermi levels, forward bias
8 pages
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3 pages
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25 pages
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Single Stage BJT Amplifiers: Common Emitter
3 pages
-
17 pages
-
4 pages
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21 pages
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10 pages
-
5 pages
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6 pages
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11 pages
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15 pages
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18 pages
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14 pages
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Prelab 10 Differential Amplifiers
3 pages
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7 pages
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Lecture 37: Frequency response
19 pages
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30 pages
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5 pages
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27 pages
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9 pages
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11 pages
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Experiment 7: Frequency Response
4 pages
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25 pages
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3 pages
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Current Sources and Voltage Sources
7 pages
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17 pages
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5 pages
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MOS Transistor Small-Signal Model
5 pages
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Prelab 3: Bipolar Junction Transistor Characterization
2 pages
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15 pages
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25 pages
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12 pages
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Prelab 10: Differential Amplifiers
3 pages
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22 pages
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2 pages
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19 pages
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Bipolar Junction Transistor Characteristics
6 pages
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3 pages
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4 pages
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8 pages
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24 pages
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Experiment 7: Frequency Response
4 pages
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Lecture 21: BJTs (Bipolar Junction Transistors)
19 pages
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25 pages
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13 pages
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22 pages
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19 pages
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Single Stage BJT Amplifiers: Common Collector and Common Base
3 pages
-
24 pages
-
MOS Transistor models: Body effects, SPICE models
18 pages
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21 pages
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2 pages
-
17 pages
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Lecture 2: Frequency domain analysis, Phasors
14 pages
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Lecture 2: Frequency domain analysis, Phasors
14 pages
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Lecture 21: BJTs (Bipolar Junction Transistors)
10 pages
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8 pages
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Lecture 37 Multistage Amplifier Frequency Response
10 pages
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10 pages
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Second-Order Circuits Amplifier Frequency Response
4 pages
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22 pages
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5 pages
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4 pages
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20 pages
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3 pages
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Experiment 10: Differential Amplifiers
4 pages
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Experiment 10: Differential Amplifiers
4 pages
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13 pages
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5 pages
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3 pages
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19 pages
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Lecture 23: Active linear circuits
19 pages
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Report 10: Differential Amplifiers
4 pages
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Lecture 19: Multistage - Cascode
13 pages
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21 pages
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18 pages
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Frequency Analysis of a Common Source Amplifier
3 pages
-
33 pages
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EE105 Lab Experiments HSPICE Tutorial
16 pages
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35 pages
-
21 pages
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Report 2 Electronic Test Equipment
2 pages
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Lecture 24 Single stage amplifiers
17 pages
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25 pages
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24 pages
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Lecture 20: Frequency Response: Miller Effect
21 pages
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Lecture 11: P-N Diode capacitors, intro to small signal models
18 pages
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18 pages
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Lecture 6: Integrated Circuit Resistors
25 pages
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24 pages
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5 pages
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23 pages
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Derivation of The Ideal Diode Equation
3 pages
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Experiment 8: Multi-stage Amplifiers
3 pages
-
23 pages
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10 pages
-
Second-Order Circuits Amplifier Frequency Response
20 pages
-
25 pages
-
12 pages
-
9 pages
-
25 pages
-
33 pages
-
2 pages
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15 pages
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Experiment 3 - The Curve Tracer
6 pages
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11 pages
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Microelectronic Devices and Circuits Overview
19 pages
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5 pages
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Lecture 15 Small Signal Modeling
29 pages
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5 pages
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MOS Current Sources Two-port Models
10 pages
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21 pages
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23 pages
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8 pages
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2 pages
-
Multistage Amplifier Frequency Response
10 pages
-
Experiment 1 Introduction to Electronic Test Equipment
9 pages
-
15 pages
-
24 pages
-
3 pages
-
Experiment 9 Multistage Amplifiers
5 pages
-
14 pages
-
Lecture 7 Properties of Materials for Integrated Circuits
23 pages
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Lecture 17 Frequency-Domain Analysis
14 pages
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10 pages
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Lecture 17: MOS transistors →digital
17 pages
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Micro Linear BiCMOS Chip Set for Undergraduate Laboratories in Microelectronic Devices and Circuits
37 pages
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Improved Inverter: Current-Source “Pull-Up”
7 pages
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12 pages
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18 pages
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5 pages
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22 pages
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23 pages
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Lecture 38: Frequency response
15 pages
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MOS Transistor MOS Sample and Hold
7 pages
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11 pages
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26 pages
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6 pages
-
15 pages
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50 pages
-
Time Constants Frequency Response of Common Drain/ Common Source Amplifiers
4 pages
-
11 pages
-
25 pages
-
21 pages
-
2 pages
-
23 pages
-
Common Source Amplifier Frequency Response
10 pages
-
10 pages
-
Designing amplifiers, biasing, frequency response
19 pages
-
Second-Order Circuits Amplifier Frequency Response
12 pages
-
Discussion Notes - Voltage Sources and Current Sources
6 pages
-
17 pages
-
Bipolar Junction Transistor Models
17 pages
-
25 pages
-
16 pages
Unformatted text preview:
Lecture 22 ANNOUNCEMENTS Midterm 2 Th 11 15 3 30 5PM 3 30 5PM in Sibley Aud Bechtel Bldg HW 11 Clarifications revisions to Problems 1 3 4 were made OUTLINE Differential Amplifiers General considerations BJT differential pair Qualitative analysis Large signal analysis Large signal Small signal analysis Frequency response Reading Chapter 10 1 10 2 EE105 Fall 2007 Lecture 22 Slide 1 Prof Liu UC Berkeley Humming Noise in Audio Amplifier Consider the amplifier below which amplifies an audio signal from a microphone p If the power supply VCC is time varying it will result in an additional undesirable voltage signal at the output perceived i d as a humming h i noise i by b th the user EE105 Fall 2007 Lecture 22 Slide 2 Prof Liu UC Berkeley Supply Ripple Rejection Since node X and Y each see the voltage ripple their voltage difference will be free of ripple pp v X Av vin vr vY vr v X vY Av vin EE105 Fall 2007 Lecture 22 Slide 3 Prof Liu UC Berkeley Ripple Free Differential Output If the input signal is to be a voltage difference between two nodes an amplifier that senses a differential signal is needed EE105 Fall 2007 Lecture 22 Slide 4 Prof Liu UC Berkeley Common Inputs to Differential Amp The voltage signals applied to the input nodes of a differential amplifier p cannot be in phase p otherwise the differential output signal will be zero v X Av vin vr vY Av vin vr v X vY 0 EE105 Fall 2007 Lecture 22 Slide 5 Prof Liu UC Berkeley Differential Inputs to Differential Amp When the input voltage signals are 180 out of phase the resultant output p node voltages g are 180 out of p phase so that their difference is enhanced v X Av vin vr vY Av vin vr v X vY 2 Av vin EE105 Fall 2007 Lecture 22 Slide 6 Prof Liu UC Berkeley Differential Signals Differential signals share the same average DC value and are equal q in magnitude g but opposite pp in p phase A pair of differential signals can be generated among other ways by a transformer EE105 Fall 2007 Lecture 22 Slide 7 Prof Liu UC
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Study Guide: Midterm 2
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