Chapter 1 Basic Ideas 1.1.1 Voltage 1.1.2 Current 1.1.3 Resistance 1.1.4 Basic circuits

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Chapter 1 Basic Ideas
1.1.1 Voltage
1.1.2 Current
1.1.3 Resistance
1.1.4 Basic circuits
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1.2.1 Circuit analysis
1.2.2 Equivalent circuit
1.2.3 Source representation
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1.3.1 Capacitor
1.3.2 Capacitive microphone
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1.4.1 DC voltage charging C
1.4.2 Transient and steady-state solutions
1.4.3 AC voltage charging C
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1.5.1 Basic C concepts
1.5.2 Blocking DC voltage
1.5.2 Condition for ac voltage passing
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1.6.1 Equivalent model for C charging Watch OnlineMP4 Download
1.7.1 Phasor analysis
1.7.2 RC circuit
1.7.3 Bode plots
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1.8.1 Impedance C in the phasor analysis
1.8.2 DC and AC circuits
1.8.3 Amplifier concepts
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1.9.1 A simple MOS amplifier
1.9.2 DC operating point
1.9.3 AC amplification
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Chapter 2 Operational Amplifiers
2.1.1 Ideal properties
2.1.2 Negative feedback
2.1.3 Virtual short circuit
2.1.4 Voltage follower
2.1.5 Positive-gain amplifier
2.1.6 Adder
2.1.7 Negative-gain amplifier
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2.2.1 Differential amplifier
2.2.2 Instrumentation amplifier
2.2.3 EKG measurements
2.2.4 Right-leg drive circuit
2.2.5 Voltage and current limitations
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2.3.1 Integrator
2.3.2 Square to triangular waves converter
2.3.3 DC offset problem
2.3.4 Effect of offset on integrator
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2.4.1 DC problem with the integrator
2.4.2 Integrator with additional resistance
2.4.3 Bode plots of integrator
2.4.4 Differentiator
2.4.5 Differentiator with additional resistance
2.4.6 Solving a differential equation
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2.5.1 P-N junction photodetector
2.5.2 P-N diodes
2.5.3 Equivalent model of p-n photodetector
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2.6.1 Current-voltage converter for photodetector
2.6.2 Automatic street-light control system
2.6.3 BJT current and voltage
2.6.4 The protection diode
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2.7.1 A photo sensor
2.7.2 Current-voltage converter
2.7.3 Light-emitting devices
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2.8.1 Amplifier ac modeling
2.8.2 Modeling for current-voltage converter
2.8.3 Modeling for voltage-current converter
2.8.4 Current-current amplifier
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2.9.1 Summary of OP convertersMP4 Download
2.10.1 OP bandwidth and Slew rate (SR)
2.10.2 Avoid SR distortion
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2.11.1 BJT current amplification
2.11.2 OP with BJT to increase current-driving capability
2.11.3 Class AB output stage
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2.12.1 Class AB output stage with diodes
2.12.2 A simple stereo system
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