Electronics (IV) Academic Year 112 | Department of Electrophysics Prof. Jenn-Fang Chen
This course is provided by NYCU Electrophysics .
Chapter 9 Amplifier Frequency Response
9.1 RC circuit, Low-F response of a MOS CS amplifier, Low-F response of a BJT CE amplifier, Dominant pole, a two-stage MOS OP, Internal capacitance of a CS amplifier with PMOS load
9.2 F-response of a CS amplifier, Miller effect, F-response of a CD amplifier, F-response of a MOS cascade
9.3 F-response of two-stage MOS OP, MOS OP with a voltage follower, MOS cascode, BJT differential amplifier and MOS differential amplifier
9.4 Capacitance of differential amplifier with current-mirror load, F-response of MOS differential amplifier with current mirror and MOS two-stage OP, Condition for oscillation, Phase margin, Frequency compensation
9.5 Stability of a feedback OP, A phase margin of 45°, Design a stable MOS OP with a phase margin of 45°
Chapter 10 High-Power Output Stage
10.1 CE stage, CE in serial with CC
10.2 CE in serial with CC high-power output stage, Class B output stage, Class AB output stage, VBE multiplier, Current-limiting circuit, Two-stage BJT OP with class AB output stage
10.3 LM 380 Audio amplifier, LM78LXX High-power DC source, OP741 OP DC biasing
10.4 OP741 AC amplification, Input stage of OP741
10.5 Class D output stage, Pulse With Modulation (PWM), Schmitt Trigger, COMS inverter, LCR low-pass filter
10.6 Transient and steady-state solutions of class D output stage, The Class D output stage circuit
10.7 Transient current waveform of class D output stage, Transient solution of the LCR stage, Another PWM generation, Stability of class D output stage, Complementary output to cancel the DC voltage
10.8 High-power laser driver using PWM, A dead-time delay circuit
Textbook：Microelectronic circuits by Sedra/ Smith.
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| Instructor(s) | Department of Electrophysics Prof. Jenn-Fang Chen |
|---|---|
| Course Credits | 3 Credits |
| Academic Year | 112 Academic Year |
| Level | College Students |
| Prior Knowledge | Electronic (1) , Electronic (2) and Electronic (3) are required |
| Related Resources | Course Video |
| Week | Course Content | Course Video |
|---|---|---|
| Chapter 9 Amplifier Frequency Response 9.1.1 Basic RC circuit 9.1.2 Low-F response of a MOS CS amplifier 9.1.3 Low-F response of a BJT CE amplifier 9.1.4 Dominant pole 9.1.5 A two-stage MOS OP 9.1.6 Internal capacitance of a CS amplifier with PMOS load | Watch Online | |
| 9.2.1 F-response of a CS amplifier 9.2.2 Poles and zeros 9.2.3 Miller effect 9.2.4 F-response of a CD amplifier 9.2.5 F-response of a MOS cascade | Watch Online | |
| 9.3.1 F-response of two-stage MOS OP 9.3.2 F-response of MOS OP with a voltage follower 9.3.3 F-response of MOS cascode 9.3.4 F-response of BJT differential amplifier 9.3.5 F-response of MOS differential amplifier | Watch Online | |
| 9.4.1 Capacitance of differential amplifier with current-mirror load 9.4 2 F-response of MOS differential amplifier with current mirror 9.4.3 F-response of MOS two-stage OP 9.4.4 Condition for oscillation 9.4.5 Phase margin 9.4.6 Frequency compensation | Watch Online | |
| 9.5.1 Stability of a feedback OP 9.5.2 Design for a phase margin of 45° 9.5.3 Design a stable MOS OP with a phase margin of 45° Chapter 10 High-Power Output Stage 10.1.1 CE stage 10.1.2 CE in serial with CC | Watch Online | |
| 10.2.1 CE in serial with CC high-power output stage 10.2.2 Class B output stage 10.2.3 Class AB output stage 10.2.4 VBE multiplier 10.2.5 Current-limiting circuit 10.2.6 Two-stage BJT OP with class AB output stage | Watch Online | |
| 10.3.1 LM 380 Audio amplifier 10.3.2 LM78LXX High-power DC source 10.3.3 OP741 OP DC biasing | Watch Online | |
| 10.4.1 OP741 AC amplification 10.4.2 Input stage of OP7412 | Watch Online | |
| 10.5.1 Class D output stage 10.5.2 Pulse With Modulation (PWM) 10.5.3 Schmitt Trigger 10.5.4 COMS inverter 10.5.5 LCR low-pass filter | Watch Online | |
| 10.6.1 Transient solution of class D output stage 10.6.2 Steady-state solution of class D output stage 10.6.3 The Class D output stage circuit | Watch Online | |
| 10.7.1 Transient current waveform of class D output stage 10.7.2 Transient solution of the LCR stage 10.7.3 Another PWM generation 10.7.4 Stability of class D output stage 10.7.5 Complementary output to cancel the DC voltage | Watch Online | |
| 10.8.1 High-power laser driver using PWM 10.8.2 A dead-time delay circuit | Watch Online |