Introduction to Digital Electronic Circuits

Also known as: Digital Microelectronic Circuits (DMC)

Hebrew Name: מבוא למעגלים ספרתיים

Course Number: 83-308

1. Introduction

Lecture 1:
Introduction

Practice 1:
RC Networks, Thevenin-Norton

Practice 2:
Review of Digital Systems

2. Terminology and Design Metrics

Lecture 2:
Terminology and Design Metrics

Practice 4:
Terminology and Design Metrics

Appendix:
The Manufacturing Process

3. Review of Semiconductor Devices

Lecture 3:
The MOSFET Device

Practice:
Review of Semiconductors

4. The CMOS Inverter

Lecture 4:
The CMOS Inverter

Practice 5:
The CMOS Inverter

5. Capacitance, Driving a Load

Lecture 5:
Parasitic Capacitance and Driving a Load

Practice:
CMOS Capacitance

Practice:
Driving a Load

6. CMOS Digital Logic

Lecture 6:
CMOS Digital Logic

Practice:
CMOS Digital Logic

7. The Method of Logical Effort

Lecture 7:
Logical Effort

Practice:
Logical Effort

8. Ratioed Logic

Lecture 8:
Ratioed Logic

Practice:
Ratioed Logic

9. Pass Transistor Logic

Lecture 9:
Pass Transistor Logic

Practice:
Pass Transistor Logic

10. Dynamic Logic

Lecture 10:
Dynamic Logic

Practice:
Dynamic Logic

11. Flip-Flops and Memory Circuits

Lecture 11:
Sequential Logic Circuits and Memory

Introduction to Digital Electronic Circuits

1. Introduction

Lecture 1: Introduction

Practice 1: RC Networks, Thevenin-Norton

Practice 2: Review of Digital Systems

2. Terminology and Design Metrics

Lecture 2: Terminology and Design Metrics

Practice 4: Terminology and Design Metrics

Appendix:The Manufacturing Process

3. Review of Semiconductor Devices

Lecture 3: The MOSFET Device

Practice: Review of Semiconductors

4. The CMOS Inverter

Lecture 4: The CMOS Inverter

Practice 5: The CMOS Inverter

5. Capacitance, Driving a Load

Lecture 5: Parasitic Capacitance and Driving a Load

Practice: CMOS Capacitance

Practice: Driving a Load

6. CMOS Digital Logic

Lecture 6: CMOS Digital Logic

Practice: CMOS Digital Logic

7. The Method of Logical Effort

Lecture 7: Logical Effort

Practice: Logical Effort

8. Ratioed Logic

Lecture 8: Ratioed Logic

Practice: Ratioed Logic

9. Pass Transistor Logic

Lecture 9:Pass Transistor Logic

Practice:Pass Transistor Logic

10. Dynamic Logic

Lecture 10:Dynamic Logic

Practice:Dynamic Logic

11. Flip-Flops and Memory Circuits

Lecture 11:Sequential Logic Circuits and Memory

Lecture 1:
Introduction

Practice 1:
RC Networks, Thevenin-Norton

Practice 2:
Review of Digital Systems

Lecture 2:
Terminology and Design Metrics

Practice 4:
Terminology and Design Metrics

Appendix:
The Manufacturing Process

Lecture 3:
The MOSFET Device

Practice:
Review of Semiconductors

Lecture 4:
The CMOS Inverter

Practice 5:
The CMOS Inverter

Lecture 5:
Parasitic Capacitance and Driving a Load

Practice:
CMOS Capacitance

Practice:
Driving a Load

Lecture 6:
CMOS Digital Logic

Practice:
CMOS Digital Logic

Lecture 7:
Logical Effort

Practice:
Logical Effort

Lecture 8:
Ratioed Logic

Practice:
Ratioed Logic

Lecture 9:
Pass Transistor Logic

Practice:
Pass Transistor Logic

Lecture 10:
Dynamic Logic

Practice:
Dynamic Logic

Lecture 11:
Sequential Logic Circuits and Memory