| 10, 11, Chuo'ng 6. Bö dém va thanh ghi L.0.3.2 Bai tap trén 12 l6p, 6.1. Bö dém bat dong b Bai täp ve nhe 6.2. IC dém bat dong b 6.3. Bo dém xuöng bát dng b 6.4. Thi gian tré trong b dém bát dng b 6.5. B dém dóng bö 6.6.1 B dém xung va lén/xung dng b 6.7. Bö dém c6 thé thiét lap trang thäi ban dau 6.8. IC dém dong b 6.9. Thiét ké bo dém dong bo 6.10.Cäc IC thanh ghi, bö dém thanh ghi dich 6.11.Các úrng dung cúa b dém Yéu cäu tu hoc d/v sinh vién 13,14 Bai täp trén I6p, vi mach MSI Bai tap ve nha 7.1. Mach mä h6a/giäi ma 7.2. Mach ghép kénh/phan kénh 7.3. Mach so sänh 7.4. Data bus Yéu cäu tu hoc d/v sinh vién 15 Review Week Content Outcomes Teaching & Evaluation learning activities Means 1 Chapter 1. Number Systems and Codes L.0.1.1 Lecture & exercises Class Exercises 1.1. Digital and Analog Systems, DAC and ADC 1.2. Digital Number Systems 1.3 Digital Number Conversions 1.4 BCD Code , Excess-3, Gray, Alphanumeric Code 1.5 Parity Method for Error Detection 1.6 Parallel and Serial Transmission 1.7 Applications 2 L.0.1.2 Class Exercises & Chapter 2. Boolean Algebra & Logic Circuits Lecture & exercises Home works 2.1. Boolean Constants and Variables 2.2 Boolean Expression 2.3 OR, AND, NOT Operation and Gates 2.4 Describing Logic Circuits Algebraically 2.5 Evaluating Logic-Circuit Outputs 2.6 Implementing Circuits from Boolean Expressions 2.7NOR Gates and NAND Gates 2.8 Boolean Theorems 2.9 DeMorgan's Theorems 2.10 Universality of NAND Gates and NOR Gates 2.11 Exercises 3-4 Chapter 3. Combinational Logic Circuits L.0.2.1 Lecture & exercises Class Exercises & L.0.3.1 Home works 3.1. Sum-of-Products Form |