Syllabus

1. Digital Systems and Information
   1. Number Systems
   2. Base Conversion
   3. Arithmetic Operations
   4. Codes
2. Combinational Logic Circuits
   1. Logic Gates
   2. Boolean Algebra
   3. K-Maps
   4. Sum of Products
   5. Product of Sums
   6. VHDL Representations
   7. FPGA LUT-based Implementation
3. Combinational Logic Design
   1. Hierarchical Design Concepts
   2. Decoders/Encoders
   3. Multiplexers
   4. Binary Adders
   5. Subtraction/2s Complement
   6. Multiplication
   7. Division
4. Sequential Circuits
   1. Latches
   2. Flip-Flops
   3. State Diagrams
   4. Finite-State Machine Synthesis
   5. VHDL Representations
5. Digital Hardware Representation
   1. CMOS
   2. PALs/PLAs
   3. FPGAs
6. Register Transfer (Primarily VHDL Representations)