1. STICK DIAGRAM EMT251

2. Schematic vs Layout In Out V DD GND Inverter circuit

3. Schematic vs Layout A Out V DD GND B 2-input NAND gate

4. Stick Diagram A stick diagram is a graphical view of a layout. Does not show exact placement, transistor sizes, wire lengths, wire widths, tub boundaries.

5. Stick Diagram Represents relative positions of transistors Stick diagrams help plan layout quickly  Need not be to scale  Draw with color pencils or dry-erase markers In Out V DD GND Inverter A Out V DD GND B NAND2

6. Stick Diagram Metal (BLUE) Polysilicion (RED) N-Diffusion (Green) P-Diffusion (Brown) Contact / Via Layers

7. Figure 1: Schematic and Graph

8. Figure 2: Euler Path

9. Figure 3: Connection label layout 1 2

10. Figure 4: VDD, VSS and Output Labels 1 2

11. Figure 5: Stick Diagram, Interconnected Reference: Chapter 4, Appendix C, Digital Integrated Circuits, Jan M. Rabaey 1 2

12. Exercise 1 A B C Logic Gate A X = C (A + B) B A C C B i j

13. Solution: Stick Diagram of C (A + B) ABC X V DD GND

14. Exercise 2 A B C D X = (A+B)(C+D) D C C AB B A D Logic Gate

15. Thank you