ENGR 338 - Lab 8 2023 Fall
Name: Ian Van Horn
Email: imvanhorn1@gmail.com
Lab 8 MUX and High Speed FA
This lab covers the design and layout of a 8 bit multiplexer and a high speed 8 bit full adder
This lab requires the Eletric VLSI software
Task 1: Build an 8 bit MUX (20 points).
![](Images/MUX_sch.png)
Figure 1: MUX schematic
![](Images/MUX_sim_sch.png)
Figure 2: MUX Simulation Schematic
![](Images/MUX_sim_spice.png)
Figure 3: MUX Simulation Results
![](Images/MUX_lay.png)
Figure 4: MUX layout
![](Images/8bit_MUX_sch.png)
Figure 5: 8 Bit MUX Schematic
![](Images/8bit_MUX_sim_sch.png)
Figure 6: 8 Bit MUX Simulation Schematic
![](Images/8bit_MUX_sim_spice.png)
Figure 7: 8 Bit MUX simulation SPICE results
![](Images/8bit_MUX_lay.png)
Figure 8: 8 Bit MUX Layout
Task 2: 1-Bit High Speed Full Adder. (40 points).
![](Images/FA_HS_sch.png)
Figure 9: High Speed Full Adder Schematic
![](Images/FA_HS_Sim_sch.png)
Figure 10: High Speed Full Adder Simulation Scheamtic
![](Images/FA_HS_sim_spice.png)
Figure 11: High Speed Full Adder Simulation SPICE Results
![](Images/FA_HS_lay.png)
Figure 12: High Speed Full Adder Layout
Task 2: 8-Bit High Speed Full Adder. (30 points).
![](Images/8bit_FA_sch.png)
Figure 13: 8 Bit High Speed Full Adder Schematic
![](Images/8bit_FA_sim_sch.png)
Figure 14: 8 Bit High Speed Full Adder Simulation Schematic
![](Images/8bit_FA_sim_spice.png)
Figure 15: 8 Bit High Speed Full Adder Simulation SPICE Results
![](Images/8bit_HighSpeed_FA_lay.png)
Figure 16: 8 Bit High Speed Full Adder Layout
Conclusion: This lab sucussfully taught how to design and lay out 8 Bit versions of the MUX and High Speed Full Adder