CE 338 Course Project 2023 Fall
Course Project: 8-Bit SAR ADC
Name: Vann Montoya
Email: bvmontoya@fortlewis.edu

8-Bit SAR ADC

Introduction
The purpose of this project is to recreate the 8-Bit SAR ADC made in LTSpice and convert it over to VSLIElectic.

Materials and Methods
VSLIElectic

Results
The first part of this project is to recreate the SAR block.

Figure 1: SAR Block that was created in LTSpice.

To do this, I created the 3-Input AND Logic required for the DFF TI.


Figure 2: 3-Bit NAND Logic Gate Schematic and Icon Created in VSLIElectric.

Now, that the 3-Input NAND gate was created, I can begin on making the DFF TI Set/Reset Block.


Figure 3: DFF TI Set/Reset Schematic and Icon Created in VSLIElectric.

Almost done creating all the components we need for the SAR Block.
Lastly, we want to create a buffer for in between the DFF TI Blocks.


Figure 4: Buffer Schematic and Icon Created in VSLIElectric.

Lastly, we can created the SAR Block using the DFF TI Symbols.


Figure 5: SAR Schematic and Icon Created in VSLIElectric.

Discussion