Homework 3: Complete the Missing Program Statements ; Filename: LAB#2-Kmod.ASM ; Function: A Lab#2 assembly source code to do math: Add and Subtract* ; and logic: AND, OR, XOR operations and use MPLAB simplaltor to ; verify the operation results. ; Author: Your Name ; Date: 10-25-2022 #include ;This is the header file you created for this lab#1 KEY EQU COUNT EQU TEMP EQU TEMP1 EQU TEMP2 EQU DVAR EQU DVAR2 EQU FLAG EQU OX13 OXOC;This is the user defined DRAM area that OXOD ;uses the 68 bytes GPR: range from OXOC-OX4F OXOE OXOF 0X10 0X11 0X12

1. For each expression below, create a switch level implementation using NFETS and PFETS. Here you can assume you have the complements of each input. Your design should contain no shorts or opens. Use as few transistors as you can but do not simplify the expression A. F = A•B•(C + D) - B. F = A•(B +(CD)) C. F = A © B D. F = (A •B)+(C • D)

1. Implement a 4-bit register which performs the operations below. Give a function table which describes how your control signals work, and clearly label all inputs and outputs. a. load a value L3:0 b. shifts Q3 toward Q0 c. hold (no change) d. behaves like an up-counter

help please to create a logic circuit that manipulates a 16-bit input according to the nx and zx control bits (i.e., the circuit should conditionally zero and negate the 16-bit input). This logic can be used to manipulate the x and y inputs, as well as the out output. Chips for bitwise And-ing and addition have already been built in this and in the previous chapter. Thus, what remains is to build logic that chooses between them according to the f control bit. write HDL code that integrates all the other chips

Design a BCD (Binary Coded Decimal) to Excess – 3 code converter circuit. Implement using 7408, 7432, and 7486 in tinkercad. Even a photo of it will surely help me in my review. Thank you so much!!

For the logic circuit in Figure 3 f(w,x, y, z), determine all static hazards-of-1 and static hazards-of-0. Redesign the network to be hazard-free and having the

Compile the RISC-V assembly code for the following C code.

What is Moore? What gives him the authority to discuss ICs? What does "debugging" even mean? What is its current function? Simply put, what does it mean to "breadboard?" The fundamentals of digital logic will be covered. Can you explain the differences between a computer scientist's training and that of a computer engineer?

WIll make sure to rate thank you! Please complete all parts!

How is a state diagram made for 3 bits?