[UR] DLD Final Prep Guide, 2nd Semester FAST NUCES LHR

Everything FAST-NUCES LHR Related I've Put Out:
https://docs.google.com/document/d/1e...

Timestamps:

0:00 - Start

1:40 - Edge Triggered Flip-Flops
7:45 - Direct Inputs (Async Set/Reset)

11:00 - Sequential Circuit Analysis
11:55 - Input Equations
14:11 - State Table
18:06 - State Diagrams (Mealy & Moore Models, State Merging, etc.)
28:45 - Revisiting a familiar Past Paper Question

30:56 - Sequential Circuit Design Process w/ Exercise Q Example
42:01 - One-Hot Assignment
43:28 - Sequence Detector Circuit Problem 1
54:17 - Sequence Detector Circuit Problem 2
57:27 - Past Paper Problem: Even Number of 0's w/ 1 terminator
1:02:49 - Handling Unused States

1:05:01 - Registers
1:05:41 - Meaning of 'Left' and 'Right' in Registers
1:06:56 - Parallel Load Registers (D Flip Flop w/ Enable and Avoiding Clock Skew)
1:12:17 - Graphical Representation of Registers
1:13:14 - Microoperations
1:13:49 - µop: Register Transfers
1:15:17 - Arithmetic µops
1:19:31 - Logical µops & Data Formatting
1:22:15 - µop: Left Shift & Right Shift
1:27:08 - SRG-4 & The Importance of Labelling Your Circuital Blocks
1:29:15 - Shift Registers w/ Enable
1:33:24 - Shift Registers w/ Parallel Load
1:36:46 - Bidirectional Shift Registers w/ Parallel Load

1:39:23 - Counters
1:39:57 - (Asynchronous) Binary Ripple Counter
1:44:45 - Async Binary Ripple Counter w/ JK Flip Flop?
1:46:12 - Synchronous Binary Counter (using Serial Gating)
1:52:30 - Synchronous Binary Counter (using Parallel Gating)
1:54:48 - Synchronous Binary Counter w/ Parallel Load
1:55:23 - BCD Counter
1:59:36 - Designing a Counter for an Arbitrary Sequence
2:03:30 - Synchronous 3-bit Up-Down Counter
2:05:09 - Using Excitation Tables to Get Desired Output for Different Flip Flops

2:08:58 - The Self Harm Section
2:09:50 - Why You Shouldn't Worry Too Much About These Super Complex Problems
2:11:55 - How Do You Solve These Ones?
2:12:50 - Solving One of the Scary Questions
2:27:59 - The Circuit
2:35:22 - Side-note: Excitation Table Thing
2:38:44 - Another Request: Sequential Circuit Analysis Problem
2:41:30 - Revisiting Division

2:50:16 - Lecture 27, 28, and 29
2:55:28 - Giving Up