Microcontrollers - Lecture 23-24.6 - Slides 33-38: Instruction Decoding for ADI, LD, BRZ

Microcontrollers - Lecture 23-24.5 - Slides 27-32: Instruction Decoder #instructiondecoder

Microcontrollers - Lecture 23-24.4 - Slides 22-26: The Control Unit and PC function #controlunit

Microcontrollers - Lecture 23-24.3 - Slides 18-21: IAS Instruction Specifications #isa

Microcontrollers - Lecture 23-24.2 - Slides 11-17: Instruction Set Architecture #IAS #simplecomputer

Microcontrollers - Lecture 23-24.1 - Slides 3-10: Simple computer structure #simplecomputer

Microcontrollers - Lecture 21-22.12 - Slides 39-45: The Control Word and Microoperations #datapath

Microcontrollers - Lecture 21-22.11 - Slides 34-38: Datapath - Example sequence of operations

Microcontrollers - Lecture 21-22.10 - Slides 30-33: Datapath - Connecting RAM #datapath #ram

Microcontrollers - Lecture 21-22.9 - Slides 28-29: Datapath - Example 1 #datapath #microcontrollers

Microcontrollers - Lecture 21-22.8-Slides 25-27: Datapath Representation #datapath #microcontrollers

Microcontrollers - Lecture 21-22.7 - Slides 22-24: Combinational shifter, Barrel shifter #shifters

Microcontrollers - Lecture 21-22.6-Slides 19-21: Logic Unit and ALU #alu #datapath #microcontrollers

Microcontrollers - Lecture 21-22.5 - Slides 15-18: Arithmetic Logic Unit (ALU) #alu #datapath

Microcontrollers - Lecture 21-22.3 - Slide 9: Datapath Example - Key Control Actions #datapath

Microcontrollers - Lecture 21-22.2-Slide 8: Datapath Example - Performing a Microoperation #datapath

Microcontrollers - Lecture 21-22.1 - Slides 4-7: An overview of CPU design and datapath #datapath

Microcontrollers - Lecture 20.9 - Slides 30-33: Dynamic RAM #memory #dynamicram #microcontrollers

Microcontrollers - Lecture 20.8 - Slides 24-29: Memory Expansion -Example 2 #memory #memoryexpansion

Microcontrollers - Lecture 20.7 - Slides 22-23: Memory Expansion -Example 1 #memory #memoryexpansion

Microcontrollers - Lecture 20.6 - Slide 21: Making Wider Memories #memory #memoryexpansion

Microcontrollers - Lecture 20.5 - Slides 18-20: Memory Expansion #memory #memoryexpansion

Microcontrollers - Lecture 20.4 - Slides 16-17: Cell Arrays and Coincident Selection #cellarrays

Microcontrollers - Lecture 20.3 - Slides 12-15: Memory - Static RAM #memory #ram #Rammemory

Microcontrollers - Lecture 20.2 - Slides 8-11: Memory Operations and Timing #memory #memoryoperation

Microcontrollers - Lecture 20.1 - Slides 3-7: Memory Definitions and Organization #memory

Microcontrollers - Lecture 19.4 - Slides 19-21: Serial transfers and micro operations #registers

Microcontrollers - Lecture 19.3 - Slides 15-18: Multiplexer and Bus-Based Transfers #register

Microcontrollers - Lecture 19.2 - Slides 9-14: Register cell design - Example 1 #register

Microcontrollers - Lecture 19.1 - Slides 4-6: Register cell design #register #registercell

Microcontrollers - Lecture 18.8 - Slide 24: Counter Design Example 03 #counter #Counterdesign

Microcontrollers - Lecture 18.7 - Slide 23: Counter Design Example 02 #counter #Counterdesign

Microcontrollers - Lecture 18.6 - Slide 20-22: Counter Design Example #counter #Counterdesign

Microcontrollers - Lecture 18.5 - Slide 16-19: Modulo N Counters #counter #moduloN

Microcontrollers - Lecture 18.4 - Slide 12-15: Synchronous BCD Counter #counter #synchronous

Microcontrollers - Lecture 18.3 - Slide 11: Synchronous Counters with parallel load #counter

Microcontrollers - Lecture 18.2 - Slides 8-10: Synchronous Counters #counter #synchronous

Microcontrollers -Lecture 18.1 - Slides 3-7: Ripple Counters #shiftregisters #ripplecounter #counter

Microcontrollers - Lecture 17.9 - Slides 31-35: Summary of registers #shiftregisters #registers

Microcontrollers - Lecture 17.8 - Slide 30: Shift registers with additional functions#shiftregisters

Microcontrollers - Lecture 17.7 - Slides 28-29: Parallel load shift registers #shiftregisters

Microcontrollers - Lecture 17.6 - Slides 26-27: Introduction to shift registers #shiftregisters

Microcontrollers - Lecture 17.5 - Slides 22-25: Register transfer structures #registers

Microcontrollers - Lecture 17.4 - Slide 21: Shift microoperation #registers #microcontrollers

Microcontrollers - Lecture 17.3 - Slides 16-17: Control expressions #registers #microcontrollers

Microcontrollers - Lecture 17.2 - Slides 07-08: Clock gating and Load controlled feedback #registers

Microcontrollers - Lecture 17.1 - Slides 03-06: Introduction to registers #registers #robt206

Microcontrollers - Lecture 16.2 - Slides 36-52: Sequential logic circuit design Vending Machine

Microcontrollers - Lecture 16.1 -Slides 31-35: Sequential logic circuit design Modulo 3 accumulator

Microcontrollers - Lecture 15.2 - Slides 9-30: Sequential logic circuit design Sequence recognizer

Microcontrollers - Lecture 15.1 - Slides 1-8: Sequential logic circuit design Design procedure

Microcontrollers - Lecture 14.2 - Slides 17-25: Sequential logic circuit analysis - Example 2

Microcontrollers - Lecture 14.1-Slides 1-16: Sequential logic circuit analysis State tables-diagrams

Microcontrollers - Lecture 13.2 - Slides 15-30 - Sequential logic circuits: Flip-flops #flipflops

Microcontrollers - Lecture 13.1 - Slides 1-14 - Sequential logic circuits: Introduction and Latches

Microcontrollers-Lecture 10.2 -Slides 22-37: Combinational logic circuit Selection and Multiplexers

Microcontrollers-Lecture 10.1-Slides 1-21:Combinational logic circuits Functions, Decoders/Encoders

Microcontrollers - Lecture 9.2 - Slides 13-32: Combinational logic circuit design - Part 2

Microcontrollers - Lecture 9.1 - Slides 1-12: Combinational logic circuit design procedure

Microcontrollers - Lecture 3 - Slides 25-38: Binary Numbers and Binary Coding #microcontrollers