Канал: Digital Logic & Programming

CSCI 109 - Course Introduction (Summer 2024)

CSCI 109 - Course Introduction (Summer 2024)

EELE 261 - Course Introduction (Summer 2024)

EELE 261 - Course Introduction (Summer 2024)

EELE 367 Course Introduction (Summer 2024)

EELE 367 Course Introduction (Summer 2024)

EELE 371 Course Introduction (Summer 2024)

EELE 371 Course Introduction (Summer 2024)

2.1(c) - Linux Command Line Navigation (2024+)

2.1(c) - Linux Command Line Navigation (2024+)

2.1(b) - Windows Command Line Navigation (2024+)

2.1(b) - Windows Command Line Navigation (2024+)

2.1(a) - Our Programming Environment (2024+)

2.1(a) - Our Programming Environment (2024+)

Wide Left Sports Interview with American Legion Hall of Fame Inductee Brock LaMeres

Wide Left Sports Interview with American Legion Hall of Fame Inductee Brock LaMeres

KVGM LaMeres' Interview on Space Research (1/30/23)

KVGM LaMeres' Interview on Space Research (1/30/23)

EELE 367 - Logic Design - Course Overview (Sum23)

EELE 367 - Logic Design - Course Overview (Sum23)

EELE 371 - Microprocessor HW/SW Systems (aka, Embedded Systems) - Course Overview (Sum23)

EELE 371 - Microprocessor HW/SW Systems (aka, Embedded Systems) - Course Overview (Sum23)

EELE 261 - Intro to Logic Circuits - Course Overview (Sum23)

EELE 261 - Intro to Logic Circuits - Course Overview (Sum23)

CSCI 109 - C Programming for Engineers & Scientists - Course Overview (Sum23)

CSCI 109 - C Programming for Engineers & Scientists - Course Overview (Sum23)

CSCI 109: Lab 11 Overview - File I/O and "Signal Composition"

CSCI 109: Lab 11 Overview - File I/O and "Signal Composition"

11.2 - File Input in C

11.2 - File Input in C

11.1 - File Output in C

11.1 - File Output in C

CSCI 109: Lab #10 - Strings and the "Resistor Color Band Calculator"

CSCI 109: Lab #10 - Strings and the "Resistor Color Band Calculator"

10.2 - Using String Functions from string.h and stdlib.h in C

10.2 - Using String Functions from string.h and stdlib.h in C

10.1 - Introduction to Strings in C

10.1 - Introduction to Strings in C

CSCI 109: Lab 9 Overview - Pointers and the "RMS Calculator"

CSCI 109: Lab 9 Overview - Pointers and the "RMS Calculator"

9.2(b) - Passing Pointers to Functions in C (Passing by Reference)

9.2(b) - Passing Pointers to Functions in C (Passing by Reference)

9.2(a) - Pointers and Arrays in C

9.2(a) - Pointers and Arrays in C

9.1 - Introduction to Pointers in C

9.1 - Introduction to Pointers in C

CSCI 109: Lab 8.2 Overview - Arrays and the "Capacitor Current Calculator"

CSCI 109: Lab 8.2 Overview - Arrays and the "Capacitor Current Calculator"

8.4(b) - 2D Arrays for Matrix Operations in C

8.4(b) - 2D Arrays for Matrix Operations in C

8.4(a) - 2D Arrays in C

8.4(a) - 2D Arrays in C

8.3(b) - Performing Derivatives and Integrals on Arrays in C

8.3(b) - Performing Derivatives and Integrals on Arrays in C

CSCI 109: - Lab 8.1 Overview - Arrays and the "Voltage Dividers"

CSCI 109: - Lab 8.1 Overview - Arrays and the "Voltage Dividers"

8.2(a) - Sorting an Array in C (Selection Sort)

8.2(a) - Sorting an Array in C (Selection Sort)

8.3(a) - Time Series Functions in C (Sine Wave)

8.3(a) - Time Series Functions in C (Sine Wave)

8.1(e) - Passing Arrays into Functions in C

8.1(e) - Passing Arrays into Functions in C

8.1(d) - Find the Sum and Average of Elements in an Array in C

8.1(d) - Find the Sum and Average of Elements in an Array in C

8.1(c) - Searching for a Value in an Array in C

8.1(c) - Searching for a Value in an Array in C

8.1(a) - Introduction to Arrays in C

8.1(a) - Introduction to Arrays in C

8.1(b) - Finding the Max and Min Value of an Array in C

8.1(b) - Finding the Max and Min Value of an Array in C

CSCI 109 - Lab 7 Overview - Functions and the "Ohm's Law Calculator v2.0"

CSCI 109 - Lab 7 Overview - Functions and the "Ohm's Law Calculator v2.0"

7.2 - Library / Header Provided Functions in C

7.2 - Library / Header Provided Functions in C

7.1 - User-Defined Functions in C

7.1 - User-Defined Functions in C

CSCI 109 - Lab 6 Overview - Loops and the "Ohm's Law Calculator".

CSCI 109 - Lab 6 Overview - Loops and the "Ohm's Law Calculator".

6.2 - C For() Loops

6.2 - C For() Loops

6.1 - C While() and Do-While() Loops

6.1 - C While() and Do-While() Loops

CSCI 109 - Lab 5 Overview - C Decisions and the "American Wire Gauge Calculator"

CSCI 109 - Lab 5 Overview - C Decisions and the "American Wire Gauge Calculator"

5.2 - C Switch/Case Decision Statements

5.2 - C Switch/Case Decision Statements

5.1 - C If/Else Decisions Statements

5.1 - C If/Else Decisions Statements

CSCI 109 : Lab 4 - Basic Math Operations and the "Electron Calculator"

CSCI 109 : Lab 4 - Basic Math Operations and the "Electron Calculator"

4.2 - C Logic Operations and Bit Masking

4.2 - C Logic Operations and Bit Masking

4.1(b) - C Type Conversions in Math Operations

4.1(b) - C Type Conversions in Math Operations

4.1(a) - Standard Math Operations in C (not from math.h)

4.1(a) - Standard Math Operations in C (not from math.h)

CSCI 109: Lab 3.2 - Standard Input and scanf() Overview

CSCI 109: Lab 3.2 - Standard Input and scanf() Overview

CSCI 109: Lab 3.1 - Standard Output w Integers Overview

CSCI 109: Lab 3.1 - Standard Output w Integers Overview

3.5 - C Standard Input and scanf()

3.5 - C Standard Input and scanf()

3.4 - C Character Data Types and printf()

3.4 - C Character Data Types and printf()

3.3 - C Floating Point Data Types and printf()

3.3 - C Floating Point Data Types and printf()

3.2 - C Integer Data Types and printf()

3.2 - C Integer Data Types and printf()

1.1. - Computer HW Overview

1.1. - Computer HW Overview

3.1(b) - Standard Output in C using printf()

3.1(b) - Standard Output in C using printf()

3.1(a) History and Anatomy of the C Programming Language

3.1(a) History and Anatomy of the C Programming Language

CSCI 109: Lab 2 Overview - The Linux Programming Environment

CSCI 109: Lab 2 Overview - The Linux Programming Environment

2.2(c) - Using the gcc Compiler

2.2(c) - Using the gcc Compiler

2.2(b) - Secure Copy (scp)

2.2(b) - Secure Copy (scp)

2.2(a) - The VIM Text Editor in Linux

2.2(a) - The VIM Text Editor in Linux

2.1(c) - Linux Command Line Navigation

2.1(c) - Linux Command Line Navigation

2.1(b) - Windows Command Line Navigation

2.1(b) - Windows Command Line Navigation

2.1(a) - Our C Programming Environment Overview

2.1(a) - Our C Programming Environment Overview

1.2 - Computer SW Overview

1.2 - Computer SW Overview

14.1(f) Converting 32-bit IEEE 754 Floating Point into Decimal

14.1(f) Converting 32-bit IEEE 754 Floating Point into Decimal

14.1(e) Converting -0.05 Decimal to 32-bit IEEE 754 Floating Point

14.1(e) Converting -0.05 Decimal to 32-bit IEEE 754 Floating Point

14.1(d) Converting -45.4 Decimal to 32-bit IEEE 754 Floating Point

14.1(d) Converting -45.4 Decimal to 32-bit IEEE 754 Floating Point

14.1(c) Converting 22.125 Decimal to 32-bit IEEE 754 Floating Point

14.1(c) Converting 22.125 Decimal to 32-bit IEEE 754 Floating Point

14.1(b) - Anatomy of 32-Bit IEEE 754 Floating Point Numbers

14.1(b) - Anatomy of 32-Bit IEEE 754 Floating Point Numbers

14.1(a) - General Overview of Floating Point Numbers

14.1(a) - General Overview of Floating Point Numbers

Installing Quartus, ModelSim & MAX10 Drivers (March 2023)

Installing Quartus, ModelSim & MAX10 Drivers (March 2023)

MSU Chrome River Expense Reports (March 2023)

MSU Chrome River Expense Reports (March 2023)

EELE 261 Course Overview (Summer 2022)

EELE 261 Course Overview (Summer 2022)

EELE 367 Course Overview (Summer 2022)

EELE 367 Course Overview (Summer 2022)

EELE 371 Course Overview (Summer 2022)

EELE 371 Course Overview (Summer 2022)

Stottler Henke AI Payload Installation on the International Space Station (2/22/22)

Stottler Henke AI Payload Installation on the International Space Station (2/22/22)

RadPC-AI Payload (Spx24) Installation on the International Space Station (12/23/21)

RadPC-AI Payload (Spx24) Installation on the International Space Station (12/23/21)

LaMeres' KBZK Interview about Moon Messages (2/8/22)

LaMeres' KBZK Interview about Moon Messages (2/8/22)

LaMeres' YPR Interview about Moon Messages (2/7/22)

LaMeres' YPR Interview about Moon Messages (2/7/22)

LaMeres' KSKY Interview about Moon Messages (2/3/22)

LaMeres' KSKY Interview about Moon Messages (2/3/22)

How to do a Travel Expense Report In Chrome River (Aug 2021)

How to do a Travel Expense Report In Chrome River (Aug 2021)

Resilient Computing - MSU Venture50k Pitch Competition

Resilient Computing - MSU Venture50k Pitch Competition

RadPC@Scale Balloon Launch (7/27/21)

RadPC@Scale Balloon Launch (7/27/21)

EELE 371 - Intro to Microprocessor HW/SW Intro Video (Summer 2021)

EELE 371 - Intro to Microprocessor HW/SW Intro Video (Summer 2021)

EELE 367 - Logic Design Course Intro (Summer 21)

EELE 367 - Logic Design Course Intro (Summer 21)

EELE 261 - Course Intro (Summer 2021)

EELE 261 - Course Intro (Summer 2021)

Bobcats on the Moon - An Overview of a Lunar Demonstration of RadPC

Bobcats on the Moon - An Overview of a Lunar Demonstration of RadPC

Installing Intel Quartus & ModelSim Lite

Installing Intel Quartus & ModelSim Lite

EELE 261 Course Introduction (Spring 2021)

EELE 261 Course Introduction (Spring 2021)

EELE 367 Course Introduction (Spring 2021)

EELE 367 Course Introduction (Spring 2021)

EELE 371 Course Introduction (Spring 2021)

EELE 371 Course Introduction (Spring 2021)

What's Next in Electrical Engineering?

What's Next in Electrical Engineering?

Introduction to Inductors

Introduction to Inductors

RC Circuits & Low Pass Filters

RC Circuits & Low Pass Filters

Introduction to Capacitors

Introduction to Capacitors

Electromagnetic Waves - IR in Remote Controls

Electromagnetic Waves - IR in Remote Controls

Intro to Diodes - Circuit Analysis Example using CVD Model

Intro to Diodes - Circuit Analysis Example using CVD Model

Electromagnetic Waves - Behavior

Electromagnetic Waves - Behavior

Electromagnetic Waves - Intro & Anatomy

Electromagnetic Waves - Intro & Anatomy

Intro to Diode & LED Circuits

Intro to Diode & LED Circuits

Intro to Diodes - The Constant Voltage Drop (CVD) Model

Intro to Diodes - The Constant Voltage Drop (CVD) Model

Intro to Diodes - The PN Junction

Intro to Diodes - The PN Junction

AC Circuits - The Cost of Electricity

AC Circuits - The Cost of Electricity

AC Signals - The Electrical Power Grid

AC Signals - The Electrical Power Grid

AC Signals - The Transformer

AC Signals - The Transformer

Intro to Engineering Ethics

Intro to Engineering Ethics

AC Circuits - Verifying Circuit Analysis using Measurements

AC Circuits - Verifying Circuit Analysis using Measurements

AC Circuits - Intro to AWGs, Oscilloscopes, and the Analog Discovery 2

AC Circuits - Intro to AWGs, Oscilloscopes, and the Analog Discovery 2

AC Signals - Circuit Analysis Basics

AC Signals - Circuit Analysis Basics

AC Signals - Scaling/Shifting Sine Wave Amplitudes/Offsets

AC Signals - Scaling/Shifting Sine Wave Amplitudes/Offsets

AC Signals - Shifting Sine Wave Phases using Electrical Parameters

AC Signals - Shifting Sine Wave Phases using Electrical Parameters

AC Signals - Scaling Sine Wave Periods using Electrical Parameters

AC Signals - Scaling Sine Wave Periods using Electrical Parameters

AC Signals - Electrical Parameters used with Sine Waves

AC Signals - Electrical Parameters used with Sine Waves

AC Signals - The Sine Wave

AC Signals - The Sine Wave

Circuit Analysis - Verifying Equivalent Parallel Resistance & Current Dividers

Circuit Analysis - Verifying Equivalent Parallel Resistance & Current Dividers

Circuit Analysis - Example: Explicit KCL/KVL vs. Shortcut Methods

Circuit Analysis - Example: Explicit KCL/KVL vs. Shortcut Methods

Circuit Analysis - Equivalent Parallel Resistance & Current Dividers

Circuit Analysis - Equivalent Parallel Resistance & Current Dividers

Overview of Fuses & How to Replace them in your DMM

Overview of Fuses & How to Replace them in your DMM

Circuit Analysis - Verifying Equivalent Series Resistance & Voltage Dividers

Circuit Analysis - Verifying Equivalent Series Resistance & Voltage Dividers

Circuit Analysis - Equivalent Series Resistance & Voltage Dividers

Circuit Analysis - Equivalent Series Resistance & Voltage Dividers

Circuit Analysis - Kirchhoff's Current and Voltage Laws

Circuit Analysis - Kirchhoff's Current and Voltage Laws

Resistance and Ohm's Law

Resistance and Ohm's Law

Overview of Series and Parallel Resistor Configurations

Overview of Series and Parallel Resistor Configurations

Sources of Electric Energy - Solar Cells

Sources of Electric Energy - Solar Cells

Sources of Electric Energy - Generators

Sources of Electric Energy - Generators

Sources of Electric Energy - Batteries

Sources of Electric Energy - Batteries

Measuring DC Current with a DMM

Measuring DC Current with a DMM

Resistor Color Codes & Measuring Resistance with a DMM

Resistor Color Codes & Measuring Resistance with a DMM

Resistors and Power

Resistors and Power

SI Unit Prefixes in Electrical Engineering

SI Unit Prefixes in Electrical Engineering

Electrical Materials

Electrical Materials

Electrical Quantities - Voltage and Power

Electrical Quantities - Voltage and Power

Electrical Quantities - Charge and Current

Electrical Quantities - Charge and Current

Introduction to Measuring DC Voltage with a DMM

Introduction to Measuring DC Voltage with a DMM

Introduction to Breadboards and Digital Multimeters (Continuity)

Introduction to Breadboards and Digital Multimeters (Continuity)

What is Electrical Engineering?

What is Electrical Engineering?

EELE 101 Course Overview (Fall 2020)

EELE 101 Course Overview (Fall 2020)

EELE 371 Course Introduction (Fall 2020)

EELE 371 Course Introduction (Fall 2020)

EELE 371 - Intro to Microprocessor HW/SW: Course Overview (Summer 2020)

EELE 371 - Intro to Microprocessor HW/SW: Course Overview (Summer 2020)

EELE 367 - Logic Design: Course Overview (Summer 2020)

EELE 367 - Logic Design: Course Overview (Summer 2020)

EELE 261 - Intro to Logic Circuits: Course Overview (Summer 2020)

EELE 261 - Intro to Logic Circuits: Course Overview (Summer 2020)

EELE 371 Example Lab Demo Video (Lab 1.1)

EELE 371 Example Lab Demo Video (Lab 1.1)

15.2(d) - Analog-to-Digital Converter on the MSP430: Reading Voltage w Conversion-Complete IRQ & LPM

15.2(d) - Analog-to-Digital Converter on the MSP430: Reading Voltage w Conversion-Complete IRQ & LPM

15.2(c) - Analog-to-Digital Converter on the MSP430: Reading Voltage w/ Conversion-Complete IRQ

15.2(c) - Analog-to-Digital Converter on the MSP430: Reading Voltage w/ Conversion-Complete IRQ

15.2(b) - Analog-to-Digital Converter on the MSP430: Reading Voltage w/ Conversion-Complete Polling

15.2(b) - Analog-to-Digital Converter on the MSP430: Reading Voltage w/ Conversion-Complete Polling

15.2(a) - Analog-to-Digital Converter on the MSP430: The MSP430 ADC & Configuration

15.2(a) - Analog-to-Digital Converter on the MSP430: The MSP430 ADC & Configuration

15.1 - Analog-to-Digital Converter on the MSP430: Overview of ADCs

15.1 - Analog-to-Digital Converter on the MSP430: Overview of ADCs

14.3(k) - Serial Communication on the MSP430: I2C - Slave Operation

14.3(k) - Serial Communication on the MSP430: I2C - Slave Operation

14.3(j) - Serial Communication on the MSP430: I2C - Reading From a Specific Register Address

14.3(j) - Serial Communication on the MSP430: I2C - Reading From a Specific Register Address

14.3(i) - Serial Communication on the MSP430: I2C - Reading One Byte from an I2C Slave

14.3(i) - Serial Communication on the MSP430: I2C - Reading One Byte from an I2C Slave

14.3(h) - Serial Communication on the MSP430: I2C - Writing a Register Addr + 3 Bytes to I2C Slave

14.3(h) - Serial Communication on the MSP430: I2C - Writing a Register Addr + 3 Bytes to I2C Slave

14.3(g) - Serial Communication on the MSP430: I2C - Writing One Byte to an I2C Slave

14.3(g) - Serial Communication on the MSP430: I2C - Writing One Byte to an I2C Slave

14.3(f) - Serial Communication on the MSP430: I2C - RTC-LaunchPad Connection & Making a Simple Probe

14.3(f) - Serial Communication on the MSP430: I2C - RTC-LaunchPad Connection & Making a Simple Probe

14.3(e) - Serial Communication on the MSP430: I2C - Adafruit PFC8523 Real-Time-Clock I2C Slave

14.3(e) - Serial Communication on the MSP430: I2C - Adafruit PFC8523 Real-Time-Clock I2C Slave

14.3(d) - Serial Communication on the MSP430: I2C - Master Configuration on the MSP430FR2355

14.3(d) - Serial Communication on the MSP430: I2C - Master Configuration on the MSP430FR2355

14.3(c) - Serial Communication on the MSP430: I2C - Addressing Slave Registers

14.3(c) - Serial Communication on the MSP430: I2C - Addressing Slave Registers

14.3(b) - Serial Communication on the MSP430: I2C - Basic Packet Structure

14.3(b) - Serial Communication on the MSP430: I2C - Basic Packet Structure

14.3(a) - Serial Communication on the MSP430: I2C - What is I-Squared C and why the Resistors?

14.3(a) - Serial Communication on the MSP430: I2C - What is I-Squared C and why the Resistors?

14.2(f) - Serial Communication on the MSP430: SPI - Slave Behavior

14.2(f) - Serial Communication on the MSP430: SPI - Slave Behavior

14.2(e) - Serial Communication on the MSP430: SPI - Receiving a Byte as a SPI Master

14.2(e) - Serial Communication on the MSP430: SPI - Receiving a Byte as a SPI Master

14.2(d) - Serial Communication on the MSP430: SPI - Sending a Packet as a SPI Master using STE/SS

14.2(d) - Serial Communication on the MSP430: SPI - Sending a Packet as a SPI Master using STE/SS

14.2(c) - Serial Communication on the MSP430: SPI - Sending a Packet as a SPI Master using UCTXIFG

14.2(c) - Serial Communication on the MSP430: SPI - Sending a Packet as a SPI Master using UCTXIFG

14.2(b) - Serial Communication on the MSP430: SPI - Sending a Byte as a SPI Master

14.2(b) - Serial Communication on the MSP430: SPI - Sending a Byte as a SPI Master

14.2(a) - Serial Communication on the MSP430: SPI - SPI Overview & Implementation on the MSP430

14.2(a) - Serial Communication on the MSP430: SPI - SPI Overview & Implementation on the MSP430

14.1(l) - Serial Communication on the MSP430: The UART - Receiving Characters from the Terminal

14.1(l) - Serial Communication on the MSP430: The UART - Receiving Characters from the Terminal

14.1(k) - Serial Communication on the MSP430: The UART - Configuring the UART Rx

14.1(k) - Serial Communication on the MSP430: The UART - Configuring the UART Rx

14.1(j) - Serial Communication on the MSP430: The UART - Transmitting String to the Terminal w/ IRQs

14.1(j) - Serial Communication on the MSP430: The UART - Transmitting String to the Terminal w/ IRQs

14.1(i) - Serial Communication on the MSP430: The UART - Transmitting a String to the Terminal

14.1(i) - Serial Communication on the MSP430: The UART - Transmitting a String to the Terminal

14.1(h) - Serial Communication on the MSP430: The UART - Transmitting a Character to the Terminal

14.1(h) - Serial Communication on the MSP430: The UART - Transmitting a Character to the Terminal

14.1(g) - Serial Communication on the MSP430: The UART - Transmitting a Byte at 9600 Baud

14.1(g) - Serial Communication on the MSP430: The UART - Transmitting a Byte at 9600 Baud

14.1(f) - Serial Communication on the MSP430: The UART - Transmitting a Byte at 115200 Baud

14.1(f) - Serial Communication on the MSP430: The UART - Transmitting a Byte at 115200 Baud

14.1(e) - Setting Up the Analog Discovery 2 Portable Lab Instrument

14.1(e) - Setting Up the Analog Discovery 2 Portable Lab Instrument

14.1(d) - Serial Communication on the MSP430: The UART - Configuring the Baud Rate

14.1(d) - Serial Communication on the MSP430: The UART - Configuring the Baud Rate

14.1(c) - Serial Communication on the MSP430: The UART - Configuring the UART Tx

14.1(c) - Serial Communication on the MSP430: The UART - Configuring the UART Tx

14.1(b) - Serial Communication on the MSP430: The UART - The UART Standard

14.1(b) - Serial Communication on the MSP430: The UART - The UART Standard

14.1(a) - Serial Communication on the MSP430: The UART - Serial Com Overview

14.1(a) - Serial Communication on the MSP430: The UART - Serial Com Overview

13.4(g) - Switching to C to Program the MSP430 - Timer Captures

13.4(g) - Switching to C to Program the MSP430 - Timer Captures

13.4(f) - Switching to C to Program the MSP430 - Creating PWM Signals using Timer Compares

13.4(f) - Switching to C to Program the MSP430 - Creating PWM Signals using Timer Compares

13.4(e) - Switching to C to Program the MSP430 - Timer Compares

13.4(e) - Switching to C to Program the MSP430 - Timer Compares

13.4(d) - Switching to C to Program the MSP430 - Timer Overflow using SMCLK + Divide-by-4 PreScalar

13.4(d) - Switching to C to Program the MSP430 - Timer Overflow using SMCLK + Divide-by-4 PreScalar

13.4(c) - Switching to C to Program the MSP430 - Timer Overflow using SMCLK

13.4(c) - Switching to C to Program the MSP430 - Timer Overflow using SMCLK

13.4(b) - Switching to C to Program the MSP430 - Timer Overflow using ACLK + 12-Bit Counter Length

13.4(b) - Switching to C to Program the MSP430 - Timer Overflow using ACLK + 12-Bit Counter Length

13.4(a) - Switching to C to Program the MSP430 - Timer Overflow using ACLK

13.4(a) - Switching to C to Program the MSP430 - Timer Overflow using ACLK

13.3 - Switching to C to Program the MSP430 - Interrupts Overview & Port Interrupt Example

13.3 - Switching to C to Program the MSP430 - Interrupts Overview & Port Interrupt Example

13.2(b) - Switching to C to Program the MSP430 - Digital Inputs & Polling

13.2(b) - Switching to C to Program the MSP430 - Digital Inputs & Polling

13.2(a) - Switching to C to Program the MSP430 - Digital Outputs

13.2(a) - Switching to C to Program the MSP430 - Digital Outputs

13.1(g) - Switching to C to Program the MSP430 - Bitwise Logic Operations

13.1(g) - Switching to C to Program the MSP430 - Bitwise Logic Operations

13.1(f) - Switching to C to Program the MSP430 - Arithmetic

13.1(f) - Switching to C to Program the MSP430 - Arithmetic

13.1(e) - Switching to C to Program the MSP430 - Switch/Case Statements

13.1(e) - Switching to C to Program the MSP430 - Switch/Case Statements

13.1(d) - Switching to C to Program the MSP430 - If/Else Statements

13.1(d) - Switching to C to Program the MSP430 - If/Else Statements

13.1(c) - Switching to C to Program the MSP430 - For() Loops

13.1(c) - Switching to C to Program the MSP430 - For() Loops

13.1(b) - Switching to C to Program the MSP430 - While() Loops & Variables

13.1(b) - Switching to C to Program the MSP430 - While() Loops & Variables

13.1(a) - Switching to C to Program the MSP430 - C Overview in Code Composer Studio (CCS)

13.1(a) - Switching to C to Program the MSP430 - C Overview in Code Composer Studio (CCS)

EELE 461-561 Lecture - Exam 2 Review (4/27/20)

EELE 461-561 Lecture - Exam 2 Review (4/27/20)

EELE 461-561 Lecture - Simulating Differential Terminations in ADS (4/24/20)

EELE 461-561 Lecture - Simulating Differential Terminations in ADS (4/24/20)

EELE 461-561 Lecture - Differential Terminations (4/22/20)

EELE 461-561 Lecture - Differential Terminations (4/22/20)

EELE 461-561 Lecture - Differential Signalling Basic (4/20/20)

EELE 461-561 Lecture - Differential Signalling Basic (4/20/20)

EELE 461-561 Lecture - Calculating ZL from TDR Plots (4/17/20)

EELE 461-561 Lecture - Calculating ZL from TDR Plots (4/17/20)

EELE 461-561 Lecture - Simulating TDR to Find Zo, Zeven, Zodd (4/15/20)

EELE 461-561 Lecture - Simulating TDR to Find Zo, Zeven, Zodd (4/15/20)