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First Day of Creation
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The Third Day of Creation
The Forth Day of Creation
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The Fifth Day of Creation
The Sixth Day of Creation
Work Ethics in the 2020’s
ControlLogix
Getting Started with ControlLogix
Binary Numbering System
Hardware
ControlLogix Input Modules
ControlLogix Output Modules
Resetting Fuses (1756-OB16E)
Power Supply
ControlLogix Processor
ControlLogix 1756-DHRIO Module
ControlFlash (module replacement)
ControFlash Plus
Communication
Ethernet Commuication
Changing Windows IP Address
RSLinx Ethernet Driver
RSLinx DF1 Driver
RSLinx Backup Restore Utility
BootP-DHCP Server
Assign IP Address to 1794-AENT
Assigning IP Address with RSLinx
RSLinx OPC Server
New Project / IOConfig / Aliasing
Starting a Project in Studio 5000
Local I/O
Ethernet I/O
Aliasing
Tags and Datatypes
Subroutines
Simple Subroutines
Passing Parameters
Instructions
Basic ControlLogix Instructions
Seal / Latch / Interlock Bits
Seal Circuits
Latch Logic
One Shot Instruction
Interlock Bits
Timers
Counters
Compare Instructions
GSV Command
Accessing WallClockTime
GSV with a UDT
Accessing the Battery Low bit
Function Blocks
Add-On Instructions
Analog Configuration/Scaling
ControlLogix Analog
ControlLogix SCL Command
ControlLogix Documentation
User Defined Data Types (UDTs)
Peer to Peer Comms
Producer/Consumer Model
Messaging another ControlLogix
SLC to ControlLogix Messaging
ControlLogix DF1 Messaging
ControlLogix Messaging over DH+
Features
Online Editing
Forcing and Associated Dangers
Trending
Indirect Addressing
Proportional Integral Derivative
Ladder Logic (PID)
Proportional, Integral, Derivative (PID)
Function Block (PIDE)
Proportional Settings for ControlLogix PID Enhanced (PIDE)
Integral Settings for ControlLogix PID Enhanced
Derivative Settings for ControlLogix PID Enhanced
Tools / Utilities
ControlLogix Bookmarks
Troubleshooting a ControlLogix Output
Clock Update Tool
Studio 5000 Project Compare Utility
Code Snippets
ControlLogix Flashers
Toggling bits in ControlLogix
Restart Lockout Logic
ControlLogix Trapping
Clearing a Processor Fault
ControlLogix Modbus
Alexa Voice Commands to PLC
SLC500
Hardware
SLC-500 Digital Input Module
SLC-500 Digital Output Module
SLC 500 Power Supply
SLC 500 Processor
Communication
RSLinx DF1 Driver
RSLinx Ethernet Driver
RS232 to DH+ Passthru
SLC-500 DDE/OPC
Starting a new project in the SLC-500
SLC 500 Data Tables
Instructions
SLC-500 Basic Instructions
Timers in the SLC-500
SLC 500 On Delay Timer
SLC 500 Off Delay Timer
SLC 500 Retentive Timer
Counters in the SLC-500
Scale With Parameters (SCP)
SLC-500 FIFO Find Moving Average
SLC-500 Messaging
SLC to ControlLogix Messaging
SLC-500 ASCII Write (AWT)
SLC-500 ASCII Read Line (ARL)
Features
SLC-500 Clock
SLC-500 Online Editing
SLC-500 Advanced Diagnostics
SLC-500 Histogram
SLC-500 Custom Data Monitor
SLC-500 Trending
SLC-500 Special Routines
SLC-500 Selectable Timed Interrupt
SLC-500 Discrete Input Interrupt
SLC-500 Fault Routine
SLC-500 Remote I/O (1747-SN)
Trapping in the SLC-500
Alexa Voice Commands to PLC
FactoryTalk View
FactoryTalk View ME Overview
Panelview Plus Configuration
Creating a FactoryTalk View Project
Navigation
FactoryTalk View Pop Ups
FactoryTalk View Objects
Push Button Object
Ellipse Animation
Rotation Animation
Fill Animation
Three State Color Animation
Position Animations
Touch Animation
Numeric Display
Numeric Input
FactoryTalk View Bar Graph
FactoryTalk View Gauge
FactoryTalk View Sliders
FactoryTalk View Local Messages
FactoryTalk View Global Objects
Arranging FactoryTalk View Objects
FactoryTalk Function Key Assignments
Information Messages
FactoryTalk View Alarms
FactoryTalk View Security
Hiding Objects When Logged Out
FactoryTalk View Parameters
Data Log in FactoryTalk View ME
FactoryTalk View Global Connections
FactoryTalk View ME DataStore to CSV
Downloading to a Panvliew Plus
FactoryTalk View ME with RSEmulate
FactoryTalk View to SLC-500 using OPC
PlantPAx 4
PlantPAx Process Library 4
Beginning a FactoryTalk View SE Project
Getting Started with PlantPAx 4
FactoryTalk View SE Navigation
PlantPAx 4 Digital Input Instruction
PlantPAx 4 Digital Output
PlantPAx 4 Interlocks
PlantPAx 4 Permissives
PlantPAx 4 Motors
PlantPAx 4 Motor Operated Valve
PlantPAx 4 Analog Inputs
PlantPAx 4 Analog Outputs
PlantPAx 4 Control Valve
PlantPAx 4 PID
FactoryTalk View SE Alarms
FactoryTalk View SE Trends and Data Log
Motion Control
Motion Control Introduction
Creating a New Motion Project
Creating a Virtual Axis
Motion Direct Commands
Motion Axis Move
Motion Axis Gearing
Theory
Calculating Resistance
Calculating Current
Calculating Power
Transformer Theory
Diode Rectification
Capacitance
Inductance
Voltage Regulation
Voltage Dividers
Other Components
Transistors
MOSFET
Operational Amplifier
Schmitt Trigger
Zener Diodes
MK-328 Meter
Mega328 Meter
DSO150 Oscilloscope
Sensors
DHT11 / DHT22 with Uno board
Hall Effect Sensor
Photo Resistor (LDR)
PIR Motion Sensor
Ultrasonic Distance Sensor
ZS-042 Real Time Clock
Arduino
Beginner
Intermediate
Advanced
Vintage Computers
Kenbak-1
Building the Kenbak-1 Computer
Kenbak-1 Front Panel Interface
Kenbak-1 Basic Commands (OPCODES)
Programming Loops on the Kenbak-1
Kenbak-1 SET Instruction
Kenbak-1 Shift and Rotate Instructions
Kenbak-1 Bitwise Instructions
Kenbak-1 Indexed Addressing
Kenbak-1 Indirect Addressing
Kenbak-1 Indirect Indexed Addressing
Kenbak-1 Relative Jumps
Kenbak-1 Two Byte Addition
Kenbak-1 Multiplication
Kenbak-1 Division
Kenbak-1 Switch Number to Binary
Altair 8800
Altair 8800 with Arduino Due
Altair-Duino – 8800 Kit
Altair Front Panel Programming
Terminals for Altair-Duino
Altair-Duino Short Cuts
Altair-Duino on the Internet
Getting Started with Altair BASIC
BASIC Input Command
BASIC READ DATA RESTORE
BASIC For Next Loop
The Meaning of TRON
Altair BASIC Stopwatch
IMSAI 8080
Imsai 8080 Replica Build
Add Programs to an IMSAI Disk
Kim-1 (Uno)
Building the Kim Uno (Kim-1)
Configure Minicom for Kim-1 (Uno)
Programming the Kim-1 (Uno)
Kim-1 (UNO) SCANDS Routine
Kim-1 (UNO) GETKEY Routine
KIM-1 (UNO) 6502 Counter
Kim-1 Scan Based Timer
KIM-1 (UNO) 6502 ScoreBoard
6502 Stack Operations
COSMAC
COSMAC 1802 Register Layout
A18 Assembler for COSMAC
COSMAC 1802 Load Instructions
COSMAC 1802 Store Instructions
COSMAC 1802 Basic Branching
COSMAC 1802 Addition Instructions
COSMAC 1802 Subtract Instructions
COSMAC 1802 OR & AND
COSMAC 1802 Subroutines
COSMAC 1802 Flasher
COSMAC 1802 LCD Timer
COSMAC LED Display Timer
COSMAC CDP1802 LED Display Counter
COSMAC Processor Stack Operation
COSMAC 1802 MC I/O Operations
COSMAC UART Communication
Modern Assembly
Overview — x86_64 Assembly
Assembly Registers and Compatibility Modes
Assembly Language Addressing Modes
Hello World in Modern Assembly
Assembly Programming Tips
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