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- 8051 TUTORIAL
- SECTION II - 8051 ASSEMBLY PROGRAMMING INTRODUCTION
- SECTION III - ASSEMBLING AND RUNNING AN 8051 PROGRAM
- SECTION IV - 8051 PROGRAM COUNTER AND ROM SPACE
- SECTION V - 8051 DATA TYPES AND DIRECTIVES
- SECTION VI - THE PROGRAM STATUS WORD AND FLAG BITS IN 8051
- SECTION VII - 8051 STACK AND REGISTER BANKS
- CHAPTER #2- CALL, LOOP AND JUMP INSTRUCTIONS IN 8051
- CHAPTER #3- I/O PORT PROGRAMMING IN 8051
- CHAPTER # 4 - ADDRESSING MODES IN 8051
- SECTION II - ACCESSIBILITY OF MEMORY BY USING ADDRESSING MODES IN 8051
- SECTION III - ADDRESSES OF SPECIAL FUNCTION REGISTERS IN 8051
- SECTION VI - ON-CHIP ROM ACCESS AND INDEXED ADDRESSING MODE IN 8051
- SECTION V - REGISTER INDIRECT ADDRESSING MODE AND ITS ADVANTAGES IN 8051
- SECTION IV - STACK DIRECT AND REGISTER INDIRECT ADDRESSING MODE IN 8051
- CHAPTER # 5 - ARITHMETIC INSTRUCTIONS IN 8051
- ALTERNATING CURRENT CIRCUITS TRAINING
- DC and AC Voltages
- Characteristic Parameters of Sinusoidal Signals
- Root-Mean-Square Value of Voltage and Current
- Applications and Advantages of Alternating Quantities
- Vector Diagrams
- Addition of Alternating Quantities
- Capacitance and Capacitors
- Series and Parallel Connection of Capacitors
- Charging and Discharging of Capacitors
- Rectangular Alternating Voltage for a Capacitor
- Sinusoidal Alternating Voltage for a Capacitor
- Reactance of a Capacitor
- Phase Shift in a RC Element
- Inductance of a Coil
- Series and Parallel Connection of Coils
- Energizing and De-energizing a Coil
- Sinusoidal Alternating Voltage for a Coil
- Reactance of a Coil
- Phase Shift in an RL Element
- RC Element as a Frequency-Dependent Voltage Divider
- Cut-off Frequency of an RC Element
- Low-pass Filtered Signals
- Band-Pass Filters
- RL High-Pass Filters
- Active, Reactive and Apparent Power in AC Circuits
- Power Factor
- Equivalent Circuit Diagram for a Capacitor
- Equivalent Circuit Diagram for a Coil
- Resonance
- Series Resonant Circuits
- Bandwidth
- Parallel Resonant Circuits
- Varicap, Varactor or Tunning Diodes
- Electrical Transformer Design
- Response Under Load
- Chapter#1 - THE PIC MICRO-CONTROLLERS HISTORY
- SECTION I-1: Microcontrollers Versus General Purpose Microprocessor
- SECTION I-2: Micro-controllers for Embedded Systems
- SECTION I-3: x86 PC Embedded Applications
- SECTION I-4: Criteria for Choosing a Micro-controllers
- SECTION I-5: Mechatronics and Micro-controllers
- SECTION II-1: A brief history of the PIC Micro-controller
- SECTION II-2: PIC18 Features
- SECTION II-3: PIC micro-controller Program ROM, with UV-EPROM and Flash
- SECTION II-4: PIC micro-controller data RAM and EEPROM
- SECTION II-5: PIC micro-controller I/O Pins, Peripherals, trainer & other microcontrollers
- Chapter#2 - INTRODUCTION TO COMPUTING
- SECTION I-1: Decimal and Binary Number System
- SECTION I-2: Converting from Decimal to Binary
- SECTION I-3: Converting from Binary to Decimal
- SECTION I-4: Hexadecimal Number System
- SECTION I-5: Converting Between Binary and Hex Number System
- SECTION I-6: Converting from Decimal to Hex Number System
- SECTION I-7: Converting from Hex to Decimal
- SECTION I-8: Counting in Bases 10, 2, and 16
- SECTION I-9: Addition of Binary and Hex Numbers
- SECTION I-10: 2's Complement of Binary Number
- SECTION I-11: Addition and Subtraction of Hex Numbers
- SECTION I-12: ASCII - American Standard Code for Information Interchange
- SECTION II-1: DIGITAL SYSTEM - Binary Logic and Logic Gates
- SECTION II-2: Logic Design Using Gates
- SECTION II-3: Decoders and Flip-Flop Application of Logic Gates
- SECTION III-1: INSIDE THE COMPUTER - K, mega, giga, byte, ROM, RAM
- SECTION III-2: Internal Organization of Computers
- SECTION III-3: Data Bus and Address Bus in Computers
- SECTION III-4: CPU, RAM and ROM in Computers
- SECTION III-5: Inside Central Processing Units
- SECTION III-6: Internal Working of Computers
- Chapter#3 - THE PIC ASSEMBLY LANGUAGE PROGRAMMING AND ARCHITECTURE
- SECTION I-1: The WREG Register in the PIC micro-controller
- SECTION I-2: The MOVLW Instruction in the PIC micro-controller
- SECTION I-3: The ADDLW instruction in the PIC micro-controller
- SECTION II-1: File register (Data RAM) Space Allocation in PIC micro-controller
- SECTION II-2: Special Function Registers in PIC micro-controller
- SECTION II-3: General-Purpose Registers or RAM in PIC micro-controller
- SECTION II-4: General Purpose Registers RAM Vs EEPROM in PIC micro-controller
- SECTION II-5: File Register and Access bank in the PIC18
- SECTION III-1: MOVWF Instruction in the PIC micro-controller
- SECTION III-2: Instructions involving the WREG and the Access Bank
- SECTION III-3: ALU Instructions Using Both WREG and FileReg
- SECTION III-4: File Register Instructions Using FileReg or WREG as Destination
- SECTION III-5: The COMF Instruction in the PIC micro-controller
- SECTION III-6: DECF Instruction in the PIC micro-controller
- SECTION III-7: MOVF Instruction in the PIC micro-controller
- SECTION III-8: MOVFF Instruction in the PIC micro-controller
- SECTION IV-1: Bits of PIC Status Register
- SECTION IV-2: ADDLW Instruction and the Status Register
- SECTION IV-3: Instructions That Affect Flag Bits
- SECTION IV-4: Flag Bits and Decision Making in PIC Microcontroller
- SECTION V-1: Data Format Representation Hex Numbers
- SECTION V-2: Data Format Representation Binary Numbers
- SECTION V-3: Data Format Representation Decimal Numbers
- SECTION V-4: Data Format Representation ASCII Character
- SECTION V-5: Assembler Directives EQU - Equate
- SECTION V-6: Using EQU for Fixed Data Assignment
- SECTION V-7: Using EQU for Special Function Register Address Assignment
- SECTION V-8: Using EQU for RAM Address Assignment
- SECTION V-9: ORG - Origin, END, LIST, #include, _config, radix Directives
- SECTION V-10: Rules for Labels in Assembly Language
- SECTION VI-1: Introduction to PIC Assembly Programming
- SECTION VI-2: Structure of Assembly Language
- SECTION VI-3: Assembling and Linking a PIC Program
- SECTION VI-4: asm, err, and Object Files in PIC
- SECTION VI-5: "lst" and "map" Files in PIC
- SECTION VI-6: The Program Counter and Program ROM Space in PIC
- SECTION VI-7: ROM Memory map in the PIC18 Family
- SECTION VI-8: Where the PIC Wakes Up when it is Powered Up
- SECTION VI-9: Placing Code in Program ROM
- SECTION VI-10: Executing a Program Byte by Byte
- SECTION VI-11: ROM Width in the PIC18
- SECTION VI-12: Harvard Architecture in the PIC
- SECTION VI-13: Instruction Size of the PIC18 MOVLW Instruction Formation
- SECTION VI-14: Instruction Size of the PIC18 ADDLW Instruction Formation
- SECTION VI-15: Instruction Size of the PIC18 MOVWF Instruction Formation
- SECTION VI-16: Instruction Size of the PIC18 MOVFF Instruction Formation
- SECTION VI-17: Instruction Size of the PIC18 GOTO Instruction Formation
- SECTION VI-18: Coming from other microprocessors to the PIC18
- SECTION VI-19: The RISC Architecture in the PIC
- SECTION VI-20: Features of RISC Architecture in the PIC
- SECTION VI-21: Viewing Register and Memory With MPLAB Simulator
- Chapter#4 - THE BRANCH, CALL, AND TIME DELAY LOOP CALCULATIONS IN PIC MICRO-CONTROLLER
- DIRECT CURRENT CIRCUITS TRAINING
- Nature and Effects of Electricity
- Applications of Electricity
- Atomic Models
- Free Electrons
- Conductors and Insulators
- Components of an Electrical Circuit
- Electric Charge
- Electric Field
- Voltage
- DC Voltage Sources
- Electric Current
- Direction of Electric Current
- Measuring Voltage
- Measuring Current
- Electrical Resistance
- Different Types of Resistor Design
- Color Coding of Resistors
- Standard Series Resistors E6, E12, E24
- Ohm's Law
- Resistors Connected in Series
- Connecting Resistors in Parallel
- Combined Series and Parallel Resistor Circuits
- Unloaded Voltage Divider
- Loaded Voltage Divider
- Voltage Divider With a Potentiometer
- Bridge Circuits
- Electrical Power
- Temperature Dependent NTC Resistors
- Temperature Dependent PTC Resistors
- Photoresistor (LDR)
- Voltage Dependent Resistor VDR
- Capacitors in DC Circuits
- Inductors in DC Circuits
- ELECTROPNEUMATICS TRAINING
- Applications of Pneumatics
- Compressed Air as an Energy Source in Pneumatics
- Pneumatic and Electropneumatic Controls
- Advantages of Electropneumatic Control Systems
- Components in Pneumatic Electrical Signal Control Units
- Pneumatic Control Schematic Symbols
- Relays and Contactors
- Time-Delay Relays
- Proximity Switches
- Cylinders in Pneumatic Controls
- Single-Acting Cylinders Pneumatic Controls
- Double-Acting Cylinder Pneumatic Controls
- Directional Control and Flow Restrictor Valves
- Methods of Actuating Directional Valves
- 3/2 Directional Control Valves Pneumatic System
- 5/2 Directional Control Valves Pneumatic Controls
- Experiment: Automatic Retraction of a Cylinder
- Design of Valve Blocks Pneumatic Controls
- Restrictor and Check Valves Pneumatic Controls
- Graphic Representations of Electro-Pneumatic Circuits
- Displacement Step Diagram Pneumatic Controls
- Displacement Time Diagram Pneumatic Controls
- Implementing Electro-Pneumatic Controls
- Direct and Indirect Control of Single Action Cylinder
- Boolean Logic Circuits
- Experiment: Contacts in series - AND function
- Experiment: Contacts in Parallel (OR function)
- Storing Signals, Latching Circuits
- Experiment: Latching Relay Circuit
- Experiment: Simple Sequencing Control for Two Cylinders
- Experiment: Pick-up Delay
- Experiment: Drop-out Delay
- Pressure Sensors
- Experiment: Control Using a Pressure Switch
- Experiment: Control of a Transportation System
- Experiment: Control of a Bending Tool
- Principle of a Sequencer
- Experiment: Controlling Three Cylinders
- Safety Mechanisms for Electro-Pneumatic Controls
- Experiment: Control Using an Emergency Shut-off Switch
- RESISTOR COLOR CODE
- 1.1KΩ Resistor Color Code
- 1.1MΩ Resistor Color Code
- 1.1Ω Resistor Color Code
- 1.2KΩ Resistor Color Code
- 1.2MΩ Resistor Color Code
- 1.2Ω Resistor Color Code
- 1.3KΩ Resistor Color Code
- 1.3MΩ Resistor Color Code
- 1.3Ω Resistor Color Code
- 1.5KΩ Resistor Color Code
- 1.5MΩ Resistor Color Code
- 1.5Ω Resistor Color Code
- 1.6KΩ Resistor Color Code
- 1.6MΩ Resistor Color Code
- 1.6Ω Resistor Color Code
- 1.8KΩ Resistor Color Code
- 1.8MΩ Resistor Color Code
- 1.8Ω Resistor Color Code
- 100KΩ Resistor Color Code
- 100Ω Resistor Color Code
- 10KΩ Resistor Color Code
- 10MΩ Resistor Color Code
- 10Ω Resistor Color Code
- 110KΩ Resistor Color Code
- 110Ω Resistor Color Code
- 11KΩ Resistor Color Code
- 11Ω Resistor Color Code
- 120KΩ Resistor Color Code
- 120Ω Resistor Color Code
- 12KΩ Resistor Color Code
- 12Ω Resistor Color Code
- 130KΩ Resistor Color Code
- 130Ω Resistor Color Code
- 13KΩ Resistor Color Code
- 13Ω Resistor Color Code
- 150KΩ Resistor Color Code
- 150Ω Resistor Color Code
- 15KΩ Resistor Color Code
- 15Ω Resistor Color Code
- 160KΩ Resistor Color Code
- 160Ω Resistor Color Code
- 16KΩ Resistor Color Code
- 16Ω Resistor Color Code
- 180KΩ Resistor Color Code
- 180Ω Resistor Color Code
- 18KΩ Resistor Color Code
- 18Ω Resistor Color Code
- 1KΩ Resistor Color Code
- 1MΩ Resistor Color Code
- 1Ω Resistor Color Code
- 2.2KΩ Resistor Color Code
- 2.2MΩ Resistor Color Code
- 2.2Ω Resistor Color Code
- 2.4KΩ Resistor Color Code
- 2.4MΩ Resistor Color Code
- 2.4Ω Resistor Color Code
- 2.7KΩ Resistor Color Code
- 2.7MΩ Resistor Color Code
- 2.7Ω Resistor Color Code
- 200KΩ Resistor Color Code
- 200Ω Resistor Color Code
- 20KΩ Resistor Color Code
- 20Ω Resistor Color Code
- 220KΩ Resistor Color Code
- 220Ω Resistor Color Code
- 22KΩ Resistor Color Code
- 22Ω Resistor Color Code
- 240KΩ Resistor Color Code
- 240Ω Resistor Color Code
- 24KΩ Resistor Color Code
- 24Ω Resistor Color Code
- 270KΩ Resistor Color Code
- 27KΩ Resistor Color Code
- 27Ω Resistor Color Code
- 2KΩ Resistor Color Code
- 2MΩ Resistor Color Code
- 2Ω Resistor Color Code
- 3.3KΩ Resistor Color Code
- 3.3MΩ Resistor Color Code
- 3.3Ω Resistor Color Code
- 3.6KΩ Resistor Color Code
- 3.6MΩ Resistor Color Code
- 3.6Ω Resistor Color Code
- 3.9KΩ Resistor Color Code
- 3.9MΩ Resistor Color Code
- 3.9Ω Resistor Color Code
- 300KΩ Resistor Color Code
- 300Ω Resistor Color Code
- 30KΩ Resistor Color Code
- 30Ω Resistor Color Code
- 330KΩ Resistor Color Code
- 33KΩ Resistor Color Code
- 33Ω Resistor Color Code
- 360KΩ Resistor Color Code
- 360Ω Resistor Color Code
- 36KΩ Resistor Color Code
- 36Ω Resistor Color Code
- 390KΩ Resistor Color Code
- 390Ω Resistor Color Code
- 39KΩ Resistor Color Code
- 39Ω Resistor Color Code
- 3KΩ Resistor Color Code
- 3MΩ Resistor Color Code
- 3Ω Resistor Color Code
- 4.3KΩ Resistor Color Code
- 4.3MΩ Resistor Color Code
- 4.3Ω Resistor Color Code
- 4.7KΩ Resistor Color Code
- 4.7MΩ Resistor Color Code
- 4.7Ω Resistor Color Code
- 430KΩ Resistor Color Code
- 430Ω Resistor Color Code
- 43KΩ Resistor Color Code
- 43Ω Resistor Color Code
- 470KΩ Resistor Color Code
- 470Ω Resistor Color Code
- 47KΩ Resistor Color Code
- 47Ω Resistor Color Code
- 5.1KΩ Resistor Color Code
- 5.1MΩ Resistor Color Code
- 5.1Ω Resistor Color Code
- 5.6KΩ Resistor Color Code
- 5.6MΩ Resistor Color Code
- 5.6Ω Resistor Color Code
- 510KΩ Resistor Color Code
- 510Ω Resistor Color Code
- 51KΩ Resistor Color Code
- 51Ω Resistor Color Code
- 560Ω Resistor Color Code
- 56KΩ Resistor Color Code
- 56Ω Resistor Color Code
- 570KΩ Resistor Color Code
- 6.2KΩ Resistor Color Code
- 6.2MΩ Resistor Color Code
- 6.2Ω Resistor Color Code
- 6.8KΩ Resistor Color Code
- 6.8MΩ Resistor Color Code
- 6.8Ω Resistor Color Code
- 620KΩ Resistor Color Code
- 620Ω Resistor Color Code
- 62KΩ Resistor Color Code
- 62Ω Resistor Color Code
- 680KΩ Resistor Color Code
- 680Ω Resistor Color Code
- 68KΩ Resistor Color Code
- 68Ω Resistor Color Code
- 7.5KΩ Resistor Color Code
- 7.5MΩ Resistor Color Code
- 7.5Ω Resistor Color Code
- 750KΩ Resistor Color Code
- 750Ω Resistor Color Code
- 75KΩ Resistor Color Code
- 75Ω Resistor Color Code
- 8.2KΩ Resistor Color Code
- 8.2MΩ Resistor Color Code
- 8.2Ω Resistor Color Code
- 820KΩ Resistor Color Code
- 820Ω Resistor Color Code
- 82KΩ Resistor Color Code
- 82Ω Resistor Color Code
- 9.1KΩ Resistor Color Code
- 9.1MΩ Resistor Color Code
- 9.1Ω Resistor Color Code
- 910KΩ Resistor Color Code
- 910Ω Resistor Color Code
- 91KΩ Resistor Color Code
- 91Ω Resistor Color Code
Category
- ELECTRONICS / SCIENCE TRAINING
- INTEL MICROCONTROLLER CIRCUITS
- PIC MICROCONTROLLER CIRCUITS
- OSCILLOSCOPE/GENERATOR
- SEMICONDUCTOR DIODE
- SEMICONDUCTOR TRANSISTOR
- NPN TRANSISTOR SWITCHES
- PNP TRANSISTOR SWITCHES
- N-CHANNEL MOSFET SWITCHES
- P-CHANNEL MOSFET SWITCHES
- TRANSISTOR LOGIC GATES
- ELECTROMAGNETIC RELAY
- POWER SUPPLY
- SEMICONDUCTOR THYRISTOR
- ASTABLE MULTIVIBRATOR
- BISTABLE MULTIVIBRATOR
- MONOSTABLE MULTIVIBRATOR
- OPERATIONAL AMPLIFIER
- SEVEN SEGMENT DISPLAY
- ALPHANUMERIC DISPLAY
- BCD TO 7 SEGMENT DECODER
- BCD DIGITAL COUNTER
- JOHNSON DECADE COUNTER
- 555 TIMER PROJECTS
- ENGINEERING DRAWING
- PIC MICROCONTROLLERS TRAINING
- INTEL MICROCONTROLLERS TRAINING
- ALTERNATING CURRENT CIRCUITS TRAINING
- DIRECT CURRENT CIRCUITS TRAINING
- ELECTROPNEUMATICS TRAINING
- RESISTOR COLOR CODE