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DOWNLOAD CURRICULUMEnhance your team's expertise with PIC Microcontroller Programming Corporate Training by Multisoft Virtual Academy. This comprehensive program covers PIC architecture, interfacing, and advanced programming techniques. Ideal for professionals in embedded systems, it focuses on real-world applications, ensuring hands-on experience. Empower your workforce to design, debug, and implement microcontroller-based solutions effectively with this industry-aligned training.
PIC Microcontroller belongs to family of Harvard Architecture Microcontrollers manufactured by Microchip Technology. PIC was earlier known as Peripheral Interface Controller and now called Programmable Interface Controllers. PICs are electronic circuits that are programmed to develop various embedded applications.
PIC Microcontrollers are processors with built-in RAM and memory. They look after operations carried out by Embedded Systems used in computer control systems, alarm systems, phones and almost all electronic devices.
The aspirants who become a part of Multisoft Virtual Academy’s formal training program will get a deep understanding about the basic concepts of PIC, Pin Description, PIC Microcontroller family and Hardware details. Candidates also get to know RAM organization in PIC Microcontrollers and Software Development tools for PIC.
- Participants and Trainer Introduction
- Applications of Embedded Systems Domains of Embedded System
- Case study: Embedded Systems v/s standard Computer System
- Case study: Embedded System
- Block Diagram: General Embedded System
- Classification of Processors Micro- Processor v/s Micro-controller Programming of Embedded Systems Product Development Lifecycle : Embedded Systems
- Basic Components of PIC
- Block Diagram: PIC
- Other features of PIC
- Pin Description
- Examples of Embedded systems
- Criteria in Choosing a Microcontroller
- PIC Microcontroller Family
- PIC Hardware Details
- External Crystal, Power on Reset Circuitry
- RAM organization
- Introduction to IDE
- Components of IDE
- Linker Debugger MPLAB IDE
- Introduction to Proteus
- Using Proteus Simulator
- Block Diagram
- Inside PIC16F876A
- PIC16F876A Basic Components
- Important Pins
- On-Chip Internal RAM
- Exploring the Capabilities of On-Chip Resources Programming for I/O Ports Pin Diagram: PIC16F876A
- Registers
- Pin Description
- Port Alternate Functions
- Multiplexing Technique
- Playing with the Ports
- Program 1: Simulated Port Testing Using MPLAB
- Program 2: Sending Out Different Contents to Ports
- Program 3: Generating Square Wave on the Port
- Program 4: Configuring the Ports as Input
- Program 5: Software Delay Loops Combined with I/O Ports
- Program 6: Alternate Method of Soft. Delay Generation with Port Programming
- Program 7: Exploring Bit Capabilities of the Microcontroller
- LED Interfacing
- Benefits and Application
- Circuit Description
- Interfacing Circuit
- Switch Interfacing
- Circuit Description
- Interfacing Circuit
- Selecting a Resistor Value
- Keypad Matrix Interfacing
- Programming Steps
- LED Matrix Interfacing
- Interfacing Circuit
- Programming Steps
- Seven Segment Interfacing
- Programming Steps
- LCD Interfacing
- Circuit Description
- LCD Commands
- Interfacing Circuit
- DC Motor Interfacing
- Interfacing Circuit
- Stepper Motor Interfacing
- Types of Stepper Motors
- Interfacing Circuit
- Servo Motor Interfacing
- Interfacing Circuit
- Relay Interfacing
- Types of Relays
- Interfacing Circuit
- 8-bit mode Interfacing
- 10-bit mode Interfacing
- Block Diagram
- Timer 0 and Timer1
- Timer Registers
- Compare /Capture/PWM modes operation
- Block Diagram
- Universal Asynchronous Receiver & Transmitter (UART)
- RS232 Protocol
- Setting the Baud Rate
- Block Diagram
- Interrupts in Microcontrollers
- Interrupt Registers
- A Word about Interrupt Latency
- Example program and Initialization Steps
- Inter-Integrated Circuit (I2C)
- Master mode
- Slave mode
- Serial Peripheral Interface (SPI)
- Data Transmission
- SPI Bus Topologies
- Advantages and Disadvantages
- Fundamentals
- Pin description
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