Build your career in Embedded Systems

Transcription

1 Build your career in Embedded Systems For More details contact: Saitech systems Mob: Page: 1

2 DIPLOMA IN EMBEDDED SYSTEMS (w.e.f Jan 2016) Eligibility: ITI (Electronics/Electricals), Diploma, Degree, Working Professionals Durations: 15 Weeks Total 250Hrs (2-3Hrs daily). (Fast track also available). Batches: Group Training, Personalize Training, Weekend Batches, Flexible Timing. Kit: Our own design & develop Kit 1 st Generation s series. Fees: 30,000/- with take away kit*. Syllabus Covers: Philips 89V51RD2, Embedded C, Micro Chip PIC18F4520, ATMEL AVR16, ARM7 LPC2148, ARDUINO UNO, Basics of Robotics. We also conduct workshops and seminars. Course details: 1) 8051 (Phillips 89V51RD2) Introduction to Embedded systems Scope in Embedded systems Introductions to microcontroller 8051 Hardware architecture of controller Controller I/O Ports Memory controller Registers and registers bank of controller Block diagram and pin configuration of 89V51 Hardware Oscillator circuitry, reset circuitry Accessing banks & special function registers Flag & PSW register Timer, counter, external interrupt registers I / O register Introduction to Assembly Language Addressing modes for memory access Instructions set Data move Set Bit Clear Bit Arithmetic instruction Logical instruction CALL and JUMP instruction 2

3 Boolean Instruction Programming Practice on IDE (one can observe inside the microcontroller) Programming in assembly language using cross compiler put into practice different instruction set. Introduction to our developed Kit 1 st Generation series. Hands on Practical s. (Assembly Languages & Embedded C) Interfacing LED and driver development. Interfacing 7segment display and driver development. Interfacing Hex Keypad and driver development. Interrupt based display driver for 7 segment display. To toggle the port using external interrupt. Stopwatch application using interrupt based display and hex keypad driver. Interfacing LCD and driver development. Interfacing serial port and driver development (serial communication). DC Motor & Stepper motor interfacing with 8051 microcontroller. 2) Embedded C Introduction to Programming in Embedded C Introduction to C programming Introduction to different data types Introduction to operators Decision control structure Loop control structure Hashing & Bitwise operation Advance C programming Function calls, passing / returning values Pointers & Arrays Call by value / Call by reference Embedded systems programming in C SFR bits & variables declaration Embedded C application development 3) Micro Chip PIC18F4520 Introduction to Microchip PIC 18F4520 microcontroller Review of RISC architecture Overview of PIC Family Special features of PIC18f4520 microcontroller 3

4 Block diagram and pin configuration of PIC18f4520 Oscillator circuitry, reset circuitry Memory organization in PIC18f4520 Accessing banks & special function registers Interrupts PIC Peripherals I / O register Timers and counters 10 bit analog to digital converter Serial I/O RTC & EEPROM CCP Modules Programming in C language using MPLAB IDE. (on 1 st Generations Kit) Hands on Practical s. Interfacing LED and driver development. Interfacing 7segment display and driver development. Interfacing Hex Keypad and driver development. Interrupt based display driver for 7 segment display. To toggle the port using external interrupt. Stopwatch application using interrupt based display and hex keypad driver. Interfacing LCD and driver development. Interfacing serial port and driver development (serial communication). Internal ADC Internal EEPROM DC Motor & Stepper motor interfacing with. Communication Protocols 4) ARM7 LPC 2148 Introduction to ARM7 Microcontroller (Phillips LPC2148) General Description. Key Features. Block Diagram. Pinning Information s. Functional Descriptions & Architectural overview. Interrupt controller. Interrupt sources. Pin connect block. 4

5 Fast general purpose parallel I/O (GPIO). 10-Bit ADC. USB 2.0 device. UARTs. I2C. General purpose Timers & Interrupts. Programming in C language using Keil uvision4. (on 1 st Generations Kit) Hands on Practical s. Interfacing LED and driver development. Interfacing 7segment display and driver development. Interfacing Hex Keypad and driver development. Interrupt based display driver for 7 segment display. To toggle the port using external interrupt. Stopwatch application using interrupt based display and hex keypad driver. Interfacing LCD and driver development. Interfacing serial port and driver development (serial communication). Internal ADC DC Motor & Stepper motor interfacing. Communication Protocols 5) ATmega 16 AVR ATmega 16 microcontroller Features of ATMEGA 16 PIN configurations. Overview Block Diagram AVR CPU core & Architectural overview. ALU Instructions execution. Introductions to IO PORTS & Alternate Port functions. Timers & Interrupts. 10-Bit ADC. Internal EEPROM. Programming in C language using AVR Studio. (on 1 st Generations Kit) Hands on Practical s. Interfacing LED and driver development. Interfacing 7segment display and driver development. Interfacing Hex Keypad and driver development. 5

6 Interrupt based display driver for 7 segment display. To toggle the port using external interrupt. Stopwatch application using interrupt based display and hex keypad driver. Interfacing LCD and driver development. Interfacing serial port and driver development (serial communication). Internal ADC DC Motor & Stepper motor interfacing. Communication Protocols 6) ARDUINO UNO Arduino UNO Basic of Arduino ATmega328P Hardware Software Platform Open source Prog (Arduino+1 st Generation interface board) 7) ROBOTICS Robotics. Introductions to Motors (DC, Stepper, Servo). Sensors. Chaises. Wheels. Power Packs. Take away kit: 1 st Generations Interface board, Daughter boards 89V51RD2, PIC18F4520, ATMEGA 16, ARM7, Power supply, 4-FRC Ribbon cable, 10-Flying wires. Note:* PIC & AVR Programmer not included 6

7 Learn PLC Programming (Programmable Logic Control) 7

8 DIPLOMA IN PLC PROGRAMING (w.e.f Jan 2016) Eligibility: ITI (Electronics/Electricals), Diploma, Degree, Working Professionals, Certificate course in Electrical/Electronics Durations: 1week (Fast Track) to 3weeks (Regular batch). Batches: Group Training, Personalize Training, Weekend Batches, Flexible Timing. Make of PLC: Delta SX2 (Our own design & develop Kit) Fees: 10,000/- Course details: 1) Basic Introductions Basic Electrical (Series & Parallel) Types of switches Types of Indicator lamps Types of Relay Coils Combinations circuit making Power supply AC Voltage Concept 3-Phase AC Volt Relay logic development fundamentals Wiring diagram and development Introductions to ferrules, Lugs, Sleeves etc 2) Introductions to PLC PLC concept PLC Architect & Block diagram Types of PLC in Market Historical background Advantages & disadvantages Input & Output types Diff between Digital & Analog Hardware details Electrical Symbols (No, NC, Coil etc) 8

9 3) Introductions to Delta make SX2 Datasheet/Manual. Physical appearances. IO details. Working voltages. 4) Introductions to Ladder Ladder diagram for Electrical. Rules of Ladder. 5) Introduction to Programming Software ISPSoft 1.03 Manual/Control panel (Software). How to make new files, Project etc. Ladder symbol Element tray. Getting familiarity with Ladder editor. Selecting PLC type. Communications setting. 6) Hands on Practical s on ISPSoft (Wiring/Terminology) Bit operations. Branching concept. Logic Boolean Exp Byte operations Data Move blocks Configuring internal SFR Timers Counters Complex logic building. 9

10 7) Online and Debugging PLC Program Editing & Monitoring Ladder Fault finding Correction Logic legal Logic illegal 8) Interfacing PLC with Proximity Sensors Incremental Shaft encoders Analog (4~20ma) Temperature sensors 9) Interfacing PLC with VFD START-STOP Command. Start-Forward-Stop-Reverse-Stop. Frequency setting. Accelerations & Deceleration time of Motor RPM. 0-10Vdc Analog o/p from PLC. 4-20ma Speed Control. Multi-Step Speed functions. 10

11 Learn 3-Phase Motor Drive Controlling speed and logic from VFD 11

12 Certificate course in 3-Phase Motor Drive (w.e.f Jan 2016) Eligibility: ITI (Electronics/Electricals), Diploma, Degree, Working Professionals, Certificate course in Electrical/Electronics Durations: 1week to 2weeks (Fast Track & Regular) Batches: Group Training, Personalize Training, Weekend Batches, Flexible Timing. Make of Drive: Delta VFD-B (Our own design & develop Kit) Fees: 7,000/- Course details: 1) Basic Introductions Basics of Electrical (Series & Parallel). Types of switches. Types of Indicator lamps. Types of Relay Coils. AC Voltage Concept. 3-Phase AC Volt. Relay logic development fundamentals Wiring diagram and development Introductions to ferrules, Lugs, Sleeves etc. 2) Introductions to Motor 3-Phase Motor. Mechanical component. Single Pole MCB Three Pole MCB. 3-Phase Contactor concept. Electrical Symbols (No, NC, Coil etc). Basic 3-Phase Motor wiring with Contactor (Star Type). Start Delta. 3) VFD Introductions VFD-B VFD working concept (Block Diagram). Benefits of VFD in Industries. Hardware Enhancements. Basic Wiring installations. Power input & output. Logic Terminology. 12

13 4) Practical on VFD-B Kit Introductions to front control Keys. Key Pad Operations. Parameter settings. START-STOP Command. Start-Forward-Stop-Reverse-Stop. Frequency setting. Accelerations & Deceleration time of Motor RPM. 0-10Vdc Pot Speed Control. 4-20ma Speed Control. Multi-Step Speed functions. 5) Interfacing VFD with PLC START-STOP Command. Start-Forward-Stop-Reverse-Stop. Frequency setting. Accelerations & Deceleration time of Motor RPM. 0-10Vdc Analog o/p from PLC. 4-20ma Speed Control. Multi-Step Speed functions. 13

14 Certificate course in PCB art work (w.e.f Jan 2016) Eligibility: ITI (Electronics/Electricals), Diploma, Degree, Working Professionals, Basic Electronic certificate course. Durations: 10 days (2Hrs Per Day), Fast Track also available. Batches: Group Training, Personalize Training, Weekend Batches, Flexible Timing. Fees: 5,000/- Course details: 1) Getting Start with PCB designer Introductions to user control panel PCB designer environment 2) Schematic File Introductions to Electronic components symbols How to make Schematic Introductions to Designer schematic editor Page layout Format Drawing electronic symbols & Schematic circuits Connecting wires Junctions Error types 3) PCB File Introductions to type of PCB available in market Introductions to Designer PCB editor Customize PCB User interface tools options etc Component Placements Drawing Lines, Pad, Circle, Text etc Dimensioning 14

15 4) Manual Routine Manual routine bottom layer, Top Layer Identifying Layers 5) Auto routine Introductions to Project environment (Project File) Linking Schematic with PCB file Placement of Components Tracking Rules & wizards 6) Library Introductions to Library environment Making Schematic symbols Making footprints Linking symbol file with footprint library file Modifications of Lib Installations of Library for work space 7) Gerber files Layers (TOP, BOTTOM, TOP OVERLAY etc) Mask Drill PRN file 8) Basic of PRN (limited.o PCB only) +ve/-ve file generations For More details contact: Saitech systems Mob: Page: 15