LEARN HARDWARE FIRMWARE AND SOFTWARE DESIGN
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TABLE OF CONTENTS of LEARN HARDWARE FIRMWARE AND
SOFTWARE DESIGN EDITION 4 ISBN 9780978160449 |
ABOUT THIS BOOK
REQUIREMENTS
CREDITS
TABLE OF CONTENTS
PART 1: HARDWARE DESIGN
H1: MICROCONTROLLERS
H1.1: General Presentation
H1.2: Specifications dsPIC30F4011 enhanced Flash 16-bits controller
H1.3: Microcontroller Pins
H1.4: Application Notes
H1.5: Prices and Footprints Considerations
H2: OSCILLATOR CIRCUITS
H2.1: Options of Oscillator Circuits
H2.2: Crystal Oscillator Circuit
H2.3: Ceramic Resonator Oscillator Circuit
H3: POWER SUPPLY
H3.1: Voltage Regulators
H3.2: Dual Voltage Power Supply Circuit
H4: MPLAB ICD2 INTERFACE
H4.1: Controlling Hardware with MPLAB ICD2
H5: THE RS232 INTERFACE
H5.1: The RS232 Standard
H5.2: The RS232 Standard IC Driver Module
H5.3: The Custom RS232 Module
H6: SPI
H6.1: The SPI Bus
H6.2: Custom SPI Bus Module
H7: DIGITAL I/O
H7.1: Discrete Digital Inputs
H7.2: Serialized Digital Inputs
H7.3: Discrete Digital Outputs
H7.4: Serialized Digital Outputs
H8: ANALOG INPUTS
H8.1: Analog to Digital Conversion
H8.2: Analog Input Channels
H9: DISPLAY MODULES
H9.1: The Bargraph Module
H9.2: The Seven-Segments Display Module
H10: UNIVERSAL STEPPER DRIVER
10.1: Stepper Motors
10.2: Stepper Driver Module
H11: PCB DESIGN
H11.1: LHFSD-HCK PCB Implementation
H11.2: The Bill of Materials
H12: DESIGNING HARDWARE
H12.1: Designing Microcontrollers Hardware
H12.2: Testing Hardware
PART 2: FIRMWARE DESIGN
F1: FIRMWARE SETUP
F1.1: Firmware Environment Setup
F1.2: Suggested Documentation
F2: ONE SOURCE FILE PROJECT
F2.1: Project FD1
F2.2: File utilities.c
F2.3: File data.c
F2.4: File main.c
F2.5: MPLAB ICD2 Useful Settings
F2.6: Testing FD1
F2.7: Firmware Programming
F3: REAL-TIME MULTITASKING
F3.1: Microcontroller Time Management
F3.2: Programming with Interrupts
F3.3: File timers.c 1
F3.4: File interrupts.c
F3.5: File main.c
F4: I/O AND SPI
F4.1: File IO.c
F4.2: File SPI.c - PISO Routines
F4.3: File SPI.c - DAC Routines
F4.4: File SPI.c - SIPO Routines
F5: ANALOG INPUTS
F5.1: File ad.c
F5.2: Interrupt on Pin Change Function
F5.3: Working with Timers 2 and 3 in Timer Mode
F5.4: Working with Pulses and Timer4 in Counter Mode
F6: RS232 ROUTINES
F6.1: RS232 Firmware Protocol
F6.2: HyperTerminal Setup
F6.3: File RS232.c
F7: DRIVING STEPPER MOTORS
F7.1: Driving Unipolar and Bipolar Stepper Motors
F7.2: File step.c
F7.3: End of Part 2 Firmware Design
PART 3: SOFTWARE DESIGN
S1: SOFTWARE CONTROL
S1.1: Visual Basic 6 Compiler
S1.2: Building the MDI Interface
S1.3: Customizing the MDI Interface
S2: REAL TIME DATA DISPLAY
S2.1: MSComm Object
S2.2: RS232 Software Interface
S2.3: Firmware Custom Continuous Loop Protocol
S2.4: Receiving Continuous Loop Messages in Software
S3: DATA CONTROL
S3.1: Designing for Data Control
S3.2: Firmware Data Control
S3.3: Processing Commands in Firmware
S3.4: Processing Commands in Software
S4: GRAPHIC CONTROLS
S4.1: Visual Basic Controls
S4.2: Binary 56K RS232 Firmware Driver
S4.3: Binary 56K RS232 Software Driver
S4.4: MSFlexGrid Control
S5: FILE MANAGEMENT
S5.1: Generating Files in Software
S5.2: Sending a File from PC to LHFSD-HCK
S5.3: Sending a File from LHFSD-HCK to PC
S6: GRAPH TRACE
S6.1: SD7 Application - Graph Trace
S7: LHFSD.EXE
S7.1: Packaging and Deployment of LHFSD.exe
S7.2: Few Considerations on Software Development
S7.3: Final Word
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