Microcontroller programming book, microcontroller dsPIC30F with compiler (MPLAB C30)

Content Explain Programming a Controller The dsPIC30F microcontroller with C language (MPLAB C30) via library functions. By using the dsPIC30F2010 microcontroller that covers almost all features of the dsPIC30F series, including the use of a library of basic DSP functions as a guide for interested readers to apply. Digital Signal Processing

Brand: Appsofttech

Model: Programming microcontroller microcontroller dsPIC30F with compiler (MPLAB C30)

Programming book microcontroller microcontroller dsPIC30F with compiler (MPLAB C30) - content describing control programming The dsPIC30F microcontroller with C language (MPLAB C30) via library functions. By using the dsPIC30F2010 microcontroller that covers almost all features of the dsPIC30F series, including the use of a library of basic DSP functions as a guide for interested readers to apply. Digital Signal Processing

Content

Introduction

              - Introducing the circuit.

Chapter 1 starts with MPLAB C COMPILER.

              - Installation and initial use.

Chapter 2. C language with MPLAB C

              - Introducing the C language for MPLAB C.

              - Debugging programs in MPLAB SIM

Chapter 3. Digital Output Ports

              - switch control with LED

              - Matrix switch with LED 7 digits, 4 digits

              - Matrix switch with 16x2 LCD

              - GLCD 128x64 with Thai / English

Chapter 4. External Interrupt and CN Properties

              - Interference due to external signal

              - The interrupt from the CN property of the port pin.

Chapter 5. Using the Timer Module and the Timer Dog Timer

              - Using the Timer Module 1 In Timer mode

              - Using the Timer Module 1 In counter mode

              - Using a 32-bit timer module in Timer mode.

              - Time display on 16x2 LCD module with Timer 1

              - Using a Stopwatch Timer (WDT)

Chapter 6. Using UART Modules with Serial Ports

              - Basic use of UART module

              - Use UART module to get data in interrupt.

              - Control of the LED through HyperTerminal.

Chapter 7. Using the Input Sensor Module

              - Frequency detection with IC1

              - Calculate the frequency with IC1.

              - Use ICx instead of external interrupt.

Chapter 8. Using the Comparison Module

              - Using the OCx module creates a token signal.

              - Using the OCx module generates continuous pulse signals.

              - Using the OCx module generates a PWM signal to control the servo motor.

Chapter 9. Using analogue to digital converter modules

              - Using 4 ADCs with sequential random sampling mode.

              - Use of 4 ADCs with simultaneous random sampling mode.

              - ADC 4-channel display in the form of voltage.

Chapter 10. EEPROM / FLASH memory

              - EEPROM memory read-write inside the dsPIC

              - Read and write FLASH memory within the dsPIC.

Chapter 11. Using the SPI serial communication module

              - Using the SPI module with IC 74HC595

              - Using the SPI module with the Nokia GLCD5110 screen

Chapter 12. Using the I2C Serial Communication Module

              - Using the I2C module with the PCF8574A IC extends the I / O port.

              - Using I2C module with 24LCxxx IC, external EEPROM memory

Chapter 13. Using the MCPWM Module

              - Using MCPWM to control the rotation of the direct-drive motor. Set direction and speed

Chapter 14. Using the quorum encoding module (QEI)

              - QEI usage reads the speed and direction of rotation displayed through the UART.

              - QEI usage reads the speed and direction of the display rotation through a 16x2 LCD.

Chapter 15. Using the DSP Library Functions

              - using the vector plus function

              - Use the plus function matrix.

reference

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