Introduction

Introduction to The basic concepts of the programming language Pascal

• 1.1 The basic concepts of the programming language Pascal
• 1.2 Keywords
• 1.3 Architecture of the microcontroller
• 1.4 Abreviations

Configuration Bits

• 2.0 Introduction
• 2.1 Oscillator configuration register (FOSC)
• 2.2 Configuration register of the watchdog timer (FWDT)
• 2.3 Voltage protection configuration register (FBORPOR)
• 2.4 Program memory protection configuration register (FGS)

Interrupts and Traps

• 3.1 Interrupts
• 3.2 Traps

Timers

• 4.0 Introduction
• 4.1 Type A timer
• 4.2 Type B timer
• 4.3 Type C timer
• 4.4 Concatenated 32-bit timer

Input Capture

• 5.0 Introduction
• 5.1 External signal capture input mode
• 5.2 External signal interrupt mode
• 5.3 Input capture operation in SLEEP and IDLE modes

Output Compare Module

• 6.0 Introduction
• 6.1 Single compare match mode
• 6.2 Dual compare match mode
• 6.3 The Pulse Width Modulation (PWM) Mode
• 6.4 PWM period and duty cycle calulation
• 6.5 Operation of the output compare module in SLEEP or IDLE mode

A/D Converter

• 7.0 Introduction
• 7.1 12-bit A/D converter

Memory Model

• 8.0 Introduction
• 8.1 Program memory
• 8.2 Data memory (RAM)
• 8.3 Modulo addressing
• 8.4 Bit-reversed addressing
• 8.5 Stack
• 8.6 Addressing modes

SPI Module

• 9.0 Introduction
• 9.1 8-bit and 16-bit data transfer
• 9.2 Master and slave modes
• 9.3 Framed SPI modes
• 9.4 SPI master mode clock frequency
• 9.5 SPI module operation in SLEEP and IDLE modes

UART Module

• 10.0 Introduction
• 10.1 Baud-rate generator BRG
• 10.2 UART configuration
• 10.3 UART transmitter
• 10.4 UART receiver
• 10.5 UART in loopback mode
• 10.6 Auto baud support
• 10.7 UART operation in SLEEP abd IDLE modes

DSP Engine

• 11.0 Introduction
• 11.1 X and Y data buses
• 11.2 PSV management
• 11.3 Multiplier
• 11.4 Barrel shifter
• 11.5 Adder
• 11.6 Round logic
• 11.7 Saturation logic
• 11.8 DSP instructions
• 11.9 DSP examples

I²C (Inter Integrated Circuit) module

• 12.0 Introduction
• 12.1 Operating modes of I2C module
• 12.2 Baud-rate generator
• 12.3 I2C module interrupts
• 12.4 Slope control
• 12.5 Intelligent peripheral management interface (IPMI) support
• 12.6 General call address support
• 12.7 Operation of I2C module in SLEEP and IDLE states

Examples

• Example 1 – Operating alpha-numeric LCD module by using 4-bit interface
• Example 2 – Operating alpha-numeric LCD module by using 8-bit interface
• Example 3 – Operating a graphical alpha-numeric LCD module (GLCD)
• Example 4 – Operating an AD converter
• Example 5 – Operating a 4 x 4 keyboard
• Example 6 – Realization of pulse width modulation
• Example 7 – Operating a compact flash memory card
• Example 8 – Operating UART modules
• Example 9 – Operating SPI modules
• Example 10 – Operating Secure Digital memory cards
• Example 11 – Operating I2C modules
• Example 12 – Operating a PS/2 keyboard

DSP Examples

• 14.1 Useful functions and procedures
• 14.2.1 Example 1 – Menu

Digital filter design

• 15.1 General concepts
• 15.2 FIR filters
• 15.3 IIR filters